Camille Chungyoun

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About

Camille Chungyoun is a rising researcher in robotics and tactile sensing, whose work focuses on advancing dexterous manipulation in complex, cluttered environments. Her key research areas include tactile sensor design, multi-finger grasping, and small object manipulation. Chungyoun’s most notable contribution is her 2023 paper, “Inter-finger Small Object Manipulation With DenseTact Optical Tactile Sensor,” which has already garnered 15 citations—a strong early impact for a recent publication. In this work, she introduced a novel eight-degree-of-freedom gripper equipped with the DenseTact 2.0 optical tactile sensor, enabling precise inter-finger coordination to grasp and manipulate small objects that typically challenge conventional robotic hands. By integrating high-resolution tactile feedback with a flexible gripper architecture, Chungyoun’s approach addresses a critical gap in robotic manipulation: handling objects in tight spaces without visual occlusion. This achievement not only demonstrates her technical ingenuity but also holds promise for applications in manufacturing, surgery, and assistive robotics. As an emerging scholar, Chungyoun’s work is paving the way for more intuitive and reliable robotic interactions with the physical world.