Safayet Ahmed

American International University-Bangladesh

Papers

Total Citations

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About

Safayet Ahmed is a robotics researcher whose work spans critical infrastructure inspection, rehabilitation engineering, and assistive technologies. His most impactful contribution, the "SCANOBOT" autonomous railway crack detector (2017, 15 citations), addresses a pressing safety need for Bangladesh Railway by integrating ultrasonic sensors and GPS to detect rail flaws and transmit fault coordinates to authorities—a practical, deployable solution for developing nations. In the medical robotics domain, Ahmed has explored control strategies for robot-assisted stroke rehabilitation (2016, 6 citations), targeting upper and lower limb recovery through adaptive robotic therapy. His design of an assistive exoskeleton for paralyzed individuals (2019, 2 citations) demonstrates a commitment to restoring mobility, featuring a leg-support mechanism that mimics natural human gait. Additionally, his work on unmanned underwater vehicle (UUV) maneuvering and control (2018, 2 citations) showcases versatility in autonomous systems, with applications in oceanographic research and defense. Though early in his career, Ahmed’s research portfolio reveals a clear focus on translating robotic systems from concept to prototype, addressing real-world challenges in infrastructure safety and human mobility. His work exemplifies how robotics can serve both public utility and clinical needs, making him a promising voice in applied autonomous systems.