Summary

This research explores the cognitive and physiological effects of using Augmented Reality (AR) head-mounted displays (HMDs) while walking. As AR technology becomes increasingly integrated into daily life through smart glasses and wearable devices, this project investigates how digital distractions impact pedestrian user experience, situational awareness, and safety.

The study combines theories from human factors and psychology with sensor technology to measure attention, mental workload, and distraction in real-world walking scenarios. By analyzing bio-signals such as gait, eye tracking, and heart rate variability, the research aims to identify when users become critically disengaged from their physical environment due to AR app demands.

Furthermore, this research seeks to inform safer AR design by proposing mitigation strategies that help users maintain essential awareness of their surroundings. The findings will contribute to the development of AR systems that enhance user experience without compromising safety—paving the way for responsible and human-centered AR innovation.

Acknowledgement

This PhD project is funded by Meta Platforms Technologies.

Related Project

Impact of Augmented Reality on Movement and Spatial Navigation

Researcher and Contact

Marko Ritter

Supervisory Team

• • Prof Stephan Lukosch, HIT Lab NZ, University of Canterbury
  • Prof Mark Billinghurst, UniSA
  • Arash Mahnan, Meta Platform Technologies

UC People