Md Omar Faruq Howlader

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About

Md Omar Faruq Howlader is a robotics engineer specializing in non-destructive testing (NDT) and inspection robotics for civil infrastructure. His research focuses on developing wall-climbing robots that integrate advanced sensing technologies for structural health monitoring. Howlader’s major contributions include pioneering the design of magnetic adhesion-based climbing robots optimized for vertical concrete surfaces, where he systematically investigated rare earth neodymium magnet configurations to maximize adhesion force while minimizing magnet count—a critical advancement for reliable payload support during NDT. His most cited work (22 citations) on magnetic adhesion optimization has provided foundational design principles for climbing robots. Additionally, he developed a novel wall-climbing robotic platform integrated with a miniaturized 200 MHz Ground Penetrating Radar (GPR) system, achieving a 40% reduction in antenna size through additional radiating arms, enabling high-resolution subsurface inspection of vertical structures. This work (7 citations) demonstrates practical deployment of GPR on mobile robots for concrete integrity assessment. Howlader’s innovations bridge robotics and civil engineering, offering scalable solutions for automated infrastructure inspection, with potential applications in bridge, dam, and building maintenance.