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About

Jun Kyu Choe is an innovative researcher at the forefront of soft robotics, smart materials, and programmable mechanical systems. His work bridges the gap between structural engineering and robotics, with particular expertise in tensegrity structures, mechanical metamaterials, and novel fabrication techniques for intelligent machines. Choe's most celebrated contribution, "3D-Printed Programmable Tensegrity for Soft Robotics" (2020), has garnered over 214 citations, establishing him as a leading voice in leveraging tensegrity architectures — combining rigid struts with flexible tendons — to create robots with exceptional stiffness-to-mass ratios and remarkable adaptability. His subsequent work on self-sensing tensile valves (68 citations) advances perceptive soft robotics by replacing cumbersome rigid electronics with elegant soft analogs, pushing the field toward truly autonomous systems. Particularly creative is his development of pen-drawn Marangoni swimmers (35 citations), demonstrating that intuitive, low-cost fabrication methods can yield surprisingly sophisticated robotic behaviors. His research on digital mechanical metamaterials and magnetoelastic sensors further reflects his ambition to encode intelligence directly into materials themselves. Collectively, Choe's work is shaping a future where robots are not just mechanically capable, but inherently perceptive and adaptable.