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. Integrate multi-omics datasets into computational workflows for systems-level analysis. Perform techno-economic analysis (TEA) and life cycle assessment (LCA) using tools such as Aspen Plus, openLCA, and
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of techniques, including mathematical modelling, asymptotic analysis, numerical analysis, and scientific computing, and will involve collaboration with colleagues at Newcastle University
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hands-on experimental work in the laboratory, with experience in magnetic microscopy via MOKE magnetometry and/or synchrotron x-ray methods, as well as post-experiment image analysis, as evidenced by
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on the tribological performance of water-based lubricants including, friction, cooling, wear protection and tribo-dynamics. It also involves surface/material/chemical analysis, as well as material formulation