Max Robotics — Global Service Robot Directory + US Certification

About

Tengchen Sun is a rising researcher in embodied intelligence and robotic tactile perception, whose work bridges soft robotics, sensor design, and machine learning. Their core contributions center on developing capacitive tactile sensor arrays for robot hands, enabling machines to recognize materials and objects through touch—a critical capability for autonomous manipulation. Sun’s 2020 paper on embodied tactile perception (29 citations) established a theoretical framework for how brain, body, and environment interact dynamically to generate intelligent behavior. Their 2024 study in *Sensor Review* (24 citations) demonstrated a capacitive sensor with unique structural sensitivity, achieving high-accuracy material recognition using machine learning. Sun further validated their approach in a 2023 paper on object recognition with support vector machines, and a 2025 evaluation of sensor materials. With over 59 total citations and a clear trajectory from theory to application, Sun is advancing the frontier of tactile intelligence—essential for next-generation prosthetics, industrial automation, and human-robot collaboration. Their work exemplifies how bio-inspired sensing can unlock more dexterous, adaptive robots.