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assessment in architecture and construction? Do you want to work for turning down the emissions and overuse of materials in the built environment? We are now looking for a doctoral candidate for a PhD position
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environmentally viable at scale. Research Aims: Process Intensification & Scale-Up Design and evaluate scalable MEC architectures (cassette and containerised). Use CFD modelling and lab pilots to optimise
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traditional cell boundaries. This architecture offers improved coverage, user fairness, and spectral efficiency, making it crucial for applications such as autonomous transportation, smart cities, industrial
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pathways can be combined to make MECs economically and environmentally viable at scale. Research Aims: Process Intensification & Scale-Up Design and evaluate scalable MEC architectures (cassette and
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of cradle-to-cradle design, disassemblable product architecture, and closed-loop polymer flows, the research will provide scalable insights applicable to energy-from-waste, metals refining, and other
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Social Policy, Anthropology and Development Studies, Architecture and Planning, Cybersecurity (Social Sciences) and Health and Social Care. The University of Kent is partnered with Royal Holloway, Reading
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School of Architecture, Built Environment, Computing and Engineering BIRMINGHAM CITY UNIVERSITY For almost two centuries, Birmingham City University has shaped thousands of lives. We have helped
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metamaterials, using a variety of building blocks from noble metal nanoparticles, to DNA nanostructures and precision colloidal architectures. We have previously explored many intriguing opportunities to make
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£100 million. The Department of Naval Architecture, Ocean and Marine Engineering is a world-leader in research in: Ship Design, Stability and Safety, Marine Hydrodynamics, Marine Structures, Ocean
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performance. Key research themes include the extent of graphene dispersion, polymer–filler and filler-filler interfacial behaviour, and the role of nanoscale architecture in determining macroscopic performance.