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About

Terrence J. Stobbe is an industrial safety and human factors researcher whose work has made meaningful contributions to the understanding of human-robot interaction in industrial environments. His research focuses primarily on robot safety, human performance, and the ergonomic design of human-robot systems — areas of critical importance as automation became increasingly prevalent in manufacturing settings during the late 1980s and 1990s. Stobbe's most influential work, a 1995 review of experimental studies on human-robot system situations (cited 20 times), synthesized accident literature to identify programming and maintenance tasks — performed within a robot's operating envelope — as the highest-risk scenarios workers face. This insight carried significant implications for workplace safety standards and robot station design. Complementing this, his earlier experimental research examined how environmental factors affect human response to unexpected robot motion, ultimately contributing to the determination of safe slow-speed thresholds for intervention tasks near industrial robots. His 1991 study on safe robot motion speeds offered practical, empirically grounded guidance for engineers and safety professionals. Through his applied human factors approach, Stobbe helped bridge the gap between robotics engineering and worker protection, laying conceptual groundwork that remains relevant as collaborative robotics continues to evolve.