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) nozzle design workflow to optimize nozzle shapes for the VRC Gen III/IV cold spray systems. Using advanced Computational Fluid Dynamics and Dispersed Particle Modelling in ANSYS Fluent, you’ll lead
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interventions in healthcare workers and developing a network of NHS stakeholders. THRIVE is part of the UK-REACH programme which is a large inter-disciplinary programme of healthcare worker research looking at a
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, “Accelerating digital twin technology to deliver a prosperous net zero”. You will play a key role in enhancing and professionalising a digital twin system that brings together environmental simulations, Earth
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of working within a UK healthcare setting and academia. You must hold degree in Optometry in addition to a PhD in a relevant/allied subject area. Additionally, you must have teaching experience in optometry
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CMS administration You will be expected to drive continuous improvement of our current CMS, ensuring that an excellent user experience is at the centre of all development work, as well as supporting a
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relevant field is desirable. You will demonstrate strong research potential, enthusiasm for the subject area, and a commitment to high-quality research. You will also have experience with network meta
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in primary care. The postholder will lead on writing an academic publication from the research. About you As the successful applicant, you will have a PhD in a relevant subject area or equivalent, and
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, electrophysiology, and molecular biology, and be able to work both independently and collaboratively across multiple sites About you The ideal candidate will hold (or be close to obtaining) a PhD in a relevant life
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multidisciplinary teams to drive forward innovative projects in cardiovascular and metabolic health. About you You will hold a PhD (or near completion) in a relevant field such as genomics, proteomics
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reach their potential. We are looking for someone who can network and collaborate at a regional and national level, with a commitment to teaching excellence, diversity, and our departmental community