Phd topics -
Ph.D. student in Algebra50000403v52494856
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Promoter: Prof. dr. Johannes Nicaise More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52494856/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Click here to apply to this project |
Cultural Heritage Counts for Europe; PhD research project with Europa Nostra50000403v52490056
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Promoter: Prof. dr. ir. Koen Van Balen More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52490056/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Click here to apply to this project |
Ph.D. student in Geometry50000403v52490032
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Promoter: Prof. dr. Joeri Van der Veken More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52490032/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the Click here to apply to this project |
Ph.D. student in Plasma Astrophysics50000403v52490029
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Promoter: Prof. dr. Rony Keppens More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52490029/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the Click here to apply to this project |
Ph.D. student in Mathematical Analysis50000403v52490027
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Promoter: Prof. dr. Walter Van Assche More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52490027/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the Click here to apply to this project |
Financial Mathematics50000403v52486741
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Promoter: Prof. dr. Wim Schoutens More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52486741/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Click here to apply to this project |
Asteroseismology of Gamma Doradus stars with the Kepler space mission50000403v52472674
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Promoter: Prof. dr. Conny Aerts More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52472674/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the Click here to apply to this project |
PhD position (ref.133) for the "Forward modelling of solar coronal oscillations"50000403v52471166
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Promoter: Prof. dr. Tom Van Doorsselaere More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52471166/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the Click here to apply to this project |
PhD position (ref. 132) for the "Forward modelling of solar prominences and their oscillations"50000403v52471151
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Promoter: Prof. dr. Tom Van Doorsselaere More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52471151/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the Click here to apply to this project |
Distributed speech enhancement in wireless acoustic sensor networks50000403v52439547
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Promoter: Prof. dr. ir. Marc Moonen More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52439547/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the Click here to apply to this project |
Electromagnetic emission friendly digital integrated circuits50000403v52451235
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Promoter: Prof. dr. ir. Wim Dehaene More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52451235/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
Profile
OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the Click here to apply to this project |
Study and design of highly efficient mixed digital-RF transmitter systems50000403v52451243
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Promoter: Prof. dr. ir. Wim Dehaene More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52451243/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the Click here to apply to this project |
sub-THz integrated circuits in CMOS50000403v52446585
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Promoter: Prof. dr. ir. Patrick Reynaert More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52446585/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the Click here to apply to this project |
Multiscale simulation software for industrial metal forming processes50000403v52448834
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Promoter: Prof. dr. ir. Dirk Roose More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52448834/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the Click here to apply to this project |
Pb, Cu and Sb isotopes revisited: ancient metallurgy and ore provenancing50000403v52436549
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Promoter: Prof. dr. Patrick Degryse More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52436549/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the ProjectSince many decades, lead isotopes have been used to distinguish different metal sources (Brill & Wampler 1967). However significant overlap exists between different areas (Gale & Stos-Gale 1982, Yener et al. 1991, Stos-Gale et al. 1997). Precise Pb isotope analyses are carried out with TIMS, but this instrument is not suitable for isotopic analysis of many other elements. It was not until the advent of ICP-MS instruments that other precise and more accurate isotopic measurements became possible (Albarède 2004, Maréchal et al. 1999). Cu-isotopes are now applied in several environmental (Nolan et al. 2004, Oliver et al. 2006) and metallogenic studies (Graham et al. 2004), while Sb isotopes are being newly developed (Lobo et al. 2012). Their application in archaeometry to distinguish different groups of artefacts and metal sources offers new perspectives, especially in combination with Pb (Gale et al. 1999). Differences in Cu and Sb isotopic composition of different ores exist, and can be used to distinguish the type of ore used in metallurgical or other pyrotechnical processes (Asael et al. 2009, Klein et al. 2009, Lobo et al. 2012). In this project, ore fields defined for provenancing studies, obtained through Pb isotope analysis, will be re-evaluated, and complemented with Cu and Sb isotopes. A large database will be gathered of previous analyses. Geological profiles through the hypogene and supergene ores will be described and sampled in detail. The study will compile new data on ore sources in Cyprus, Georgia and/or Jordan. In this way, the project will review the applicability of Pb, Cu and Sb isotopes to trace ores used in ancient times. Methods applied include mineralogical (a.o. X-ray diffraction), petrographical (a.o. optical microscopy and thin/polished section study, Scanning Electron Microscopy) and geochemical (ICP-OES, MC-ICP-MS) characterisation of raw materials and artefacts. The project requires geological fieldwork in the Mediterranean. The project has funding for a 4 year doctoral bursary at KU Leuven. References: F. Albarède, 2004. Rev Mineral Geochem 55, 409-427. D. Asael et al., 2009. Chem Geol 262, 147-158. R.H. Brill & J.M. Wampler, 1967. Am J Archaeol 71, 63-77. N.H. Gale & Z.A. Stos-Gale, 1982. Science 261, 11-17. N.H. Gale et al., 1999. Int J Mass Spectrom 184, 1-9. S. Klein et al., 2009. J Iber Geol 35, 59-68. L. Lobo et al. 2012. JAAS 27, 1304-10 . N. Maréchal et al., 1999. Chem Geol 156, 251-273. A.L. Nolan et al., 2004. Anal Bioanal Chem 390, 789-797. I.W. Oliver et al., 2006. Environ Sci Technol 40, 3342-3348. Z.A. Stos-Gale et al., 1997. Archaeometry 39, 83-123. K.A. Yener et al., 1991. J Archaeol Sci 18, 541-577. ProfileMaster in Geosciences, Archaeology or Archaeological Sciences or equivalent Interested?For more information please contact Prof. dr. Patrick Degryse, tel.: +3216326460, mail: patrick.degryse@ees.kuleuven.be or Prof. dr. Philippe Muchez, tel.: +3216327584, mail: philippe.muchez@ees.kuleuven.be. You can apply for this job no later than July 10, 2013 via the Click here to apply to this project |
Integrated CMOS RF power amplifiers50000403v52425651
