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tissue with high spatial precision. This PhD project focuses on the development of surgical micro-robotic devices, with emphasis on micro- and nano-fabrication and optical technologies for sensing
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devices that can operate in confined anatomical environments and interact with biological tissue with high spatial precision. This PhD project focuses on the development of surgical micro-robotic devices
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at Leiden University, if their skills and interests align with the project. What you bring Selection criteria: PhD in analytical chemistry, microfluidics, chemical engineering, robotics, biomedical
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daily with researchers at Toyota Motor Europe and the Toyota Research Institute, and co-supervise PhD students within the VISLab . Tasks and responsibilities: designing and developing compositional robot
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research projects with academic and industrial partners, supervise PhD candidates, MSc students and junior staff. You will participate in the overall management of the Department of MS3 and contribute
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partners, supervise PhD candidates, MSc students and junior staff. You will participate in the overall management of the Department of MS3 and contribute to the research strategy of the faculty ET and to
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techniques. As a research assistant, you will work closely with PhD candidates and postdocs to operate this automated synthesis platform. You will support ongoing projects and be responsible
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conditions to satisfy complex specifications. Autonomous systems such as self-driving vehicles and medical robots, need to satisfy stringent stability and performance specifications. This PhD will develop
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Planetary Protection primary role is to develop mathematical frameworks to be used for modelling the probability to 1) transfer harmful contamination to solar system bodies for robotic or crewed missions
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to navigation and guidance, for example in nominal/degraded/failure modes; ever more complex mission architectures, including constellations, landers, hybrid crewed/robotic missions and cooperative missions with