Bachelor of Engineering (Electronic and Computer Systems Engineering)(Honours)/Bachelor of Business

5 Years On Campus Bachelors Program

RMIT University

Program Overview

This double degree at RMIT University blends cutting-edge electronic and computer systems engineering with practical business skills, perfect for students who love tech innovation but want the edge to lead projects and teams in industry. You'll gain hands-on expertise in digital electronics, signal processing, and computer systems while building business acumen in management, ethics, and global challenges—ideal if you're aiming for roles that mix technical problem-solving with strategic leadership.

Curriculum structure
Year 1-2: Dive into the foundations of electronic engineering, communication systems, computer and network engineering, plus essential engineering mathematics and science to build a strong technical base. You'll also tackle four business foundation subjects that sharpen your career skills, alongside *Introduction to Professional Engineering*, which includes the humanitarian-focused Engineers Without Borders Challenge for real-world impact.

Year 3-4: Advance into core and elective subjects in your engineering major, specializing in areas like digital electronics, audio signal processing, and instrumentation, while deepening computer-based systems knowledge. Business studies ramp up with culturally appropriate practices, social intelligence, and ethical decision-making to tackle complex local and global challenges.

Final year: Cap it off with a major individual honours project—often industry-based or simulating real scenarios—where you'll use research, maths, software, and tools to design prototypes for complex problems, aligned with engineering standards. Integrate business insights for sustainable outcomes, plus complete at least 10 weeks of supervised industry experience to boost your professional readiness.

Focus areas: Digital electronics, audio signal processing, instrumentation, computer-based systems, engineering mathematics, communication and network engineering, business fundamentals, ethical decision-making, and global business challenges.

Learning outcomes: Develop advanced technical competence in electronic and computer systems design; produce sustainable business outcomes with social intelligence; solve complex engineering problems through industry-linked projects; and align solutions with professional standards.

Professional alignment (accreditation): Prepares you for Engineers Australia accreditation, with work-integrated learning like industry placements and the Engineers Without Borders Challenge building skills for professional engineering careers.

Reputation (employability rankings): RMIT engineering graduates are industry-ready, with strong pathways to management roles; the program emphasizes real-world projects presented at events like EnGenius, and business components align with global employability trends in tech and leadership.

[Official program page](https://www.rmit.edu.au/study-with-us/levels-of-study/undergraduate-study/honours-degrees/bachelor-of-engineering-electronic-and-computer-systems-engineeringhonoursbachelor-of-business-bh111)

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering (Electronic and Computer Systems Engineering) (Honours)/Bachelor of Business at RMIT University, you'll dive straight into hands-on learning that builds real-world skills from day one. Hands-on laboratory practicals are a core part of the degree, letting you apply theory right away with specialised equipment designed for active, industry-relevant engagement. You'll tackle an active learning approach packed with laboratory-based and work-integrated activities to boost your employability, using innovative teaching methods like workshops, group discussions, and syndicate work.

This sets you up perfectly for practical mastery—here's what stands out:
- Group projects and assessments: Ongoing work includes group projects, presentations, research projects, laboratory projects, and practical assignments to collaborate and solve problems just like in industry.
- Final-year major project: In your honours year, you'll lead a major industry-based project (or one simulating real industrial scenarios), working with industry leaders to design solutions using research, mathematics, software, tools, and techniques for complex electronic and computer systems challenges—aligning everything with engineering standards.
- Internships and industry experience: You're strongly encouraged to complete at least 10 weeks of engineering industry experience before graduating, gaining hands-on supervision from professional engineers in real-world settings; options include work-integrated learning electives.
- Specialised facilities and labs: Access hands-on laboratories with an array of specialised equipment for digital electronics, audio signal processing, instrumentation, and computer-based systems, plus formats for meaningful industry and peer engagement.

Imagine graduating with a portfolio that screams "hire me"—this combo of engineering prowess and business smarts from RMIT will have employers lining up. Ready to apply? Check out the full course details here: https://www.rmit.edu.au/study-with-us/levels-of-study/undergraduate-study/honours-degrees/bachelor-of-engineering-electronic-and-computer-systems-engineeringhonoursbachelor-of-business-bh111

Progression & Future Opportunities

In the Bachelor of Engineering (Electronic and Computer Systems Engineering) (Honours)/Bachelor of Business at RMIT, you'll dive straight into hands-on learning from day one, building practical skills through laboratory practicals that turn theory into real-world engineering solutions in areas like digital electronics, audio signal processing, and computer-based systems. This active approach emphasizes work-integrated learning, group projects, and industry exposure, all using specialized equipment in dedicated spaces designed for applied, collaborative work. You'll tackle assessments like laboratory projects, research projects, presentations, and syndicate work that sharpen your employability right away.

Here are some standout experiential learning opportunities tailored to this double degree:
- Hands-on laboratory practicals and projects: Integral throughout the program, these let you apply concepts using an array of specialised equipment in active learning spaces for meaningful engagement with peers and industry.
- Group projects and syndicate work: Featured in workshops, discussions, and assessments, building teamwork on real engineering challenges.
- Major final-year honours project: Industry-based or simulated, where you'll use research, mathematics, software, tools, and techniques to design prototypes and solutions aligned with engineering standards—often partnering with industry leaders.
- Work-integrated learning and internships: Strongly encouraged minimum of 10 weeks engineering industry experience before graduating, under professional supervision in real-world settings; can include paid placements for academic credit.
- Practical assignments and capstone-style work: Ongoing labs, reports, and presentations that simulate industrial situations, boosting your business and engineering skills together.

Imagine stepping into a career with that kind of edge—check out RMIT's full facilities list here: https://www.rmit.edu.au/study-with-us/engineering (and the program page at https://www.rmit.edu.au/study-with-us/levels-of-study/undergraduate-study/honours-degrees/bachelor-of-engineering-electronic-and-computer-systems-engineeringhonoursbachelor-of-business-bh111 to apply today).