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Promoter: Prof. dr. ir. Patrick Reynaert More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52425651/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the ProjectSince many decades, lead isotopes have been used to distinguish different metal sources (Brill & Wampler 1967). However significant overlap exists between different areas (Gale & Stos-Gale 1982, Yener et al. 1991, Stos-Gale et al. 1997). Precise Pb isotope analyses are carried out with TIMS, but this instrument is not suitable for isotopic analysis of many other elements. It was not until the advent of ICP-MS instruments that other precise and more accurate isotopic measurements became possible (Albarède 2004, Maréchal et al. 1999). Cu-isotopes are now applied in several environmental (Nolan et al. 2004, Oliver et al. 2006) and metallogenic studies (Graham et al. 2004), while Sb isotopes are being newly developed (Lobo et al. 2012). Their application in archaeometry to distinguish different groups of artefacts and metal sources offers new perspectives, especially in combination with Pb (Gale et al. 1999). Differences in Cu and Sb isotopic composition of different ores exist, and can be used to distinguish the type of ore used in metallurgical or other pyrotechnical processes (Asael et al. 2009, Klein et al. 2009, Lobo et al. 2012). In this project, ore fields defined for provenancing studies, obtained through Pb isotope analysis, will be re-evaluated, and complemented with Cu and Sb isotopes. A large database will be gathered of previous analyses. Geological profiles through the hypogene and supergene ores will be described and sampled in detail. The study will compile new data on ore sources in Cyprus, Georgia and/or Jordan. In this way, the project will review the applicability of Pb, Cu and Sb isotopes to trace ores used in ancient times. Methods applied include mineralogical (a.o. X-ray diffraction), petrographical (a.o. optical microscopy and thin/polished section study, Scanning Electron Microscopy) and geochemical (ICP-OES, MC-ICP-MS) characterisation of raw materials and artefacts. The project requires geological fieldwork in the Mediterranean. The project has funding for a 4 year doctoral bursary at KU Leuven. References: F. Albarède, 2004. Rev Mineral Geochem 55, 409-427. D. Asael et al., 2009. Chem Geol 262, 147-158. R.H. Brill & J.M. Wampler, 1967. Am J Archaeol 71, 63-77. N.H. Gale & Z.A. Stos-Gale, 1982. Science 261, 11-17. N.H. Gale et al., 1999. Int J Mass Spectrom 184, 1-9. S. Klein et al., 2009. J Iber Geol 35, 59-68. L. Lobo et al. 2012. JAAS 27, 1304-10 . N. Maréchal et al., 1999. Chem Geol 156, 251-273. A.L. Nolan et al., 2004. Anal Bioanal Chem 390, 789-797. I.W. Oliver et al., 2006. Environ Sci Technol 40, 3342-3348. Z.A. Stos-Gale et al., 1997. Archaeometry 39, 83-123. K.A. Yener et al., 1991. J Archaeol Sci 18, 541-577. ProfileMaster in Geosciences, Archaeology or Archaeological Sciences or equivalent Interested?For more information please contact Prof. dr. Patrick Degryse, tel.: +3216326460, mail: patrick.degryse@ees.kuleuven.be or Prof. dr. Philippe Muchez, tel.: +3216327584, mail: philippe.muchez@ees.kuleuven.be. You can apply for this job no later than July 10, 2013 via the ProjectThis research project is about fully integrated CMOS RF power amplifiers, using novel digital modulator architectures and power combining techniques. The focus will be on the RF-frequency range (800MHz-5GHz) ProfileCandidates should have a Masters degree in electronics, with a strong focus on IC design, RF design, CMOS, and preferably with some circuit design and measurement experience. OfferA research position working towards Ph.D. degree. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the Click here to apply to this project |
Simulations of the properties and morphology of polymers at interfaces50000403v52424897
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Promoter: Prof. dr. ir. Dirk Roose More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52424897/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the ProjectSince many decades, lead isotopes have been used to distinguish different metal sources (Brill & Wampler 1967). However significant overlap exists between different areas (Gale & Stos-Gale 1982, Yener et al. 1991, Stos-Gale et al. 1997). Precise Pb isotope analyses are carried out with TIMS, but this instrument is not suitable for isotopic analysis of many other elements. It was not until the advent of ICP-MS instruments that other precise and more accurate isotopic measurements became possible (Albarède 2004, Maréchal et al. 1999). Cu-isotopes are now applied in several environmental (Nolan et al. 2004, Oliver et al. 2006) and metallogenic studies (Graham et al. 2004), while Sb isotopes are being newly developed (Lobo et al. 2012). Their application in archaeometry to distinguish different groups of artefacts and metal sources offers new perspectives, especially in combination with Pb (Gale et al. 1999). Differences in Cu and Sb isotopic composition of different ores exist, and can be used to distinguish the type of ore used in metallurgical or other pyrotechnical processes (Asael et al. 2009, Klein et al. 2009, Lobo et al. 2012). In this project, ore fields defined for provenancing studies, obtained through Pb isotope analysis, will be re-evaluated, and complemented with Cu and Sb isotopes. A large database will be gathered of previous analyses. Geological profiles through the hypogene and supergene ores will be described and sampled in detail. The study will compile new data on ore sources in Cyprus, Georgia and/or Jordan. In this way, the project will review the applicability of Pb, Cu and Sb isotopes to trace ores used in ancient times. Methods applied include mineralogical (a.o. X-ray diffraction), petrographical (a.o. optical microscopy and thin/polished section study, Scanning Electron Microscopy) and geochemical (ICP-OES, MC-ICP-MS) characterisation of raw materials and artefacts. The project requires geological fieldwork in the Mediterranean. The project has funding for a 4 year doctoral bursary at KU Leuven. References: F. Albarède, 2004. Rev Mineral Geochem 55, 409-427. D. Asael et al., 2009. Chem Geol 262, 147-158. R.H. Brill & J.M. Wampler, 1967. Am J Archaeol 71, 63-77. N.H. Gale & Z.A. Stos-Gale, 1982. Science 261, 11-17. N.H. Gale et al., 1999. Int J Mass Spectrom 184, 1-9. S. Klein et al., 2009. J Iber Geol 35, 59-68. L. Lobo et al. 2012. JAAS 27, 1304-10 . N. Maréchal et al., 1999. Chem Geol 156, 251-273. A.L. Nolan et al., 2004. Anal Bioanal Chem 390, 789-797. I.W. Oliver et al., 2006. Environ Sci Technol 40, 3342-3348. Z.A. Stos-Gale et al., 1997. Archaeometry 39, 83-123. K.A. Yener et al., 1991. J Archaeol Sci 18, 541-577. ProfileMaster in Geosciences, Archaeology or Archaeological Sciences or equivalent Interested?For more information please contact Prof. dr. Patrick Degryse, tel.: +3216326460, mail: patrick.degryse@ees.kuleuven.be or Prof. dr. Philippe Muchez, tel.: +3216327584, mail: philippe.muchez@ees.kuleuven.be. You can apply for this job no later than July 10, 2013 via the ProjectThis research project is about fully integrated CMOS RF power amplifiers, using novel digital modulator architectures and power combining techniques. The focus will be on the RF-frequency range (800MHz-5GHz) ProfileCandidates should have a Masters degree in electronics, with a strong focus on IC design, RF design, CMOS, and preferably with some circuit design and measurement experience. OfferA research position working towards Ph.D. degree. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The research group Scientific Computing focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are: - numerical methods for multi-scale simulation - numerical methods for non-linear dynamical systems - high performance computing Project
A PhD position is available in the Scientific Computing research group of the department of Computer Science, Faculty of Engineering of the KU Leuven to participate in the project 'Simulations of morphology and properties of polymers at interfaces'. The position is part of the interuniversity collaboration program H-INT-S,sponsored by the Strategic Initiative Materials (SIM) of the Flemish Government, focusing on computational methods for molecular simulation of interfacial properties in polymer based composites. The PhD program usually takes four years. You will be able to make use in your research of the Tier 2 HPC research facilities of the KU Leuven and of the Tier 1research facilities of the Flemish Supercomputer Centre (VSC).Profile
We welcome the application of highly qualified graduates with a Master's degree or comparable qualification in Applied Mathematics, Computational Sciences, Physics, Chemistry, Materials Science. A strong interest for multidisciplinary research and programming experience are required. Good knowledge of the English language, both spoken and written, is essential.
