Michael S. H. Boutilier

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About

Michael S. H. Boutilier is a rising leader in the intersection of soft robotics, nanomaterials, and tactile sensing. His research focuses on engineering bio-inspired surfaces and sensors that enable robots to interact with the physical world with unprecedented dexterity and sensitivity. A major contribution is his work on electrostatically controlled adhesion, where he developed soft nanocomposite surfaces that allow robotic grippers to switch between strong grip and instant release—a critical capability for dexterous manipulation and locomotion. His most-cited paper (2020, 23 citations) explores the limiting mechanisms and scaling of these adhesive surfaces, laying a foundation for next-generation robotic gripping. More recently, Boutilier has advanced tactile sensing by creating low-profile, large-range compressive strain sensors using micromanufactured carbon nanotube micropillar arrays (2023, 6 citations). This work aims to replicate the nuanced touch of human hands, with applications in intelligent manufacturing and biomedical technology. By combining fundamental materials science with practical robotic systems, Boutilier is shaping how robots perceive and interact with their environment, making his research essential for students and engineers working in soft robotics and sensor design.