Bachelor of Advanced Computer Science (Honours)

At UNSW, the Bachelor of Advanced Computer Science (Honours) is designed for students who want to go beyond theory and deeply engage with real-world applications of computing. From the very beginning, you’ll gain hands-on experience through cutting-edge projects, collaborative research, and exposure to industry-standard tools and technologies. The program encourages students to experiment, innovate, and apply their technical knowledge to tackle authentic computing challenges.

Through this immersive learning model, you’ll build practical expertise while developing advanced problem-solving, teamwork, and leadership skills that prepare you for both research and high-impact professional roles. Here’s how UNSW ensures your learning is grounded in real experience:

• State-of-the-art computing labs: Access advanced computing facilities equipped with high-performance systems and specialised hardware for fields like artificial intelligence, cybersecurity, and data science.

• Capstone and research projects: Undertake an Honours research project where you work independently or in teams under expert academic supervision, developing innovative solutions to real-world computing problems.

• Industry-integrated learning: Opportunities to collaborate with industry partners and research centres on applied projects, gaining insights into current trends and technologies shaping the computing landscape.

• Practical coursework: Engage with project-based courses that simulate real development environments, including group software design and systems implementation challenges.

• Specialised software tools: Use industry-relevant platforms such as Python, Java, C++, and data analytics tools as part of coursework and research activities.

• UNSW Computer Science and Engineering facilities: Benefit from the support of the School of Computer Science and Engineering, one of Australia’s leading hubs for computing research and innovation.

• Access to UNSW Library and digital resources: Make use of world-class library collections, online databases, and digital tools that support deep research and independent learning.

• Research and innovation ecosystem: Collaborate with institutes such as UNSW Data Science Hub, AI Institute, and other multidisciplinary centres that foster experimentation and discovery.

By combining rigorous academic learning with real, hands-on experience, UNSW ensures you graduate not only with advanced technical knowledge but also with the confidence and adaptability to thrive in the ever-evolving tech industry.

When you finish this degree, you’ll be ready to step into high-demand, tech-focused roles or even move into research and innovation. Common career paths include:

• Software Engineer / Developer

• Data Scientist or Machine Learning Engineer

• Cybersecurity Analyst / Security Engineer

• Systems Architect or Technical Lead

How the degree sets you up for success

Real industry experience:
UNSW gives you more than classroom learning. Through dedicated career support, internship opportunities, and the Industry Capstone Project within the School of Computer Science & Engineering, you’ll gain hands-on experience tackling real problems for real companies.

Strong career outcomes:
UNSW graduates have one of the best employment rates in the country — with 91% of undergraduates securing full-time work within 4–6 months of finishing their degree. On average, starting salaries sit around AUD $70,000, increasing to about AUD $88,000 after three years.

Industry connections that matter:
UNSW’s Computer Science & Engineering faculty has close ties with major employers like Microsoft, Atlassian, and Commonwealth Bank. These partnerships open doors to internships, projects, and graduate recruitment pipelines — helping you build a strong professional network before you even graduate.

Global reputation and credibility:
UNSW Engineering and Computer Science are ranked among the top in Australia, particularly in fields such as AI, algorithms, and data systems. This reputation adds weight to your degree and enhances how employers value your qualification.

What makes the program stand out

You’ll complete an embedded Honours year, which includes advanced computing electives and a thesis component (18 units of credit). This gives you practical project experience and deep research skills — a major advantage if you’re considering postgraduate study or research.

Your next academic steps

After completing this degree, you’ll be perfectly positioned to continue your studies with a:

• Master of Computer Science

• Master of Data Science

• PhD in Computing

• or specialisations in Artificial Intelligence, Cybersecurity, or Software Systems

The built-in research component of the Honours year ensures you graduate with the analytical and research skills needed to thrive in any of these advanced programs.