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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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-time flows to capture sensor readings with low latency, and external batch ingestion or via API for automatic collection of market trend and climate data. It also includes bidirectional integration with
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pipelines to centralize dispersed information. The work involves IoT ingestion via streaming, creating real-time flows to capture sensor readings with low latency, and external batch ingestion or via API
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, etc.) Smart Infrastructure (AI-driven material design, smart city, smart sensor network, etc.) Any other interdisciplinary areas between STEM and Arts, Business, and Social Sciences STEM Scholars and
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explore new ways to build sensors, such as superradiant clocks and collaborate with industry, startups and users to bring quantum technology to the market . This project is embedded in the Quantum Delta NL
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: Rare-Earth Materials and Recycling Technologies Sustainable Energy Materials for Green Technologies Quantum Materials for Next-Generation Technologies AI-Integrated Smart Sensors for Environmental and
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sustainable and future-proof. At the same time, we are developing the chips and sensors of the future, whilst also setting the foundations for the software technologies to run on this new generation
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like convolutional spectroscopy, drone-mounted sensors, and experiments to understand the impact of aerosols on thermal blooming, cloud transmission, and RF/microwave link performance under varying
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(https://coeit.umbc.edu/) is a collaborative environment composed of more than 100 tenure/tenure-track faculty, 60 academic staff, and over 6,200 students. The Dean supports innovative initiatives
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including employment history, list of publications, H-index and ORCID (see http://orcid.org/ ) Teaching portfolio including documentation of teaching experience Academic Diplomas (MSc/PhD) Representative