M. R. Arshad

University of Engineering and Technology Taxila

Papers

Total Citations

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About

M. R. Arshad is a robotics researcher whose work spans parallel manipulators, Cartesian robots, and reconfigurable inspection systems. His key research areas include forward kinematics modeling, robot control, and adaptive locomotion for industrial applications. Arshad’s most cited paper, “Solution of forward kinematics model of six degrees of freedom parallel robot manipulator” (2005, 8 citations), develops comprehensive mathematical models for statics and kinematics of 6-DOF parallel manipulators, providing foundational tools for precision robotics. His work on “Modeling and Control of Cartesian Robot Manipulator” (2005, 5 citations) advances dynamical analysis and 3-axis controller design for Cartesian systems, bridging theory with practical implementation. More recently, Arshad’s “Reconfigurable multi-legs robot for pipe inspection: Design and gait movement” (2019, 4 citations) introduces a novel 3-DOF multi-legged robot capable of climbing vertical pipes and traversing horizontal sections, addressing critical needs in pipeline maintenance and inspection. This work demonstrates his shift toward adaptive, reconfigurable robotics for real-world environments. Though his citation counts are modest, Arshad’s contributions are notable for their technical depth and practical orientation, particularly in kinematic modeling and robot design for constrained spaces. His research offers valuable insights for students and engineers working on parallel mechanisms, control systems, and inspection robotics.