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co-supervised by both academic and industry experts, gaining valuable skills at the interface of hydrogeology, environmental engineering, and computational modeling. Research Objectives Understanding
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wealth inequality, and how their career paths, values, and social networks maintain the status quo. As a PhD student on this programme, you’ll play a key role in generating new insights that could help
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Computational Chemistry methods to model enzymes and polymers. Designing and optimising novel biodegradable polymers. Integrating novel AI tools into the discovery process for new polymer candidates. Project
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part of a much larger ERC funded project involving epidemiologists, historians and environmental scientists all seeking to understand the factors that have led to previous spreads of plague and the
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pH and mineralogy could play a key role. This soil forensics focused project is part of a much larger ERC funded project involving epidemiologists, historians and environmental scientists all seeking
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cutting-edge sensor technologies. Led by leading Para sport scientists and transdisciplinary academics, it collaborates with athletes, coaches, industry, ParalympicsGB and UK Sport Institute (UKSI) to
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sweat distribution across impairment groups which may inform future clothing design for improved thermoregulation. Additionally, it will explore cooling interventions, using computational modelling
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exciting opportunities for knowledge exchange and networking with world leading ocean scientists. For example, you will help linking the observational data to new model simulations being developed
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ambitious graduate scientists and engineers who are keen to acquire new skills and have a desire to help increase use of RAS to help decarbonise the energy sector. You will become a pioneer and leader in
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students and expert digital health scientists. Partner ‘sandpits’, providing the opportunity to develop research ideas with real-world impact. Equality, diversity and inclusion (EDI) training and wellbeing