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Laura Kenny. The research project will entail project design, experimental work in addition to data analysis and reporting the results in peer-reviewed journals. Should you require any further details
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proposals related to one, or more, of the research theme areas. You may also undertake elements of related teaching. We are looking to appoint fellows in support of the each of the following research themes
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separation strategies to increase productivity. Based on high fidelity data collected you will scale up production/separation processes to 120L. You will participate in accompanying techno economic analysis
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Position Description The post is funded by the UKRI to contribute to the analysis of the Simons Observatory (SO) Cosmic Microwave Background data as part of the UK's contribution to SO. The post holder will
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. You will be expected to improve experimental protocols to characterise the co-segregation of deuterium and other elements to grain boundaries using cryogenic APT analyses and contribute
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, contributing independently to the group's research aims. You will identify and develop techniques, software, and equipment for the collection and analysis of data. You will also assist in the supervision
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Advanced computer skills including word-processing, data analysis software (e.g., OriginLab), programming (e.g., Python, Matlab) Excellent communications skills and proficiency in spoken and written English
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. These tasks will involve working with a team applying multidisciplinary skills in the general areas of hardware, software, computing and analysis. You will engage in the research activities of the Community by
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, supporting academics in their commercialisation activities, your main duties will include: Promoting College’s capabilities and licensing portfolio Assessment of research discoveries with analysis, evaluation
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connected large wind energy system dynamic modelling, control and analysis. In particular, the objective of this research programme is to lay the foundations of a new, model and methodology for Advanced wind