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An opportunity has arisen for a suitably qualified and experienced Mechanical Project Engineer to join the University of Liverpool - a prestigious Russell Group university that is home to 22,000
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polycondensation with 2,5-furandicarboxylic acid (FDCA) and other plant-based monomers. FDCA-based polyesters are closest by thermal and mechanical properties to petroleum-based poly (ethylene terephthalate
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to BTEC Higher Level (or equivalent qualification). You must have extensive machining knowledge on both conventional and CNC workshop/toolroom machinery. Also, CNC programming knowledge, preferably with
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, respiratory, renal, etc.) with a focus on molecular mechanisms of inflammation. It is anticipated that the appointee¿s research focus will be understanding the reasons why systemic or organ-specific
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characterising advanced catalytic materials, as well as evaluating and optimising plasma-catalytic processes for CO2 conversion. You will work to deepen our understanding of the reaction mechanisms in plasma
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to create these models and also support other activities of the working group. You should have a first degree with a substantial statistics component and a Masters in Statistics or equivalent. The post is
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Engineering Mechanical/Renewable Energy). If you are still awaiting your PhD to be awarded you will be appointed at Grade 6, spine point 30. Upon written confirmation that you have been awarded your PhD, your
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Life course Exposome Research and Translation). You will be required to have a degree in computer science (or degree with strong computational component e.g. mathematics, physics, biomedical engineering
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advanced catalytic materials, and analysing the products of plasma-driven reactions. Additionally, you will conduct mechanism analysis, contribute to the publication of research findings, and collaborate
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, Chemical Engineering, Mechanical Engineering, Physics or a closely related subject. Research experience and excellent knowledge in numerical modelling of plasmas is essential. To fulfil all the deliverables