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urgent to ensure a more resilient electricity grid. To tackle this challenge, at technical level, there is need to design resilient operation strategies with fluctuating renewable generation, and to learn
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at the Laboratory of Biophysics (BIP) and Food Quality and Design group (FQD) at WUR, and it aims at experimentally characterizing the extrusion-driven formation of complex food matrices based on protein-rich
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to rationally design PBMAs with desired sensory properties and increased consumer acceptance. These projects will be performed in close collaboration with another University and corporates. The whole project
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to build the technical and scientific foundation for the design and evaluation of immersive digital twins for the North Sea. Method This PhD project will investigate how to create immersive digital twins
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entirety ranging from organic micro-pollutants to viruses. AQUIPURA develops and employs novel mechanistic insights, monitoring, and modelling tools. AQUIPURA improves design and performance resulting in
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. For this you will combine advanced bioreactor cultivations, quantitative physiology and omics-analysis, to name a few. Your duties and responsibilities include: design and implement genetic strategies in yeast
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Your job Are you a biologist interested in architecture, design, and engineering? Or an engineer or designer interested in biology? Would you like to contribute to the design of sustainable
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; study design; multidisciplinary analyses (e.g. Genetics, Behaviour, Isotopes); statistical analyses; academic writing. The project is supervised by Dr Lysanne Snijders (Behavioural Ecology group) and Dr
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at the Food Quality & Design group, with several external partners (including universities and industries). Within this project, your main tasks will include: perform and improve proteomics and peptidomics
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-of-the-art techniques? We’re looking for a PhD candidate who is keen to explore the intricate dynamics of microstructure formation in plant protein gels, and to use this understanding to design microstructural