Felix Bertelsmeier

Papers

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About

Felix Bertelsmeier is a researcher specializing in advanced manufacturing automation, with a particular focus on metrology-assisted robotic assembly systems for aerospace applications. His work addresses one of the most persistent challenges in large-scale aircraft production: the compensation of geometric deformations in thin-walled components such as fuselage shells, which naturally distort under gravitational forces before and during assembly. Bertelsmeier's most influential contribution, "Metrology Assisted Assembly of Airplane Structure Elements" (2014, 17 citations), introduced a framework combining real-time measurement systems with force-controlled robotic manipulation to detect and correct component deformations dynamically. Building on this, his research into self-optimizing control strategies demonstrated that robotic assembly systems could adapt intelligently to component-specific deformation profiles that cannot be predicted in advance — a significant step beyond conventional automated systems. His 2017 work on cooperating robot force control further refined multi-robot coordination for handling delicate aerospace structures. Collectively, his publications highlight a coherent research vision: replacing rigid, expensive assembly jigs in aircraft manufacturing with flexible, intelligent robotic systems capable of real-time geometric correction. With over 35 cumulative citations, Bertelsmeier's contributions offer valuable insights for researchers working at the intersection of precision metrology, robotics, and aerospace manufacturing engineering.