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About

Canberk Sozer is a leading researcher at the intersection of soft robotics and continuum manipulators, focusing on solving the fundamental tension between flexibility and controllability in medical and interventional devices. His work centers on variable stiffness structures, pressure-driven actuation, and shape reconstruction—critical for enabling soft robots to safely navigate dynamic, unstructured environments while maintaining predictable force output. Sozer’s most cited paper, “Shape Reconstruction Processes for Interventional Application Devices” (2021, 28 citations), provides a comprehensive state-of-the-art review that has become a key reference for researchers developing next-generation surgical tools. He has also pioneered novel robotic modules that integrate rigid, compliant, and soft components with proprioceptive sensing and variable stiffness joints (2023, 14 citations), and introduced a pressure-controlled revolute joint that achieves variable stiffness without complex control systems (2021, 14 citations). His early work on friction manipulation and motor–tendon actuation for soft robot locomotion (2016) laid groundwork for energy-efficient, shape-changing robots for rescue operations. With growing citation impact and a clear trajectory toward clinically translatable soft robotic systems, Sozer is shaping the future of safe, adaptable medical robotics.