Felix Breitenecker

Institute for Scientific Analysis, TU Wien

Papers

Total Citations

H-Index

About

Felix Breitenecker is a distinguished researcher in the fields of mechatronic systems modeling, simulation methodology, and control theory. His work focuses on bridging the gap between complex physical systems and their digital representations, particularly through implicit model descriptions and advanced simulation strategies. A key contribution is his analysis of how simulation systems—such as MATLAB—handle the inherent challenges of modeling mechatronic devices, exemplified in his work on the ARGESIM Benchmark C11 'SCARA Robot' with extended trajectory tracking control. This benchmark study, though modest in citation count (2), provides a foundational framework for comparing simulation approaches in robotics. Additionally, his earlier research on optimal feedback control for robots (1989) laid groundwork for efficient trajectory planning and real-time control in automated systems. Breitenecker's impact is seen in his methodological contributions to simulation education and benchmark development, which have influenced both academic research and industrial applications in Austria and beyond. His career reflects a sustained commitment to advancing the theoretical and practical tools needed to model and control increasingly complex mechatronic and robotic systems.