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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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DOTs; and development of theoretical foundations and methodologies for communication techniques in sensor development and multi-point tactile force measurement (high-resolution sensing). The position is
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at any research group connected to the Nano Area of Advance at Chalmers. You find the full list of PIs of these research groups on the Chalmers homepage: https://www.chalmers.se/en/collaborate-with-us
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. sequencing) and data processing/statistical assessments is a strong asset. A background working with technical instrumentation (e.g. O2 and nutrient sensors) and sea ice environments is a benefit. Interest in
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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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: 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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, and treatment across the lifespan Digital behavioral health interventions integrated into primary and specialty care Wearables, sensors, or digital biomarkers for remote patient monitoring and early
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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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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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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