Bachelor of Engineering(Electronic & Computer Systems Engineering)(Hon)/Bachelor of Computer Science

5 Years On Campus Bachelors Program

RMIT University

Program Overview

This double degree combines the hardware expertise of electronic and computer systems engineering with the software knowledge of computer science, giving you a comprehensive skill set that's in high demand across industries. You'll graduate as a work-ready professional capable of designing complete computing solutions—from the physical systems and networks that form the backbone of technology to the software that controls them.

Curriculum Structure

First Three Years: Building Your Foundation

Your first three years establish a solid grounding in both disciplines. You'll study the fundamentals of computer science and the basic principles of computer and network engineering, alongside supporting mathematics and physics courses. Through hands-on project work, you'll gain practical knowledge of engineering methods, teamwork, and communication skills—essentials for any engineering professional. You'll also participate in the programming Bootcamp2Studio model, which develops your programming skills and lets you design and implement small-to-medium scale software systems using industry-standard development practices.

In your first year, you'll engage with an Introduction to Engineering subject that incorporates a humanitarian-focused Engineers Without Borders Challenge, giving you early exposure to real-world engineering impact. This foundation year ensures you're prepared for the specialized work ahead.

Final Two Years: Specialization and Work Readiness

Your final two years are dedicated to specialization, making you genuinely work-ready for your chosen field. You'll develop advanced skills in computer science, embedded systems, and digital communications networks, with the freedom to choose your area of specialization from a range of engineering and computer science subjects that align with your career goals. This is where you'll deepen expertise in areas like digital electronics, audio signal processing, instrumentation, or computer-based systems, depending on your interests.

Honours Project: Your Research Capstone

Your honours project encourages you to utilize research, mathematics, software, and tools to design solutions, systems, and prototypes for complex engineering problems, ensuring your work aligns with relevant engineering standards and codes of practice. This substantial research component demonstrates your ability to investigate, analyze, and solve real computing and engineering challenges at a professional level.

## Focus Areas

Digital electronics, audio signal processing, instrumentation, computer-based systems, distributed computing, cybersecurity, embedded systems, and digital communications networks.

## Learning Outcomes

You'll develop advanced technical skills in both hardware and software design, gain practical experience through laboratory and project-based work, master engineering methods and professional practice, develop leadership and teamwork capabilities, learn to design solutions that meet engineering standards and codes of practice, and prepare for independent professional work in computing and engineering roles.

## Professional Alignment

Upon successful completion, you may be eligible for entry into RMIT postgraduate programs or RMIT Masters by Research or Doctoral (PhD) programs, positioning you for further advanced study or immediate professional practice.

## Employability Recognition

RMIT's engineering and computer science programs are recognized as producing graduates with strong industry relevance and work-readiness, with the program's emphasis on practical, project-based learning and professional standards ensuring graduates meet real employer needs.

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Apply now: https://www.rmit.edu.au/study-with-us/engineering/computer-engineering

Experiential Learning (Research, Projects, Internships etc.)

In our Bachelor of Engineering (Electronic & Computer Systems Engineering) (Honours)/Bachelor of Computer Science at RMIT University, you'll dive straight into hands-on learning that builds real-world skills from day one. Through work-integrated learning embedded right into the degree, you'll tackle design-and-build projects, programming in our innovative Bootcamp2Studio model, and industry placements in Australia or overseas to make you job-ready. You'll master hardware and software for computer systems, from embedded controllers and digital communications to software development tools and simulations, all while collaborating on practical challenges that mirror industry demands.

Here are some standout ways you'll gain that edge:
- Group projects and syndicate work: Team up on research projects, laboratory projects, and design-and-build challenges like the Engineers Without Borders humanitarian projects, honing teamwork and problem-solving.
- Industry placements and internships: Secure placements locally or overseas, plus work-integrated learning to apply skills in real engineering and computer science environments.
- Specialized labs and software tools: Work with circuit simulation, printed circuit board design software, programmable gate array technologies, computer-aided drafting, microprocessor programming, and engineering software for simulations and embedded systems.
- Bootcamp2Studio programming model: Build and implement small-to-medium software systems using practical, project-based software development practices and emerging technologies.
- Advanced facilities via School of Computing Technologies: Access world-class computing labs at Melbourne City Campus (Building 14, Level 10) for computer science research in AI, cyber security, and large-scale systems.

This is your chance to graduate with accreditations from Engineers Australia and the Australian Computer Society, ready to launch into a top career—apply now and let's chat about your next steps! Check out RMIT's full facilities list here: [RMIT Engineering Facilities](https://www.rmit.edu.au/study-with-us/engineering/discover-engineering).

Progression & Future Opportunities

In the Bachelor of Engineering (Electronic & Computer Systems Engineering) (Honours)/Bachelor of Computer Science at RMIT University, you'll dive straight into hands-on experiential learning that builds real-world skills from day one, blending hardware design, software development, and system integration through practical projects and industry-linked activities. This double degree emphasizes work-integrated learning, so you'll gain employability skills while working on design-and-build projects, programming challenges, and even industry placements in Australia or overseas. You'll use cutting-edge tools and facilities tailored to electronic systems, computer networks, and software solutions, ensuring you're ready to tackle contemporary tech challenges right after graduation.

Here's what sets RMIT's experiential learning apart for this program: you'll apply theory in specialized labs, group work, and bootcamps that mirror industry practice.
- Group projects and syndicate work: Collaborate on research projects, laboratory assignments, presentations, and design-and-build challenges, including the Engineers Without Borders Challenge for humanitarian engineering solutions.
- Industry placements and internships: Opportunities for placements in Australia or overseas to gain professional experience in computer systems and networks.
- Programming Bootcamp2Studio model: Hands-on programming to design and implement software systems, applying development practices through project-based work.
- Laboratory projects and specialized equipment: Work on electronic systems, embedded controllers, circuit simulation, printed circuit board design, digital/analogue systems, and simulations using engineering software packages.
- Advanced specializations: In your final two years, build skills in embedded systems, digital communications networks, and computer science electives like big data or security via workshops and practical assignments.

Imagine graduating with a portfolio of real projects and accreditations from Engineers Australia and the Australian Computer Society—skills that employers crave. Ready to apply and kickstart your tech career? Check out RMIT's full facilities list here: [RMIT Engineering Facilities](https://www.rmit.edu.au/study-with-us/engineering/discover-engineering).