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biogeochemical sensors, supporting long-term monitoring networks. • 20% — Perform laboratory analyses, including soil chemistry, water quality measurement, and sample processing. • 20% — Assist with data
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. Participate in the screening of potential subjects 3. Assemble the appropriate monitoring equipment for studies 4. Assist with data collection during active study phase: a. Application of sensors, e.g. pulse
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sensors, mobile/cloud apps, eye tracking, activity and sleep monitoring). Supports studies involving participants with chronically implanted electrodes or neurostimulation devices, including coordination
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or similar programming language, aquatic sensors, and Google Earth Engine Choose Duke. Are you looking for more than just a job? At Duke, you’re choosing a place where your curiosity is celebrated, your growth
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, and project management skills. Preferred Qualifications: Experience integrating wearable sensor data with intracranial recordings in real-world or lab. Experience with closed-loop neuromodulation
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electronic equipment including sensors, terminal equipment controllers, control panels, input/output panels, ultrasonic flow meters, steam meters, and relay panels by interpreting control diagrams
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. Apply electrodes and sensors according to accepted published standards. Assist with following "lights out" procedures to establish and document baseline values (such as body position, oxyhemoglobin
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head-mounted displays (HMDs) with wearable and peripheral devices, including eye tracking, motion capture, physiological sensors, and neural interfaces. Implement precise time synchronization, triggering
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to the sleep center.* Prepare and calibrate equipm ent required for testing to determineproper functioning.* Perform routin e PAP mask fitting.* Apply electrodes and sensors according to accepted
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sensors according to accepted published standards. Assist with following "lights out" procedures to establish and document baseline values (such as body position, oxyhemoglobin saturation, respiratory and