Byungjun Lee

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Total Citations

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About

Byungjun Lee is a pioneering researcher at the intersection of advanced manufacturing and smart materials, best known for his transformative work in kirigami-based engineering. His most cited paper, "Kirigami‐Based Compliant Mechanism for Multiaxis Optical Tracking and Energy‐Harvesting Applications" (2020, 22 citations), introduces a novel two-dimensional cut pattern that morphs into a three-dimensional, monolithic compliant mechanism. This breakthrough enables multiaxis optical tracking and energy harvesting, demonstrating how simple geometric cuts can unlock complex, adaptive functionalities. Lee’s contributions have significantly advanced the fields of flexible electronics, soft robotics, and nanophotonics, offering scalable, low-cost solutions for dynamic structural reconfiguration. His work is widely recognized for bridging theoretical mechanics with practical device applications, inspiring new approaches in energy-autonomous systems and adaptive optics. With a growing citation impact, Lee continues to shape the future of kirigami-based materials and compliant mechanisms, making him a key figure in the next generation of smart, shape-shifting technologies.