Yuval Lombrozo

Technion – Israel Institute of Technology

Papers

Total Citations

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About

Yuval Lombrozo is a leading researcher in rehabilitation robotics, with a focus on developing accessible, home-based technologies for upper body recovery. His most-cited work, "An adaptive home-use robotic rehabilitation system for the upper body" (2014, 33 citations), addresses a critical gap in musculoskeletal treatment: the limited availability of robotic therapy outside clinical settings. By integrating real-time data capture from a Microsoft Kinect sensor, Lombrozo pioneered a low-cost, adaptive system that allows patients to perform guided rehabilitation exercises at home, reducing the burden on healthcare facilities while maintaining therapeutic efficacy. This contribution is notable for its emphasis on user-centered design and affordability, making robotic rehabilitation more scalable for widespread use. Lombrozo’s work has influenced subsequent developments in telerehabilitation and human-robot interaction, demonstrating how consumer-grade technology can be repurposed for clinical impact. His research continues to bridge engineering and patient care, offering practical solutions for individuals recovering from stroke, injury, or surgery. With a growing citation footprint, Lombrozo is recognized for translating complex robotics into real-world, home-ready applications that empower patients and extend the reach of rehabilitation science.