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groups and exploiting the inherent temperature and pH sensitivity of enzymes, we will construct chemical computers that sense their physico-chemical environment and process this information into desired
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. We don’t just build systems that work—we strive to understand why they work. With high-precision tools and a strong focus on physical insight, the lab serves as a playground for researchers driven by
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osmosis). We intend to do this by combining fundamental know-how relating to membranes, transport phenomena and interface science (UT) with the practical experience in building (Jotem Water Solutions) and
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English is required. If you do not yet meet this level, we will of course support you — you can make use of our language centre, Wageningen in’to Language. We offer you Wageningen University & Research
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an interdisciplinary team; Vegetation surveys, soil physical monitoring and carbon flux observations; State-of-the art analysis of spatio-temporal and ecological data; Collaboration with researchers and (BSc/MSc
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farmers to address weather variability and salinity intrusion. Building on challenges identified through living labs and in collaboration with local stakeholders, you will design adaptation strategies
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the S3ORTED project, other work-packages will focus on the technical development of an automated sorting process of discarded textiles as well as chemical recycling. But we also need to understand how we can
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is used to create innovative system designs. The A3 Architecture Overviews (A3AO) are very helpful in that. This project is about building a bridge between the visual/human systems engineering and MBSE
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Chaperones are protein complexes that assist other proteins in their folding process. Well-known examples are the bacterial GroEL/ES and the eukaryotic TRiC. Despite extensive research, there are still
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-based solutions into practice. We analyse and answer questions from different perspectives: Physical-ecological: How effective are Nature-based Solutions and how can they be applied in a changing climate