Fengchang Huang

Guangxi University, Collaborative Innovation Center of Advanced Microstructures

Papers

Total Citations

148

H-Index

About

Fengchang Huang is a leading researcher in bioinspired tactile and neuromorphic sensory systems, with a focus on developing next-generation artificial skin and self-powered sensory devices. His major contributions include pioneering a bimodal tactile sensor that achieves intuitive, interference-free reading of multiple tactile signals without complex signal fusion—a breakthrough for humanoid robotics and smart prosthetics. This work, published in 2022, has garnered 142 citations, underscoring its impact on simplifying multimodal sensing. More recently, Huang has advanced the field with a self-powered multisensory neuromorphic device that integrates auditory and rotational perception, drawing inspiration from the inner ear’s labyrinth. This innovation, with 6 citations since 2025, demonstrates his ability to merge biological principles with engineering to create energy-efficient, multifunctional systems. His research not only addresses fundamental challenges in sensor design but also paves the way for intuitive human-machine interfaces and intelligent prosthetics. Huang’s work is characterized by its elegant simplicity and practical applicability, making him a rising figure in the intersection of materials science, robotics, and neuromorphic engineering.