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engagement and development. Our Exeter Academic initiative supporting high performing academics to achieve their potential and develop their career. A multitude of staff benefits including sector leading
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advanced material coating strategies. The project addresses the growing need to improve the surface properties and stability of LFP materials, especially under high-performance applications. Traditional
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-performing researcher seeking to embed themselves in a high-performance sporting environment. This role offers a rare opportunity to contribute to a long-term strategic research partnership between academia
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Revolution with Ultra-Low Energy 2D Materials and Devices (NEED2D)." The project focuses on cutting-edge research into the growth, characterisation, and application of high-performance two-dimensional (2D
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activity in the frontal cortex and the hippocampal formation of mice performing a schema learning task in a structured maze environment. The project will involve a range of physiology techniques, primarily
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laboratory-scale R&D on PCM-integrated heat exchangers, develop modelling tools (e.g., COMSOL, ANSYS, TRNSYS, MATLAB) for thermal and system-level optimisation, and support prototype fabrication
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Revolution with Ultra-Low Energy 2D Materials and Devices (NEED2D)." The project focuses on cutting-edge research into the growth, characterisation, and application of high-performance two-dimensional (2D
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An Innovation, Impact and Business directorate that works closely with our academics providing specialist support for external engagement and development Our Exeter Academic initiative supporting high performing
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large-scale genomic and clinical datasets, and in developing reproducible, scalable analytical workflows and interactive visualisation tools (using scripting languages such as R/Python) within high
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genomic and clinical datasets, and in developing reproducible, scalable analytical workflows (using scripting languages such as R/Python) within high-performance or cloud computing environments. You will