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partners that aspire to develop the next generation of inverter control. It is essential to have a PhD* or equivalent professional qualifications in Electrical/Power Systems, and especially in the areas
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use low-cost drone platforms to develop and trial this technology. As part of this, we will use a combination of simulated and physical flight tests to produce an adaptive neural flight controller
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Audition for Robots (ActivATOR)” under the direction of Dr Christine Evers. The position will be in the Vision, Learning and Control (VLC) Group, which is part of the School of Electronics and Computer
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research within the Mechanical Engineering department at the University of Southampton, collaborating closely with the Optoelectronics Research Centre. The project involves the innovation of new optical
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of developing novel and intelligent structures for control of noise and vibration. It is essential you have a PhD or equivalent professional qualifications and experience* in mechanical or acoustical engineering
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of aerospace and aeronautics, covering the entire spectrum of fidelity levels. The candidate should have or be close to completing a PhD in aerospace engineering (or equivalent qualification and experience