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About

Joost Brancart is a pioneering researcher at the intersection of soft robotics and self-healing polymer science, whose work has fundamentally advanced how autonomous robotic systems recover from damage. Best known for his landmark 2017 paper "Self-Healing Soft Pneumatic Robots," which has accumulated over 530 citations, Brancart demonstrated that flexible robotic systems constructed from self-healing elastomers — particularly Diels-Alder polymer networks — could autonomously recover from macroscopic damage, dramatically extending operational lifetimes in unpredictable environments. His research tackles a critical vulnerability in soft robotics: while compliant, soft-bodied robots excel in human-robot interaction and unstructured settings, they remain susceptible to punctures and mechanical failure. Brancart's contributions span material synthesis, additive manufacturing techniques, multi-material interface bonding, and room-temperature autonomous healing, forming a comprehensive framework for durable soft robotic design. His 2021 review papers, together attracting nearly 500 citations, have become essential references in the field. More recently, he has extended this vision toward sustainability, developing castor oil-based recyclable elastomers and biologically inspired self-healing sensors. With contributions to the 2022 Soft Robotics Roadmap and over 1,400 cumulative citations, Brancart stands as a defining voice shaping the future of resilient, sustainable soft robotic systems.