Thomas Lens
Papers
12
Total Citations
309
H-Index
9
About
Thomas Lens is a robotics researcher whose work centers on safe human-robot interaction, compliant actuation systems, and biologically inspired robot design. He is best known for his pivotal contributions to the development of the BioRob manipulator, a lightweight, tendon-driven robot arm that integrates series elastic actuation to achieve inherently safe behavior during physical contact with humans — a critical challenge in service robotics. His 2012 and 2013 papers on BioRob's safety analysis and dynamics modeling have together garnered over 130 citations, reflecting their significant influence on the field of compliant robot design. Beyond manipulator safety, Lens has advanced the understanding of musculoskeletal robotics through his detailed modeling of biarticular and monoarticular tendon systems in bipedal platforms such as BioBiped, exploring how biological principles of leg mechanics can reduce control complexity and energy consumption in humanoid robots. His contributions to multibody simulation tools for high-elasticity robots further demonstrate his commitment to bridging theoretical modeling with practical implementation. With a body of work spanning actuator dynamics, collision behavior analysis, and bio-inspired locomotion, Lens has established himself as a meaningful contributor to the growing field of safe, agile, and human-centered robotics.
Research Focus
Key Achievements
Top Papers
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- 7Dynamic modeling of elastic tendon actuators with tendon slackening15 citations · 2012
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