OfferWe offer a tax-free PhD research grant to work in a interdisciplinary environment.
Interested?For more information please contact Prof. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be or Prof. Giovanni Samaey, tel.: +3216327558, mail: giovanni.samaey@cs.kuleuven.be. You can apply for this job no later than June 07, 2013 via the Click here to apply to this project |
Simulations of the properties and morphology of polymers at interfaces50000403v52421636
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Promoter: Prof. dr. Eric Nies More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52421636/lang/en
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the ProjectSince many decades, lead isotopes have been used to distinguish different metal sources (Brill & Wampler 1967). However significant overlap exists between different areas (Gale & Stos-Gale 1982, Yener et al. 1991, Stos-Gale et al. 1997). Precise Pb isotope analyses are carried out with TIMS, but this instrument is not suitable for isotopic analysis of many other elements. It was not until the advent of ICP-MS instruments that other precise and more accurate isotopic measurements became possible (Albarède 2004, Maréchal et al. 1999). Cu-isotopes are now applied in several environmental (Nolan et al. 2004, Oliver et al. 2006) and metallogenic studies (Graham et al. 2004), while Sb isotopes are being newly developed (Lobo et al. 2012). Their application in archaeometry to distinguish different groups of artefacts and metal sources offers new perspectives, especially in combination with Pb (Gale et al. 1999). Differences in Cu and Sb isotopic composition of different ores exist, and can be used to distinguish the type of ore used in metallurgical or other pyrotechnical processes (Asael et al. 2009, Klein et al. 2009, Lobo et al. 2012). In this project, ore fields defined for provenancing studies, obtained through Pb isotope analysis, will be re-evaluated, and complemented with Cu and Sb isotopes. A large database will be gathered of previous analyses. Geological profiles through the hypogene and supergene ores will be described and sampled in detail. The study will compile new data on ore sources in Cyprus, Georgia and/or Jordan. In this way, the project will review the applicability of Pb, Cu and Sb isotopes to trace ores used in ancient times. Methods applied include mineralogical (a.o. X-ray diffraction), petrographical (a.o. optical microscopy and thin/polished section study, Scanning Electron Microscopy) and geochemical (ICP-OES, MC-ICP-MS) characterisation of raw materials and artefacts. The project requires geological fieldwork in the Mediterranean. The project has funding for a 4 year doctoral bursary at KU Leuven. References: F. Albarède, 2004. Rev Mineral Geochem 55, 409-427. D. Asael et al., 2009. Chem Geol 262, 147-158. R.H. Brill & J.M. Wampler, 1967. Am J Archaeol 71, 63-77. N.H. Gale & Z.A. Stos-Gale, 1982. Science 261, 11-17. N.H. Gale et al., 1999. Int J Mass Spectrom 184, 1-9. S. Klein et al., 2009. J Iber Geol 35, 59-68. L. Lobo et al. 2012. JAAS 27, 1304-10 . N. Maréchal et al., 1999. Chem Geol 156, 251-273. A.L. Nolan et al., 2004. Anal Bioanal Chem 390, 789-797. I.W. Oliver et al., 2006. Environ Sci Technol 40, 3342-3348. Z.A. Stos-Gale et al., 1997. Archaeometry 39, 83-123. K.A. Yener et al., 1991. J Archaeol Sci 18, 541-577. ProfileMaster in Geosciences, Archaeology or Archaeological Sciences or equivalent Interested?For more information please contact Prof. dr. Patrick Degryse, tel.: +3216326460, mail: patrick.degryse@ees.kuleuven.be or Prof. dr. Philippe Muchez, tel.: +3216327584, mail: philippe.muchez@ees.kuleuven.be. You can apply for this job no later than July 10, 2013 via the ProjectThis research project is about fully integrated CMOS RF power amplifiers, using novel digital modulator architectures and power combining techniques. The focus will be on the RF-frequency range (800MHz-5GHz) ProfileCandidates should have a Masters degree in electronics, with a strong focus on IC design, RF design, CMOS, and preferably with some circuit design and measurement experience. OfferA research position working towards Ph.D. degree. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The research group Scientific Computing focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are: - numerical methods for multi-scale simulation - numerical methods for non-linear dynamical systems - high performance computing Project
A PhD position is available in the Scientific Computing research group of the department of Computer Science, Faculty of Engineering of the KU Leuven to participate in the project 'Simulations of morphology and properties of polymers at interfaces'. The position is part of the interuniversity collaboration program H-INT-S,sponsored by the Strategic Initiative Materials (SIM) of the Flemish Government, focusing on computational methods for molecular simulation of interfacial properties in polymer based composites. The PhD program usually takes four years. You will be able to make use in your research of the Tier 2 HPC research facilities of the KU Leuven and of the Tier 1research facilities of the Flemish Supercomputer Centre (VSC).Profile
We welcome the application of highly qualified graduates with a Master's degree or comparable qualification in Applied Mathematics, Computational Sciences, Physics, Chemistry, Materials Science. A strong interest for multidisciplinary research and programming experience are required. Good knowledge of the English language, both spoken and written, is essential.
OfferWe offer a tax-free PhD research grant to work in a interdisciplinary environment.
