Min-Seok Jeon

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About

Min-Seok Jeon is advancing the frontier of human-robot collaboration, with a focus on making robotic systems adaptive to the dynamic needs of modern manufacturing. His primary research areas include human-robot task scheduling, preference elicitation, and collaborative frameworks for high-mix, low-volume production environments. Jeon’s most influential work, “A Human Robot Collaboration Framework for Assembly Tasks in High Mix Manufacturing Applications” (2023, 6 citations), addresses a critical gap by enabling robots to work alongside humans in settings traditionally dominated by mass production. This framework provides a structured approach for flexible assembly, allowing manufacturers to efficiently handle varied product runs without sacrificing productivity. Building on this foundation, his 2024 paper on “Preference Elicitation and Incorporation for Human-Robot Task Scheduling” (1 citation) tackles the nuanced challenge of integrating individual human preferences—shaped by context and situational factors—into scheduling algorithms. By prioritizing human comfort and workflow preferences alongside efficiency metrics, Jeon’s work promises to improve team performance and operator satisfaction. His research is particularly notable for bridging technical robotics with human factors engineering, offering practical solutions for the future of collaborative work.