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March 2025. You will be working as part of a team to develop multi-scale modelling tools for materials under high-strain-rate and impact loading. You will develop and enhance a crystal plasticity
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Company description: We are a world class research-intensive university. We deliver teaching and learning of the highest quality. We play a leading role in economic, social and cultural development
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The Royal College of Art is a dynamic institution with a rich history and a global reputation for excellence in art and design education. Join our team and contribute to the success of The Royal
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globally by blending the rigour of high-quality impactful research with excellent teaching and the strengths of a technology-led university. We are ranked in the top 10 for business and economics in
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disorder and the end-organ complications which can develop from this, in particular liver disease and brain injury. You will use national and local data assets to understand factors which predispose
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the Cader group who are researching the same topic. You will be expected to develop or optimise the relevant methods and tools. You will also be expected to provide support and guidance to research students
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supported to formulate and develop your own scientific questions within the scope of the group’s interests. The position offers an exciting opportunity to work at the world-class biomedical research institute
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and enthusiastic researcher to develop their career in statistical epidemiology within the internationally leading Department of Statistics in the University of Oxford at a critical time for this field
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on the Old Road Campus working in a close collaboration with the Oxford Kidney Pathology group. You will be part of a bigger EU-funded project which goal is to develop a safe and efficient cell therapy based
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and enthusiastic researcher to develop their career in statistical epidemiology within the internationally leading Department of Statistics in the University of Oxford at a critical time for this field