Bernadett Kiss

Max Planck Institute for Intelligent Systems

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About

Bernadett Kiss is a pioneering researcher in bio-inspired robotics, focusing on legged locomotion and the mechanics of human and animal movement. Her key research areas include the design and control of bipedal robots, particularly the role of tendon-driven systems and adaptive feet in achieving efficient, natural walking. Kiss’s major contribution is demonstrating how the gastrocnemius and soleus muscles, acting as spring-tendons, can power fast, human-like walking in bipedal robots, as shown in her 2022 paper (10 citations). This work highlights the impulsive ankle push-off mechanism, which enhances energy efficiency and swing leg dynamics. Additionally, her 2023 study on multi-segmented adaptive feet (7 citations) explores how flexible, animal-inspired foot structures enable robots to traverse natural terrain with greater agility and stability, reducing reliance on complex controllers. Kiss’s research bridges biomechanics and robotics, offering insights for prosthetics and autonomous systems. Her innovative approach to integrating biological principles into robotic design has earned recognition for advancing the field of legged locomotion.