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aeroelastic instabilities (e.g. wing and whirl flutter) of flexible wing structures incorporating multi-rotors. Low-cost and mid-fidelity physics-based models optimised for accurate and rapid predictions
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Working within a team of dental technicians, the post holder will be able to carry out the construction of a range of fixed and removable dental oro-facial and intra oral custom-made appliances
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novo proteins; and the biophysical or structural characterisation of proteins. Experience in computational protein design would be an advantage; however, neither of these are essential skills
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of working with large-scale textual or semi-structured data. Knowledge and experience of programming and hands-on experience of developing substantial software systems. Experience of RUST and Python or similar
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, design data collection materials, undertake qualitative interviews and focus groups, and collect structured data from court case files. You must be willing to travel within the UK to collect data, and to
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mechanics or dynamics (preferably). You have experience in dynamic analysis of nonlinear structures and modelling. You have excellent oral and written communication skills. Are a self-starter and proactive
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design and to the interpretation of experimental data. You will work closely with experimental biochemists and structural biologists in engineering proteins and in designing and interpreting experiments
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and support safety programs with structured audits, reviews and contribution towards related projects. Contribute to and work to deliver the Divisional H&S plan, goals and objectives and long-term
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bacteria to subvert host cells and lead an obligate intracellular lifestyle. This exciting project uses protein-structure function and molecular cell biology approaches to determine how effector proteins
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, manufacturing, and structural performance. This will include supervising student projects, supporting innovation in teaching methods, and engaging in cross-Faculty research initiatives. There will also be