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of sensing, actuation, and manipulation at sub-millimetre scales. Micro-robotic systems enable highly miniaturized devices that can operate in confined anatomical environments and interact with biological
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Key takeaways Minimally invasive interventions increasingly require tools capable of sensing, actuation, and manipulation at sub-millimetre scales. Micro-robotic systems enable highly miniaturized
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(Voedingscentrum). You will be based in Wageningen, working with the Hungry Robots Lab that strives to innovate nutrition research. Additionally, you will be collaborating with the Social and Affective Computing
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challenging, and skills quickly become outdated due to fast-developing technologies (AI, XR, robots). Currently, most Smart Industry companies lack human capital and knowledge to achieve their maximum potential
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. Specifically, you will work on modelling and evolving nonlinear dynamical systems that can solve optimal feedback control problems. Models will be tested in simulated robotics environments. I quickly found my