Mohammad Jashim Uddin

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About

Mohammad Jashim Uddin is a robotics researcher whose work centers on the intelligent manipulation of heavy tools using low-powered robotic systems. His key research areas include parallel robotics, force control, and the application of suspension mechanisms to enhance robotic payload capacity. Uddin’s most significant contribution is his pioneering approach to enabling low-powered manipulators to handle heavy objects, a challenge he addresses through innovative mechanical design and hybrid position/force control algorithms. His foundational paper, “Application of suspension mechanisms for low powered robot tasks” (2000, 5 citations), introduces the core concept of using a suspension device to allow a direct-drive robot arm to manipulate a suspended tool in the horizontal plane, complete with a dynamic tracking scheme. This work laid the groundwork for his later, most-cited paper, “Automated robotic grinding by low-powered manipulator” (2006, 12 citations), which demonstrates a practical application of this technology. Uddin also contributed to the kinematic and dynamic modeling of a 3-DOF robotic cutting head, a 3-PUU parallel manipulator designed for next-generation CNC machines, showcasing his versatility in both theoretical modeling and applied robotics.