Interested?For more information please contact Prof. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be or Prof. Giovanni Samaey, tel.: +3216327558, mail: giovanni.samaey@cs.kuleuven.be. You can apply for this job no later than June 07, 2013 via the The position is part of the interuniversity collaboration program H-INT-S, sponsored by the Strategic Initiative Materials (SIM) of the Flemish Government, focussing on molecular understanding by simulation of interfacial properties in polymer based composites. The PhD program usually takes four years. Project
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Interested?For more information please contact Prof. dr. Eric Nies, tel.: +3216327481, mail: erik.nies@chem.kuleuven.be. You can apply for this job no later than October 31, 2013 via the Click here to apply to this project |
Onderzoek naar de rol van calculus in de studie van elektrodynamica50000403v52467285
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Promoter: Prof. dr. Mieke De Cock More info: jobsite
More info: https://icts.kuleuven.be/apps/jobsite/vacatures/id/52467285
The Section Algebra of the Department of Mathematics has two research teams: Algebraic Geometry and Number Theory (W. Veys, J. Nicaise, N. Budur, R. Cluckers) and Algberaic Topology and Group Theory (P. Igodt, K. Dekimpe, KULAK). There are about six postdoctoral researchers and twelve Ph.D. students in Leueven and four in Kortrijk. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Algebra of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the Raymond Lemaire International Centre for Conservation Project
Cultural Heritage Counts for Europe: Towards an European Index for Valuing Cultural Heritage Aim of the project: Background Europe's cultural heritage - built and natural - has a hugevalue for Europe's economy, society and environment. To this end there is aneedto develop an EU strategy for cultural and natural heritage - a strategy thatvalues heritage as a crucial asset and resource. Such a strategy should befully integrated within the EU-s key economic priorities as set out in theoverall EU strategy for 2020. It should also enable heritage-s contribution tothe EU agendas on sustainability, creative Europe, research and innovation, climatechange, energy saving, regional and rural development and territorial cohesion. The European Heritage Alliance 3.3 - a policy groupingcomposed of 29 European or international networks active in the field ofcultural heritage - has identified a lack of comprehensive and readilyavailable evidence on the benefits of cultural heritage at the European level. Asolid basis of evidence-based research is key to developing effective policiesthat integrate and make full use of the untapped potential of our culturalheritage, in the spirit of the Faro Convention on the Value of CulturalHeritage for Society adopted under the auspices of the Council of Europe in2005 (conventions.coe.int/Treaty/EN/Treaties/Html/199.htm). There exist many case studies, European projects, andnational, regional and local research documents covering demonstrating themultiple benefits of cultural heritage in different parts of Europe. Inaddition, many organisations active in the heritage field have anecdotal casestudy evidence of ways in which different aspects of cultural heritage deliversocial and economic benefits. What appears to be lacking however is a readily accessibleand comprehensible overview of the value and relevance of heritage at theEuropean level which would form a credible basis for policy development that isstatistically valid and reflects all aspects of the subject. Concept Through the project -Cultural Heritage Counts for Europe-thegrouping of six partners (Europa Nostra, ENCATC, Heritage Europe EuropeanAssociation of Historic Towns and Regions, the International Cultural Centre inCracow, the Raymond Lemaire International Centre for Conservation and theHeritage Alliance UK) propose to gather, analyse, compare and consolidate theexisting data relating to the impact (direct and indirect) of cultural heritageeon society and the economy. In this way the project will result in an Europeanmapping of the evidence-based research already carried out at the national,regional, local and/or sectoral levels. It aims to present conclusive andpersuasive arguments for convincing policy- and decision-makers of the impact andmultiple benefits of investing in heritage. Whilst fully recognising the diversity and complexity of theheritage field, the study which is the subject of this Call for Proposals willfocus on the various aspects of immoveable cultural heritage, namely historicmonuments, sites and cultural landscapes. In a first stage, the different methodologies and indicatorsdeveloped by various organisations for assessing heritage and its impact willbe described and analysed. Amongst these will be the methodology specificallyfocused on heritage in Heritage Counts-, the annual survey of the state ofEngland-s historic environment prepared on behalf of the Historic EnvironmentForum (of which the proposed project-s associated partner, the HeritageAlliance is a leading member). A number of organisations in the wider field ofculture, arts and development have also made significant headway in developingindicators, many of which could also be applied to the heritage field. Amongstthe studies, methodologies and indicators to be analysed will be those of thevery recent World Bank Report on -The Economics of Uniqueness: Investing inHistoric City Cores and Cultural Heritage Assets for Sustainable Development-,the Joint Programming Initiative (JPI) -Cultural Heritage and Global Change: anew challenge for Europe-,UNESCO-s Culture for Development Indicator Suite, theUrban Forum-s Arts and Culture Indicators Project (ACIP) and Cultural Vitality,as well as the Dutch Cultuurindex and the American Arts Index. In a second stage, quantitative and qualitative data as wellas case-studies - as for example laureates of various conservation AwardsSchemes such as the EU Prize for Cultural Heritage/Europa Nostra Awards - willbe presented and analysed in order to clearly demonstrate the value of heritageand the benefits of investing in heritage. The dangers of reducing heritage toa series of indicators or solely quantitative data will also be discussed. In the concluding stage, gaps in information will beidentified, and recommendations will be made for policies, future research and(new) indicators and methodologies that can be developed and applied throughoutEurope. Recommendations on how data collection can be managed intothe future will also be identified so that trends can be established,indicators updated annually, and change can be measured over time.Recommendations will also be made on the means for making the collected dataand best practices widely accessible to heritage stakeholders in view ofassisting them in advocating for heritage to policy-makers at local, national,regional or European level. Due to the still unsatisfactory state of research on the impactof heritage and its role in the field of various disciplines in Central Europe,a part of the project will focus on this particular region, much different inthis respect from Western Europe. For all of Central Europe the year 1989 was aturning point meaning freedom of cultural activities and artistic creation,transparency in financing culture, the end of censorship and opportunities toestablish unhindered international cooperation. It is surely one of the mostemblematic dates in history. It marked the period of transition when fullydemocratic countries and societies were being built. Also culture as animportant element of civil societies was incorporated in the process ofadapting to free market economy. The differences in approaches to cultural heritageappreciation and protection between Western and Central Europe are rooted indifferent historical experience. The International Cultural Centre in Krakow asan expert and research institute specialising in cultural heritage in CentralEurope and a leader of international dispute on the meaning and philosophy ofheritage in the region is especially predestined to conduct the projectspecialising in this particular region. Objectives of the action Overall objective: To gather and analyse data and raise awareness on the valueof the built cultural heritage for society and the economy. Specific objectives: To raise the profile and understanding of the importance of cultural heritage for society and the economy; To create a network of expertise on these issues which can be mobilised throughout Europe; To strengthen the co-operation and networking capacities of the full range of organisations involved in the conservation of cultural heritage; To foster communication and partnership between professionals at all levels, including local, national and European authorities and municipalities, educational institutions and heritage organisations; To create a comprehensive and readily accessible set ofd ata on the multiple benefits of cultural heritage that will provide the arguments to convince policy-makers of the need to develop a true EU strategy for cultural heritage; To identify gaps in information and areas of possible future research. To develop recommendations on how data collection can be managed into the future so that trends can be established, indicators update dannually, and change can be measured over time. To develop a series of policy recommendations for tappinginto the full potential of cultural heritage. Research Focus The proposed study seeks to bring clear evidence of the multiple benefits with which heritage contributes: to the quality of life and the sense of identity andbelonging of Europe's citizens; to the job creation and sustainable and smart growth of Europe's economy; to the beauty, harmony and sustainable future of Europe' s living environment, both in cities and in the countryside. Profile
