49 computer-programmer-"https:"-"U"-"FEMTO-ST" "https:" "https:" "https:" "https:" "https:" "PhD Jobs" positions at University of Twente
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electrochemical and redox flow battery systems. The PhD candidate is part of a larger project, called “Redox Blend” with other universities and companies, within the National Growth Fund program Circular Batteries
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research programme consists of 15 PhD projects which will contribute to the development of innovative methodologies, tools and design strategies that make AM a reliable, scalable and economically viable
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into industrial repair and remanufacturing practices. This large, interdisciplinary national research programme consists of 15 PhD projects which will contribute to the development of innovative methodologies
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designing solutions that create societal value. Our educational programmes span disciplines such as Psychology, Business Administration, Public Administration, Communication Sciences, Philosophy, Educational
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Optimisation and Simulation (NEQIOS) together with companies IBM and Enlightra and universities Oxford, Heidelberg and Radboud. NEQIOS aims to create a new class of brain-inspired (or “neuromorphic”) computing
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in motor control by computational modelling and non-invasive brain stimulation. The focus of this project will be on advanced versions of transcranial alternating current stimulation (tACS), targeting
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experimental workflows and equipment procedures. Supporting training for staff and students. Contributing to a long-term continuity plan that ensures stable, future-ready laboratory operations. Information and
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. Our educational programmes span disciplines such as Psychology, Business Administration, Public Administration, Communication Sciences, Philosophy, Educational Sciences, and Health Sciences. Through our
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processing, computational modeling, and experimental (in vitro and in silico) approaches to study complex physiological systems. These methods are used to create patient-specific models and monitoring
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such attacks from affecting real-world LLM systems, where we focus on methods that limit the computational overhead to minimize the energy, and therefore environmental cost of such defences. These research