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About

Annika Mayer is a leading researcher in the field of continuum and soft robotics, with a particular focus on the modeling, control, and human-robot interaction of flexible, continuously bending manipulators. Her work addresses the fundamental challenge of controlling robots with infinite kinematic degrees of freedom, introducing a variable curvature modeling approach that has become a cornerstone reference in the field, accumulating 43 citations. Mayer’s major contributions include pioneering demonstration-based programming methods for collaborative continuum robots, enabling operators to intuitively teach multi-point trajectories through haptic interfaces. She has also advanced the theoretical foundations of continuum robotics through singularity and workspace analysis for modular designs, and developed sophisticated control strategies such as model-based cascaded control and model-predictive force control that guarantee maximum force limits in compliant environments. Her work on the Bionic Motion Robot—a pneumatically driven quasi-continuum manipulator—showcases her ability to translate theoretical models into practical, safe, and collaborative robotic systems. With a career spanning over a decade, Mayer’s research continues to shape the future of human-robot collaboration, making soft, compliant robots more accessible, controllable, and safe for real-world applications.