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simulation techniques based on finite element and multibody dynamics formulations. Your tasks involve developing new elements tailored to the multi-physical effects seen in high-performance mechatronics
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at the early stage of our life. Using multi-disciplinary approaches such as anaerobic culturing, synthetic biology, organoids and infant GuMI models, metabolomics and proteomics, the goal is to identify
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different species behave in swarms, how they use sensory cues from their environment, bringing new hindsight about the evolution of collective behaviour. You will deploy a multi-camera 3D tracking system in
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to support safe-by-design development of plant-based meat alternatives improving supply chain sustainability and limiting food waste. The novelty of the project relies on the development of multi-species
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has joined forces with other top universities and networks worldwide to become a truly global centre of knowledge. Within the Faculty of Science and Engineering, a 4-year PhD position is available
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evolution of collective behaviour. You will deploy a multi-camera 3D tracking system in natural settings to study insect flight and swarming dynamics across species. This will involve identifying swarming
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on a flat-belt conveyor and are dynamically grasped, unfolded, and oriented by multi-axis manipulators fitted with custom force-feedback grippers, and will work in close concert with a parallel sensing
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promising avenue to support a healthy, multi-functional and future-proof soil and farming system. Together with regenerative Dutch farmers, ReGeNL is developing a future-proof agricultural sector in which
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this industry-funded partnership project you will do multi-disciplinary work to assess the underlying mechanisms of how different ingredients impact on digestion and subsequent metabolic and appetite effects
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the properties of the synthesized nanometer thin films and their interaction with neighboring layers and their environment. In particular for complex structures such as multi-layers of alternating materials, it