University of Technology Sydney

What you'll study

This degree builds a foundation in computational thinking, programming and software development before progressing to advanced topics. Early units typically cover programming fundamentals, discrete mathematics, data structures and algorithms, and computer systems. Intermediate and later units explore software engineering, databases, operating systems, networks, web and mobile development, and human–computer interaction.

Students can choose elective streams or majors in areas such as artificial intelligence and machine learning, data science, cyber security, cloud and distributed systems, and interactive media. The course emphasises hands-on, project-based learning: students undertake team-based software projects, capstone design projects and industry-linked assignments that integrate technical, design and professional skills.

Practical facilities and learning experiences supporting the curriculum include programming and networking labs, access to cloud platforms and development toolsets, hackathons and maker spaces, and opportunities for internships, industry placements or collaborative research projects with industry partners.

Entry requirements

Applicants normally need a recognised secondary school qualification or equivalent tertiary study. UTS assesses applications on academic results and may consider alternate pathways such as completed diplomas, recognised vocational education, or work experience for mature-age applicants. Strong performance in mathematics (or equivalent quantitative subjects) is highly recommended because of the quantitative content of the programme.

International applicants must hold a recognised secondary qualification equivalent to Australian Year 12 and demonstrate English language proficiency that meets UTS entry standards. Additional documentation may be required for applicants relying on alternative entry pathways or for credit transfer from previous study.

Career prospects

Graduates are prepared for a wide range of roles across the technology sector and industries that rely on computing. Common career paths include software developer, systems analyst, data analyst or data engineer, machine learning engineer, cyber security analyst, cloud engineer, mobile and web application developer, and IT consultant. Graduates also go on to roles in research, product management, and technology start-ups, or pursue postgraduate study in specialised computing or data disciplines.

The degree’s industry-focused projects, placement opportunities and links with employers help graduates develop workplace-ready skills in teamwork, system design, testing, deployment and project management, which are valued across private industry, government and non-profit organisations.

Why study at University of Technology Sydney

UTS emphasises practical, industry-aligned learning in computing, combining classroom theory with project work, labs and industry engagement. Students benefit from connections with Sydney’s technology ecosystem, including partnerships with software firms, start-ups and research groups, as well as access to enterprise-standard facilities and cloud services.

UTS offers extracurricular support including industry mentoring, career services, hackathons, student clubs and entrepreneurship programs that help students build portfolios and professional networks. The faculty’s research activity and industry collaborations provide pathways into advanced technical roles and postgraduate research for students wishing to deepen their specialisation.