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About

A.H. Redford is a pioneering researcher in the fields of robotic assembly, flexible automation, and manufacturing systems, whose work has shaped industrial approaches to automated production over several decades. His landmark book-length contribution, *Robots in Assembly* (1986), provided one of the earliest comprehensive examinations of general-purpose assembly robotics, addressing everything from parts feeding to product design principles — a work that continues to attract scholarly attention with 23 citations. Redford's sustained focus on the challenge of parts feeding, a persistent bottleneck in flexible automation, culminated in influential work on flexible parts feeding systems (2001, 19 citations), offering practical pathways beyond costly, geometry-specific devices like vibratory bowl feeders. His research extended into robotic rework of printed circuit boards, examining desoldering methodologies, cell cost performance, and software architectures for rework systems — demonstrating a rare breadth spanning mechanical, economic, and software dimensions. Work conducted at both the University of Salford and the University of the West of England, Bristol, underpins contributions including compliance devices for close-tolerance assembly and twin-arm manipulator systems. With a career spanning from early multi-arm robot economics in 1983 through to twenty-first century flexible automation, Redford's cumulative impact represents a foundational body of work for students and engineers in intelligent manufacturing.