Helen Jiang

Papers

Total Citations

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About

Dr. Helen Jiang is a leading roboticist whose research focuses on the intersection of tactile sensing, manipulation, and dexterous assembly. Her key contributions lie in developing motion primitives and control strategies that enable robots to handle highly deformable objects, such as cables, which present infinite degrees of freedom and frequent occlusion challenges. Her most cited work, "Cable Routing and Assembly using Tactile-driven Motion Primitives" (2023, 36 citations), introduces a novel framework that leverages tactile feedback to perform complex operations like weaving and routing—tasks that have traditionally been extremely difficult for autonomous systems. This work has significant implications for manufacturing, electronics assembly, and surgical robotics. Dr. Jiang’s research is notable for bridging the gap between high-level task planning and low-level sensorimotor control, demonstrating how tactile-driven approaches can overcome the limitations of vision-based systems in occluded or constrained environments. Her achievements have been recognized through invitations to speak at major robotics conferences, and her work continues to inspire new approaches to dexterous manipulation in unstructured settings.