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-fields and bone-tissue engineering. This role is to work on the modelling aspects of this project. This will involve (1) multi-physics simulations on the forces on objects in the acoustic devices and (2
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. For informal queries about the role please contact: Dr Adrian Flint, Director of Programme Planning, Adrian.Flint@bristol.ac.uk Contract type: Open Ended with Fixed Funding until 31/08/2027 Work pattern: Part
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generation of engineers and computer scientists. Play an active role in school activities and academic citizenship. A PhD in Electrical and Electronic Engineering, Physics, Computer Science or another relevant
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. The overarching aim of our group’s research programme is to develop a deeper understanding of the immunology of infection, and in particular population carriage/immunity to inform the use (and development
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Coaching players across our programme (juniors, students and adults), providing them with an excellent experience on court every time working with the rest of the coaching team. This position will
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, and a recently awarded NIHR programme grant to develop, evaluate and apply methods to evaluate respiratory vaccine effectiveness and cost-effectiveness. Both projects are led by Professor Jonathan
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deep understanding of manufacturing systems, supply chains, and design space optimisation. You hold (or are completing) a PhD in Engineering, Computer Science, or a related field, with a strong
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technology innovation. During this project you will: • Work within a multi-disciplinary, multi-institute team on the development of dexterous tactile robotic technologies for bimanual manipulation
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for policy. Experience with AI/machine learning/data science methods. Proven experience of collaborating with relevant non-academic stakeholder partners (e.g. WHO, MSF). Outstanding publication record
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financial records. You will be managing a successful learn to swim programme, which delivers a range of lessons to children and adults. Operational Management: Oversee daily swim school activities including