Xiaoman Lin

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About

Xiaoman Lin is a researcher whose work bridges the fields of robotic manufacturing and human-centered assistive technology. Lin’s key contributions span two impactful areas: optimizing robotic machining processes and designing service robots for the elderly. In their 2024 study on robotic milling, Lin developed methods to enhance robot posture and spindle speed, achieving a 30% improvement in machining accuracy—work that has already garnered 6 citations for its practical industrial applications. Earlier, Lin’s 2018 qualitative study on elderly needs in service robot design stands out for its depth and humanity. Over five months, Lin conducted in-depth interviews and observations to capture the real, unspoken requirements of older adults for assistive robots, emphasizing independence and quality of life. This paper, also with 6 citations, has been praised for its empathetic, user-driven approach, influencing how designers prioritize functionality over assumptions. Lin’s work uniquely combines technical precision with social insight, making contributions that are both industrially relevant and socially meaningful. Their research continues to shape how robots serve diverse populations, from factory floors to living rooms.