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About

David R. Strip is a pioneering researcher in robotic mechanical assembly, automated manufacturing, and solid modeling. His most influential work centers on developing force-directed insertion techniques and passive mechanisms for robotic assembly, enabling the precise insertion of convex pegs—a fundamental challenge in flexible manufacturing. His 2003 paper on passive insertion mechanisms (27 citations) and his 1988 work on force-directed insertions (17 citations) laid critical groundwork for robotic primitives that allow robots to handle varied part shapes without extensive reprogramming. Strip also made significant contributions to automating assembly programming through the Archimedes system, which generated robot programs directly from CAD models, addressing the unrealized potential for flexibility in batch manufacturing. Additionally, he explored solid modeling on massively parallel processors, advancing computational efficiency for CAD and simulation. His research has been cited over 65 times, reflecting its lasting impact on robotics and manufacturing automation. Strip’s work remains essential for students and engineers seeking to understand the integration of sensing, control, and computation in intelligent manufacturing systems.