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research methods, to support delivery of the SURGE work programme through advanced statistical analysis, data analytics and data science. About you You will be a self-motivated postdoctoral researcher with
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to develop your skills in systematic data collection, analysis, and visualisation over the course of the project. You will have good written and verbal communication skills, strong attention to detail, and the
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biomimetic way employing microporous materials. The research assistant role will involve: driving experimental research activities in electrocatalytic processes with electrode design, product analysis, and
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completion of, a PhD in Physics, Astrophysics, Astronomy, or a related field. Experience with cosmological simulations, spectroscopic data analysis, or computational astrophysics is highly desirable. Strong
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internally and externally, undertake market analysis to inform new course development and help to launch new courses, or input into University-wide initiatives. You will be confident working with a range of
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producing detailed analysis to support the reporting and forecasting of research income and costs as well as ad hoc costings for projects and programmes. It is essential that you are at least AAT qualified
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, including reaction optimisation and operation of flow systems Proficiency in HPLC and LC-MS for compound analysis and method development Active interest in drug discovery and cancer research Additional
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project will have a different emphasis and may require building a bank of insights to inform our strategy. You will need to apply independent thinking and judgment on how to tackle the required analysis
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strongly motivated by practical challenges in the design and analysis of clinical trials, while also offering scope for methodological innovation and theoretical development. Key responsibilities will
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duties will include Conduct independent research addressing the modelling, analysis, and operation of large energy networks Experience in collation, syntheses and analyse data from practical systems