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laboratories, as available instruments (e.g., gas chromatography or mass spectrometry) are bulky, costly and have to be operated by trained personnel. Project background Chemo-resistive gas sensors based
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input decoding. Signals will originate from embedded sensors on wearable devices, including IMUs (motion sensors), eye gaze, microphones, EMG (myography), and PPG (optical heart rate sensors). We will
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to treat diseases using cells. Our research is focused in making sensors that can be used for monitoring process in living cells, and we're especially interested in using nanopore sensors for this purpose
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considered. In short, promising applicants have built their own physiological sensor before (e.g., PPG, ECG) and custom PCB as part of an embedded device. To learn more about our research, check out our
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of 3 years hands-on experience in embedded systems development, across mechatronic and medical projects (e.g., sensors, electromechanics/actuators, electrodes) Proven track records of defining and
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of acoustic roughness. This project explores the feasibility of a non-contact measurement approach using optical laser triangulation sensors to gauge rail roughness from moving trains. Your profile You have to
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wearables SDK for embodied sensing with multiple sensors (80%) Validation and testing (10%) Writing documentation (10%) Your profile (Preferred) Student of a Swiss university or university of applied sciences
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quantum systems. Such a quantum interconnect, which can link remote quantum systems, represents an essential component of quantum communication networks, distributed quantum sensors, and large-scale
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students an exciting opportunity to perform cutting-edge research on nanostructured gas sensors to explore interfacial phenomena and new materials. You will join an inclusive, diverse, and supportive working
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magnetization nano-tomography. Project background Magnetic materials are important for several real-world applications including motors, actuators, sensors and computation. We will characterize the magnetic and