Augmented Human Operations: Using XR and AI in Remote Challenging Environments
Join our focused PhD research program with UQ, CSIRO and Raytracer, dedicated to advancing Augmented Human Operation through Human-Computer Interaction (HCI), Artificial Intelligence (AI), and Extended Reality (XR). Aligned with Raytracer's mission to enable safe and effective work in challenging and remote environments, this program specifically targets the enhancement of human capabilities using XR and AI technologies. You will work on projects such as CARBON, Raytracer's command and control platform designed for space and remote operations, and Titan Lake, Raytracer's innovative underwater VR simulation technology for astronaut training. This project aim to augment human performance and decision-making in critical missions both on Earth and in space.
The PhD project will be centred on developing and testing technologies that enhance human-machine interaction and collaboration in extreme conditions. The research will include one or more of the following activities: designing immersive, interactive AI systems that support real-time decision-making, developing XR interfaces that improve situational awareness and control, and creating digital twin solutions for remote monitoring and management of critical machines. This research project will allow you to develop a strong expertise in augmenting human operations, directly contributing to advancements in exploration and remote work efficiency.
Eligibility
To be eligible for a scholarship, applicants must be domestic students as per the
Higher Education Support Act at the time of award. Domestic students include:
Australian citizens
Australian permanent residents
a person entitled to stay in Australia, or to enter
and stay in Australia, without any limitation as to time
a New Zealand citizen.
Scholarships are available for students at Honours and all postgraduate levels across Australian universities. Master of Philosophy (MPhil) and Doctor of Philosophy (PhD) scholarship holders must enrol in a full-time degree.
More information available here. Read the program brochure here.