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Field
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, behavioural science, and digital health technologies. Candidates will have the opportunity to engage with large-scale, high‑resolution datasets derived from wearable devices, sensors, and other digital health
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sensing technologies. Working at the intersection of engineering innovation and applied research, you will play a key role in advancing sensor performance through hands-on experimentation, technical design
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building energy performances, deployment of new sensors & hardware, and quantitative evaluation of energy savings. You will be required to coordinate with multiple internal and external parties
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strong passion for and experience in biosensing, microfluidics and microbiology. The successful candidate will join our Advanced Sensors team and contribute to the 5-year Leverhulme Research Leadership
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. The successful candidate will join our Advanced Sensors team and contribute to the 5-year Leverhulme Research Leadership Award project, Sensing Wastewater for Real-time Public Health. About the Role
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interface microcontrollers (e.g., Arduino, ESP32, STM32) with various motors, sensors, and actuators. Perform rigorous hardware debugging, calibration, and performance optimization. Contribute to funded
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the Nuclear envelope dynamics group and the Laboratory for Neural Computation groups at the Institute for Basic Medical Sciences. Explore quantum defect-based sensors as indicators of biomechanical forces
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interest since 2000. It allows us to better plan our cities, and new approaches have been made possible with the widespread use of smartphones carrying several different sensors. As a matter of fact, in most
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ecosystems. This can be data collected about the marine environment from, e.g., satellites, using passive or active acoustic sensors, or underwater video/images from AUVs. The research will be done in
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interfacing to commercial line sensors / backplanes, packaging/encapsulation, and final testing and validation. Support end-to-end detector module builds, from materials fabrication through packaging and system