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Field
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Engineering or related area. You should have expertise in computational-modelling, analysis, and high-performance computing, with proficiency in CFD, fluid-structure-interaction and programming. Experience in
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profile in the field of high performance computing and parallel system. You are involved in research projects and scientific studies in the field of parallel and high-performance computing systems, tools
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will be increasing the performance of Fabry-Perot sensors in terms of their sensitivity. Improving the sensors in this way will aid in developing new high-performance photoacoustic imaging systems
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, their solution uses mathematical algorithms to identify precise differences in content and data, delivering high-speed performance at scale. The project will explore AI technologies for compare-and-merge
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and facilities, including Durham's High-Performance Computer, Hamilton (15,616 CPU cores, 36TB RAM and 1.9PB disk space). As part of the Northern 8 cluster, members of Durham University can also submit
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and facilities, including Durham’s High-Performance Computer, Hamilton (15,616 CPU cores, 36TB RAM and 1.9PB disk space). As part of the Northern 8 cluster, members of Durham University can also submit
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Durham, you will have access to state-of-the-art instrumentation and facilities, including Durham's High-Performance Computer, Hamilton (15,616 CPU cores, 36TB RAM and 1.9PB disk space). As part of
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potential further extension, subject to confirmed funding. You will lead experiments in the OPG arc-jet/plasma wind tunnel, developing and commissioning facility upgrades (higher-power operation, new nozzles
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investigation of lamellar liquid crystal lubricants in tribological contacts. To support the extensive experimental side of the programme, you will have strong practical skills and a track record in the areas
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strong potential o Proficiency in Python and/or R programming languages o Experience working in high-performance computing (HPC) environments o Command line proficiency and BASH scripting