Bachelor of Computer Science — University of New England (UNE)
Designed for students who want to turn their passion for technology into a global career.
Program Overview
The Bachelor of Computer Science at UNE gives you a solid foundation in programming, mathematics, software engineering, and problem-solving. From your very first year, you’ll gain the skills needed to build and deploy real software systems in today’s fast-paced tech world.
This degree is ideal for students who enjoy logical thinking, coding, teamwork, and creativity — and who want to shape a future in fields such as software development, data science, or cybersecurity.
Curriculum Structure
Year 1 – Foundations of Computing
You’ll start by mastering the essentials of computer science. Core units such as Introduction to Programming and the UNIX Environment (COSC110) and Discrete Mathematics (AMTH140) will build your confidence in coding, logical reasoning, and mathematical thinking.
Year 2 – Core Computer Science and Team Projects
In your second year, you’ll advance into key areas like Data Structures and Algorithms (COSC230), Database Management Systems (COSC210), and Software Development Studio 2 (COSC220). You’ll also take part in collaborative projects, applying your knowledge to solve real-world computing challenges.
Year 3 – Specialisation and Professional Readiness
Your final year is all about depth and direction. You’ll explore advanced topics through units such as COSC310, COSC320, and COSC340, while choosing electives that match your interests — for instance, specialising in Data Science or Cybersecurity. This is also when you bring everything together in hands-on capstone projects.
Focus Areas
Software Development
Data Science
Cybersecurity
Learning Outcomes
By graduation, you’ll be ready to design, develop, and evaluate computing solutions that meet real-world needs. You’ll know how to apply mathematical and algorithmic reasoning, communicate complex ideas clearly, and work effectively in teams. Most importantly, you’ll be equipped to adapt to emerging technologies and address the ethical challenges of a rapidly changing digital world.
Professional Alignment (Accreditation)
UNE’s Bachelor of Computer Science is professionally accredited by the Australian Computer Society (ACS). This means your qualification is recognised internationally through the Seoul Accord, giving you a competitive edge for careers across the globe.
Reputation and Employability
UNE’s Computing and Information Technology discipline has been awarded 5 stars for Full-Time Employment and Overall Experience in the 2025 Good Universities Guide.
In addition, the Graduate Outcomes Survey (2022) ranked UNE among the top three Australian universities for domestic full-time graduate employment — highlighting the strong career outcomes and industry relevance of its programs.
If you’re thinking about studying the Bachelor of Computer Science at the University of New England (UNE), you’ll be glad to know that this degree is built around hands-on, practical learning from day one. It’s not just about understanding theory — you’ll be applying what you learn using real programming tools, software development environments, and team-based projects. By the time you graduate, you’ll have the confidence and skills to step straight into the tech industry.
Here’s how UNE brings experiential learning to life:
Getting started with real tools:
In your early units, like Introduction to Programming and the UNIX Environment (COSC110), you’ll dive right into coding with high-level programming languages and work in a UNIX-style environment. It’s your first step toward becoming fluent in the tools used by professionals every day.
Building and designing software from the ground up:
In Software Development Studio 1 (COSC101) and Studio 2 (COSC220), you’ll collaborate with classmates to plan, design, and build software systems — just like in a real development team. These studio units mirror how projects are managed and delivered in industry settings.
Learning with industry-standard technologies:
Throughout the course, you’ll gain experience with Linux/UNIX systems, object-oriented programming, data structures, algorithms, databases, and web technologies — everything employers expect you to know.
Working on real projects that matter:
Project-based units give you hands-on experience creating complete software systems. You’ll develop teamwork, communication, and project management skills — the kind of experience that stands out on your résumé.
Preparing for the real world:
UNE’s IT and Data Science programs have a strong reputation for their focus on practical, real-world applications. You’ll graduate with the kind of problem-solving mindset and technical expertise that employers value.
Here are some key experiential highlights you’ll benefit from:
Developing software using modern tools and environments.
Team-based projects that simulate professional workflows.
Core units centred on designing, implementing, and testing software systems.
A final capstone or major project that brings all your learning together — and gives you a standout portfolio piece for job interviews.
Access to UNE’s computing labs and development resources — whether you study online or on campus in Armidale.
The freedom to specialise in areas like Software Development, Data Science, or Cybersecurity, tailoring your practical experience to your career goals.
In short, UNE’s Bachelor of Computer Science ensures you’re not just learning how to code — you’re doing it, every step of the way.
Here’s how the Bachelor of Computer Science at the University of New England (UNE) can shape your future — and why it’s a strong choice:
Graduates from this program are well-prepared for a wide range of tech-focused careers. You’ll gain the skills to build, analyse and secure software systems and data, opening doors to roles such as software developer, data analyst, data scientist, cybersecurity specialist, and systems engineer.
Future Progression & Opportunities
University Support
At UNE, you’ll never feel like just another number. The university offers dedicated career guidance and student support services tailored for Computing and IT students — including job-search assistance, skills workshops, and networking opportunities. Thanks to small class sizes and approachable lecturers within the School of Science & Technology, you’ll receive the personal support and mentorship needed to thrive.
Employment Outlook
Even without specific salary data for UNE graduates, the outlook for computing and IT careers is exceptionally strong. Across Australia and globally, technology and information systems roles are projected to grow much faster than average, reflecting the world’s increasing reliance on digital systems.
UNE also ranks in the top 20% of universities nationally for full-time graduate employment, showing that its students are well-prepared to enter the workforce confidently and successfully.
Industry Connections
UNE’s Bachelor of Computer Science emphasises real-world learning. In your final year, you’ll take part in a capstone team project that brings together everything you’ve learned to solve a practical, industry-relevant problem. This hands-on experience ensures you graduate ready to contribute from day one.
Long-Term Value
The degree gives you a strong foundation in programming, mathematics, and software development, while also letting you specialise in areas like Data Science or Cybersecurity. This flexibility means you can adapt to emerging technologies and build a lasting, future-proof career across multiple sectors.
Graduate Outcomes
Whether you study online or on-campus, UNE is known for its excellent student experience. The university consistently earns five-star ratings for overall experience, student support, and graduate employment — ensuring you graduate with both a respected qualification and a supportive professional network.
Further Academic Progression
After completing your Bachelor of Computer Science, you’ll have several pathways for further study. You could advance to a master’s degree in areas such as Data Science, Cybersecurity, Software Engineering, or Artificial Intelligence. Alternatively, if you’re interested in research or academia, you can pursue an honours year or a PhD to deepen your expertise and contribute to innovation in computing.



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