Federica Iberite

Papers

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About

Federica Iberite is a pioneering researcher at the intersection of bioinspired soft robotics and tissue engineering, with a focus on creating functional biohybrid systems. Her work centers on developing novel fabrication techniques for monolithic, functionally graded hydrogels that mimic the hierarchical architecture of biological tissues, enabling soft robots with enhanced motility and adaptability. Iberite’s major contributions include the design of a three-dimensional hydrogel platform for bioinspired soft robots, which integrates gradient properties to replicate natural tissue mechanics—a breakthrough with 19 citations that underscores its foundational impact. She has also advanced skeletal muscle tissue engineering by engineering a soft perfusable device for culturing 3D muscle constructs in air, achieving 6 citations for its potential in both regenerative medicine and muscle-powered biorobotics. Additionally, her exploration of biohybrid microrobots demonstrates her commitment to merging biological and synthetic components for microscale applications. Iberite’s work is notable for its interdisciplinary approach, bridging materials science, robotics, and biology to create adaptive, life-like systems. Her research not only pushes the boundaries of soft robotics but also offers scalable solutions for tissue engineering, making her a rising leader in the field.