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About

Alona Shagan is a rising leader in sustainable soft robotics, pioneering biodegradable electrohydraulic actuators that promise to transform the field without leaving an environmental footprint. Her landmark 2023 paper, which has already garnered 118 citations, introduces a new class of soft actuators designed to decompose naturally, directly addressing the growing concern of electronic waste from emerging technologies. This work establishes a critical foundation for eco-friendly robots that maintain high performance while prioritizing end-of-life sustainability. Shagan’s research centers on the intersection of soft actuation, wearable robotics, and green materials, with a particular focus on developing compliant, electrically-driven systems for medical and assistive applications. Her 2025 study on soft wearable actuators for wrist tremor suppression—a robotic and virtual testing platform—demonstrates the practical promise of her designs in aiding individuals with movement disorders. By combining rigorous materials science with a visionary commitment to sustainability, Shagan is shaping a future where soft robots are not only dexterous and adaptable but also fully compatible with a circular economy. Her work is essential reading for researchers seeking to innovate responsibly in soft robotics and wearable technology.