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About

Kathrin Nuelle is a leading researcher in the emerging field of parallel-continuum robotics, where she masterfully blends the compliance and slenderness of continuum structures with the precision and strength of rigid-link parallel robots. Her most influential work introduces a novel tendon-actuated planar parallel continuum robot (PCR), for which she derived complex kinematic models and validated them through calibration and evaluation (44 citations). Nuelle’s contributions are foundational; she co-authored the first comprehensive survey on parallel-continuum robots (36 citations), establishing a taxonomy and roadmap for this nascent subfield. Beyond continuum mechanisms, her research spans medical and service robotics. She developed a bone-attached parallel robot optimized for skull surgery, achieving high experimental accuracy (33 citations), and created a holistic, model-free approach for door opening and traversal using an impedance-controlled mobile manipulator (28 citations). Her work on low-cost force sensing for mobile manipulators further demonstrates a commitment to practical, accessible robotic systems. Through these diverse contributions—from surgical precision to autonomous interaction—Nuelle has established herself as a key architect of next-generation robotic systems that are both flexible and capable.