70 phd-in-computational-mechanics-"FEMTO-ST"-"FEMTO-ST" positions at Manchester Metropolitan University
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molecular mechanisms where genetic mutation, exposure to high insulin and low glucose combine to cause neurodegeneration in the brain. You will employ multiomic deep phenotyping to identify molecular
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research and knowledge exchange. The Department of Computing and Mathematics is a large and successful academic community of students and staff in the Faculty of Science and Engineering that is committed
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. Working closely with the Doctoral College Faculty Head and Deputy Head, you will: Coordinate, deliver, and evaluate the Postgraduate Researcher Development Programme and induction activities, ensuring
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Vapour fed electrolysers can generate green hydrogen even from impure water sources. However, water vapour itself contains gaseous impurities. During this 3-year PhD, we will design and characterise
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experience and a PhD in Computer Science, a related discipline, or equivalent industrial experience. You will be a strong collegiate team player who can inspire and motivate student and staff communities
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will be expected to have relevant teaching experience and a PhD in Computer Science, a related discipline, or substantial industrial experience. To learn more about role and requirements, please read
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allowance (if applicable) A PhD training programme is part of the agreement. D1: This PhD project will explore innovative strategies to overcome zinc dendrite formation in rechargeable zinc-air batteries
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have experience in delivering and supporting Computing higher education activities at both undergraduate and postgraduate levels, in subject-specific and interdisciplinary contexts, or possess strong
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About the Role: This is an exciting opportunity to join the Molecular Cell Biology and Mechanisms of Disease Group led by Professor Luminita Paraoan, in the Department of Life Sciences
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allowance (if applicable) A PhD training programme is part of the agreement. D1: This PhD project will explore innovative strategies to overcome zinc dendrite formation in rechargeable zinc-air batteries