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About

Annan Mozeika is a robotics researcher whose work sits at the intersection of soft robotics, granular mechanics, and bio-inspired design. He is best known for his foundational contributions to jamming-based robotics, a paradigm that exploits the phase-transition properties of granular materials to create flexible, adaptable robotic systems. His most celebrated work, the universal robotic gripper based on granular jamming, has accumulated over 1,550 citations and fundamentally reshaped how researchers approach robotic grasping — demonstrating that a simple, compliant membrane filled with granular material could outperform complex multi-fingered designs when handling objects of arbitrary shape. Mozeika also pioneered Jamming Skin Enabled Locomotion (JSEL), introducing the concept of "activators" rather than traditional actuators to enable soft, morphing mobile robots capable of traversing challenging terrain. His research on pneumatic energy sources for wearable and autonomous soft robots (278 citations) further extended this field toward practical deployment. Beyond robotics, Mozeika has explored morphogenetic computational models to guide adaptive structural design. Collectively, his work has helped establish granular jamming as a cornerstone technology in modern soft robotics, influencing both academic research and real-world robotic applications.