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Postdoctoral Research Assistant in Design for Behaviour Change: Circular Economy for Medical Devices
an ambitious project to increase medical device sustainability and circular economy, focused on remanufacturing of injection devices. You will be responsible for the following tasks: 1. Conducting a
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About the role We are seeking a full-time Postdoctoral Researcher to join the Oxford Secure and Advanced Computer Architecture Research (OSCAR) group at the Department of Engineering Science
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Oxford Materials (Professors Robert House (PI), Saiful Islam, Peter Bruce), and UCL Chemical Engineering (Dr Rhod Jervis) brings together expertise in battery materials synthesis and device fabrication
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funded by UKRI EPSRC and is fixed term for 12 months. You will be contributing to joint UKRI EPSRC – NSF CBET project on sustainable computer networks, with a focus on carbon emissions reduction and
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(Central Oxford). The post is externally funded and is fixed-term to the 30th September 2026. The integration of electronic and mechanical degrees of freedom in quantum devices, particularly using carbon
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biochemistry and structural analysis. You will contribute to protein production, purification and analysis of constructs to test the devices developed in the group. Your expertise in structural and
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industrial partners Create protocols to obtain devices with repeatable performances. Optimise specific designs for morphable wearable robotic devices You should possess: 1. a PhD (or near completion) in
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(Central Oxford). The post is externally funded and is fixed-term to the 30th September 2026. The integration of electronic and mechanical degrees of freedom in quantum devices, particularly using carbon
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these bioinformatic experiments. Access to a high-performance computer will be provided. The candidate must be capable of generating complex molecular compound models in silico and using current molecular dynamic
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require a deep understanding of the classical infrastructure that supports them, including analog control systems. As quantum devices scale toward the million-qubit regime, modeling these complex systems