Bachelor of Computer Science

3 Years On Campus Bachelors Program

RMIT University

Program Overview

The Bachelor of Computer Science at RMIT University is designed to give you a strong foundation in computing infrastructure, software technologies, and their real-world applications. It’s perfect for students who love coding, solving complex problems, and want to shape the future in exciting areas like artificial intelligence, blockchain, and cybersecurity.

Curriculum Structure

Year 1:
Your first year builds the groundwork for your computer science journey. You’ll study core subjects such as Programming Bootcamp 1 (COSC2801), Mathematics for Computing 1 (MATH2411), and Programming Studio 1 (COSC2803). These courses introduce you to software development, computational thinking, and programming fundamentals. Through practical studio work and coding bootcamps, you’ll gain hands-on experience that prepares you for advanced studies ahead.

Year 2:
In your second year, the focus shifts toward core computer science concepts and developing your personal interests. You’ll take courses like Algorithms & Analysis (COSC2123) and Software Engineering: Process & Tools (COSC2299), along with electives in areas such as cloud computing or data science. This is where you’ll start designing and building more complex systems, sharpening your technical expertise and problem-solving abilities.

Year 3:
Your final year gives you the flexibility to specialise in your chosen field and apply everything you’ve learned. You’ll complete a major project, such as Programming Project 1 (COSC2408), which allows you to design and implement large-scale, real-world software systems. Many students also deepen their knowledge in areas like artificial intelligence, cybersecurity, or enterprise systems. This capstone year is about showcasing your readiness to step into industry roles or pursue further study.

Focus Areas

You can tailor your studies to match your interests and career goals, choosing from a range of focus areas such as:
Advanced Computer Science, Cyber Security, Enterprise Systems Development, Artificial Intelligence & Machine Learning, Blockchain Technologies, Cloud Computing, Creative Computing, Cyber Assurance, Data Science, Bioinformatics, and Data Analysis.

Learning Outcomes

As a graduate, you’ll have strong programming and analytical skills, with the ability to design, implement, and maintain complex software systems. You’ll be equipped to work on technologies that power everything from mobile apps and social media platforms to intelligent robots—along with the flexibility to adapt to rapid advances in the IT field.

Professional Accreditation

The program is conditionally accredited by the Australian Computer Society (ACS), ensuring it meets the national standards for ICT-related degrees and is recognised by employers across Australia and internationally.

Reputation and Rankings

RMIT University is ranked #10 in Australia for Computer Science and Information Systems in the QS 2025 Subject Rankings. This strong ranking reflects the university’s reputation for industry-connected learning, research excellence, and graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how you’ll gain hands-on, real-world skills in the Bachelor of Computer Science (BP094) at RMIT University — what you’ll work with, what you’ll experience, and how you’ll graduate career-ready:

In this program, you won’t just sit in lectures — from your very first semester, you’ll dive into bootcamps, studio sessions, and project-based learning that reflect how real computing teams operate in the industry. You’ll use cutting-edge programming tools and infrastructure, applying theory straight away to design, build, and test software systems. By the time you graduate, you’ll have developed strong programming and problem-solving skills in environments that feel like the real workplace — all built into RMIT’s industry-focused curriculum.

What this looks like in practice:

Programming Bootcamps and Studios (Year 1):
You’ll start by learning to develop software, design small-scale systems, and apply professional coding standards through intensive bootcamps and studio projects that sharpen your technical foundation.
Hackathons and Innovation Events:
You’ll have opportunities to join hackathons and collaborative challenges through RMIT’s accelerator and innovation hubs. These experiences let you tackle real-world problems, build teamwork skills, and connect with industry mentors and recruiters.
Customised Learning Pathways (Years 2–3):
As you progress, you can tailor your degree with majors or minors in areas such as Advanced Computer Science, Cyber Security, or Enterprise Systems Development, allowing you to focus on the fields that inspire you most.
Capstone Project (Final Year):
In your final year, you’ll work on a major software development project, often in collaboration with industry partners. This is your chance to put everything you’ve learned into practice — designing, implementing, and presenting a large-scale system that demonstrates your professional capability.
Focus on Emerging Technologies:
You’ll engage with current technologies including big data, mobile and cloud computing, games, web systems, and security, ensuring your skills stay relevant and in demand.
Practical, System-Level Experience:
Beyond coding, you’ll gain a solid understanding of hardware, operating systems, algorithms, data structures, networks, databases, and software engineering — giving you a complete view of how technology systems function from end to end.

This hands-on, blended learning approach — combining bootcamps, studios, hackathons, flexible specialisations, and a final-year capstone — ensures you graduate not just with academic knowledge, but with the practical experience and confidence to thrive in the computing industry.

Progression & Future Opportunities

Progression & Future Opportunities:

Graduates of this program are ready to step into some of the most in-demand roles in the tech industry — roles with strong potential for growth, innovation, and leadership. Typical career paths include Analyst/Programmer, Software Developer, Systems Architect, and Data Scientist. With technology evolving faster than ever, this degree doesn’t just prepare you for today’s opportunities — it equips you for the future of computing.

At RMIT, you’ll also have access to dedicated career support services. The Job Shop helps you refine your CV, prepare for interviews, and find internships or placements that align with your goals.

RMIT graduates enjoy strong employment outcomes — recent figures show an overall employment rate of about 86.9%, with 77.9% in full-time roles. The median full-time salary for recent RMIT undergraduates sits around AUD 66,800 (approximately INR 36.6 lakh), reflecting the value employers place on RMIT qualifications.

The program is conditionally accredited by the Australian Computer Society (ACS), meaning it meets professional standards and is recognised across the ICT industry.

You’ll study a curriculum shaped with direct input from industry experts, covering major areas like cloud computing, big data, mobile computing, security, game systems, and application programming.

Graduates have gone on to work with leading global companies such as Apple, Adobe, Telstra, and ANZ, taking on roles like:

Analyst / Programmer
Software Developer
Systems Architect
Data Scientist

Further Academic Progression:

After completing your Bachelor’s degree, you’ll have a strong foundation for further study and career advancement. You could:

Pursue an Honours year (for example, Bachelor of Computer Science (Honours)) to deepen your technical expertise or research focus.
Enrol in a Master’s degree in areas such as Artificial Intelligence, Cyber Security, Data Science, or Software Engineering.
Take your academic journey further with a PhD in computing or a related field if research or teaching interests you.
Or, combine your computing knowledge with business or management studies to move into leadership and tech-strategy roles.

This program is designed to open doors — whether your next step is launching a career in industry, continuing your studies, or leading innovation in the world of technology.