Fu-Ming Chung

Papers

Total Citations

179

H-Index

About

Dr. Fu-Ming Chung is a leading figure in soft robotics and compliant mechanism design, renowned for his pioneering work in creating intelligent, passively adaptive robotic grippers. His research masterfully integrates topology optimization with 3D-printing to develop innovative, sensorless force-regulation devices. Dr. Chung’s most impactful contribution is the "Optimal Design of a Motor-Driven Three-Finger Soft Robotic Gripper" (103 citations), which introduced a groundbreaking, motor-driven compliant gripper capable of delicately grasping size-varied objects through an optimized finger design. He further advanced the field with his work on "Topology Optimization for Design of a 3D-Printed Constant-Force Compliant Finger" (76 citations), where he developed a passive constant-force mechanism that eliminates the need for sensors and feedback control—a major leap in simplifying and reducing the cost of robotic systems. By demonstrating how computational design can yield highly functional, 3D-printable hardware, Dr. Chung has provided a powerful framework for creating robust, adaptive, and low-cost robotic end-effectors. His work stands as a cornerstone for researchers and students interested in the future of soft, compliant, and topology-optimized robotics.