J. Stelter

Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR)

Papers

Total Citations

141

H-Index

About

J. Stelter is a pioneering figure in industrial robotics, best known for advancing flexible robot assembly through multi-sensory integration. Their key research areas include sensor-based robotic control, human-robot interaction, and automated visual inspection for manufacturing. Stelter’s most influential work, "Flexible robot-assembly using a multi-sensory approach" (2002, 86 citations), established a framework for combining tactile, force, and vision sensors to enhance robotic adaptability in complex tasks—a foundational contribution to modern flexible manufacturing. This work directly enabled their later collaboration with KUKA Robotics, documented in "The DLR-KUKA Success Story" (2005, 50 citations), which details the landmark technology transfer from the German Aerospace Center to industry, revolutionizing collaborative robotics with safe, sensor-rich human-robot interaction. Stelter also developed adaptive visual inspection systems for automotive manufacturing, as shown in their 2003 paper (5 citations), demonstrating practical applications for engine compartment and weld seam inspection. With over 140 total citations, Stelter’s research bridges academic innovation and industrial deployment, making them a key architect of the sensor-driven, flexible robotic systems that define modern automation.