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About

David Schiller is pioneering the future of sustainable soft robotics and biodegradable electronics. His research centers on creating high-performance, environmentally friendly materials that can replace conventional, non-renewable components in robotics and electronic devices. Schiller’s most impactful contribution is the development of resilient, entirely degradable gelatin-based biogels for soft robots and electronics, a work that has garnered over 529 citations and laid the foundation for a new class of eco-friendly actuators. He further advanced the field with the creation of ultrafast, small-scale soft electromagnetic robots capable of high-speed locomotion, demonstrating that biodegradable systems need not sacrifice performance. His notable achievements include engineering the first stretchable and biodegradable batteries with high energy and power density, directly addressing the growing electronic waste crisis, and pioneering methods for direct fabrication of electronic circuits on wooden surfaces. With over 948 total citations, Schiller’s work is not only highly cited but also critically shaping the intersection of materials science, robotics, and sustainability, offering a tangible path toward a future where technology is both powerful and planet-friendly.