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, usable optical systems such as laser lock circuits and laser sources, iterating quickly based on experimental results and feedback. In parallel, you will contribute to prototyping, validating, and
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directly from experimental data. Your main tasks and responsibilities include: Assessing the magnetic stability of vortex-state particles as a function of their size, shape, and mineralogy by developing data
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. Based on these insights, you will formulate design rules to predict optimal loading conditions and release mechanisms, supporting experimental optimization. We expect you to be able to work with a high
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includes research encompassing experimental and theoretical approaches at a wide variety of temporal and spatial scales, i.e. from molecules and microorganisms to patterns and processes occurring
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publications. You will work alongside PhD students and interact with experimental partners across the NAP4DIVE consortium. You will have access to the DelftBlue high-performance computing cluster. This position
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(internationally-comparative) surveys, qualitative interviews, and experimental studies. The core tasks will include: Carrying out research within the scope of the research programme; Translating and communicating
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research combines large, (longitudinal) quantitative (internationally-comparative) surveys, qualitative interviews, and experimental studies. The core tasks will include: Carrying out research within
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synthesis, mu-analysis and model-predictive control Experience in model identification, validation and uncertainty quantification based on experimental results Expert proficiency in the use of MATLAB/Simulink
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-world experimentation and dialogue, following an Extreme Citizen Science approach in which practitioners and researchers co-produce knowledge together. Department Established in 1998, the Department
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: Solid experience in experimental ultrasound imaging Solid experience with ultrasound sequence programming Solid experience with ultrasound image reconstruction and signal processing Desirable skill