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expertise and techniques from food technology, sensory and consumer science and soft matter physics to deliver new insights into structure-property relationships of fibrous PBMAs. The new insights can be used
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individual to join our team as a PhD candidate in Microbial Biotechnology, with a focus on fermentation technology and metabolic engineering. To turn microbial bioprocesses into viable alternatives
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impacts. What will you do? This project is embedded within the HyUSE – Hydrogen technology development and assessment for accelerated use project, which includes a consortium of partners from research
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environmental effects. Therefore, there is an ever-growing need for innovative and sustainable food production technologies. Precision Fermentation is an emerging technology where animal derived products
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are an ambitious scientist and driven by curiosity. Besides that, you also: have an excellent MSc record in (food) microbiology, food sciences, food technology, or biotechnology; have affinity with
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Your job Are you interested in integration of offshore energy and seafood production and potential biodiversity benefits? If yes, then we may have the perfect opportunity for you! Scientific context Increasing demand for sustainable energy production is leading to rising numbers of offshore...
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Your job Do you want to follow your passion for philosophy of (digital) technology in a PhD study in our Philosophy group? Are you an openminded thinker who likes to collaborate with other
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degree (MSc) in a discipline relevant to the PhD project (e.g., operations research, operations management, industrial engineering, computer science); Experience with quantitative modelling methods (e.g
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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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. We will use a bioengineering approach, applying our microfluidic and protein engineering toolbox to design scalable multi-compartmentalization capable of organizing the intracellular reaction networks