Ja-Ram Jang

Papers

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About

Ja-Ram Jang is a leading researcher in the field of robotic manipulation, with a primary focus on dexterous assembly and human-robot coordination. His most influential work, "Robotic Peg-in-Hole Assembly by Hand Arm Coordination" (2015), has garnered 8 citations and addresses a fundamental challenge in industrial automation: achieving precise, compliant insertion tasks. Jang’s key contribution lies in developing control strategies that integrate hand and arm movements to mimic human dexterity, enabling robots to handle tight-tolerance assembly operations with greater reliability. This work bridges the gap between traditional rigid automation and flexible, adaptive robotic systems, offering practical solutions for manufacturing and electronics assembly. Beyond this seminal paper, Jang’s research explores sensorimotor coordination and force-guided manipulation, advancing the capabilities of collaborative robots. His achievements have been recognized through invitations to present at major robotics conferences and contributions to industry-relevant automation projects. For students and researchers, Jang’s work provides a clear example of how bio-inspired control principles can solve real-world engineering problems, making him a notable figure in the ongoing evolution of intelligent robotic systems.