Max Robotics — Global Service Robot Directory + US Certification

About

Yuqing Xing’s research spans two distinct but impactful fields: service robotics and marine engineering. In service robotics, Xing investigates how task objectivity shapes customer responses to robot service failures, exploring the nuanced interplay between humanoid versus mechanoid robots and the presence of human staff. Their 2025 paper on this topic (6 citations) provides critical insights for designing more resilient human-robot interactions in service settings. In marine engineering, Xing’s 2011 analysis of autonomous underwater vehicle (AUV) technologies (6 citations) systematically classifies key configurations and modular components, advancing the application of AUVs in marine surveys. More recently, Xing has contributed to materials science, demonstrating in a 2026 study (2 citations) how Zn-Li-Mn grain boundary diffusion enhances both magnetic performance and corrosion resistance in sintered Nd-Fe-B magnets—a breakthrough for durable, high-efficiency magnetic materials. Xing’s work bridges robotics, ocean exploration, and materials engineering, reflecting a versatile research portfolio that addresses practical challenges in technology deployment and material durability. Their interdisciplinary approach and focus on real-world applications make their contributions valuable across engineering and service domains.