201 high-performance-computing-postdoc uni jobs at University of Cambridge in United Kingdom
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at the College which currently comprises of Future Global Leaders, Lucy Enterprise and the Life Sciences Community Programme. We seek a driven individual who shares our values to assist with planning and
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supporting the career development of all lab members. We are seeking an enthusiastic, dynamic and ambitious postdoc to join the lab for an exciting MRC-funded project investigating the mechanisms that govern
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PhD programme. There are currently about 80 students working on PhDs on a diverse range of topics in sociology. Further information about research interests and recent publications of staff and postdocs
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a multi-disciplinary department that also has a vibrant MPhil and PhD programme. Further information about research interests and recent publications of staff and postdocs can be found
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Cambridge University Library Storage Facility (LSF), located in Witchford, Ely is looking for an enthusiastic and diligent service orientated person to join its high performing team providing
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of our facilities and construction operations, ensuring high standards of service delivery across the College. About the role As the first point of contact for all work-related requests, you will play a
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development of all members. We share open-plan lab space with two zebrafish groups. We are looking for a second postdoc to join the lab for a Leverhulme Trust-funded project on the development and evolution
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. This is an exceptional opportunity for a strategic, creative fundraiser to work alongside leading academics, global funders, and a high-performing development team to generate transformational support
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methods. Key Responsibilities: Provide high-level administrative and organisational support for relevant industry collaborations Act as the first point of contact for internal and external stakeholders
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team are responsible for the development and operation of the Exoplanet Analysis System, which will enable the detection of the signatures of exoplanets from high- precision photometric light curves