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Overview We have a great opportunity on a NERC-funded Pushing the Frontiers of Environmental Research project to develop complex system modelling and AI techniques to advance our understanding
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) and supply chain sustainability modelling. The successful candidate will work with Prof Lenny Koh (Deputy Director of IGNITE) to deliver C3.2 (Supply chain optimisation and LCA). C3.2 will build from
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Allen and West Laboratories has uncovered an altered metabolic response to hypoxia in C9orf72 patient derived models and in Drosophila Melanogaster C9orf72 DPR models of ALS. However, the mechanisms
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and productivity. You will contribute to the macroeconomic aspect of our project, modelling the link between house prices and productivity from both an empirical and a theoretical point of view
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scenarios to ensure its applicability. Main duties and responsibilities Develop and implement mathematical optimization models for structural engineering problems. Collaborate with other members
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flagship Open Multimodal AI Benchmark (OMAIB) initiative. OMAIB develops open, community-driven datasets, evaluation protocols, baseline models, and deployment-centric tasks to accelerate multimodal AI
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match perfectly with this role's criteria, your contribution is valuable, and we encourage you to apply. Please ensure that you reference the application criteria in the application statement when you
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, rather than more productive investments, has contributed to this disconnect. Your role will be to contribute to the project's microeconomic aspect. You will empirically model the connection between
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) and supply chain sustainability modelling. The successful candidate will work with Prof Lenny Koh (Deputy Director of IGNITE) to deliver DA1 (Aerospace: Supply chain resilience). DA1 aims todetermine
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of Sheffield and Nottingham, and the Alan Turing Institute. The wider focus of this research programme is to develop both physics-based and data-driven models of heart function and blood flow through