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sustain the widespread adoption of electrical vehicles in an environmentally friendly and ethical way. A radical approach to how electrical motors is developed, combined with emerging material technology
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challenging set of design and reliability constraints for the surrounding electrical and thermal systems. A key concern is that the proximity of power converters to electrical machines makes it likely that the
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, engineering design, and AI-enabled design and optimisation that will transform current product development practices. Together we will develop the next-generation product-production co-design platform
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will be considered on a rolling basis until the position is filled. Deadline: 1st April 2026 for a September 2026 start. Funding notes: This 4-year PhD studentship will include tuition fees for home
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researchers, this PhD will contribute to developing scalable bioprocessing solutions that support a more circular, climate‑positive future for biomass utilisation. Motivation The global shift toward a
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the chance to contribute to innovative materials science with real engineering impact for net-zero technologies. Aim This PhD aims to develop a new class of thin-film high-performance ceramic insulation
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student to revolutionise electrical machine design and development based on programmable 3D electrical steel technology enabled by advanced manufacturing processes and emerging magnetic materials