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cutting-edge physiological measurements, motion analysis and wearable technology to uncover how fatigue shapes mobility in daily life. This PhD project investigates how fatigue affects gait, balance and
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taken to the extremes of modern-day technology, both in terms of (persistent) magnetic field strength and intense radiation in the infrared and terahertz (THz) range of the electromagnetic spectrum. Our
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is external) , a unique international research facility, our mission is to perform groundbreaking research by enabling molecules and materials to be taken to the extremes of modern-day technology
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cutting-edge physiological measurements, motion analysis and wearable technology to uncover how fatigue shapes mobility in daily life. This PhD project investigates how fatigue affects gait, balance and
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-speaking children and schools and communicating research findings internationally. You have experience with quantitative data analysis, preferably using tools such as R, Python, MATLAB, or similar software
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storyClose this story Does this sound like you? You hold a MSc degree in Cognitive Neuroscience or a relevant discipline such as Artificial Intelligence, Psychology, Cognitive Science or Engineering. You have
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, researchers from Radboud University, Maastricht University, Amsterdam UMC, the University of Amsterdam, Erasmus University Rotterdam, Eindhoven University of Technology, the International University of Applied
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in neuroimaging methods. You have experience with computational modelling and/or quantitative data analysis, preferably using tools such as Python, R, MATLAB or similar software. You have an affinity
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wearable technology contribute to the reduction of coercion, and when might it create new ethical concerns? What practical ethical dilemmas arise when physiological data are used in clinical teams
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wearable technology contribute to the reduction of coercion, and when might it create new ethical concerns? What practical ethical dilemmas arise when physiological data are used in clinical teams