Papers
3
Total Citations
43
H-Index
2
About
Minjae Cho is a rising leader in soft robotics, specializing in shape-morphing displays, artificial muscles, and hyper-redundant manipulators. His most-cited work introduces a dynamically reconfigurable tactile display using hydraulically coupled, mergeable PVC gel actuators—enabling rapid, seamless shape transformations with multimodal tactile feedback, a breakthrough for haptic interfaces. He also developed a soft artificial muscle based on pre-detwinned shape memory alloy springs, designed to deliver high passive assistive torque for wearable rehabilitation robots, addressing critical energy-efficiency challenges in human load support. Additionally, Cho engineered a tension maintenance mechanism for twisted string actuation in hyper-redundant manipulators, ensuring control consistency in flexible, high-agility robots for hazardous environment exploration. With over 40 cumulative citations across his 2024 publications, Cho’s work bridges fundamental actuator design and practical robotic systems, advancing both tactile communication and assistive wearable technology. His innovations in mergeable actuators and energy-efficient artificial muscles mark him as a key contributor to next-generation soft robotics.
Research Focus
Key Achievements
Top Papers
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