Isabelle Nadeau

Papers

Total Citations

126

H-Index

About

Isabelle Nadeau’s research bridges the worlds of assistive robotics and innovative mechanical design, with a focus on creating robots that are both functional and accessible. Her most influential work, “Characteristics of mobile robotic toys for children with pervasive developmental disorders” (65 citations), explores how robotic toys can support social and communication development in children with PDD, laying groundwork for therapeutic human-robot interaction. Nadeau is also a key figure in omnidirectional mobile robotics, having co-developed the AZIMUT wheel—a novel concept that enables four-steered wheeled robots to achieve non-holonomic, omnidirectional motion. Her papers “Design and Control of a Four Steered Wheeled Mobile Robot” (47 citations) and related kinematical analyses detail the mechanics and control of the AZIMUT-2 platform, demonstrating how unconventional steering-axis placement can enhance maneuverability in complex environments. Further work on elastic locomotion (6 citations) extends these principles to adaptive, terrain-responsive movement. With over 120 combined citations, Nadeau’s contributions are notable for their dual impact: advancing robotic mobility and applying robotics to developmental support. Her innovative wheel design and human-centered applications continue to inspire engineers and therapists alike.