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bioresources. You will join a vibrant, interdisciplinary research team working at the interface of mechanical engineering, chemistry, and biotechnology, using cutting‑edge mechanochemical extraction methods
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and resilient housing today. Through comparative “building biographies,” the research examines construction methods, materials, retrofits, environmental performance and changing patterns of occupation
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working on this problem for several years and have developed methods that shape the incoming light with the equal but opposite distortion to that imposed by the sample to produce a high-quality image deep
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investigation) and basic quantitative methods (e.g., monitoring) Ability to collaborate and engage to different stakeholders Strong analytical skills and ability to handle data confidently Funding support After a
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ultrasound. This project will develop the materials, methods, and designs necessary to 3D-print the next generation of medical micro-robots targeting drug delivery, exploiting combinations of functions
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biomaterial devices for advanced personalised drug delivery. The student will formulate new 3D-printable materials and develop new design methods, for functional 4D-printed devices with either fast self
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life. Current recoating and preventative coating methods are effective at a bulk level but struggle to preserve or restore small-scale engineered features that are essential for thermal and aerodynamic
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world-class training programme combining research-led innovation with real-world industry application. Students will receive high-level entrepreneurial training provided by Haydn Green Institute, bespoke
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Experience in sustainable architecture or building physics A strong interest in retrofit research Confidence in using quantitative methods, including environmental monitoring and performance evaluation
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the UK Atomic Energy Authority (UKAEA). The student will be based at the University of Nottingham, but should expect to engage fully with the 3-month full-time training programme in the Fusion Engineering