Projects
AI-facilitated AR Handover System for ICU Nurses
This project addresses the challenges in the nurse handover process in critical care settings by designing an integrated solution that leverages immersive and AI technologies. We propose an integrated approach consisting of the following innovative concepts: in-situ augmented reality (AR) overlays, an AI-assisted conversational agent, and a cross-reality collaborative model.
AI-facilitated Brain Tumour Segmentation in Immersive Environments
This project develops an AI-driven system to automate brain tumour segmentation from complex 3D MRI scans, reducing the need for time-consuming and error-prone manual annotation by medical experts. It combines deep learning models with immersive visualisation (e.g., AR/VR), allowing clinicians to interact with and refine tumour predictions directly in 3D space.
Behavioural Skills Training System for Emergency Services Workers
The project tests flexible virtual personas that vary in tone, emotion, and resistance to create adaptive role play. It aims to improve the quality, accessibility, and scalability of simulation training, especially for regional and remote learners. Educators can supervise sessions in real time or review interactions through secure recordings and analytics, strengthening feedback loops.