Papers
5
Total Citations
126
H-Index
5
About
Manuel Fechter’s research lies at the intersection of human-robot collaboration (HRC), assembly system design, and workplace safety in manufacturing. His work addresses the critical challenge of integrating robots into flexible production environments without sacrificing safety or efficiency. Fechter’s most influential contributions include developing integrated risk assessment frameworks for HRC workplaces—cited over 40 times—which provide systematic methods to evaluate and mitigate hazards during the design phase. He also pioneered an integrated approach to process planning and resource allocation for collaborative robot workplaces, enabling assembly planners to explore a broader design space and avoid suboptimal configurations. His axiomatic design approach for flexibly linked assembly layouts, with 23 citations, offers a structured methodology to allocate complex tasks to process modules, enhancing system changeability amid market fluctuations. Fechter further advanced safe automation through the development of a balanced decoupling unit for screwdriving in human-robot cooperation, ensuring process reliability while meeting stringent safety standards. His work is foundational for engineers seeking to design adaptive, safe, and efficient collaborative manufacturing systems.
Research Focus
Key Achievements
Top Papers
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- 4Robots as enablers for changeability in assembly applications13 citations · 2015
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