Jure Hudoklin

Papers

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About

Jure Hudoklin is a robotics researcher whose work focuses on the intersection of soft robotics, actuation, and industrial gripping. He is best known for his contributions to the development of variable stiffness robotic hands, where he proposed an innovative design driven by twisted-coiled polymer actuators (TCAs) connected in series with a servomotor. This approach, detailed in his 2022 paper (24 citations), overcomes the slow actuation speed of conventional TCA systems by using the servomotor for rapid grasping motion, marking a significant step forward in dexterous, adaptive manipulation. Hudoklin has also made notable advances in the modeling of vacuum suction grippers, introducing a computationally efficient method that accurately predicts load-carrying capability while enabling real-time simulation. His 2022 paper on this topic (17 citations) provides a robust model for evaluating sealing and contact geometry between suction cups and curved surfaces, offering practical tools for industrial automation and virtual prototyping. Through these contributions, Hudoklin is shaping the future of robotic grasping and end-effector design, bridging the gap between soft actuation and real-world application.