Jan Helbo

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About

Jan Helbo is a researcher in humanoid robotics and biomechatronics, with a focus on developing platforms for dynamic, life-like locomotion. His key contributions lie in motion planning for humanoid robots, particularly through the use of virtual constraints derived from recorded human movements—a method that bridges the gap between biological motion and robotic control. His most-cited work, "Motion planning for humanoid robots based on virtual constraints extracted from recorded human movements" (2008, 8 citations), introduces a framework that enables robots to replicate natural walking patterns, enhancing stability and efficiency. Helbo is also the lead developer of AAU-BOT1 (2009, 2 citations), a modular humanoid platform designed to study dynamic walking and test prosthetic limbs. This robot’s modular architecture allows for flexible experimentation in gait analysis and rehabilitation technology. Though his citation counts are modest, Helbo’s work is notable for its practical, application-driven approach—directly contributing to the advancement of assistive devices and human-robot interaction. His research continues to inspire students and engineers exploring the intersection of robotics, biomechanics, and prosthetics.