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chemicals in an electrolyzer system. The student will carry out systematic experimental investigations, supported by theoretical analysis from collaborators, to design and develop multimetallic
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scientific development. This includes designing and coordinating in vitro and in vivo studies to investigate host-pathogen interactions in yellow fever and other orthoflavivirus infections. You will develop
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in this 4-year PhD project. The successful candidate will take the lead in designing and constructing the next generation of DNA-based nanoscale motors (in particular, translational motors) embedded in
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parametric workflows that scale to thousands of cable designs and network scenarios; deliver quantitative hosting capacity indicators for resonance, harmonics, and transients. Design data-rich and minimal-data
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promising designs will then be validated experimentally, first in a controlled academic prototype and subsequently on a lithography scanner stage demonstrator in collaboration with ASML. The PhD is supervised
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of vibration along the track and in neighboring buildings, aimed to design vibration mitigation measures and to perform environmental impact studies. Parametric studies, design optimization, and stochastic
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patients. Embedded within a flexible academic–industry collaboration, the project offers room for scientific exploration, innovation, and the opportunity to contribute to model-informed drug development in
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platform featuring distributed computing within a mobile network of resource-constrained devices will be designed. Incorporating uncertainty-aware AI models will enhance trustworthiness and maximize resource
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integrating these distinct technologies in a multi-robot, multi-operator environment, the question arises of how to improve overall system design and communication between process building blocks. Therefore
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myself. Based on interactions and discussions with my supervisors and the colleagues in my team, I set up and update a plan of approach for the upcoming 1 to 3 months to work towards my research goals. I