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Explore the latest technologies and business models that are changing financial services. Offering study pathways for graduates from IT, finance, and other backgrounds. Disrupt banking and finance. Advance the industry and stay relevant.

Explore contemporary approaches to preventing cyber crime in Australia and across the world. You’ll establish the fundamentals of cyber security and get to know digital forensics. Learn through the lens of the criminal justice system.

Combine a knowledge of the criminal justice system with ICT problem solving in this double degree. You’ll unlock careers in cybercrime detection and prevention, intelligence, and law enforcement. Topics range from criminology to coding.

Explore today’s tech that enables transparent information sharing. After covering the basics of blockchain you’ll delve into real-world applications like FinTech and NFTs. Think about distributed ledger technology and its risks and opportunities.

Get to know businesses’ information security needs. You’ll study cyber security concepts and standards, and digital forensic techniques to detect and prevent attacks. Gain insight into IT governance and policy—protect privacy, maintain confidentiality.

Start with programming fundamentals then explore advanced elective topics. Majors include data science and software development. Includes industry-based work integrated learning. Focus your honours year on a detailed study of your research problem.

Develop the technical skills needed to help large organisations operate smoothly. Nail the essentials such as programming and cyber security. Then discover how to manage enterprise systems, problem solve issues and make the best strategic decisions.

Become a critical thinker in ICT, using research skills to analyse complex scenarios in the workforce. Move beyond a computer science “doer” and become an orchestrator. Learn how to run large ICT projects in a professional setting. 

Hone skills in working with complex data sets – combining biology, computer science and information engineering. Work on a project under the eyes of an industry professional. Make workplace connections. Become a bioinformatition or informatician.

Broaden your appreciation of the communicative power of the world wide web. Punctuate your ongoing digital communication studies with an in-depth research project. Place an emphasis on creativity in digital writing, design and interaction practices.