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of advanced catalytic materials, product and mechanism analysis and dissemination of results. You should have a PhD degree (or near completion) in Electrical Engineering, Chemical Engineering, Chemistry, or a
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including numerical simulation using finite element analysis, programming, experimental testing and large data analysis. You must have a strong background in engineering (biomedical, mechanical or civil
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platforms. You will have a key role in developing automated methodologies for polymer chemistry and will work closely with roboticists and engineers in the Cooper group and other collaborators. The aim is to
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to have a range of skills including numerical simulation using finite element analysis, programming, experimental testing and large data analysis, with a strong background in engineering (biomedical
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collaborators. The aim is to automate where possible to free up researcher time. You should have a PhD in relevant field (Chemistry, Computer Science, Engineering, Materials Science or Physics etc.), expertise in