Jihoo Kim

Papers

Total Citations

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About

Jihoo Kim is a pioneering researcher in the field of soft robotics, with a focused expertise in the development of adaptive, variable-stiffness actuators for assistive technologies. His most cited work, "Development of soft variable stiffness actuator with tendon-driven layer jamming mechanism" (2022), introduces a novel approach to creating soft actuators that can dynamically adjust their rigidity. This innovation is critical for the safety and efficacy of soft exoskeletons, allowing the device to modulate stiffness based on a patient’s specific trauma and recovery stage. By integrating a tendon-driven layer jamming mechanism, Kim’s design enables precise control over actuator compliance, bridging the gap between flexible, safe human-robot interaction and the structural support needed for rehabilitation. Though his citation count is currently modest, his work addresses a fundamental challenge in wearable robotics: balancing adaptability with load-bearing capacity. Kim’s contributions are paving the way for more personalized, responsive exoskeletons that can better support individuals with disabilities during their recovery journey, marking him as an emerging innovator in soft robotic actuation.