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About

Khalid Hasnan is a robotics researcher whose work centers on mobile robot locomotion, supply chain automation, and educational telemetry systems. His most impactful contribution is a comparative study of wheeled versus tracked mobility systems for mobile robots, which has garnered 10 citations and remains a foundational reference for engineers selecting locomotion mechanisms. Hasnan further advanced the field by designing a novel hybrid locomotion mechanism that integrates both wheel and track systems, enabling robots to switch between modes for enhanced versatility in complex environments. In the domain of industrial automation, he explored the integration of RFID technology with Zigbee networking to improve supply chain traceability, addressing critical issues of product loss and tracking efficiency. Additionally, Hasnan developed a MATLAB-based telemetry framework for educational robotics, allowing students to monitor robot conditions remotely. His work bridges practical engineering design with applied automation, offering tangible solutions for both industrial and educational contexts. With a focused portfolio that emphasizes mechanical innovation and system integration, Hasnan’s research continues to inform the development of more adaptable and intelligent mobile robotic systems.