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of The University of Glasgow Inference Dynamics and interaction Research group, in the School of Computing Science, including establishing and sustaining a track record of independent and joint publications
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synthesis by self-assembly and mechanistic analysis. The successful candidate will have a PhD in either inorganic or materials chemistry with some experience of analytics for mechanistic analysis
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data using computational tools (LexisNexis, NVivo, R, Python, etc.) and a familiarity with computational social science methods. Experience Essential E1 Experience of delivering quality outputs in a
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of relevant research experience, normally including sufficient postdoctoral experience in a related field, appropriate to an early career researcher. Experience Essential: E1 Sufficient relevant research
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, solid phase synthesis, and molecular design . We are looking for someone with experience / wish to learn some of the following: complex chemical systems, reaction diffusion, analytical chemistry, chemical
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strategy. Knowledge, Qualifications, Skills and Experience Knowledge &Qualifications Essential: A1 SCQF Level 10 (Honours degree) in Statistics/Computer Science or a cognate discipline, or equivalent. A2
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Job Purpose You will contribute to/make a leading contribution to the EU Climinvest project, which aims to develop technology to support the assessment and creation of bankable and sustainable
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to contribute towards the STFC Late-Stage Commercialisation project “Natural NDT-CE” under PI Dr David Mahon. The candidate is also expected to support the wider experimental research programme of the Nuclear
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projects Research projects BHF 4 year PhD Studentship programme Advancing precision nutrition in multimorbidity: strategies for reducing excess risk mortality Supervisor: Dr Carlos Celis Project background
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well placed to support exciting postgraduate and postdoctoral research. Scottish literature at Glasgow is well connected to a number of key archives of Scottish material held by our own Special