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Field
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, high-moisture waste feedstocks that do not compete with land impacts for food production or alternative fuels. The research will focus on hydrothermal processing, an underdog compared
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this landscape by pioneering mechanochemical extraction, a low‑energy, solvent‑minimising approach that can liberate valuable compounds directly from wet biomass. By addressing one of the biggest bottlenecks in
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. Documented experience with analytical methods and wet-lab experimentation. University-level teaching and supervision experience. Track record of scientific publications in high-quality journals. Strong
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moisture-sensitive materials. Experience in the synthesis and characterisation of porous materials. Strong understanding of laboratory health and safety, risk assessment, and good research practice. Ability
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Mulhouse, France (http://www.is2m.uha.fr/ ) under the direction of Dr Valeriy Luchnikov, a member of the “Wetting and Self Assembly” research group, and Prof Thierry Vandamme, Faculty of Pharmacy of
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, biochemistry or microbiology. Training at MSc level in topics like protein chemistry, enzymology, proteomics, microbiology and/or process biochemistry. Hands-on wet-lab experience with protein purification
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wet-dry cycles. Using state-of-the-art monitoring techniques you will track changes in permeability, particle mobilisation (turbidity), and volume and visualise flow pathways in real time. By
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Development: Develop and optimize biopolymer-based fiber spinning processes (e.g., dry-jet wet spinning, core shell fiber spinning) using materials such as cellulose and proteins. Establish and refine
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opportunities within the University of Würzburg, the Mildred Scheel Early Career Center and the UbiQancer consortium. Your profile: Excellent MSc degree in biochemistry, or a related field. Wet-lab experience in
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ecosystem, including a mobile app to control the eLFA and a cloud-based AI analytics platform. This role will also get hands-on with validation, conducting wet lab experiments with real food samples to refine