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to solutions that impact industries ranging from healthcare and robotics to aerospace and consumer technology. You are expected to contribute to and take responsibility for research and teaching development in
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prediction develop ground-breaking research projects in close collaboration with colleagues and the industry. improve your home-based specific expertise and develop an interdisciplinary research line. acquire
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industrial machinery. However, achieving low friction and high durability remains a challenge due to complex interfacial phenomena. This project aims to develop innovative surface treatments and interface
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, provides insight into plausible transitions towards circular and climate-smart food systems. Developing this modelling toolkit is a scientific opportunity with high societal value. To address this, we
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initiative to develop solutions. You must be willing to move to (the vicinity of) Enschede. Presence at the UT and Rijkswaterstaat branch in Hengelo is expected on a daily basis. Additional Information
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recently developed in the group. Where possible we’ll use integrated photonics nanofabrication techniques to make these waveguides in the UT’s Nanolab, analyse the results and make proof-of-principle
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emissions. The EcoTray project aims to develop a validated, high-resolution finite element simulation framework that integrates experimentally calibrated material models and tribological behavior for recycled