Giulia Zarpellon

Institute for Bioengineering of Catalonia

Papers

Total Citations

150

H-Index

About

Giulia Zarpellon is a pioneering researcher at the frontier of biohybrid soft robotics, where she seamlessly merges living biological tissues with synthetic materials to create next-generation robotic systems. Her most impactful work centers on developing "self-stimulating skeletons" for biohybrid soft robots—an innovation that integrates living muscle cells directly into robotic platforms, enabling them to self-actuate and adapt without external power sources. Her seminal 2021 paper on this topic has garnered 144 citations, reflecting its significance in advancing the field of soft robotics. Zarpellon’s research spans bioinspired swimmers, crawlers, and walkers, demonstrating how biological components can imbue robots with remarkable adaptability and efficiency. By bridging the gap between living systems and artificial machines, she has opened new avenues for creating autonomous, environmentally responsive robots. Her work not only pushes the boundaries of robotics but also holds promise for applications in medicine, environmental monitoring, and beyond. Zarpellon’s contributions are shaping the future of biohybrid systems, making her a key figure in this rapidly evolving field.