Bachelor of Engineering (Computer Systems) Honours

What really sets ECU’s Bachelor of Engineering (Computer Systems) Honours apart is how real it feels from day one. This isn’t a degree where you just sit in lecture theatres learning theory and hoping it makes sense later. Instead, you’re actively solving problems, working in teams, and building technology in ways that closely reflect what engineers actually do in the workplace.

As you move through the course, the focus naturally shifts from understanding how systems work in theory to designing, integrating and implementing them yourself. By your final year, you’re no longer just learning about engineering systems — you’re developing and delivering them through structured projects and real industry experience. The required 12 weeks of professional practice is a huge part of that, giving you the chance to step into a professional environment, apply your skills with confidence, and graduate knowing what it feels like to work as an engineer.

Along the way, you’ll get stuck into some genuinely valuable hands-on experiences, including:

• Engineering Practicum in fourth year, where you apply your skills in a real workplace or industry setting as part of your degree

• Project Development and Engineering Project units, where you take the lead on real system design and implementation, bringing together software, electronics and embedded systems

• An optional Honours Thesis pathway for high-performing students who want to dive deeper into independent research and advanced engineering development

• Robotics and Control Systems units that let you work directly with automation, sensors and real-world control challenges

• Purpose-built labs and maker spaces, including the Electronic Systems Lab, Robotics Lab, Wireless Communication Lab, Fabrication Makerspace and Advanced Instrumentation and Measurement Laboratory — spaces where you design, build, test and refine real solutions

• Specialist facilities like the Circuits and Systems Lab, 3D Printer Makerspace and Schneider Electric Instrumentation Control & Automation Lab, supporting hands-on prototyping and iterative design throughout the degree

These experiences aren’t extras or optional add-ons — they’re central to how the degree is structured. By the time you graduate, you won’t just understand engineering concepts; you’ll know how to think like an engineer, communicate your ideas, and confidently design and build systems that work in the real world.

Graduates of the Bachelor of Engineering (Computer Systems) Honours at Edith Cowan University (ECU) don’t just leave with technical knowledge — they leave ready to solve real problems. This degree prepares you for careers where hardware and software come together, whether that’s designing embedded systems, working with electronics, developing automation solutions, or contributing to robotics projects. Roles like Computer Systems Engineer, Embedded Systems Engineer, Electronic Engineer, and Robotics or Automation Specialist are all common pathways, backed by strong analytical thinking, design expertise, and hands-on project experience that employers genuinely value.

What this means for you as a student

Career support that actually helps you get hired
ECU supports you well beyond the classroom. Through its Careers and Employability Services, you’ll have access to personalised career guidance, resume and interview support, mentoring, and employer connections throughout your degree and into your early career. Workshops, networking events, and practical tools help you build confidence and prepare for real workplace expectations — not just graduate with a transcript.

Real industry experience before you graduate
A major strength of this course is the professional practicum, usually lasting at least 12 weeks. This gives you meaningful industry exposure while you’re still studying, allowing you to apply what you’ve learned in a real engineering environment. That experience can make a huge difference when you’re competing for graduate roles.

Accreditation and strong industry relevance
This degree is accredited by Engineers Australia, the peak professional body for engineers in Australia. That accreditation supports your pathway to becoming a recognised professional engineer and reassures employers that your qualification meets industry standards. ECU’s School of Engineering also maintains strong industry and global partnerships, helping ensure what you learn reflects current technologies and real-world practices.

Graduate outcomes you can feel confident about
Graduates from this program are employed across areas like embedded systems, automation, networking, and computing design because they bring both technical depth and practical project leadership skills. You’re not just learning theory — you’re developing the kind of applied skills that make you job-ready from day one.

Pathways beyond your degree

If you decide you want to take things further, ECU offers clear postgraduate options. Many graduates continue into a Master of Engineering, building advanced technical knowledge and opening doors to senior, specialist, or leadership roles. With accredited specialisations, a Master’s can significantly strengthen your professional standing.

For those drawn to research and innovation, progressing to a PhD is also an option after your Master’s. This allows you to contribute original research in areas like embedded systems, robotics, or communication networks — fields closely aligned with what you’ll study in this degree.

In short, this program doesn’t just teach you engineering — it helps you build a future in it.