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About

Dr. Zhangcheng Huang is a pioneering researcher in tactile sensing and neuromorphic computing, whose work is redefining the boundaries of artificial electronic skin (e-skin). His primary research areas include near-sensor analogue computing, capacitive in-sensor processing, and ultrafast tactile interfaces for prosthetics and robotics. Dr. Huang’s major contribution lies in developing artificial skin systems that bypass traditional front-end electronics—eliminating redundant data transfer and analogue-to-digital conversions to achieve unprecedented speed and efficiency. His landmark 2022 paper on “Tactile Near‑Sensor Analogue Computing for Ultrafast Responsive Artificial Skin” (121 citations) introduced a paradigm shift, enabling real-time, low-latency tactile internet applications. Building on this, his 2025 work on “Capacitive in-sensor tactile computing” (24 citations) further advances e-skin intelligence by integrating sensing and processing directly at the sensor node, a critical step toward autonomous tactile exploration and object manipulation. With a rapidly growing citation impact, Dr. Huang is at the forefront of creating truly responsive, intelligent artificial skins that promise to transform human-machine interaction, from advanced prosthetics to dexterous robotics.