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

In the Bachelor of Engineering (Electronic and Computer Systems Engineering) (Honours) at RMIT University, you'll dive straight into hands-on learning from day one, building real-world skills through laboratory practicals that turn theory into practice. You'll work with cutting-edge tools, software, and techniques to design systems, prototypes, and solutions for complex problems in electronic and computer systems, all while guided by industry-experienced academics. This active approach emphasizes work-integrated learning, major projects, and industry exposure to make you job-ready right after graduation.

Here’s how experiential learning comes to life in this program: you'll tackle practical projects and placements that mirror industry challenges.

- Hands-on laboratory practicals: Integral to the degree, these sessions let you apply engineering theory in real lab environments, including precise tasks like manipulating tools, measurements, and data interpretation.
- Major honours project: In your final year, work on an industry-based or simulated industrial project, using research, mathematics, software, tools, and techniques to solve complex problems and align with engineering standards.
- Work-integrated learning and industry placements: Embedded throughout, with a strong encouragement for at least 10 weeks of real-world engineering experience under professional supervision—options include placements in Australia or overseas.
- Design-and-build projects: Create innovative solutions in areas like embedded systems, digital communications, and computer networks, including participation in the Engineers Without Borders Challenge for humanitarian engineering.
- Programming Bootcamp2Studio model: Build programming skills through project-based work to design and implement software systems, applying development practices and standards.
- Group and capstone projects: Develop teamwork, communication, and leadership via project work that simulates industry scenarios, often with industry leaders.
- Laboratory workshops: Dedicated spaces for fine motor skills practice, such as pushing, grasping, and manipulating equipment in safe engineering tasks.

This is just the start—check out RMIT's full facilities list here: https://www.rmit.edu.au/study-with-us/engineering/facilities to see the state-of-the-art labs and resources tailored for electronic and computer systems engineering. Ready to apply and kickstart your career? Let's chat about next steps!

# Bachelor of Engineering (Electronic and Computer Systems Engineering) (Honours) at RMIT

The Bachelor of Engineering (Electronic and Computer Systems Engineering) (Honours) is designed to give you real, hands-on experience from day one. This isn't a program where you'll spend four years reading textbooks in isolation — you'll be actively building, designing, and solving actual engineering problems alongside industry professionals.

## Experiential Learning: Where Theory Meets Practice

Throughout this degree, you'll develop practical skills through an active learning approach that emphasizes time spent in laboratories, design projects, and work-integrated learning activities. This emphasis on doing, rather than just learning, means you'll graduate with genuine employability skills that employers are actively looking for. The program combines classroom instruction with real-world application, ensuring you understand not just *why* engineering works, but *how* to make it work in professional settings:

- Hands-on laboratory practicals that are integral to the degree, allowing you to apply theoretical knowledge directly to practical engineering challenges
- Design-and-build projects where you'll create creative solutions to real engineering problems
- Honours project in your final year — either industry-based or simulating an industrial situation — where you'll work with industry leaders to solve actual project challenges, using research, mathematics, software tools, and techniques to design solutions and prototypes that align with engineering standards and codes of practice
- Minimum 10 weeks of engineering industry experience strongly encouraged before graduation, giving you first-hand experience in a real-world environment under the supervision of practising professional engineers; this can take various forms depending on your needs
- Industry placements in Australia or overseas available as part of work-integrated learning embedded throughout the program
- Engineers Without Borders Challenge — a humanitarian-focused subject offered in all RMIT engineering degrees, combining technical skills with real-world social impact
- Programming through the innovative Bootcamp2Studio model, which develops your programming skills and allows you to design and implement small-to-medium scale software systems using professional development practices and standards
- Laboratory workshop environments where you'll develop fine motor abilities and hands-on technical skills essential to electronic and computer systems engineering
- Capstone research project in your final year that synthesizes your technical and design knowledge
- Work-integrated learning activities specifically designed to develop employability skills and professional capabilities throughout your studies

You'll also benefit from studying at RMIT, which is recognized as a leader in engineering education with an emphasis on bringing classroom theory into practice, solving real-world problems using processes and skills you've just learnt.

For more information about RMIT's engineering facilities and resources, visit the university's engineering facilities and support services.