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projects focused on contesting and contextualizing planning support technologies and methods for urban transformation. You will collaborate closely with ITC labs such as the DISC (Design and Interactive
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that limit their predictability and broader application. You will investigate the underlying mechanical principles—including contact stiffness, constraint geometry, and material interactions, in particular
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expertise spanning the fields of (bio)artificial organs, targeted therapeutics and biomaterials and regenerative medicine. Our activities are embedded in challenging and interactive training programs
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these impacts. Next, you will develop a method to include water quality in a water supply and demand balance for cities. This method development should ground in a document analysis and might be supported by
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apply cutting-edge microscopy techniques to measure pigment behavior under realistic production and application conditions. By characterizing interactions at the nano- and microscale, you will develop
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, and benefit from frequent (virtual) interaction with other internationally renowned research groups working on e-values and multiple testing, such as at CWI (Amsterdam), in Italy, and the US. We are an
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of the procedure and improve clinical outcomes, the goal of this research project is to develop methods for modeling and controlling a range soft/flexible surgical devices and medical microrobots, as they interact