37 programming-"the"-"DAAD"-"IMPRS-ML"-"IDAEA-CSIC"-"U"-"Prof"-"https:" "DIFFER" positions at University of Oxford
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. The University of Oxford’s research culture programme is united around three interconnected priorities: conducting research to the highest standards of rigour; recognising the different skills and roles
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omics data analysis pipeline within the CoRE, creating omics-based tissue atlases and associated computational models to characterise the effect of exposures on different tissues in humans and model
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programme. You will specifically be located in the Barnes group, but you will also work across large Interdisciplinary team going from antigen discovery to human cancer prevention studies. You will be part of
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Programme. The role reports to the HAF and sits within the School Administration team: one of five teams within OSGA’s friendly Professional Services team The successful post-holder will be responsible
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in in politics with a focus on the UK or European electoral politics. They will possess sufficient specialist knowledge in the discipline to work within established research programs. Excellent
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and analysis. You will collate and manage outcomes across the project and provide strong and effective communication to ensure cohesion across different aspects of this complex programme. You will
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in an educational environment is essential, as well as proven levels of software literacy including familiarity with interfacing hardware to computers. Experience of scientific programming packages
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exploring how different microbiomes influence barrier biology in ways that shape response to viral infection. The Medical Research Council have awarded up to £50M over 14 years for a new Centre of Research
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role will oversee the operational management of the undergraduate Crankstart Scholarship programme and the Oxford Bursary Scheme, amounting to over £10m in bursary support for around 2,500 students. You
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About the role Comparative genomics, and specifically our ability to identify which genes are related in different species, has revolutionized our understanding of the natural world. It enables us