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sciences increases with new mobile and stationary sensors and observation platforms becoming available, the need for processing these large data streams also increases. Such datasets provide exciting new
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detection and sensory applications are increasingly influenced by multiphysics phenomena. While these effects were once considered noise, advances in sensor miniaturization and sensitivity have made them
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photonic technologies are rapidly converging, creating new opportunities for miniaturized sensors, imaging systems, and advanced communication devices. Integration of electronics and photonics is essential
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to develop cutting-edge polarimetric optical sensors for Earth and (exo-) planetary exploration. Advance space science, inspire students, and drive the future of remote sensing. Job description Imagine having
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. You will combine fieldwork, experiments and biomonitoring (e.g. using sensor technologies) with laboratory, statistical and theoretical approaches. There is ample opportunity to initiate research
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invariant theory. Others are working on problems of localization and mapping from sensor data (e.g., GPS) using techniques from distance geometry and billiards. Ideally, the candidate would complement
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are encouraged to visit the ESA website: http://www.esa.int Field(s) of activity for the internship You can choose between the following topics: 1) Topic 1: Machine Learning for recognition of planetary materials