ABOUT

I am a driven engineer, researcher, and innovator, dedicated to advancing the way humans and technology interact. With a PhD in Mechanical Engineering, my career spans computer vision, robotics, haptics, and prosthetics, combining research excellence with real-world impact.

Currently, I am an Algorithm Team Lead at SkillReal, directing the development of computer vision and deep learning algorithms for multi-camera calibration, 3D alignment, and high-accuracy inspection. My work integrates computer vision, deep learning, and mathematical modeling to deliver sub-millimeter accuracy in industrial applications, bridging research and production.
 

Previously, during my Ph.D. and postdoctoral work at the Technion, I developed a novel robotic manipulator for high-resolution haptic feedback and spearheaded a global initiative to design and distribute 3D-printed prosthetic hands, with more than 50 devices provided across five continents — all freely available as open-source designs.
 

After my PhD, I continued at the Technion as a Research Staff Member, leading an Israel Innovation Authority–funded project on haptic feedback technology commercialization. This role combined robotics, electronics, and software to move cutting-edge academic research into industrial viability.
 

Outside of engineering, I explore creativity and precision through fine woodworking, bringing the same passion for craftsmanship into both design and technology.

For more details, please explore my portfolio, publications, and my LinkedIn page and feel free to reach out.