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About

Mengqi Zhang is a pioneering researcher at the intersection of smart city security, self-powered systems, and advanced robotics. Their work focuses on developing intelligent, sustainable technologies that enhance urban living and environmental monitoring. Zhang’s most impactful contributions include the application of machine learning for security management in smart cities using robots, a study that has garnered 21 citations and addresses critical challenges in urban safety by integrating AI-driven robotic systems. Additionally, Zhang has made significant strides in the field of triboelectric nanogenerators, with a 2024 review on self-powered electronic skin accumulating 20 citations, highlighting their role in advancing wearable technology that mimics human skin’s sensory capabilities. Another notable achievement is the design of a self-powered underwater glider utilizing a bidirectional swing-rotation hybrid nanogenerator, which has earned 14 citations and demonstrates innovative energy harvesting for autonomous marine vehicles. Through these works, Zhang has established a reputation for merging theoretical insights with practical applications, driving progress in sustainable energy and intelligent systems. Their research not only pushes boundaries in robotics and nanogenerators but also offers scalable solutions for future smart cities and environmental sensing.