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About

Dr. Rong Cheng is a pioneering roboticist whose work bridges bio-inspired design and advanced control theory, with a focus on creating more dexterous, resilient, and autonomous robotic systems. Her research spans two core areas: the development of novel soft actuators and robust control strategies for robot manipulators. A standout contribution is her work on fiber-reinforced flexible joint actuators for soft arthropod robots, inspired by the hydraulic and muscular systems of spiders. This bio-inspired approach, detailed in her 2021 and 2022 papers, has garnered significant attention (over 27 combined citations) for its potential to create powerful, dexterous robots. In parallel, Dr. Cheng has made substantial advances in control theory, particularly with her fixed-time fault-tolerant sliding mode control methods. Her 2024 paper on this topic, which integrates a disturbance observer, has already earned 13 citations, highlighting its importance for ensuring robot safety and performance under real-world uncertainties. Notably, her 2018 work on an automatic reading system for analog instruments using computer vision demonstrates her ability to solve practical industrial challenges, achieving 17 citations for its robust, cost-effective design. Dr. Cheng’s work is essential reading for anyone interested in the future of soft robotics and resilient control systems.