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, including on the physiological phenotyping platform, “plant array,”; designing, building, and maintaining ecophysiology laboratory equipment, including microcontroller systems and sensors; ensuring
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questionnaires, smartphone apps, wearable sensors, interviews, and cognitive assessments. Ensure proper collection of data and storage of data in appropriate locations. Responsible for the interpretation and
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sensors as needed. Make recommendations for alternation, upgrades, and replacement of hardware components. Instruct others, including graduate students, in the procedures to operate, maintain, and program
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, wearable sensor (Fitbit), and other assessments (e.g., cognitive test, pain sensory test) • Help enter and manage research data in the REDCap system • Organize study related documents • Assist with IRB
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, including wearable sensors at practices and games. The research faculty will play a key role in managing, analyzing, and utilizing the data to benefit team performance, support student-athlete health and well
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increase resource use efficiency. Teach water conservation and efficient irrigation practices to achieve behavior change leading to documented water savings. You will be utilizing soil moisture sensor
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geospatial technologies for spatial data collection efforts from airborne and terrestrial sensors. The ID-III in Geomatics participates in spatial data collection, analysis, and processing, resulting in
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challenges: 1) how to create qubits for intrinsically quantum computing, and 2) how to replace elements of traditional computers and sensors with intrinsically quantum, molecule-based devices that are energy