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. The project will develop methods and approaches using novel polymerisation to produce 3D porous materials to enable 3D cell growth and bioengineered in vitro models. The successful candidate will join the
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Postdoctoral Research Associate who will primarily contribute to the project. The successful applicant will be ideally educated to PhD level in Computer Science, Artificial Intelligence, Software Engineering
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responsibilities Conduct high-quality research to investigate, develop and design selected technologies contributing to potable water reuse. Produce high quality reports and insights on water reuse trends
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stakeholders to express the full potential of biochar in low-carbon construction. A Blueprint for the Future: Develop a decision support framework to help the building industry seamlessly integrate biochar
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development of an open-access engineering labour market intelligence platform, bringing together employer demand data with educational and curriculum provision. Using techniques such as natural
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chain complexes using copolymer technologies and apply biochemical, structural, and bioanalytical approaches to uncover the factors and mechanisms that drive membrane protein biogenesis. We are looking
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lifecycle and leading it successfully to completion. The project uses Delphi methods, making experience with the Delphi approach, alongside qualitative and quantitative research expertise, highly desirable
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campus located within Birmingham city centre, which has excellent transport links via bus or train. Excellent training and development opportunities. A generous annual leave scheme with 30 days bookable