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interdisciplinary research project funded by a prestigious APEX Royal Society Award. This is an excellent opportunity to contribute to cutting-edge research at the interface of structural engineering, materials
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focuses on the development of next-generation materials for specialised engineering environments. Bringing together expertise in materials science, polymer engineering and civil engineering, the research
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cultivation, molecular biology, bioprocess development and bioinformatics. Experience in hybrid chemical-biological conversion of waste-derived feedstocks would be valuable. Strong organizational, communication
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programme, a five-year, EPSRC funded research programme focused on developing self-sensing, low-carbon concrete infrastructure through the integration of biochar materials, advanced fibre optic sensing, and