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About

Cornelius Schilling is a pioneering researcher in biomechatronics and biomimetic robotics, whose work bridges the gap between biological principles and engineering design. His research focuses on functional morphology, modular robotics, and climbing locomotion, with a particular emphasis on how biological systems can inspire more effective robotic structures. Schilling’s most influential work, “Biomimetic robotics should be based on functional morphology” (2004, 36 citations), argues that true robotic advancement requires understanding biological form and function, not just anthropomorphic mimicry. He developed the “Raupi” modular climbing robot (2009, 18 citations), which innovatively uses trunk-driven locomotion inspired by biological climbers, enabling navigation on pipe-like structures. Schilling also introduced the concept of technomorphic modeling for biological joints (2000, 11 citations) and critically distinguished biomechatronics from biomimetics (2013, 5 citations), emphasizing functional integration over simple copying. His contributions to quadruped locomotion (2018) further explore mammal-like robotic movement. Through his modular designs and adhesion technologies, Schilling has advanced the field of climbing robotics, demonstrating how biological insights can solve real-world engineering challenges. His work remains essential reading for researchers interested in biologically inspired robotics and functional morphology.