64 high-performance-computing-postdoc positions at Aston University in United Kingdom
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prudence. People management, fostering a high-performance culture. Building strong partnerships across industry, government, and the third sector. Championing innovation in digital, transnational, and
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-efficiency rotary-piston expander, supporting prototype development and system-performance validation in collaboration with UK and Ukrainian partners. The successful candidate will conduct high-quality
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approaches to improve cell efficiency, thermal stability, and structural integrity at high operating temperatures. In close collaboration with project partners, you will carry out computational investigations
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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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a Biosciences-related area that will complement our School’s excellent research. They will be able to evidence an independent and strongly developing research programme, preferably including securing
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that enable innovation and impact. You’ll lead the operational planning and performance tracking that underpin our success, while fostering a collaborative environment where researchers and staff can thrive. As
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delivery of outcomes. You will also ensure the creation and support of effective collaboration and networking building, and the dissemination and high visibility of project activities. You will ideally have
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The School of Biosciences at Aston University is a dynamic community with a strong reputation for delivering high-quality, accredited Biomedical Science, Biological Sciences, Biomedicine, and
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and commercialisation activities would be an advantage. This is an exciting opportunity to contribute to a high-impact research programme focused on decentralised, off-grid renewable energy solutions
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solar (thermal and PV) and geothermal energy with soil-based thermal storage to enable reliable 24/7 operation of adsorption desalination. We also develop low-cost sorption composites from locally