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an adaptable Machine Learning (ML) hardware architecture to solve Artificial Intelligence (AI) classification tasks using Internet of Things (IoT) sensor data. This will be a small system-on-chip designed
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technologies. Metamaterials, engineered to exhibit properties not found in naturally occurring materials, offer an innovative pathway to overcome these limitations. By designing intricate periodic or quasi
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university. Flexible working supported. Working pattern to be agreed between successful candidate and lead supervisor. Project Supervisors • Lead Academic Supervisor: Dr Michael Craven (University
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research team working across aerospace, automotive, energy, defence, and biomedical sectors. The group's expertise includes alloy design, microstructure-property relationships, phase transformations, and
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research team working across aerospace, automotive, energy, defence, and biomedical sectors. The group's expertise includes alloy design, microstructure-property relationships, phase transformations, and
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and dynamic research team working across aerospace, automotive, energy, defence, and biomedical sectors. The groups expertise includes alloy design, microstructure-property relationships, phase
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production processes and are actively exploring the incorporation of new materials, technologies and designs in their operations to achieve zero-carbon construction elements. The construction industry is under
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interactions. The research will focus on designing plasmonic platforms to trap proteins non-invasively in aqueous environments, using the intense electromagnetic fields within nanogaps. Surface-enhanced Raman
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find detailed application guidance. Join us Shape your future and the future of our planet. Be part of a community driving change through research and innovation. Discover more about the E5 DTP and start
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properties, allowing innovative systems for energy harvesting or photocatalysis to be designed. Further information about our research can be found on our group web page (https://kirrander.web.ox.ac.uk ) and