Ziming Wang

Papers

Total Citations

170

H-Index

About

Ziming Wang is an innovative researcher working at the intersection of energy harvesting, sensing technologies, and human-machine interaction. His work focuses on developing self-powered sensing systems that eliminate the need for external power sources, representing a significant advancement in the field of intelligent sensing and wearable technology. Wang's most notable contribution is his development of a self-powered angle sensor capable of nanoradian-level resolution, published in 2020 and garnering 170 citations. This groundbreaking work directly addresses a fundamental limitation of conventional angle sensors — their dependence on external electrical power — making it a landmark achievement in the field. The sensor holds tremendous promise for robotic arm control and personalized medical rehabilitation, where precise, untethered motion measurement is critical. By combining precision measurement with self-sustaining energy mechanisms, Wang's research opens new possibilities for next-generation robotics and healthcare monitoring systems that are both highly accurate and operationally independent. His work appeals to a broad audience spanning robotics engineers, biomedical researchers, and rehabilitation specialists, reflecting the interdisciplinary nature and real-world applicability of his contributions to modern sensing technology.