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About

Dr. Toan Dinh is a leading researcher in soft robotics and advanced materials, specializing in hydrogel actuators, electronic skin (e-skin), and flexible pressure sensors. His most impactful work includes the development of strong, ultrafast, and reprogrammable hydrogel actuators with muscle-mimetic aligned fibrous structures, a breakthrough that addresses critical limitations in mechanical robustness and shape reconfigurability for biomedical and soft robotic applications (82 citations). Dr. Dinh has also pioneered multimodal e-skin systems capable of simultaneous pressure and temperature sensing, enabling in situ robotic applications with enhanced environmental awareness (67 citations). His contributions extend to ultra-sensitive self-powered position-sensitive detectors based on novel 3C-SiC/Si heterostructures and low-cost, solvent-free graphite-on-paper pressure sensors for robot grippers, demonstrating a commitment to accessible, scalable fabrication. With over 250 total citations across his most-cited works, Dr. Dinh’s research bridges fundamental material science and practical device engineering, offering transformative solutions for health monitoring, human-machine interfaces, and soft robotics. His work continues to inspire innovations in adaptive, intelligent soft systems.