Deborah Ajilo

Massachusetts Institute of Technology, University of Alberta

Papers

Total Citations

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About

Deborah Ajilo is a pioneer in the emerging field of on-body robotics, where her work blurs the line between wearable technology and autonomous systems. Her most influential contribution is the development of **Rovables** (2016, 79 citations), a groundbreaking system of miniature, untethered robots that can freely climb and navigate unmodified clothing using magnetic wheels. This innovation introduced the concept of "wearable robots" that are not merely passive sensors but active, mobile agents capable of reconfiguring themselves on the body. Beyond this, Ajilo has advanced educational robotics through her work on the **Distributed Robot Garden System** (2015), a multi-robot platform designed to teach computational thinking and programming logic in an engaging, hands-on manner. Her research sits at the intersection of human-computer interaction, distributed systems, and robotics, exploring how small, mobile machines can augment human capabilities in dynamic, everyday environments. By demonstrating that robots can operate directly on the human body without restrictive infrastructure, Ajilo has opened new avenues for interactive clothing, assistive technologies, and ambient intelligence. Her work continues to inspire researchers in both robotics and wearable computing.