Taimoor Zahid

Papers

Total Citations

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About

Taimoor Zahid is a robotics researcher whose work centers on advancing mobile manipulation and autonomous navigation in industrial settings. His key research areas include mobile manipulator design, trajectory planning, and intelligent control systems for robots operating in complex, cluttered environments. Zahid’s major contributions are exemplified by his most-cited paper, “Workspace Design and Trajectory Planning of a Five Degree of Freedom Mobile Welding Manipulator for Spherical Objects” (2021, 16 citations), which addresses the critical challenge of automating welding for spherical tanks—a task vital to industries like automobile manufacturing and power generation. This work demonstrates how mobile manipulators can be tailored for precise, real-world applications. In another influential study, “An Intelligent Hybrid Control to Enhance Applicability of Mobile Robots in Cluttered Environments” (2021, 8 citations), Zahid introduces a novel hybrid control strategy that significantly improves trajectory planning and tracking for mobile robots navigating static obstacles. By blending two control approaches, this research enhances robot usability in industrial settings where obstacle avoidance is paramount. With a growing citation record, Zahid’s work is shaping the future of automation, offering practical solutions that bridge the gap between robotic theory and industrial deployment.