Thomas Bertram

Karlsruhe University of Applied Sciences

Papers

Total Citations

H-Index

About

Thomas Bertram’s research lies at the intersection of industrial robotics, flexible manufacturing, and dynamic system simulation. His work addresses a fundamental challenge in modern production: how to make robotic systems both highly flexible and structurally robust. Bertram’s most cited paper (2023, 6 citations) introduces a modular, reconfigurable simulation environment for evaluating the dynamic behavior of coupled robots performing milling tasks. This framework tackles the inherent stiffness and torque limitations of individual industrial robots by enabling multi-robot coordination—a critical step toward expanding robotic capabilities in precision manufacturing. His earlier work (2021, 5 citations) explores the stable operation of arm-type robots on mobile platforms, proposing ideal geometric configurations to optimize dynamics, space efficiency, and machine reachability in highly individualized production lines. Though early in his citation trajectory, Bertram’s contributions are foundational for next-generation, agile manufacturing systems. His research is particularly notable for bridging simulation fidelity with real-world deployability, offering practical pathways for integrating mobile manipulators into flexible logistics. Bertram’s work is essential reading for engineers and researchers advancing reconfigurable robotics and cooperative manipulation.