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the development of novel optical systems, such as spectroradiometric imaging instruments, operating from the UV to the infrared spectral range, and interferometers, including the related optical ground support
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-mm wave range as well as passive microwave imagers/sounders for ocean, land and atmospheric sensing. You will be engaged in the study and pre-development of one or more of these types of payloads. Your
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allows to provide a bi-dimensional image of the ocean dynamic topography at 250m resolution within each swath. The second objective will be to test and apply existing methodologies (quasi-geostrophic omega
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, architecture, and development of prototype and product versions of our semiconductor test tools. Translate research algorithms into production-grade, maintainable software. Build and manage a small high
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. This role combines applied data science with real industrial sensor data. You will prototype, validate, and harden data processing pipelines and AI models in close collaboration with engineers and researchers
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/algorithms for payload data products, image processing and optical payload data compression. Contribution to mission performance assessment and to data products quality monitoring and improvement. You are
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our community. NeCEN at Utrecht University was established in 2026 to expand imaging capacity to the growing Dutch life science cryo-EM community, as part of the EMPower Large-Scale Research
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-ground interfaces. CHIME mission: CHIME (Copernicus Hyperspectral Imaging Mission for the Environment) provides hyperspectral imaging data to support environmental monitoring, agriculture and climate
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immunology with demonstratable experience and advanced knowledge of computational biology. You have experience with data-intensive technologies, such as the analysis of spectral flow cytometry, imaging, single
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carries out technological research in the areas of optical component technology, optical instrumentation (spectro-radiometric imaging instruments in the visible and infrared, interferometry, optical