Job content (related to task of RLICC into the project) We seek a person able to make a PhD closely related to the objectives and the content of the project that will provide the necessary financial support for the first two years of the development of the doctoral research. The candidate should therefore be able complete the following roles in the project which all are related to the research that will lead towards a PhD in Heritage Preservation in a time period of maximum 4 years. The research will be carried out at the Raymond Lemaire International Centre for Conservation at KU Leuven (sprecomah.eu/rlicc) in collaboration with different partner organisations within this and other ongoing or future projects. Conceptual role: Identification of the framework for the project in collaboration with all the partners. Identifying the conceptual framework for the study methodology in collaboration with The International Cultural Centre in Poland(ICC). Follow-up of the distribution of tasks between the various partners and more particularly between RLICC and ICC Implementation role: Developing with ICC and the Steering Committee a detailed methodology and joint template for data gathering, interpretation and data synthesis to be used by the partners in the project and by all organizations brought in through the networks of the partners to facilitate gathering and synthesis towards heritage policy documents; Mapping, analyzing and evaluation of data (studies,strategic documents, research papers etc.) prepared in and on the situation in Western Europe (including Northern and Southern Europe) as regards the subject of the project using the agreed upon format: Contact representatives belonging to network of partnership involved in the countries to be covered: Desk research on collected data; In-depth interviews with specialists in the field in 5 countries in which data collection appeared to be insufficient or could be improved through those interviews; Translating of key documents if really necessary. The project plans to work on available English or French documents and data at the level of the European Commission; Preparing the part of the project report concerning the situation in Western Europe; Participation in the Scientific Committee meetings preparing proposals and recommendations regarding the evaluation and collecting date in the given subject; 6/ Organizing one of the Steering Committee meetings in Leuven (8 participants, 1 ½ days); 7/ Promotion and dissemination of project information and project results among policy makers and public opinion. The candidate should fulfill the necessary conditions to be able to carryout a PhD within the Arenberg Doctoral School at KU Leuven, i.e. has at least a relevant master degree with good grades (see also http://set.kuleuven.be/phd). Previous degrees or expressed interest in the field of preservation of the built heritage is an important advantage as well as knowledge of different languages spoken in West or South of Europe. Being able to report in English for the project and having the ability to publish in English are mandatory. Offer: Full-Time PhD grant (first two years from this project, next two years additional funding to be identified) Contact: Prof. K. Van Balen Director RLICC koenraad.vanbalen@bwk.kuleuven.be OfferPhD-grant, full-time Interested?For more information please contact Prof. dr. ir. Koen Van Balen, tel.: +3216321172, mail: koenraad.vanbalen@bwk.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Section Geometry of the Department of Mathematics is doing research in differential geometry, in particular Riemannian and pseudo-Riemannian geometry. Project
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OfferWe offer a position as a Ph.D. student in the Section Geometry of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Centre for mathematical Plasma Astrophysics of the Department of Mathematics consists of four professors and about thirty researchers (Ph.D. students and postdoctoral researchers) from a very international background. The centre has many national and international projects with which it has built an extensive international research network. Project
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OfferWe offer a position as a Ph.D. student in the Section Plasma Astrophysics of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The Section Analyse of the Department of Mathematics has two research teams: Functional Analysis (S. Vaes and J. Quaegebeur) and Classical Analysis (W. Van Assche and A. Kuijlaars). There are about six postdoctoral researchers and ten Ph.D. students. Both research teams have many international contacts through research agreements and projects. Project
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OfferWe offer a position as a Ph.D. student in the Section Analysis of the Departement of Mathematics for two years. This can be extended to four years after a positive evaluation in the second year. The four year period allows you to obtain a Ph.D. in mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Mrs. Josee Pierre, tel.: +3216327015, mail: josee.pierre@wis.kuleuven.be. You can apply for this job no later than June 16, 2013 via the The research group "Financial Mathematics" is one of the research teams in the Section of Statistics of the Department of Mathematics. It is lead by prof. Wim Schoutens and consists of some postdoctoral researchers and PhD students. The team interacts with the other research teams in Statistics but also with the research team "Accountancy, Finance and Insurance" of the Faculty of Economy and Business, with which it organizes the Master of Financial and Actuarial Engineering. ProjectYou will do reserach in financial mathematics which will lead to a PhD. You will assist with the exercise classes and projects for coursres in Statistics and Financial Mathematics. You will assist in the organization of workshops, conferences and other activities organized by the research group Financial Mathematics. You will guide students for their bachelor assignment and master thesis. You will follow the doctoral program of the Arenberg Doctoral School. ProfileYou have a master degree in sciences, preferably in mathematics, statistics or financial/actuarial engineering, or an equivalent degree. You have a good knowledge of and strong interest in mathematics. You are interested in financial mathematics. You possess good communication skills, have a sense of responsability, are able to work in a team and are will perform according to the teaching philosophy of the KU Leuven, in particular the Faculty of Sciences. You have good knowledge of Dutch and English, written and spoken. We offer language training for those who are not familiar with Dutch. OfferWe offer a position as a PhD student for the period of one year, which can be extended for the full length of four years after a positive evaluation. Within this four year period you will be able to finish a PhD in financial mathematics. Interested?For more information please contact Prof. dr. Walter Van Assche, tel.: +3216327051, mail: walter.vanassche@wis.kuleuven.be or Prof. dr. Wim Schoutens, tel.: +3216322027, mail: wim.schoutens@wis.kuleuven.be. You can apply for this job no later than June 30, 2013 via the The Institute of Astronomy (IoA) of KULeuven is a young and vibrant research team of some 50 scientists, engineers and administrative staff. Its research topics are in the areas of stellar physics, evolution of single and binary stars, asteroseismology, variable stars, nucleosynthesis, astrochemistry, and exoplanets. The instrumentation team of IoA is involved in the development and maintainance of various ground-based and space-based projects and facilities, such as the Mercator telescope at La Palma, E-ELT, CoRoT, Herschel, Kepler, Gaia, JWST, EChO, PLATO, etc. IoA offers extensive computational resources as well as access to the Flemish supercomputer facilities. ProjectThe project concerns the analysis and interpretation of Kepler space-based photometry and ground-based high-resolution spectroscopy of a sample of 70 main-sequence pulsators of Gamma Doradus type which are the targets of an approved Kepler Guest Observer programme for which the necessary Kepler data have been gathered. Concretely, the student will get familiar with the assembled Kepler data and will help complete the spectroscopy of the sample, develop and apply analysis tools to derive important diagnostics from the data with the aim to confront them with those deduced from theoretical models, perform detailed seismic modelling of the stars individually and of the sample as a whole. In addition to the research task, the PhD students must also register and comply with the requirements of the Leuven Arenberg Doctoral School (ADS). This implies a teaching assistance task in physics of maximum 4 hours per week, as well as at least one observing run per year at the Mercator telescope at La Palma to contribute to the long-term monitoring programmes of IoA. Application to the vacancy implies an implicit commitment to these tasks. The PhD supervisors are Professor Dr. Conny Aerts and Dr. Andrew Tkachenko. Further inquiries about the PhD position can be addressed to conny.aerts@ster.kuleuven.be
ProfileWith this vacancy, we are searching an excellent and motivated PhD student with a master diploma in astrophysics, physics, mathematics or engineering. OfferThe initial contract is for one year and, following standard practice at KULeuven, shall be prolonged annually after positive evaluations; a total term of four years is foreseen. The starting date is 1 September 2013. The net monthly salary is according to the governmental regulations and depends on the applicant's work experience but is not less than 1800 Euro for applicants that receive approval from the ADS to start a PhD at KULeuven.
