C. Kanojia

Papers

Total Citations

113

H-Index

About

C. Kanojia is a pioneering roboticist whose work centers on the design of dexterous, low-complexity robotic hands, with a particular focus on simplifying mechanical structures to enable robust, adaptive grasping. His most influential contribution is the Graspar robotic hand, introduced in a seminal 1996 paper that has garnered 113 citations. This innovative design uses just one motor per finger, drastically reducing computational and mechanical overhead while still achieving secure, versatile grasping of objects as varied as eggs, light bulbs, tennis rackets, and coffee pots. By prioritizing ease of maintenance and control, Kanojia’s work challenged prevailing assumptions that dexterity requires complex, multi-actuator systems. The Graspar hand’s ability to handle both delicate and irregularly shaped items demonstrated that practical, everyday manipulation could be achieved with minimal hardware—a breakthrough that influenced subsequent research in assistive robotics, prosthetics, and industrial automation. Kanojia’s contributions remain a touchstone for engineers seeking to balance functionality, simplicity, and cost in robotic end-effectors.