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About

Ellen Roels is a pioneering researcher at the intersection of soft robotics and advanced materials science, with a particular focus on self-healing polymers and their transformative applications in robotic systems. Her work has fundamentally shaped how the field approaches one of soft robotics' most persistent challenges: damage susceptibility in compliant, flexible systems. Roels has made landmark contributions through her extensive investigation of Diels-Alder polymer networks, demonstrating that soft robots can recover completely from macroscopic damage, significantly extending operational lifetimes. Her highly cited reviews on self-healing polymers for soft robotics (295 and 170 citations respectively) have become essential references for researchers entering the field. Beyond reviews, her experimental work has advanced multi-material actuator design, room-temperature autonomous healing, and the integration of self-healing sensors and resistive heaters into functional robotic systems. More recently, Roels has expanded her research toward sustainability, developing castor oil-based elastomers that are simultaneously self-healing, recyclable, and degradable. Her contributions to additive manufacturing techniques for self-healing robots further demonstrate her commitment to practical fabrication solutions. With over 840 cumulative citations across her body of work, Roels stands as one of the most influential early-career voices driving the future of resilient, sustainable soft robotics.