Interested?Send Curriculum Vitae, scores of all finished master courses so far, the names and email addresses of two reference persons, and a one-page motivation letter, all in a single PDF file, to katrijn.clemer@ster.kuleuven.be You can apply for this job no later than June 21, 2013 via the The candidate will be hosted in the Centre for mathematical Plasma Astrophysics (CmPA, http://wis.kuleuven.be/CmPA) in the Mathematics Department of the University of Leuven (Belgium). The research at the CPA focusses on plasmas in all astrophysical context, ranging from extragalactic jets, over the solar corona, to space weather and the Earth's magnetosphere. ProjectThe research task in this PhD project is to further extend the forward models for the solar coronal waves, using existing codes and existing models and to search explicitly for distinguishing features between different wave modes, configurations and orientations. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with radiative transfer modelling and the use of parallel numerical codes. OfferYou will receive a scholarship for one or two years, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, tel.: +3216327003, mail: tom.vandoorsselaere@wis.kuleuven.be. You can apply for this job no later than June 15, 2013 via the This PhD project is a collaborative project between Ghent University (Astronomical Observatory, http://www.astro.ugent.be/) and the KU Leuven (Centre for mathematical Plasma Astrophysics, http://wis.kuleuven.be/CmPA). ProjectOne of the outlined projects in the CHARM network is to modify and work with the SKIRT Monte Carlo radiative transfer code (http://www.skirt.ugent.be/) and apply it to compute the optically thick emission from solar prominences. A particular point of interest will be the forward modelling of oscillating prominences. ProfileCandidates should have a Master in Mathematics/Astronomy/Physics. Preferentially the PhD student has prior experience with numerical computations and/or radiative transfer in optically thick media. OfferThe candidate will be hosted for the first year at Ghent University, and in the later phase at the KU Leuven. The research should result in a joint PhD from Leuven and Gent. You will receive a scholarship for one year, which can be extended after successful evaluation to a total of four years. The position starts September 15, 2013 (or later). You are expected to complete your PhD within the 4 year time frame. Interested?For more information please contact Prof. dr. Tom Van Doorsselaere, mail: tom.vandoorsselaere@wis.kuleuven.be or Prof. dr. Maarten Baes, mail: maarten.baes@ugent.be You can apply for this job no later than June 15, 2013 via the SCD is a division of the department of Electrical Engineering (ESAT) of the Faculty of Engineering of the KU Leuven. SCD's major research objective is to design and build advanced methods for crucial problems in information processing. It builds on the enormous growth in computer power, communication bandwidth and available data and the various needs in society for effective use of these opportunities. SCD has a number of mutually reinforcing groups that build expertise from the more conceptual and mathematical level downstream until the validation with our partners in practical applications in the field. A major driving force of the research is the diverse use of generic information processing methods based on applied mathematics like linear and multilinear algebra, statistics, discrete mathematics, differential geometry, and optimization. SCD has built up world recognized expertise in bioinformatics, biomedical data processing, signal (audio, communications) processing, cryptography, embedded systems, data mining, neural networks, identification, control, ... ProjectThis vacant position is opened in the frame of an FP7/FET project on Heterogeneous Ad-hoc Networks for Distributed, Cooperative, and Adaptive Multimedia Signal Processing ('HANDiCAMS'). The project is aimed at developing a new ICT paradigm, which considers multiple heterogeneous devices that cooperate in multiple signal processing tasks. The research involves algorithm design for speech enhancement in wireless acoustic sensor networks (WASNs). A WASN consists of a set of nodes which are all equipped with a microphone array, as well as facilities for local signal processing and wireless communications. The nodes in the WASN then cooperate to enhance their respective microphone signals based on in-network signal fusion using signals from other nodes. The research will mainly focus on distributed speech enhancement algorithms for heterogeneous WASNs, as well as distributed network topology inference and selection. ProfileCandidates must hold a Masters degree in Engineering (or equivalent). Experience and education in signal processing theory, speech processing and other related areas, as well as Matlab programming skills, are recommended. Excellent proficiency in the English language is also required. OfferThis job opening covers a full-time research position of at least 3 years in the frame of a doctoral program (resulting in a PhD degree awarded by KU Leuven). The research work will be carried out at KU Leuven, Belgium (Supervisors: Dr. Alexander Bertrand and Prof. Marc Moonen). Interested?For more information please contact Dr. Alexander Bertrand, mail: alexander.bertrand@esat.kuleuven.be or Prof. dr. ir. Marc Moonen, mail: marc.moonen@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research EMI friendly digital circuits will be conceived, designed, processed and tested. The research will start with a focus on EMI friendly, yet high speed and power efficient, digital output drivers. In a second phase EMI friendly low drop voltage regulators will be addressed. In this way the proposed PhD research is tackling the EME issues that are the consequence of advanced CMOS scaling. Always increasing current peaks will generate unacceptable radiation levels of the digital systems if they are not taken care of during the design. The research will be carried out in close cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year scholarship for PhD research that can be extended to 4 years to come to a complete PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, tel.: +3216321719, mail: wim.dehaene@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The ESAT-MICAS division of the University of Leuven has a long standing tradition in integrated circuit research. These activities started back in 1972 and have been expanding ever since. The group consists currently of 6 full time academic staff members, ca. 10 technical and administrative support persons and more than 50 PhD researchers. The research domain covers a wide range of topics in integrated circuit design. MEMs, analog, RF, mm-wave, mixed mode, digital circuits are all studied by different MICAS researchers or research teams. ESAT-MICAS always supports its design results which physical proof of concepts. Numerous chip and pcb designs are conceived, realized and tested in every project that is tackled. For this, we use state of the art chip and pcb technology. The most advanced technology used in our IC designs currently has a minimum feature size of 28 nm. ProjectIn this research we will conceive, design, process and test highly efficient, yet flexible RF transmitter systems. These will be based on high speed, continuous time digital modulator that drives a switched mode RF power amplifier. Co-design of these two components will bring the necessary combination of efficiency and flexibility, linearity. This will enable highly integrated, yet efficient, solutions for future wireless applications. A major challenge with switched PA systems is the fulfillment of out of band spectral mask requirements. This research will be carried out in cooperation with the industrial partners of ESAT-MICAS. Profile
