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. This includes experimental work with the clocks, such as debugging and data taking, designing and constructing upgrades to the machines, data analysis, literature research, article writing, and contributing
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acquisition protocols to generate high-quality spectral data. You will build and curate a Deep-UV Raman spectral database and develop chemometric and AI models for real-time classification, additive detection
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managing distributed assets, market participation, and social acceptance. The main research objectives of this project are to: Develop AI-based models for multi-objective portfolio optimization or multi
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academic and policy-facing outputs. The ability to work independently, manage multiple tasks and coordinate with international partners. An interest in applied research at the intersection of academia
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integrated circuits, and more. You will also develop robotic manufacturing techniques to place, align, and integrate these new components into scalable production workflows. You will build and benchmark real
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measurement techniques; You can manage automated high frequency measurements and the resulting data streams; You have knowledge of plant physiology; You have a driving license valid in the Netherlands; As the
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computational constraints. Project Coordination: You will assist the PI in managing work package tasks. This includes tracking technical progress, coordinating with partners on use-case requirements, and