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researchers, who have already produced excellent research during their PhD and in any postdoctoral positions. Securing a Fellowship will offer you the freedom to conduct your own research programme. To aid
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. The post-holder will be one of six centre-funded postdoctoral researchers delivering on projects that form our core research programme. They will be a cornerstone of the centre, collaborating across our
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for candidates interested in acquiring experience of research in a world-class academic unit (see http://www.wrh.ox.ac.uk). The post supports a Phase III programme of work aimed at testing and validating
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Programme • Membership to a variety of social and sports clubs • Discounted bus travel and Season Ticket travel loans How to apply: Please provide a supporting statement outlining how you meet
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cell signalling pathways and demonstrate experience in integrating computational and experimental approaches to address key biological questions. Experience in supervising junior researchers and
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of trial data. You will provide clinical expertise across the programme, helping to ensure high standards of research design, patient safety and ethical practice. You will also play an active role in
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The Uehiro Oxford Institute and Oxford Martin School invite applications for a Research Fellow to work as part of the Oxford Martin Programme on Decarceration, researching ethical and human rights
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Join the University of Oxford as a Research Assistant working under the supervision of Prof. Richard Bailey, contributing to cutting-edge research at the intersection of climate change mitigation and artificial intelligence. This role offers a unique opportunity to support the development and...
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of collaborative projects, working closely with clinicians, imaging experts, and computational scientists across the Oxford–Novartis Collaboration for AI in Medicine. You must hold a PhD/DPhil in Statistics
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/workforce-and-learning-research-group ). The Compound Pressures project is a realist review funded by the NIHR HSDR programme. The project aims to understand how multiple and intersecting pressures, such as