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, as part of the collaborative UK Japan civil nuclear research programme . The ideal candidate will have a strong background in cement chemistry and engineering, or a relevant discipline. They will also
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efficient manufacturing processes that drive significant improvements in production output, cost-effectiveness, and overall industrial performance for our customers. Our projects are collaborative and often
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Decarbonising construction: Advanced spectroscopic approaches to understand nanostructural development and phase evolution in high-performance, low-carbon cements School of Chemical, Materials and
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Overview Are you eager to support a nuclear materials research programme of national significance? We have a very exciting opportunity in the School of Chemical, Materials and Biological Engineering
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design, ensuring gas flow is not lost through leakage, is an essential requirement for efficient performance and low specific fuel consumption, and is achieved by having very tight clearances between
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adaptable – especially for complex, hands-on tasks. The Challenge: Robots are key players in advanced manufacturing, performing high-precision tasks like fastening, polishing, and complex assembly. But when a
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, you’ll be developing innovations critical to a greener, more sustainable future. In hydrogen storage and transport, high-performance mechanical seals are essential. These seals prevent gas leakage by
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Virtual manufacturing of discontinuous fibre composites for high-performance automotive and aerospace structures (C3.5-MAC-Qian)
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organised specifically for the appointed person, in terms of the split between clinical and academic work. The post represents an exciting opportunity to combine clinical work with a programme of high-quality
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to translate this technology to clinical use. In this project we will ensure our supply chain, sterilisation and manufacturing methods can be performed to clinical standards at sufficient scale to progress