Research is a key part of what we do at the School of Information Technology. All the staff are active in different IT research areas and undertaken in conjunction with industry, government and community partners located within Australia and internationally. Our Information Technology research projects are backed by highly qualified staff, dedicated research laboratories and a passion to explore a range of challenges, from advanced technologies to cultural issues. Staff are supported in the teaching and research programs by a range of industry specialists and adjunct academics to add technical depth and knowledge breadth to these activities. Please get in touch if you are interested in partnering with us or pursuing a research project as part of a higher degree by research.
School Research Groups
Artificial Intelligence and Computer Vision (AICV) Research Group
The Artificial Intelligence and Computer Vision (AICV) research group is working on a range of topics in Artificial Intelligence and Computer Vision. Artificial Intelligence is about building machines that mimic the human behaviour in analysing data, and in making inferences and decisions. Computer Vision is about interpreting images and videos, whether they are 2D or 3D, RGB or hyperspectral, with the goal to infer and model the properties of the observed world. Our group focuses on fundamental research, combining a range of computational and mathematical domains to solve long-standing problems in artificial intelligence and computer vision. We also undertake translational research, working closely with various industries such as mining, health, defence, food, and environment, to drive innovation in these areas of strategic importance.
Business Information Systems Research Group
The BIS research group at the school of IT is a dynamic and collaborative group dedicated to advancing knowledge at the intersection of business and technology. The group consists of IT academics from diverse backgrounds and research interests. It engages in a wide range of research areas, including Information Systems (IS) and Sustainability, IS and Digital transformation, Digital and social media, Organisational systems and technology, Human Factors in IT and Sustainable Digital Learning in higher education.
The group's research areas are interdisciplinary in nature, which aim to bridge the gap between theoretical concepts and practical applications, striving to improve the efficiency and effectiveness of IS practices. With a shared commitment to addressing real-world challenges such as sustainability issues, the group offers a supportive and inclusive environment where academics collaborate to generate novel IS solutions and promote research and knowledge dissemination.
Cyber Security and computer Networks Research Group
The Cyber Security and Computer Networks Research Group consists of academic and research staff with a diverse range of interests. There is currently a strong focus on the applied areas in IoT, healthcare, AI, agriculture and environment.
Within the area of security; blockchains, data security and privacy preservation are increasingly relevant in the area of IoT and Healthcare. Network protocols, low power wireless networks, traffic modelling and forensics are also applied areas of study that are increasingly relevant within IoT and healthcare. The use of Data Science and AI are crucial in modern intrusion detection and prevention systems and are a topic of interest for many staff.
The Cyber Security and Computer Networks Research Group spans a wide range of potential research areas, from the applied mathematics of cryptography to the security that depends on human factors and the management of cybersecurity within organisations.
eXtended Reality, Visualisation and Simulation (XR-Vis-Sim) Research Group
The eXtended Reality, Visualisation and Simulation Research Group envisions a future where immersive technologies and cutting-edge graphics are seamlessly integrated into our daily lives, transforming how we perceive and interact with the world. Our research spans diverse domains, including augmented reality (AR), mixed reality (MR), virtual reality (VR), computer graphics, human-computer interaction, human and AI teaming, simulation, digital twin, spatial computing, collaborative workspaces, games engines, telepresence, and data visualisation; in diverse industries including agriculture, education, entertainment, health, and mining etc.
Our strength lies in the collective expertise of our members, who bring together a unique blend of skills in computer science, engineering, design, and development. Through collaborative innovation, we strive to push the boundaries of what is possible in extended reality, creating novel experiences, advancing the state of the art, and making XR, Visualisation and Simulation accessible and meaningful for everyone.
Our mission is to pioneer ground-breaking solutions that empower individuals, industries, and society, ultimately shaping a future where XR, Visualisation and Simulation revolutionise the way we learn, work, play, and connect with the world around us.
Our group is committed to advancing XR technologies, encompassing augmented reality (AR), mixed reality (MR), and virtual reality (VR), with a focus on three main research areas:
- Immersive Environments, where we strive to create captivating virtual worlds and seamless XR overlays that redefine how people experience digital content;
- Human-Computer Interaction, where we pioneer novel interfaces, haptic feedback systems, and gesture recognition to enhance user engagement and productivity in XR environments;
- Computer graphics, where we develop state-of-the-art algorithms for real-time rendering and 3D modelling, to enable the creation of highly realistic and interactive XR experiences.