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temporary housing, social care, the local economy, and sustainability. Your work will involve developing predictive models to help prevent homelessness and improve the way temporary accommodation is allocated
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Project Title Modelling climate risk in the Arctic School/Faculty School of Geography Closing Date 31/05/2025 Eligibility UK Only Funding Home Funded Lead Supervisor’s full name & email address Prof
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candidate will have a: Strong background in a relevant discipline (mathematics/ physics/ computer science/ bioinformatics). Enthusiasm for immunology and mathematical modelling Creative approach to problem
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and Bioinformatics using Python and R and practical experience of applying these skills and techniques in Machine Learning models and software development. High level analytical capability is essential
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nervous system (CNS) uptake. You will also develop in vitro cellular models to evaluate these systems, contributing directly to cutting-edge research with the potential to transform epilepsy care. Key
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practices beyond Euro-American models, and reinforcing Exeter’s position as a UNESCO City of Literature and a growing hub for literary and creative industries in the South West. You will be expected
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these in vivo using established models in combination therapy approaches including the use of immune checkpoint inhibition and other antibody targets. The lab is well funded by the Academy of Medical
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and evaluation activities across the Centre, in accordance with the Theory of Change and evaluation protocols Undertaking evidence reviews Promote equality and value diversity, acting as a role model