47 algorithm-development-"The-University-of-Edinburgh" Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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the development of new anchoring technologies for floating offshore wind turbines. Your role will focus primarily on the development of simplified computational models, and you will contribute
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The Senior Research Fellow will lead the development of structural and computational approaches to engineer antibody-modifying and antibody-degrading enzymes for applications in biology and
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of Southampton, on a fixed-term contract of up to 18 months. The Research Fellow will support the development of new anchoring technologies for floating offshore wind turbines. Your role will focus primarily
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position within a Research Infrastructure? No Offer Description The Senior Research Fellow will lead the development of structural and computational approaches to engineer antibody-modifying and antibody
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immunogens, the postholder will develop and apply advanced glycomics and glycoproteomics methodologies to generate high-quality datasets that inform next-generation vaccine design. They will provide
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of Aberdeen - https://www.cs.ox.ac.uk/projects/AIHub/ . The programme offers an excellent opportunity for the successful candidate to develop their career in this exciting area in collaboration with some of the
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and development are highly desirable. You will be an enthusiastic and well-motivated scientist, capable of developing your research project as well as a good team-player with excellent communication
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at the University of Southampton. Focusing on HIV-1 Env and related immunogens, the postholder will develop and apply advanced glycomics and glycoproteomics methodologies to generate high-quality datasets that inform
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and laboratory experience on tumour and/or normal B cell biology, and/or antibody generation/manipulation and development are highly desirable. You will be an enthusiastic and well-motivated scientist
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We are seeking a highly motivated Postdoctoral Research Associate in the field of Theoretical and Computational Chemistry to develop accurate models of time-resolved X-ray photoelectron spectroscopy