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monitoring. These models will resolve the interaction between atmospheric flow, turbulence, and gas transport, providing a physically grounded description of plume evolution. Second, the project will integrate
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the development of novel rehabilitation approaches to improve pain related outcomes. Project aims and objectives Project Aim: To explore the efficacy of targeted novel HDEMG biofeedback in the form of colourised
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generous stipend. It comes with substantial career development opportunities including funds for networking, research costs and training, and a placement at the Dyson Institute of at least 3 months. This
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curriculum development and educational delivery in Electronic Engineering and Computer Science. You will engage in educational projects within the relevant scholarship groups. These projects are aligned with
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an emphasis on reaction development and optimization. Training BioProcess aims to train the next generation of bio-innovators. Our interdisciplinary programmes prepare PhD students and researchers with the real
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development. You will be expected to ensure that your teaching reflects current scholarship and professional practice and have an understanding of creative pedagogy. You will be expected to contribute
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environment. Students will benefit from: dedicated cohort training and skills development networking and collaboration opportunities access to cutting edge facilities within the Henry Royce Institute, the UK’s
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the development of a novel torsion test method to measure how oxidation and creep may interact at high temperatures or long times, thereby aiding the safe design, operation and lifing of plant designed for long
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Development Through our research training programme, you will be able to: Network with doctoral researchers, academia, government, and industry Access to cutting-edge facilities and opportunities
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. Through cutting-edge research and interdisciplinary collaboration, this CDT aims to tackle global challenges related to climate change and sustainability. Training and Development Through our research