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About

Thomas Spengler is a leading figure in production and logistics management, whose research bridges the critical gap between human ergonomics and industrial automation. His work focuses on the configuration and balancing of assembly lines, with a particular emphasis on integrating collaborative robots (cobots) and exoskeletons to harmonize economic efficiency with worker well-being. Spengler’s most influential contribution is the development of cost-oriented models for assembly line balancing with cobots, a topic that has garnered over 160 citations for his seminal 2019 paper. He has also pioneered research into the redundant configuration of automated flow lines, using “Industry 4.0” technologies to mitigate stochastic failures and ensure robust operations in high-stakes environments like automotive body shops. By addressing the physical limitations of human workers and the reliability of robotic systems, Spengler’s work provides actionable frameworks for modern manufacturing. His 2022 study on harmonizing ergonomics and economics further cements his impact, showing how cobots and exoskeletons can reduce strain while maintaining productivity. With a citation count exceeding 380, Spengler’s research is essential reading for anyone interested in the future of human-robot collaboration, sustainable automation, and resilient production systems.