Gabrielle Ohlson

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About

Gabrielle Ohlson is a leading researcher at the intersection of soft robotics and advanced textile manufacturing. Her work focuses on leveraging 3D knitting to create programmable, compliant actuators and sensors, fundamentally rethinking how soft robots are fabricated. Ohlson’s major contribution lies in demonstrating that complex, pneumatic soft robots can be additively manufactured from a single yarn, eliminating the need for multi-step molding or assembly. Her landmark 2023 paper, “3D Knitting for Pneumatic Soft Robotics,” published in *Advanced Functional Materials* and already garnering 87 citations, showcases how varying stitch patterns can produce intricate, multi-directional bending and extension motions. This work, co-led with Robert J. Wood and Vanessa Sanchez, proves that machine knitting can generate entire robotic structures with tunable stiffness and embedded channels for actuation. Ohlson’s approach dramatically simplifies production, reduces waste, and opens the door to scalable, textile-based robots that are lightweight, durable, and inherently safe for human interaction. Her research is pivotal for applications in wearable assistive devices, grippers for delicate objects, and robots for unstructured environments, establishing her as a key innovator in the emerging field of functional knitted textiles.