University of Adelaide

What you'll study

This coursework Master's combines advanced technical units with project-based learning to prepare you for contemporary IT roles. You will study a mix of core and elective subjects grouped around software engineering, data and analytics, human-centred computing and systems innovation.

• Core topics typically include advanced programming and software engineering, data management and modelling, algorithms and system design, and professional practice in IT.
• Electives and specialised topics commonly cover machine learning and artificial intelligence, cloud and distributed systems, cybersecurity fundamentals, user experience and interaction design, Internet of Things, and enterprise information systems.
• Capstone or project elements feature an industry-informed project or research-led project where you apply design, development and evaluation methods to a realistic problem. Projects are often team-based and emphasise delivering deployable solutions or prototypes.
• Learning approach combines lectures and tutorials with hands-on labs, coding practicums, group design sprints and professional communication exercises. Assessments include coding assignments, design portfolios, reports and a major project deliverable.

Entry requirements

Typical entry requires a bachelor's degree in computer science, information technology or a closely related discipline. Applicants with degrees in other fields may be considered if they can demonstrate substantial prior learning or professional experience in programming, systems development or IT practice.

• A competitive academic record at undergraduate level is expected. Specific grade or GPA requirements are determined by the University and may vary by applicant background.
• Applicants without a formal computing degree may be asked to complete prerequisite bridging units to address foundational topics such as programming and data structures.
• International applicants must meet the University’s English language requirements; recognised tests such as IELTS or TOEFL are accepted.
• Relevant professional experience, references and a statement of purpose can strengthen an application, particularly for applicants from non-traditional backgrounds.

Career prospects

Graduates leave prepared for a wide range of technology roles across industry, government and research. The program emphasises practical skills, contemporary toolsets and problem-solving methods sought by employers.

• Common roles include software developer/engineer, systems analyst, DevOps or cloud engineer, data engineer and machine learning practitioner.
• Other pathways include cybersecurity analyst, user experience (UX) designer, IT consultant, product manager and technical project lead.
• Graduates may also pursue further research degrees if they wish to specialise in areas such as human–computer interaction, AI or distributed systems.

Why study at University of Adelaide

The University of Adelaide offers computing education that blends theoretical foundations with applied practice, delivered by academic staff active in research and industry collaboration. Students benefit from access to modern computing facilities, research groups in areas such as data science and human-centred computing, and opportunities for industry projects and placements.

• Small-group teaching and project-based learning emphasise employable skills and real-world problem solving.
• Located in Adelaide, the University has links with local tech companies, government agencies and innovation hubs that provide networking and practical engagement opportunities.
• The degree is designed to align with contemporary industry needs and can support pathways to professional recognition and ongoing career development in information technology.