Chinmay S. Ukidve

Papers

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About

Chinmay S. Ukidve is a roboticist whose research centers on the design and control of parallel manipulators, with a particular focus on fault tolerance and performance optimization. His most-cited work, "Using Redundancy to Optimize Manipulability of Stewart Platforms" (2008, 31 citations), makes a significant contribution to the field by addressing a critical challenge: maintaining robotic dexterity in the face of actuator failure. Ukidve demonstrates that for certain classes of manipulators, introducing kinematic redundancy can dramatically improve a system's ability to preserve manipulability—a measure of its agility and precision—even when components are compromised. By employing a comparative approach, his paper provides a clear, analytical framework for designing Stewart platforms that are not only more robust but also more capable in demanding applications like flight simulation and surgical robotics. This work has become a foundational reference for researchers seeking to build safer, more reliable robotic systems, establishing Ukidve as a key voice in the pursuit of resilient, high-performance automation.