Deep Singh

Papers

Total Citations

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About

Deep Singh is a mechanical and robotics engineer whose research sits at the intersection of parallel robotics, smart actuator technologies, and applied robotic systems. His most influential work focuses on the design, development, and kinematic analysis of robotic manipulators, with a particular emphasis on planar parallel mechanisms and their real-world applications. Singh's most cited contribution, published in 2021, investigates the workspace analysis of a 3-DOF planar parallel robotic motion stage utilizing Shape Memory Alloy Restoration Technique (SMART) linear actuators — a novel approach that leverages lightweight, high-stiffness mechanisms capable of achieving superior accelerations and positioning accuracy. This work has garnered 11 citations, reflecting its relevance to the growing demand for compact, efficient robotic platforms. His 2018 study on a five-degree-of-freedom robotic goalkeeper — designed to train football players — demonstrates Singh's commitment to translating robotic innovation into practical, human-centered applications, bridging academic research with sports science and received 6 citations. Collectively, Singh's work highlights a consistent drive to push the boundaries of manipulator design, exploring unconventional actuator technologies and interdisciplinary applications that span industrial, academic, and sporting domains, making him a notable contributor to applied robotics research.