Hanze Jia
Papers
2
Total Citations
18
H-Index
2
About
Hanze Jia is a rising researcher in wearable sensing and biomechatronics, whose work centers on developing novel optical-fiber-based sensors for human motion and muscle activity monitoring. His major contributions lie in the design of flexible, noncontact sensors that capture multidirectional muscle deformation—a critical challenge for wearable robotics and rehabilitation. Jia’s 2023 study on the “Intentionally Light-Loss Carbon-Optic Fiber (COF) Twisted Sensor” introduces a sensor capable of monitoring vastus medialis activation for calf strength assessment, achieving 9 citations. In parallel, his “Semiring-Optic-Fiber (SROF) Sensor-Based Abnormal Gait Recognition” paper, also with 9 citations, demonstrates a bendable-sensitive optical fiber for detecting muscle activation patterns to identify gait abnormalities. These works address the pressing need for robust human-robot interaction sensors, offering low-cost, noninvasive solutions for real-time biomechanical feedback. Jia’s research is particularly notable for its potential impact on assistive technologies, such as exoskeletons and prosthetics, where precise muscle sensing can enhance user intent detection and adaptive control. His innovative use of light-loss and semiring optical fiber designs marks a significant step toward practical, wearable health monitoring systems.
Research Focus
Key Achievements
Top Papers
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