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particle physics and excellent programming skills. Knowledge of nuclear physics and particle astrophysics is desirable. The project is open to home and international candidates but international students may
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academia. The candidate should have a good knowledge of particle physics and experience programming in Python or C++. Early applications are recommended, with the deadline for the first round of
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shear flows, aerodynamics. Numerical analysis, in particular Computational Fluid Dynamics. Excellent programming skills in C, Fortran, or any other high-level language. Desirable: final-year project on a
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deadline. This will consist ofan interview. We plan to let candidates know if they have progressed to the selection stage on the week after the closing date. If you need any support, equipment or adjustments
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to the presentation, and 20 minutes of questioning related to the advertised role. We plan to let candidates know if they have been successful on the week commencing 9 June 2025. If you need any support, equipment
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programmes. Ownership and support / preparation of project and programme budgets, in collaboration with Research Engineers to ensure they are not exceeded and spent on relevant project items. Detailed
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). Ability to plan and prioritise activities at short notice; delegating tasks, managing resources and using initiative and judgement (assessed at: interview/ application). Good written communication skills
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to students of the university as part of a multi-disciplinary and multi-modality team. Plan and organise a varied caseload, which may include delivering trauma informed therapy as part of the University’s
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relevant industrial experience (assessed at: application) Proven teaching/training ability, ideally with a teaching qualification (assessed at: application) Ability to plan and deliver effective teaching
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-vivo biomedical applications. Our research focuses are: (1) Micro robot design, fabrication and control, and (2) Remote magnetic control. The goal of this program is to develop mechanisms and systems