Ngoc-Phuong Nguyen

Ho Chi Minh City University of Technology and Engineering

Papers

Total Citations

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About

Ngoc-Phuong Nguyen is a pioneering researcher in the field of biomimetic robotics and service robot design, with a particular focus on bio-inspired mechanisms and specialized inspection systems. Their work bridges the gap between natural biological systems and practical robotic applications, demonstrating innovative approaches to solving real-world engineering challenges. Nguyen's most impactful contribution is their seminal 2011 paper on pipe-cleaning and inspection robots, which has garnered 36 citations and established a foundation for non-man-entry sewer maintenance systems. This work addresses a critical infrastructure need by proposing robots specifically designed for pipes under 0.8 meters in diameter, where human access is impossible. The research has significant implications for urban maintenance and sanitation systems worldwide. Beyond practical applications, Nguyen has made notable contributions to biomimetics through the development of a continuum-structure robotic flower (8 citations), which mimics natural flora using an innovative "tendon and spring" mechanism. Their work on artificial fish bladder systems (5 citations) further demonstrates their expertise in bio-inspired engineering, exploring how robotic fish can achieve buoyancy control through gravitational adjustment methods rather than traditional pectoral fin propulsion. Nguyen's research portfolio exemplifies how biological principles can be translated into functional robotic systems, from infrastructure maintenance to aesthetic biomimicry. Their work continues to inspire new generations of robotics researchers exploring the intersection of nature and engineering.