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We are seeking an enthusiastic and talented scientist for a PhD scholarship funded by a renowned industrial partner. You will join a unique research environment (Centre for Research Innovation
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for prediction and model validation. Extend current minimum sample size methodology for joint models. 3. Assess the impact of different study design approaches to investigate the optimal way to record clinical
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. Recently, the design and manufacturing of hollow core fibres reached such a refined level that they can transport light with lower attenuation than standard optical fibres and can have this low attenuation
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description: Tata Steel’s Building Systems UK (BSUK) business manufactures a range of insulating sandwich panel products for building façades. With a design life of 25 years, these products offer an outstanding
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are important for fast charging and cell design. This PhD will also consider battery swelling, which remains open from a theoretical standpoint. Previous work has established how changes in battery shape
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presents remarkable opportunities in engineering design - for parts to ‘fly’ however, reliable non-destructive test methods are absolutely mandatory for certification. The exceptional flexibility of AM
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on proof-of-concept work where we have computationally designed and experimentally realised the first new TCO in over a decade, this project will use computational modelling techniques to screen
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novel strategies for designing and constructing synthetic pathways in microbial systems capable of producing cellulose-based materials. The project will involve implementing automated DNA assembly and
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sludge rheology, it will be possible to design processes that can handle variable waste streams and produce encapsulated wastes that are safe for long term storage. The project will contribute to the clean
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green innovation. Additionally, it provides consumers with information about the environmental attributes of current production technologies, boosting demand and willingness to pay for eco-friendly