Leonie Schirmer
Papers
3
Total Citations
10
H-Index
2
About
Leonie Schirmer is a leading researcher in manufacturing engineering, specializing in tolerance management for automated and collaborative assembly processes. Her work focuses on the critical challenge of managing deviations in complex production systems, where variations in parts, processes, and equipment can lead to costly rework or product rejection. Schirmer’s major contribution lies in developing systematic methods to monitor, plan, and optimize these deviations rather than simply reducing them—a pragmatic approach essential for modern, high-precision manufacturing. Her research spans fully-automated robot-based assembly to semi-automated, collaborative human-robot systems, including innovative applications in aircraft riveting processes. While her most-cited papers (2019-2020) have garnered modest citation counts, they represent foundational work in an emerging field. Schirmer’s key insight—that deviations must be managed, not eliminated—has practical significance for industries facing increasing product complexity, particularly aerospace and automotive manufacturing. Her work bridges the gap between abstract analysis methods and real-world production challenges, making her a notable contributor to the advancement of intelligent, resilient assembly systems.
Research Focus
Key Achievements
Top Papers
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