Offer We offer a 1 year PhD scholarship. This can be extended to a 4 year full PhD. Candidates might have to pass a predoctoral exam depending on their antecedents. Interested?For more information please contact Prof. dr. ir. Wim Dehaene, mail: wim.dehaene@esat.kuleuven.be or Prof. dr. ir. Patrick Reynaert, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the http://homes.esat.kuleuven.be/~reynaert/ Project As CMOS goes towards nanometer device sizes, sub-THz operation of CMOS circuits becomes feasible. This enables new applications and opportunities for mm-wave and sub-THz integrated circuits in CMOS. This research will explore new circuit techniques to enable these applications. ProfileCandidates should have a strong background in IC design, preferably in CMOS. Offer Working towards a Ph.D. degree in a challenging research team under the guidance of Prof. Patrick Reynaert, with a competitive salary compared to industry. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than May 31, 2013 via the The PhD project fits into the KU Leuven Knowledge Platform M2Form on 'Software for Multi-scale Simulations of Material Forming Processes', a collaborative effort of the Departments of Computer Science and of Metallurgy and Materials Engineering. The Knowledge Platform aims at creating and providing expertise on multi-scale computational models to industry, in the form of a software solution. The research group Scientific Computing (Dept. of Computer Science) focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are numerical methods for multi-scale simulation and high performance computing. ProjectThe KU Leuven Knowledge Platform M2Form has developed a hierarchical multi-scale model that allows for adaptive, local and on-demand updating of constitutive material models in metal forming operations. The modelling involves predicting the evolution of crystallographic texture and the associated plastic anisotropy, which is done by employing physics-based crystal plasticity codes. Such models are needed by industry to improve virtual designs of new materials, products and processes. We will pursue further model developments, software engineering and experimental validations to increase the functionality of the multiscale modelling tools. The developments will be partly driven by the needs of material producing and forming companies. To address computational feasibility of the model, the software will increasingly use high performance computing techniques and efficient numerical algorithms. We also intend to generalise and extend this multiscale modelling framework by coupling models of other physical phenomena that are relevant in industrial cases. The final goal of the KP is to deliver a software solution that will couple the multi-scale materials models with industrially relevant finite element analysis software packages. The aim of the PhD project is to further develop hierarchical multiscale modelling software for the simulation of metal forming processes. Within the existing software framework, new numerical multiscale methods will be developed. ProfileYou should have an MSc degree in one of the following majors: applied mathematics, computer science,materials science, engineering or physics. He or she should have a background in one or more of the following areas: high performance scientific computing, computational mechanics. You should be interested in working in a multi-disciplinary research team. You will contribute to the optimization of the software for parallel execution on clusters of multicore processors. You will be able to make use of the HPC research facilities of the KU Leuven and the Flemish Supercomputer Centre (VSC). OfferWe offer a fax-free PhD grant to work in an interdisciplinary environment. Interested?For more information please contact Prof. dr. ir. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be. You can apply for this job no later than June 15, 2013 via the ProjectSince many decades, lead isotopes have been used to distinguish different metal sources (Brill & Wampler 1967). However significant overlap exists between different areas (Gale & Stos-Gale 1982, Yener et al. 1991, Stos-Gale et al. 1997). Precise Pb isotope analyses are carried out with TIMS, but this instrument is not suitable for isotopic analysis of many other elements. It was not until the advent of ICP-MS instruments that other precise and more accurate isotopic measurements became possible (Albarède 2004, Maréchal et al. 1999). Cu-isotopes are now applied in several environmental (Nolan et al. 2004, Oliver et al. 2006) and metallogenic studies (Graham et al. 2004), while Sb isotopes are being newly developed (Lobo et al. 2012). Their application in archaeometry to distinguish different groups of artefacts and metal sources offers new perspectives, especially in combination with Pb (Gale et al. 1999). Differences in Cu and Sb isotopic composition of different ores exist, and can be used to distinguish the type of ore used in metallurgical or other pyrotechnical processes (Asael et al. 2009, Klein et al. 2009, Lobo et al. 2012). In this project, ore fields defined for provenancing studies, obtained through Pb isotope analysis, will be re-evaluated, and complemented with Cu and Sb isotopes. A large database will be gathered of previous analyses. Geological profiles through the hypogene and supergene ores will be described and sampled in detail. The study will compile new data on ore sources in Cyprus, Georgia and/or Jordan. In this way, the project will review the applicability of Pb, Cu and Sb isotopes to trace ores used in ancient times. Methods applied include mineralogical (a.o. X-ray diffraction), petrographical (a.o. optical microscopy and thin/polished section study, Scanning Electron Microscopy) and geochemical (ICP-OES, MC-ICP-MS) characterisation of raw materials and artefacts. The project requires geological fieldwork in the Mediterranean. The project has funding for a 4 year doctoral bursary at KU Leuven. References: F. Albarède, 2004. Rev Mineral Geochem 55, 409-427. D. Asael et al., 2009. Chem Geol 262, 147-158. R.H. Brill & J.M. Wampler, 1967. Am J Archaeol 71, 63-77. N.H. Gale & Z.A. Stos-Gale, 1982. Science 261, 11-17. N.H. Gale et al., 1999. Int J Mass Spectrom 184, 1-9. S. Klein et al., 2009. J Iber Geol 35, 59-68. L. Lobo et al. 2012. JAAS 27, 1304-10 . N. Maréchal et al., 1999. Chem Geol 156, 251-273. A.L. Nolan et al., 2004. Anal Bioanal Chem 390, 789-797. I.W. Oliver et al., 2006. Environ Sci Technol 40, 3342-3348. Z.A. Stos-Gale et al., 1997. Archaeometry 39, 83-123. K.A. Yener et al., 1991. J Archaeol Sci 18, 541-577. ProfileMaster in Geosciences, Archaeology or Archaeological Sciences or equivalent Interested?For more information please contact Prof. dr. Patrick Degryse, tel.: +3216326460, mail: patrick.degryse@ees.kuleuven.be or Prof. dr. Philippe Muchez, tel.: +3216327584, mail: philippe.muchez@ees.kuleuven.be. You can apply for this job no later than July 10, 2013 via the ProjectThis research project is about fully integrated CMOS RF power amplifiers, using novel digital modulator architectures and power combining techniques. The focus will be on the RF-frequency range (800MHz-5GHz) ProfileCandidates should have a Masters degree in electronics, with a strong focus on IC design, RF design, CMOS, and preferably with some circuit design and measurement experience. OfferA research position working towards Ph.D. degree. Interested?For more information please contact Prof. dr. ir. Patrick Reynaert, tel.: +3216321878, mail: patrick.reynaert@esat.kuleuven.be. You can apply for this job no later than July 01, 2013 via the The research group Scientific Computing focuses on the development of numerical methods, algorithms and software for large-scale simulation in science and engineering. Important topics are: - numerical methods for multi-scale simulation - numerical methods for non-linear dynamical systems - high performance computing Project
A PhD position is available in the Scientific Computing research group of the department of Computer Science, Faculty of Engineering of the KU Leuven to participate in the project 'Simulations of morphology and properties of polymers at interfaces'. The position is part of the interuniversity collaboration program H-INT-S,sponsored by the Strategic Initiative Materials (SIM) of the Flemish Government, focusing on computational methods for molecular simulation of interfacial properties in polymer based composites. The PhD program usually takes four years. You will be able to make use in your research of the Tier 2 HPC research facilities of the KU Leuven and of the Tier 1research facilities of the Flemish Supercomputer Centre (VSC).Profile
We welcome the application of highly qualified graduates with a Master's degree or comparable qualification in Applied Mathematics, Computational Sciences, Physics, Chemistry, Materials Science. A strong interest for multidisciplinary research and programming experience are required. Good knowledge of the English language, both spoken and written, is essential.
