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practical background is essential and you should have good skills in computer aided design and mechanical fabrication techniques, as well as the ability to critically assess prototype designs based on testing
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Appleton Laboratories. The project will design and construct a lab-scale soft X-ray microscope for biological imaging using soft X-rays generated using ultrafast lasers and applying coherent diffractive
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fibre, specifically for the application of condition monitoring. Successful candidates will engage in internationally recognized multidisciplinary research. The project involves the innovation of new
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4MOST/TiDES international collaborations. As part of this work, you will have the opportunity to collaborate in exciting cutting-edge science designing the massive spectroscopic follow-up of optical
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, Edge Computing, and Digital Design, to work with us on achieving Perfect Recollection for Clearer Insight” project’s ambitious objectives. You will work with Dr Jagmohan Chauhan and Dr Alex Weddell in
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, economics, social policy); have knowledge and expertise in quantitative data analysis; are skilled in the use of STATA, SPSS or other data analysis software; have the ability to plan and organise work
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National Infrastructure Laboratory on the University’s Boldrewood Innovation Campus, working within the Centre of Excellence for Intelligent & Resilient Ocean Engineering. This project forms part of
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School for Primary Care Research (SPCR), National Institute for Health Research (NIHR) and United Kingdom Research and Innovation (UKRI) funded projects in populations with multiple long-term conditions
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research group, working closely with our team to help deliver on grants funded by the National Institute for Health Research (NIHR) and United Kingdom Research and Innovation (UKRI) with a focus on
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-funded project focused on advancing the computational analysis and manufacturing of these critical materials. Who are we? We are a world-renowned research group at the forefront of aerospace innovation