Jessica Banks

Papers

Total Citations

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About

Jessica Banks is a pioneering roboticist whose research centers on force control, tactile sensing, and anthropomorphic manipulation for safe human-robot interaction. Her most influential work, "A Simple and Scalable Force Actuator" (2005, 28 citations), tackles the critical challenge of achieving high-fidelity force control and compliance in compact robotic systems—enabling robots to interact gracefully and safely in unstructured, human-centered environments. This contribution is foundational for developing robots that can navigate delicate tasks and physical collaboration. Earlier, in "Design and Control of an Anthropomorphic Robotic Finger with Multi-point Tactile Sensation" (2001, 25 citations), Banks introduced a planar 2-DOF robotic finger inspired by anatomic consistency and self-containment, creating a prototype tactile sensing platform for advanced manipulation research. Her work bridges mechanical design and control theory, emphasizing adaptability and safety over rigid position control. Though her citation counts reflect a focused, early-career impact, Banks’ innovations in force actuation and tactile sensing have informed subsequent developments in compliant robotics and prosthetics. Her research remains a touchstone for engineers seeking to build robots that work alongside humans with precision and care.