Samantha Fong

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About

Dr. Samantha Fong is a leading innovator in the field of soft robotics, with a particular focus on bio-inspired locomotion and actuation. Her research centers on developing lightweight, high-power actuation systems—specifically artificial muscles—to enable dynamic behaviors like jumping in soft robots. In her seminal 2022 work, "Power Amplification for Jumping Soft Robots Actuated by Artificial Muscles," Dr. Fong tackled the fundamental challenge of achieving explosive motion in mesoscale soft robots, which must remain compact and lightweight. Her contributions have been pivotal in demonstrating how soft materials can not only passively adapt to constrained environments but also actively perform high-impact maneuvers, a critical step toward robots that can navigate rubble or disaster zones. With 17 citations in a short time, her work is rapidly gaining traction. Dr. Fong’s achievements include developing novel power amplification mechanisms that bridge the gap between soft material compliance and the need for forceful, rapid actions, positioning her as a rising star in the next generation of soft robotics engineering.