Mengwei Li

Papers

Total Citations

H-Index

About

Mengwei Li is an innovative researcher specializing in micro-sensing technologies, with a particular focus on MEMS (Micro-Electro-Mechanical Systems) and advanced optical sensing systems. Their work addresses critical challenges in precision measurement and navigation, spanning gyroscopes, displacement sensing, and related micro-scale instrumentation. Among their most recognized contributions is a high-sensitivity tunneling magneto-resistive micro-gyroscope design, published in 2020 and accumulating 14 citations, which introduced a novel approach to detecting weak Coriolis forces while maintaining immunity to external magnetic interference — a significant breakthrough for applications in guidance systems, robotics, and automotive navigation. Building on this foundation of precision sensing, Li's 2023 work on an ultracompact angular displacement sensor leverages the Talbot effect of optical microgratings to achieve highly sensitive angular measurements within an exceptionally compact form factor, garnering 10 citations in a short period. Collectively, Li's research demonstrates a consistent drive to push the boundaries of miniaturized sensing technology, combining electromagnetic and optical principles to develop next-generation sensors. Their work holds meaningful implications for students and engineers working in navigation, robotics, and precision instrumentation, offering practical pathways toward more sensitive, compact, and interference-resistant measurement devices.