Omid Heidari

Papers

Total Citations

H-Index

About

Omid Heidari is redefining how robotic systems are designed for human interaction, focusing on the intersection of exoskeletons, virtual reality (VR), and augmented reality (AR). His key research areas include task-based design methodologies for assistive robotics and intuitive human-robot interfaces. Heidari’s major contribution is a paradigm shift in exoskeleton design: instead of mimicking every human joint, his task-based methodology (2018, 14 citations) optimizes the robot for specific activities, promising more efficient and practical assistive devices. He further advances this approach by using VR to synthesize and test robotic systems for upper-limb and hand tasks (2019, 5 citations), creating a more intuitive environment for prototyping. Extending his work to industrial settings, Heidari developed an AR interface for robot controllers (2020, 3 citations), enabling developers to visualize and interact with code through the Microsoft HoloLens. This work bridges the gap between complex programming and real-time, spatial interaction. By integrating VR/AR into the design and control pipeline, Heidari is making robotic systems more accessible and tailored to human needs, paving the way for smarter exoskeletons and more intuitive industrial robotics.