University of Technology Sydney
4 years full time, 8 years part time
This honours degree prepares aspiring researchers and IT professionals for scientific-oriented careers in computing science. Combining strong mathematics foundations with practical experience and real-world research projects, graduates develop advanced technical skills to work as systems developers, research specialists, or data scientists.
Applicants must have completed an Australian Year 12 qualification, Australian Qualifications Framework Diploma, or equivalent Australian or overseas qualification at the required level. Assumed knowledge includes HSC Mathematics Extension 1 and any two units of English (English Advanced recommended). Eligibility for admission does not guarantee offer of a place. International students must meet English language proficiency requirements and have sufficient funds to cover tuition fees and living expenses in Australia.
The course requires completion of 192 credit points comprising core subjects (96 credit points), a major (48 credit points), electives (24 credit points), and research preparation and project (24 credit points). Core subjects include Mathematics 1 and 2, Discrete Mathematics, Programming 1 and 2, Data Structures and Algorithms, Database Fundamentals, Web Systems, Network Fundamentals, Theory of Computing Science, Business Requirements Modelling, Project Management, Professional Practice in Computing, Communication for IT Professionals, Computing Science Studio 1 and 2, and Honours Projects A and B. Students also complete Technology Research Preparation to develop research skills. The curriculum emphasizes both theoretical knowledge and practical application, with a strong focus on mathematics appropriate for computing science and research projects.
UTS is ranked #3 in Australia for Computer Science and in the top 20 globally for Computer Science and Engineering. The university is ranked #1 in Australia for Artificial Intelligence. With over 1000 industry partners, UTS provides exceptional opportunities for internships, industry competitions, hackathons, and real-world project experience. Students learn from leading industry professionals whose research and practice shape the field, gaining exposure to cutting-edge advances in AI, cybersecurity, quantum computing, and digital technologies.
Graduates are well-positioned for diverse career paths in the rapidly growing tech industry, with 1.2 million tech-related jobs projected by 2025. Career opportunities include roles as IT professionals developing systems from first principles, computing specialists in technical research careers in both industry and academia, data scientists interrogating complex datasets, software engineers, AI and machine learning specialists, and systems architects. Graduates are eligible to apply for professional-level membership with the Australian Computer Society, enhancing career prospects and professional recognition.