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About

Andreas Hartmann is a leading figure in the field of pneumatic robotics, with a primary focus on the control and application of pneumatic artificial muscles. His research centers on overcoming the inherent nonlinearities of these high-power, high-tension actuators to enable precise robotic movement. Hartmann’s major contributions include the development of innovative control architectures, most notably the cascaded control concept for robots driven by multiple pneumatic muscles, as demonstrated in his 2005 work on a two-degree-of-freedom robot (89 citations). He has also pioneered the use of flatness-based design for tracking control, providing a robust solution for managing the complex dynamics of these actuators (62 citations). His work has been foundational in establishing pneumatic muscles as viable, durable, and powerful alternatives to traditional electric motors in robotics. With a cumulative citation count exceeding 180 for his most influential papers, Hartmann’s research has significantly advanced the practical implementation of soft and compliant robotic systems, making him a key reference for engineers and researchers in the field of bio-inspired actuation.