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About

Dianne Pawluk is a leading researcher in haptic and tactile sensing, with a career dedicated to bridging human touch perception with robotic and assistive technologies. Her foundational work, including the highly cited “Lessons From the Study of Biological Touch for Robotic Tactile Sensing” (26 citations) and its companion on haptic sensing (16 citations), has shaped how engineers draw inspiration from biological systems to design more effective robotic touch sensors. These contributions remain essential reading for those exploring the intersection of neuroscience and robotics. More recently, Pawluk has focused on accessibility, notably through the “Design of a ‘Cobot Tactile Display’ for Accessing Virtual Diagrams by Blind and Visually Impaired Users” (7 citations). This low-cost, mobile device leverages robotic assistance to help visually impaired users interact with graphical information, addressing a critical barrier in digital access. She has also innovated in computing education, developing kinesthetic feedback systems to help students understand program execution (3 citations). Pawluk’s work demonstrates a powerful commitment to translating insights from human touch into tangible, inclusive technologies—impacting both robotic design and the lives of users with visual impairments.