68 computer-science-programming-languages-"Prof"-"Prof" positions at University of Bath
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interest span main group chemistry, copper(I) catalysis and synthesis for materials science. The project will focus on the generation and exploitation of copper(I) complexes in catalytic reactions. The role
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MyWorld Project As part of the £35m MyWorld programme, we are searching for two motivated individuals to create the next generation of content capture and creation tools for the creative industries
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candidate will coordinate SETsquared’s support and input into the programme and draw together activity across our network of start-ups, SMEs, and University partners. The SETsquared Partnership is a world
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hydrogen ecosystem and help the push to net zero targets. The roles will be key in providing coordination support to all the activities of the programme including marketing & communications, agenda setting
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between university study and supervised placements in NHS mental health settings. You'll be part of a dedicated team, working alongside two other Programme Administrators and a Programme Manager, as
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We are seeking a motivated Research Assistant to join the International Study Centre (ISC) for the International Civic and Citizenship Education Study (ICCS), a major global research programme based
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ioMosaic Ltd, the Department of Chemical Engineering and the Department of Computer Science at the University of Bath, you will have the opportunity to work on a challenging and exciting project, using
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About the Role The University of Bath hosts the International Study Centre (ISC ) for the International Civic and Citizenship Education Study (ICCS ), a major comparative research programme
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About the role We are seeking an expert individual with project management and communication skills to lead our EPSRC UK-HyRES flagship programme, which is led by Professor Chris Brace. This role
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About the role This position, created for the UK’s National Quantum Technologies Programme, will develop fibre-based devices for quantum technology, with emphasis on squeezed light generation. We