Publication
From Affinity to Adoption: Exploring Affinity with Technology, Social Presence, and Intended Future Robot Use
This large sample study used exposure to a humanoid social robot to investigate the relationship between affinity with technology, social presence and future intention to use the robot.

Sharni Konrad
Research Student
Sharni is a PhD candidate in the Discipline of Psychology, Faculty of Health, University of Canberra. Her primary research focus is on examining HRI, with a primary focus on the embodiment and physical design, interaction, contextual, and psychological variables that affect how humans represent and interact with the robotic systems they encounter. In addition to completing a Bachelor of Science in Psychology (Hons), she has HRI-specific research experience conducting both in-person laboratory and real-world evaluations of HRI in social and healthcare contexts.
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Nipuni Wijesinghe
CRL Administrative, Communications & Marketing Coordinator
Nipuni Wijesinghe is a PhD student in the Faculty of Science and Technology at the University of Canberra, with a background in computer science. My research interests are centred around the fields of embodied AI, social presence, and the modulating presence of embodied systems. Through my work, I aim to explore and enhance the interactions between humans and robotic systems, particularly in healthcare settings.
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Janie Busby Grant
Psychology Research Lead
Associate Professor Janie Busby Grant is the Psychology Research Lead at CRL, where her work integrates human-robot interaction and artificial intelligence with a foundation in cognitive psychology and research design. With a strong emphasis on practical applications, Janie brings a reconciliatory approach to interdisciplinary research, particularly in exploring factors influencing human perception of, and engagement with robotic systems.
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Konrad, S., Wijesinghe, N., Roesler, E., & Busby Grant, J. (2026, March). From Affinity to Adoption: Exploring Affinity with Technology, Social Presence, and Intended Future Robot Use. In Companion Proceedings of the 21st ACM/IEEE International Conference on Human-Robot Interaction (pp. 624-628).