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researcher in the field of novel bio-electrochemical sensing strategies. The overall goal of this PhD is to develop novel biosensing strategies that will pave the way to the construction of affordable, robust
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(nano)materials. The research will investigate both direct and indirect quenching strategies, with a focus on singlet oxygen production and suppression in photoelectrochemistry and sensing applications
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, sensing, and/or solutions for sustainable cities. You have a strong interest in a research topic linked to one (or more) of the research groups and professors: Biobased Sustainability Engineering (SUSTAIN
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: academic staff member in the field of Visual and Digital Cultures Position You will work in collaboration with the ERC CoG project ReWorkChange -Remote Work and Social Change: An Anthropological Approach
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scholarship holder (70%) in the field of Visual and Digital Cultures. Position You will work in collaboration with the ERC CoG project ReWorkChange -Remote Work and Social Change: An Anthropological Approach
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on integrated wireless sensing and communications). IDLab possesses a unique research infrastructure, encompassing a wireless network testbed in the city and nearby highways, an indoor SDR testbed for beyond 5G
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some courses that are relevant for the research project. You may be required to travel for fieldwork in remote endemic areas in Sub-Saharan Africa. Profile You currently hold a Master degree in
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research and develop novel electrochemical sensing strategies for nucleic acid detection. You will develop new research projects according to the strategic plan of the research group A-PECS and you compete