Our school is leading education and research in secure and people-friendly technologies that benefit our increasingly connected and data-rich world.
Technologies, such as machine learning, artificial intelligence and human-machine interfaces, are vital for businesses and communities to thrive. Our work revolves around the need for computer-based solutions that are secure, effective and people-orientated.
We're home to research groups that deliver industry and community-based solutions in human-computer interaction, information security and data science.
Our research
In an increasingly complex and fast moving world, the School of Computer Science conducts fundamental and applied research into helping people with differing abilities interact effectively with data, keeping data secure, transferring and storing data efficiently, and analysing data to produce new insights.
Our major research partners include:
- the Cyber Security Cooperative Research Centre
- the Centre for Data Science
- the Centre of Excellence for the Digital Child
- Games Research and Interaction Design Lab
- Trusted Networks Lab
- Inclusive Technologies for People of Diverse Cognitive Abilities
- Ecosounds
- Acoustic Observatory
- Open Ecoacoustics
- Digital Wellbeing Lab
- numerous individual research projects with a variety of academic and industrial organisations.
Knowledge gained from our research projects also informs our undergraduate and postgraduate teaching courses.
Academic and postdoctoral researchers within the school undertake research projects funded by the Australian Research Council, Cooperative Research Centres and government and industry partners.
Research interests include eco-acoustics, enterprise system software re-engineering, interfaces for users with special needs, geodetic data analytics, human-computer interaction psychology, trusted data sharing in distributed networks, natural language processing, large-scale data analytics, text mining, cryptography, immersive technologies, bioinformatics, parallel programming, secure networking, software security, and wearable technologies.
Learning and teaching experience
Study computer science to develop expertise in software development, networked systems, information security, intelligent systems, user experience and more.
With its central city campus at Gardens Point, QUT has been the leading provider of information technology education in Brisbane for many years. The School of Computer Science offers undergraduate courses in information technology, data science and games and interactive environments, as well as Masters level degrees and Doctoral research projects. It has a strong emphasis on practical and applied technologies. Undergraduate IT students all undertake final-year projects with one of the school's numerous industry partners.
Our staff
- Position
- Emeritus Professor
- Division / Faculty
- School of Computer Science
- Research field
- Data management and data science
- w.caelli@qut.edu.au
Our research partnerships
We're working with you to find solutions to your problems. Reach result through a collaborative partnership with our experienced research experts who make active contributions to their fields.
News and events
$2.8M project to reduce cotton industry’s greenhouse gas emissions
A project to reduce greenhouse gas emissions from cotton production systems to enable Australia to be the preferred international supplier of low emissions fibre has received $1,985,000 from the Australian Government’s Climate-Smart Agriculture Program Partnerships and Innovation Grants Round and $800,000 from the Cotton Research and Development Corporation (CRDC).
Dr Katrina Wruck named 2025 Young Australian of the Year for Queensland
Dr Katrina Wruck, QUT research fellow in industrial chemistry and lecturer in the School of Chemistry and Physics with a passion for making the world a greener place has been named the 2025 Young Australian of the Year for Queensland.
Machine learning aids rapid advancement of a high-resolution 3D printing technology
QUT biomedical engineers have developed a new automated method to drastically advance melt electrowriting, a new, high-resolution 3D printing technology used in tissue engineering and regenerative medicine.
Contact us
Contact the School of Computer Science for more information on our courses, research and staff.