OfferWe offer a tax-free PhD research grant to work in a interdisciplinary environment.
Interested?For more information please contact Prof. Dirk Roose, tel.: +3216327546, mail: dirk.roose@cs.kuleuven.be or Prof. Giovanni Samaey, tel.: +3216327558, mail: giovanni.samaey@cs.kuleuven.be. You can apply for this job no later than June 07, 2013 via the The position is part of the interuniversity collaboration program H-INT-S, sponsored by the Strategic Initiative Materials (SIM) of the Flemish Government, focussing on molecular understanding by simulation of interfacial properties in polymer based composites. The PhD program usually takes four years. Project
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Interested?For more information please contact Prof. dr. Eric Nies, tel.: +3216327481, mail: erik.nies@chem.kuleuven.be. You can apply for this job no later than October 31, 2013 via the De onderzoeksgroep rond Vakdidactiek Fysica (Physics Education Research) maakt deel uit van het departement Natuurkunde en Sterrenkunde. Het Departement Natuurkunde en Sterrenkunde voert onderzoek uit in verschillende domeinen van de moderne fysica met als doel de fundamenten van de fysica te doorgronden. Het omvat onderzoeksgroepen die actief zijn in akoestische en thermische fysica, biofysica, kern- en stralingsfysica, halfgeleiderfysica, vaste-stoffysica en theoretische fysica en sterrenkunde. Het Departement heeft vele internationale samenwerkingen, waarvan er verschillende gefinancierd worden door nationale en internationale instanties voor wetenschappelijk onderzoek. Lopende onderzoeksprojecten binnen Vakdidactiek Fysica richten zich zowel op secundair als hoger onderwijs en hebben vaak een focus op conceptueel inzicht. Daarnaast gebeurt er onderzoek naar labo's en naar transfer van inzichten uit fysica naar andere vakken. ProjectDe invulling van deze vacature betreft het voeren van onderzoek ter voorbereiding van een doctoraat in het domein van Onderwijs in de Fysica. Er werd reeds veel onderzoek verricht rond Vakdidactiek Fysica voor basiscursussen, voor meer gevorderde cursussen echter is nog maar weinig onderzoek gebeurd. Nochtans is er ook voor deze laatste categorie een behoefte aan het verhogen van conceptuele en wiskundige inzichten. Wetenschappers en wetenschapsleraren (secundair onderwijs) van de toekomst die deze cursussen volgen moeten in staat zijn een effectieve link te leggen tussen het wiskundig redeneren, waar in de meeste meer gevorderde fysicacursussen sterk de nadruk op gelegd wordt, en de natuurkundige inzichten achter de vergelijkingen. In dit onderzoeksproject ligt de focus op elektrodynamica waarin wiskunde (calculus) een cruciale rol speelt: deze kan namelijk gebruikt worden om relaties tussen variabelen in de fysica te beschrijven. Wiskundige "facility" laat een diepgaander begrip van empirische resultaten toe, en meer robuuste wiskundige "ability" laat toe om fysica concepten uit te breiden tot meer dan kwalitatieve begrippen. Meer geavanceerde fysica gaat vaak gepaard met meer geavanceerde onderliggende wiskunde. Electrodynamica is een voorbeeld van een domein waarin specifieke wiskundige concepten essentieel zijn om de bijhorende fysica ten gronde te beschrijven en begrijpen. De doelstelling van het onderzoeksproject is om meer diepgaand inzicht te verwerven in denk- en leerprocessen van studenten in een meer gevorderde cursus elektrodynamica en in de moeilijkheden die de studenten hierbij ondervinden, en dit zowel wat betreft de wiskunde als de fysica. Een meer diepgaand inzicht in deze materie zal ons in staat stellen om cursusmateriaal te ontwikkelen dat het overwinnen van deze hindernissen mogelijk moet maken. Het onderzoek gebeurt in nauwe samenwerking met de School of Physical Sciences of Dublin City University. Profiel
AanbodWij bieden een voltijdse tewerkstelling van 1 jaar, verlengbaar bij positieve evaluatie, in een intellectueel uitdagende omgeving. De KU Leuven is een onderzoeksintensieve, internationaal georiënteerde universiteit die zowel fundamenteel als toegepast wetenschappelijk onderzoek uitvoert. Zij is sterk inter- en multidisciplinair gericht en streeft naar internationale excellentie. Zij werkt hiervoor actief samen met haar onderzoekspartners in binnen- en buitenland. Haar studenten biedt ze een academische vorming aan die gebaseerd is op wetenschappelijk onderzoek van hoog niveau. InteresseMeer informatie is te verkrijgen bij prof. dr. Mieke De Cock, tel.: +3216324248, mail: mieke.decock@fys.kuleuven.be. Indien u problemen ondervindt bij het elektronisch solliciteren, kan u dit melden op solliciteren@kuleuven.be. Solliciteren voor deze vacature kan tot en met 08/07/2013 via onze Click here to apply to this project |
