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around the theme ‘stress in daily life’. Divided into three Research Themes and three Support Cores, the Stress-in-Action consortium will validate daily-life stress assessments, examine which contextual
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of the hamstrings during push-off can enhance gait after stroke. This position builds on those findings: you will adapt an existing FES shorts system for stroke rehabilitation, test and optimize it with patients
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candidate proteins will be applied in bio-assays using freshwater snails to test their bioactivity. These candidates will emerge from collaboration among the three post-docs on the project and will require
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chemistry and physics techniques. What you will do You will work in a small team, including one or more PhD students, towards the goal of designing, analyzing and testing novel device structures that exploit
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upscaling tests. A robotic platform developed within the consortium will support rapid optimisation of curing conditions. Waterborne coatings pose additional challenges due to the necessity to work with
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universities, with access to unique deposition and test facilities and strong international collaboration networks. This position provides the opportunity to contribute directly to the energy transition and to
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task is to monitor automated quality control of the data products and perform additional tests in the days after the measurement. You report on quality issues and make suggestions for improvement. With a
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manipulations to study harm-aversion in mice. The project will focus on the ACC and medial prefrontal cortex, testing whether ACC→mPFC connectivity is necessary for harm-aversion. It will also compare mouse
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your achievements to the market. What you will do You will join a fast paced, tightly aligned team building, testing, and iterating cutting edge technology in a startup style environment. You will be
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of Amsterdam. What you will do Develop, conduct, and publish research on the legal, technological and governance aspects of digital identity technologies, Help developing and testing the trustworthiness