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. The central aim is to design intelligent systems that dynamically adapt the environment to support optimal learning conditions, based on real-time neurophysiological feedback. Key principles guiding
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Sept. 2025 at the earliest. Collaboration in a young and dynamic scientific team. The possibility to gain experience in doing scientific research, with many travelling opportunities and field work across
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group has accumulated critical expertise and laboratory infrastructure to support this PhD. You will be responsible for conducting research into dynamic modeling of robots during impact developing new
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include mental health, psychophysiology, daily life emotion dynamic (via ecological momentary assessment) and objective measures of sleep. Finally, interviews with stakeholders will also be organized
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large areas and in dynamically changing contexts. You explore new opportunities for wireless audio use cases enabled by the localization capabilities of wireless technologies. The focus will be
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necessity. You have an excellent command of English, both written and orally. You are comfortable with working in an international and multi-cultural research team that is dynamic in nature. You have some
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understanding of soil N flux dynamics, and coordinated by UGent, with Prof. Abdul Mouazen, named as the project coordinator. NitroScope will make a combined use of different measurement techniques to reduce
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start on 1 October 2025 at the earliest. Collaboration in young, dynamic and multidisciplinary scientific teams. The possibility to gain experience in doing scientific research, with many travelling