Programme overview
The Doctor of Computing is a research-intensive programme that bridges theory and practice to address critical challenges in computing and information technology. Through advanced coursework and an original doctoral thesis, you will specialise in one or more specific areas of computing, such as artificial intelligence (AI), data science, software engineering, cybersecurity, networking, Internet of Things (IoT), robotics, cloud computing, human-computer interaction, digital forensics, technology-enhanced learning, AI ethics, data sovereignty, and responsible computing. Our diverse faculty expertise ensures strong supervisory support across these and other emerging fields in computing. The programme is designed to foster leadership in the tech industry, supporting research that has high professional and community impact. Graduates will be equipped to drive innovation, influence policy, and contribute to the evolving digital landscape.
Highlights
- Cutting-Edge Research – Investigate contemporary topics in AI, machine learning, cybersecurity, data analytics, and more.
- Industry & Academic Collaboration – Work closely with supervisors, industry leaders, and academic experts.
- Flexible Learning – Study full-time or part-time with a blend of online, seminar-based, and independent research.
- Applied Focus – Conduct research with real-world applications, ensuring practical relevance in professional settings.
- Leadership Development – Gain strategic insights and research expertise to lead digital transformation initiatives.
- Cultural & Ethical Integration – Address computing challenges while incorporating principles of sustainability, innovation, and biculturalism.
Doctoral Study Framework
The programme begins with three advanced courses that develop your research skills before transitioning into the thesis phase:
- Critical Issues in Professional Practice – Conduct a pilot study and explore key challenges in computing.
- Research Development – Design a rigorous research proposal and define the roadmap for your thesis.
- Advanced Scholarly Inquiry – Critically assess existing research to establish the foundation for your study.
- Doctoral Thesis – Undertake original, high-impact research in a specialist area of computing, guided by experienced supervisors and industry leaders.
The programme is delivered through seminars, independent research, and expert-led discussions, ensuring a dynamic and supportive learning environment.
Admission requirements
Domestic students
International students
Courses and timetables
For more details on the courses including timetables, please click on the course names below.
Courses | Credits | Aim |
---|---|---|
Critical Issues in Professional Practice (ISCG1001) | 60.0 credits (0.5 EFTS) | To allow participants to explore theoretical and practical issues in their profession. |
Research Development (ISCG1002) | 30.0 credits (0.25 EFTS) | To enable participants to develop a critical understanding of research in their field of computing and advance their professional research capabilities. |
Advanced Scholarly Inquiry (ISCG1003) | 30.0 credits (0.25 EFTS) | To allow participants to critically engage with the literature/information relevant to their research topics. |