Max Robotics — Global Service Robot Directory + US Certification

About

Mihail Tsveov is a robotics researcher dedicated to making human-robot interaction safer, more natural, and more intuitive. His work centers on compliant actuation and human-centered design, particularly for exoskeletons and haptic devices. Tsveov’s key contributions include developing a novel adjustable compliance joint using a variable-length leaf torsion spring, which allows robots to be both human-friendly and impact-free. He has also pioneered the use of pneumatic artificial muscles (PAMs) in powered upper limb orthoses, creating actuation systems that inherently provide natural safety during physical human-robot interaction. Further, his research on pneumatic exoskeletons for virtual reality haptics addresses the critical challenge of delivering realistic force feedback while maintaining user comfort. Though his most-cited works (2015–2018) have accumulated modest citation counts, they represent foundational steps in the practical implementation of passive and pneumatic compliance. Tsveov’s focus on adjustable natural stiffness and safe actuation places him at the intersection of rehabilitation robotics, haptics, and human-robot collaboration, offering valuable insights for engineers developing next-generation assistive and interactive robotic systems.