Naeem Ullah Dar

University of Engineering and Technology Taxila

Papers

Total Citations

H-Index

About

Naeem Ullah Dar is a researcher specializing in robotics control systems, with a particular focus on flexible robot manipulators and advanced control methodologies. His work centers on developing sophisticated control strategies that address real-world challenges in robotic motion and force management. Dar's most significant contributions lie in the development of adaptive sliding-mode control systems for flexible joint robots. His 2008 paper introduced a novel hybrid force/position controller that accounts for friction between end effectors and their environments — a critical practical consideration often overlooked in theoretical frameworks. Building on this foundation, his 2012 work presented an improved hybrid position/force controller utilizing a sliding observer, further refining the precision and reliability of flexible robot manipulator control. Together, these papers have accumulated 13 citations, reflecting their value to the robotics research community. Beyond traditional control design, Dar has also explored the frontiers of reconfigurable and modular open architecture controllers, demonstrating a broader interest in making robotic systems more adaptable and accessible. His research collectively advances the field of intelligent robotic control, offering practical solutions for trajectory tracking, friction compensation, and system flexibility — contributions that remain relevant for engineers and researchers designing next-generation robotic systems.