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annum Research Assistant in AI-Based Aerospace System Design and Optimization We welcome applications from prospective Research Assistants in AI-Based Aerospace System Design and Optimization with
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Aerospace – Centre for Propulsion & Thermal Power Engineering Research Fellow in Fluid Dynamics for Aero System Design Fixed Term Contract until 30 September 2026 Full time starting salary is normally in
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constructing and operating multiple test rigs dedicated to liquid and vapor hydrogen systems. This includes the facets of storage, pumping, venting, and all associated subsystems specifically designed
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saving scarce land and lake space, whilst addressing a key challenge - designing a novel solar farm that can remain intact in the destructive power of ocean waves. This innovation will then hopefully be
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, whilst addressing a key challenge - designing a novel solar farm that can remain intact in the destructive power of ocean waves. This innovation will then hopefully be provided as an affordable clean
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designed for hydrogen-powered civil aviation. About the Role We are in search of a highly motivated Research Assistant to join our team. The successful candidate will undertake simulations of fluid dynamics
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the Role The Research Fellow will be a key member of a team contributing to a number of research projects related to low emissions combustion experimental and analytical research and innovation. A key
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cognitive psychology, and experience in experimental design and statistical methods and their application is essential. You will have knowledge of a wide range of quantitative and qualitative research
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for commercial aircrafts. The vision is to develop a new design and manufacturing technology for landing gear using advanced additive manufacture, novel materials and new design methods. This will contribute to a
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European research project, JARVIS, to conduct human psychological and behavioural analysis which will advance the design of human-robot production systems. The role will also involve wider academic