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About

Cristina Nuevo-Gallardo is a pioneering researcher in the field of bio-inspired soft robotics and microswimming systems, with a focus on ionic polymer-metal composites (IPMCs) and fractional order control. Her work centers on modeling and controlling artificial eukaryotic flagellum (AEF) swimming robots, addressing the fundamental challenge of propulsion at low Reynolds numbers—a regime where viscous forces dominate. Her major contributions include the development of distributed actuation strategies for IPMC-based robots, which leverage these electrically responsive materials to achieve precise bending deformations under low voltages, making them ideal for microrobotics and bioengineering applications. Notably, her 2022 paper on "Modeling and Control of IPMC-Based Artificial Eukaryotic Flagellum Swimming Robot" has garnered 9 citations, while her 2019 study on "Improved Locomotion of an AEF Swimming Robot Using Fractional Order Control" earned 7 citations, demonstrating the impact of her innovative control approaches. She has also advanced hardware-in-the-loop testing methodologies, bridging simulations with real-world experiments, as seen in her 2020 performance study. Her recent 2025 work on event-based closed-loop control for Purcell’s three-link swimmers showcases her ongoing commitment to enhancing path-following precision in microswimmers. Through her research, Nuevo-Gallardo is driving progress in soft robotics and autonomous microrobotic systems.