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as a biochar/bio-syngas generator and as a Bioenergy with Carbon Capture and Storage (BECCS) reactor. The project sits at the forefront of net-zero research, combining reactor engineering, biochar
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through protein-programmed manufacturing. Working within an interdisciplinary consortium spanning Imperial College London, Change Bio and the University of Sheffield, you will lead the Sheffield
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magnets through protein-programmed manufacturing. Working within an interdisciplinary consortium spanning Imperial College London, Change Bio and the University of Sheffield, you will lead the Sheffield
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renewable postdoctoral position is part of an innovative project focused on characterizing the modification of bio-based materials using natural enzyme mimics capable of oxidizing biomass, particularly
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programmable biomineral composites. You will perform research tasks in Work Package 2: Material Formulation, Bio-Fabrication & Characterization. Your task will focus on designing porous mineral scaffolds and
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or more of the following areas is desirable: - Thin Film Electronics (TFTs, Organic, Hybrid, Low-Dimensional/2D Materials) - Bio-Electronics (Neural Interfaces, Optrodes) - Sensors & Human-Machine
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challenging research project? Are you keen to explore unconventional synthetic strategies (mechanochemistry), and develop + benchmark novel bio-based functional materials? We are now seeking a motivated postdoc
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programs, and plays a foundational role in research and education across the University. The Department includes two dozen academic and administrative faculty, whose expertise spans analytical, bio-organic
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. Characterize wild-type and mutant proteins biochemically via enzymatic assays and determine conditions for obtaining diffraction quality crystals and/or for cryo-electron microscopy analysis of proteins and
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collaborate with various partners in the consortium, including partners working on catalyst synthesis, complementary surface X-ray diffraction, and complementary (in situ) electron microscopy. Secondments