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for crafting simulation-ready computational anatomy models, incorporating tissue microstructure properties. This is an exciting opportunity to apply your expertise to large-scale real-world datasets, including
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The Centre for Musculoskeletal Research within the School of Biological Sciences wish to appoint a Research Assistant to an exciting project exploring the genetic basis, shared genetic mechanisms
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Background We are seeking to recruit a Postdoctoral Research Associate (PDRA) to work under the supervision of Dr. Dongda Zhang at the Department of Chemical Engineering, the University
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We are recruiting a Teaching, Learning and Student Experience Administrator to support the Curriculum & Programmes Team, within the School of Medical Sciences, which is available immediately. You
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, collaboration, fore-sighting, and strategy Providing access to world-leading facilities and research expertise Catalysing industrial collaboration and accelerating translation Fostering materials science skills
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difference to people’s lives? The Digital health software team within the Division of Informatics, Imaging & Data Sciences wish to appoint a Software Engineer to come and work on some cutting-edge smartphone
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Help shape the visual future of Manchester’s new innovation engine. Unit M is The University of Manchester’s new innovation unit — created to accelerate inclusive growth and unlock the full power of the University’s world-class research, innovation, and talent. We connect brilliant ideas with...
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of mammalian synthetic biology technologies, in collaboration with teams at Imperial College London. What you will get in return: Fantastic market leading Pension scheme Excellent employee health and wellbeing
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the boundaries of computational modelling and shaping the future of digital healthcare, this is the opportunity to bring your expertise to life! What you’ll need Applicants should have a PhD in
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chemistry. This post is part of the multidisciplinary project “High-Performance Lanthanide Single-Molecule Magnets with Monodentate Ligands,” supervised by Prof. David Mills and Dr Michael Baker