Omik Save

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About

Omik Save is a rising researcher in biomechatronics and rehabilitation robotics, whose work focuses on understanding and enhancing human locomotion through novel robotic interfaces. His research spans the intersection of human biomechanics, soft robotics, and lower-limb assistive devices. Save’s most notable contribution is his pioneering study on human gait entrainment using soft robotic hip perturbations during simulated overground walking (2024), which challenges the field’s reliance on fixed-speed treadmills and opens new avenues for more naturalistic gait rehabilitation strategies. This work has already garnered 6 citations in its first year, signaling its immediate impact. He has also made significant strides in characterizing ankle stiffness modulation across different ground surfaces (2022, 4 citations), providing critical insights for developing more adaptive prosthetic and exoskeleton controllers. Additionally, Save introduced a twin dual-axis robotic platform (2023, 4 citations) for studying bilateral ankle mechanics and postural balance—a versatile tool that enables precise, multi-degree-of-freedom analysis during both standing and walking. Through these contributions, Save is helping to bridge the gap between robotic rehabilitation and real-world walking conditions, positioning himself as an emerging leader in the field of human-robot interaction for mobility restoration.