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of modelling, biomechanics & deep learning. The project is in collaboration with multiple NHS Trusts including the Sheffield Teaching Hospitals and Sheffield Children’s Hospital. The successful candidate will
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proposed here will be used to develop novel control strategies (based on the same principle) that are applicable in practice. During this project, you will gain significant experience in: - Computational
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methodology is demonstrated successfully on the biophotonic data, there will be a need to develop a tool that can be used in a clinical decision-making setting. The student will work alongside leading data
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PhD project, the candidate will develop measurement instrumentation around one or more of these themes, assessing it for different applications. The developed instrumentation will enable new
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Application Deadline: 24 January 2024 Details The goal of this project is to develop novel high-power density batteries. One prime candidates are the new generation of lithium(Li)-sulphur(S) batteries. Li-S
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then be exploited to develop new control techniques that are applicable in practice. During this project, you will gain significant experience in: - Computational fluid mechanics using in-house high
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, communication and project management skills. You will also have the opportunity to be involved in teaching and Outreach activities relevant to your interests. How to apply Applications should be made through
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one cycle of the loop. This project is focused on developing the ML/artificial intelligence (AI) component of the closed-loop system. You will use Python to develop and optimise ML code that discovers
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beneficiaries from the development of effective, safe and low-cost technologies that address the rise in antimicrobial resistance (AMR); microbes that develop resistance to antibiotics. As identified by Lord Jim
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measurement. Your mission? To design and develop advanced biosensor platforms that redefine precision and accuracy in metrology. Picture yourself working with cutting-edge transduction mechanisms, nanomaterials