Khuram Shahzad

National University of Sciences and Technology, University of the Sciences

Papers

Total Citations

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About

Khuram Shahzad is a researcher at the forefront of safe and secure robotic systems, with key contributions spanning telesurgery, continuum robotics, and autonomous vehicles. His most cited work, "SecureSurgiNET" (2019, 29 citations), addresses critical security vulnerabilities in telesurgery—a safety-critical application where surgeons and patients are connected via public networks. This framework is pivotal for ensuring robust, attack-resistant remote surgical procedures. In continuum robotics, Shahzad’s "Points-Based Safe Path Planning" (2015, 15 citations) enables these flexible, snake-like robots to navigate unstructured environments safely, unlocking their potential in surgery and nuclear decommissioning. He has also advanced the field of autonomous vehicles through his work on cloud robotics (2016, 6 citations), exploring how networked intelligence can enhance self-driving systems for applications like automated highway systems and autonomous military vehicles. Shahzad’s research consistently bridges the gap between theoretical robotics and real-world safety-critical deployment, making his work essential for students and engineers developing next-generation robotic systems that must operate securely and reliably under uncertainty.