28 computer-aided-manufacturing Postdoctoral positions at University of Cambridge in Uk
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research centre well-known for its close-knit community, friendly atmosphere, and outstanding research support. We are seeking a post-doctoral research associate with experience in computational approaches
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to communicate material of a technical nature and be able to build internal and external contacts. The role holders may be asked to assist in the supervision of student projects, the development of student
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to the regulation of complex behaviours. This will involve a range of techniques including high resolution confocal microscopy to determine receptor localisation, behavioural analysis of C. elegans and computational
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Institute, located on the Cambridge Biomedical Campus, Cambridge, UK. The postholder will work closely alongside a postdoctoral research associate, Dr. Aldo Bader, to assist with several on-going projects in
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situ/operando experiments and associated cell design is desirable. Familiarity with one or more of the following techniques is highly desirable: X-ray and neutron diffraction, computational chemistry
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genetics, multiplex-immunolabelling (tissues), single-cell omics, and somatic mutation analysis. The successful candidate will also assist lab management, working closely with Dr Andrew Young. The successful
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to understand immune microenvironmental interactions; Integration and interpretation of complex datasets in collaboration with computational scientists You will be expected to take a lead in experimental design
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be able to communicate material of a technical nature and be able to build internal and external contacts. You may be asked to assist in the supervision of student projects, the development of student
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enable the full exploitation of next-generation observations using Exascale computing, i.e. leading the research in solar/stellar physics for many years to come. We are seeking a highly motivated Research
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involves computer simulations of catalytic and environmental interfaces, aiming at reaching fundamental new understanding of elementary processes at such interfaces. As part of our work, we also seek