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Charles R. McLean is a pioneering researcher in the field of automated manufacturing and robotics, with a focus on hierarchical control systems and real-time sensory-interactive control. His most influential work, "Hierarchical Control for Robots in an Automated Factory" (1983, 47 citations), established foundational principles for organizing robot operations in complex manufacturing environments, enabling scalable and efficient automation. McLean further advanced this framework in "Hierarchical Control for Robots and Teleoperators" (1985, 27 citations), extending control strategies to remote and human-guided systems. His paper "An Architecture for Real-Time Sensory-Interactive Control of Robots in a Manufacturing Facility" (1982, 26 citations) introduced a groundbreaking architecture that integrated sensor feedback with real-time decision-making, significantly improving robot adaptability and precision. McLean's contributions to the Automated Manufacturing Research Facility (AMRF) at the National Bureau of Standards, detailed in "Control of an automated machining workstation" (1988, 8 citations), demonstrated flexible computer-integrated manufacturing for prismatic parts, showcasing practical applications of his theories. With over 110 total citations, McLean's work has profoundly influenced industrial robotics, factory automation, and the development of intelligent manufacturing systems, inspiring future research in cyber-physical production environments.