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This is an exciting opportunity to join a new thrust to develop state of the art very high order computational fluid dynamics frameworks for high performance heterogeneous computing systems, working
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, external, domestic and international partners. To present the findings and to publish research findings in high-quality academic and non-academic outputs Perform any other duties as may be required from time
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facilities in the UK. We pride ourselves on delivering high-quality teaching and diverse, real-world research. We specialise in biosciences, chemistry, computing and technology, as well as engineering
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to develop solid oxide fuel cells that can effectively and efficiently use ammonia directly as a fuel source while maintaining high performance and durability. To overcome challenges related to material
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To create and contribute to the creation of knowledge by undertaking a specified range of activities within an established research programme and/or specific research project. This Research Fellow position is
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the JOINER infrastructure. Evaluate the performance of developed solutions against benchmark decisions from existing tools. Extend the developed solutions to federated multi-slice environments for threat
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individual slices within the JOINER infrastructure. Evaluate the performance of developed solutions against benchmark decisions from existing tools. Extend the developed solutions to federated multi-slice
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, e.g. Python, Matlab, C; Experience utilizing high-performance computing (HPC) to parallelize workflows; Excellent work planning and issue resolution skills; Strong technical, written, and verbal
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to develop solid oxide fuel cells that can effectively and efficiently use ammonia directly as a fuel source while maintaining high performance and durability. To overcome challenges related to material
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to work. The University has delivered a state-of-the-art research building (opened in 2024), and new multi-million-pound high-performance computing facilities, which will ensure UK-leading compute