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MR&PI team to develop their research portfolio and support delivery of our key objectives. Priority areas of research that are available for you to work in include Photon-Counting CT, experimental
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to an exceptional education for undergraduates in music and make an exceptional contribution to the Department’s teaching profile and culture. You will be keen to pursue opportunities for teaching development, impact
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gaps in data and experience of designing, developing, testing, collating and integrating data collection, working with highly sensitive HR data and being able to adapt and understand the needs
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modelling. The aim of the work is to develop in vitro models of rare lung diseases which are suitable for high-throughput drug screening by our collaborators. The Rare Respiratory Disease Centre is a
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those with caring responsibilities. The fellowship, led by Dr Matthew Hannaford, is an ambitious and transdisciplinary project about the emergence, evolution and ongoing forms of climate coloniality in
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and industrial deployment. The successful candidate will also contribute to developing other novel electromagnetic heating processes in industries such as industrial minerals, food, and chemical
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close engagement with other Schools across the University, as well as with businesses in the public and private sector. Apart from its UK based operations, the Business School also delivers programmes
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the cutting-edge facility working with our testing team. If you are an electrician, electronics or mechanical engineer, or have worked in comparable research and testing environment, and are aspiring to develop
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candidate will be responsible for the design, development, and execution of experiments, as well as data analysis and interpretation. This will involve using and adapting existing software, and developing new
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, respectively. Suggested reading includes our publications: For snoRNAs: Chabronova et al., A. SnoRNAs in cardiovascular development, function, and disease. Trends Mol Med. 30:562-578, 2024. doi: 10.1016/j.molmed