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mechanics using wearable sensors. • Models of bone health in running populations. • Models of tissue stress and strain in athletes. • Models of health and performance in female athletes. • Models of athlete
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(https://www.sdsmt.edu/AES ) and with multi-disciplinary centers across campus, including the Data Driven Materials Discovery Center, the Composites and Polymer Engineering Laboratory (CAPE; https
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& Systems, including sensing & sensor information processing; IoT and embedded systems; robotics systems; mobile and pervasive systems; context-aware and edge computing platform; embedded AI; cognition
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of sensor systems Minimum Qualifications Full Employment Eligibility Requirements can be found here: https://hr.oregonstate.edu/student-employment-manual/500-employment-eligibility-requirements Must be
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Language Model-based application development. Knowledge Graph Development for Sensor Data. Deep Learning techniques, Data Engineering, and Semantic Technologies Open-source artificial intelligence, machine
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system/geographical information system, on-body sensors/accelerometry, surveys, and text messaging. The Center for HOPE has maintained National Institutes of Health, Patient-Centered Outcomes Research
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of the BMS in lithium-ion batteries, including sensors, actuators, and controllers. In our facility, we are establishing a research unit focused on developing the necessary hardware and software components
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houses sophisticated micro-meteorological equipment for measuring carbon, water, trace gas, and energy fluxes. Sensors are tested here in preparation for use at various field study sites. Design, modify
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integrating sensors, actuators, and control electronics. Use maker tools (e.g., CAD design and 3D printing) to prototype and refine rig components. Run daily behavioral sessions, meticulously collecting and
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, leading to more devastating extreme events and a greater need for tools for adaptation and planning. A growing wealth of observational data from satellites, sensor networks, foundation models, gridded