63 phd-sandwitch-in-architecture-and-built-environment Fellowship positions at University of Nottingham
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project to reveal the interaction of galaxies and their cosmic web environment with hydrodynamic simulations based on our new SWIFT code and COLIBRE, a novel state-of-the-art galaxy formation model. You
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the University’s international reputation as a hub for cutting-edge research. Candidates must have a PhD degree in Power Electronics, Machines, and Drives or a closely related field, with a proven track record in
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Coloniality: Histories, Knowledges and Materialities of Climate Adaptation in Southern Africa’. The School promotes and maintains a supportive environment to help all colleagues achieve their full potential. We
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to lead device commercialisation activities. • A world-class, multidisciplinary research environment spanning optics/photonics, nanotechnology, artificial intelligence (AI), and clinical medicine
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into politics and crime. The research is funded by the Leverhulme Trust. The School and the University more widely is determined to provide a diverse and inclusive environment for staff and students which draws
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basis (36,25 hours/week). What we offer: • A world-class research environment including state of the Raman spectroscopy and machine learning. • A supportive environment for researchers as signatories
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opportunities for collaboration. About You The candidate must have obtained a PhD degree within 3 years and in the areas of Applied Psychology, Management, Statistics, Artificial Intelligence; Excellent oral and
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the results of this project. Candidates must possess a good first Degree (or Master's) and PhD (or near competition) in Engineering, Mathematics, Physics, Computer Science, or related disciplines. Your working
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must have an MSc or PhD in forensic psychology, or a related field. The project involves recruitment online using a detailed survey, and a video interview, in a small subset of the sample. Recruitment
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positions, bonding environments, and their implications for photocatalytic activity. The unique capabilities of the SuperSTEM facility, particularly its ability to combine spectroscopy with atomic-resolution