Fraser Anderson

Autodesk (Canada), University of Alberta

Papers

Total Citations

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About

Fraser Anderson is a researcher whose work sits at the intersection of human-computer interaction, expressive robotics, and therapeutic technology. His primary research areas include designing intuitive interfaces for controlling complex robotic systems and exploring novel applications of virtual reality for therapeutic interventions. Anderson's most notable contribution is the "Geppetto" system (2019, 56 citations), an interactive, data-driven platform that dramatically simplifies the process of editing expressive robot behaviors. By replacing unintuitive control parameters with a user-friendly interface, this work has significant implications for fields ranging from industrial robotics to entertainment, making sophisticated robot expressiveness accessible to non-experts. Earlier in his career, Anderson explored the therapeutic potential of virtual environments with his work on "Virtual equine assisted therapy" (2010, 9 citations). This pioneering research demonstrated how immersive simulations could replicate the physical and psychological benefits of equine therapy for individuals with disabilities, including improved attention, motivation, and communication skills. By bridging the gap between complex technical systems and human needs, Anderson's work continues to shape how we interact with and benefit from emerging technologies.