62 phd-in-architecture-interior-design-built-environment Fellowship positions at University of Nottingham
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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
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following their PhD. It is designed to offer support and flexibility and is targeted at excellent scientists and engineers who wish to establish a research career, allowing bespoke projects to be developed
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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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repair robotic systems. Beyond these core research interests, the UTC also has expertise in: the design of special-purpose manufacturing robotics, non-conventional machining processes (especially in
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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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colleagues to develop the research design undertaking the literature review liaison with project stakeholders data collection and analysis contributing to reports and outputs research project administration
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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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Group. The post holder will sustain and pursue a research plan in the area of Power Electronics and Electric Drives. Where appropriate, they will develop and win support for innovative research
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, organise a stakeholder event and write up findings of the research in publications and reports. You will be expected to plan and conduct work using approaches or methodologies and techniques appropriate
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Based in the Faculty of Engineering at the University of Nottingham, this role will focus on electromagnetic design, modelling and validation of microwave heating technologies for the BioIron