Li‐Yin Chen

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About

Li-Yin Chen is a researcher specializing in industrial automation, robotics, and intelligent manufacturing systems, with a focus on advancing Industry 4.0 technologies. Their major contributions include the development of a mobile robot integrated with a vision inspection system and a three-axis robotic arm, designed to streamline transportation, gripping, and identification tasks in automated production lines—a work that has garnered 12 citations. Additionally, Chen pioneered a fully automatic CNC machining production system to address the growing demand for customized manufacturing and shorter product life cycles, earning 7 citations. This system enhances flexibility and efficiency in automated loading and unloading processes, directly supporting the shift toward more adaptive factory environments. Chen’s work is notable for bridging practical engineering challenges with the broader goals of smart manufacturing, offering scalable solutions for modern production needs. Their research not only advances robotic vision and automation but also provides a foundation for future innovations in flexible, high-mix manufacturing. With a clear impact on both academic and industrial communities, Chen’s contributions are essential reading for students and researchers exploring the intersection of robotics, vision systems, and automated production.