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, or pharmaceutical research. However, for many real-world applications, finding a solution requires powerful computer clusters that consume a lot of energy and run for long periods. Our project aims to create a
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, the demand for advanced optical vision systems has grown significantly. Current state-of-the-art vision systems face three main technological barriers: operation within a limited spectral range, with a limited
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sharing, and a supportive onboarding process. For this function, our Brussels Humanities, Sciences & Engineering Campus (Elsene) will serve as your home base.
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smart illumination design and advanced AI-driven data processing. Miniaturization of the sensing platform will be achieved through the use of freeform optics, enabling the integration of multiple optical
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work both independently and as part of a team. You are open-minded, communicative and collegial towards your co-workers. You actively contribute to the department’s general operation and practical
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to sustainable and liveable cities, and the challenge of heat resilience). Applying qualitative and quantitative research methods: interviews, focus groups, workshops, surveys. Setting up participatory processes
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, study the influence of growth conditions and process parameters and evaluate the resulting materials in terms of their mechanical performance. You will also, to a limited extend, contribute to teaching
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of pressure and temperature cross-sensitivity. Developing methods for processing spectral measurement data, including Bragg peak tracking, peak-shape analysis, analysis of birefringence-induced peak splitting
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broad advisory board of hospitals, government agencies and healthcare organizations. Scope of the PhD project: Evaluation of an extraction procedure and diagnostic platform The PhD candidate will be
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the process of obtaining this degree in time). While funding is available for 4 years, we do ask new PhD students to apply during their first year for individual fellowships from the science foundation FWO