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for producing high-performance composites. Collaborate with a diverse team of researchers, engineers, and industry partners. Contribute to the publication of high-impact research papers. Qualifications: A PhD or
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of composite structures using state-of-the-art software and methodologies. Implement manufacturing techniques for producing high-performance composites. Collaborate with a diverse team of researchers, engineers
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member of a team working on electrical machines, electromagnetic design, magnetic and insulation materials, thermal management, control, construction and testing of high-performance electrical machines. We
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and disciplines and instead have an open approach that supports every researcher. This gives us the freedom to take risks and carry out high-quality, pioneering research. Creating a space for discovery
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sites). The successful candidate will support multicentre trial activities and contribute meaningfully to a high-impact translational research programme. The position offers a unique opportunity to
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and optimise the operation and design of aircraft systems, subject to complex, real-world constraints. You will join a growing team of engineers working on a range of digital design technologies
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investigation of lamellar liquid crystal lubricants in tribological contacts. To support the extensive experimental side of the programme, you will have strong practical skills and a track record in the areas
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and optimise the operation and design of aircraft systems, subject to complex, real-world constraints. You will join a growing team of engineers working on a range of digital design technologies
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academics providing specialist support for external engagement and development Our Exeter Academic initiative supporting high performing academics to achieve their potential and develop their career A
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and optimise the operation and design of aircraft systems, subject to complex, real-world constraints. You will join a growing team of engineers working on a range of digital design technologies