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shaping strategy. What you will do: Lead research into metadata-driven health informatics using RO-Crate Investigate validation mechanisms (e.g. SHACL, SPARQL), semantic schemas and provenance profiles
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BACKGROUND This is a research project taken in the Digital Manufacturing Lab led by Prof. Charlie Wang. The project aims to a computational kernel to effectively generate optimised structure and
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parallel project into microbial consumption of hydrogen in the subsurface. Both departments are part of the Faculty of Science and Engineering at The University of Manchester, which hosts world-leading
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computational, molecular and biophysical techniques. During the project you will design the methodology for, and perform the directed evolution of H-transfer enzymes using parallel selection methods, measure
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Hub. You will work well within a team, be organised, accurate, numerate and familiar with Oracle Financials. You will possess a good working knowledge and experience of the MS Office suite including
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. Developing methods for CO2 removal is important to promote global environment sustainability. Electrochemical decarbonisation is a promising and eco-friendly way that can reduce CO2 emissions and help tackle
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We are looking for a highly motivated postdoctoral research associate to develop the next-generation electrochemical technologies for direct ocean capture of CO2. Developing methods for CO2 removal
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Spiders” awarded to the Computer Science Department of the University of Manchester, see https://www.renaissancephilanthropy.org/learning-to-do-math-with-vampires-and-spiders The formal methods group
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this field, particularly in areas such as asset pricing, investments, derivatives, corporate finance, quantitative methods and financial econometrics. Alliance Manchester Business School is interested in
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methods for causality as applied to healthcare. At University of Manchester, our focus in the hub is on how we can develop and apply causal inference for decision support. Therefore, we are interested in