Sebastian Feldmann
Papers
1
Total Citations
2
H-Index
1
About
Sebastian Feldmann’s research lies at the intersection of humanoid robotics, biomimetic actuation, and lightweight mechanical design. His most cited work, “Simulation of a cable-driven actuation concept for a humanoid robot prototype” (2014), investigates the feasibility of cable-driven actuators integrated with the skeleton of the HUMECH humanoid—a platform designed to emulate human movement efficiency. By modeling the system in Dymola, Feldmann demonstrated how tendon-like cables can replace traditional rigid actuators, enabling smoother, more natural motion while reducing overall robot weight. This contribution is foundational for developing safer, more energy-efficient humanoids capable of interacting closely with humans. Though his citation count is modest, his work represents a critical step in advancing compliant actuation for biorobotic systems. Feldmann’s focus on simulation-driven prototyping and skeletal lightweight structures underscores his commitment to practical, scalable solutions in humanoid robotics. His research continues to inspire engineers seeking to bridge the gap between biological movement and mechanical design.
Research Focus
Key Achievements
Top Papers
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