Bachelor of Engineering (Honours) Majoring in Electrical and Electronic

NA On Campus Bachelors Program

Swinburne University of Technology

Program Overview

The Bachelor of Engineering (Honours) majoring in Electrical and Electronic Engineering at Swinburne University of Technology equips you with hands-on expertise in power system design, electronics, signal processing, control, and embedded systems—perfect for students passionate about innovating in energy, automation, and smart tech. You'll build problem-solving skills, engineering principles, and teamwork through industry-linked projects every semester, setting you up for dynamic careers like electrical engineer or robotics specialist.

### Curriculum structure
Year 1 lays a strong foundation in core engineering concepts, starting with PHY10001 Energy and Motion to explore physics fundamentals, alongside COS10009 Introduction to Programming for coding basics, ENG10003 Engineering Mechanics for structural analysis, and ENG10006 Engineering Technology with Indigenous Context to understand real-world applications and cultural perspectives. You'll also tackle MTH10013 Linear Algebra and Applications to sharpen your math skills for future tech challenges, blending theory with practical labs that get you excited about building systems right away.

Year 2 dives into electrical specifics with hands-on circuits and systems, featuring EEE20006 Circuits and Electronics 1 for designing basic electronic components, plus options like professional placement units such as WEI20001 Work Experience in Industry A and ENG20003 Integrated Professional Placement A if you choose the industry route. This year ramps up with control systems prep and electives, giving you real project experience that employers love, while keeping your options open for extended work placements.

Year 3 focuses on advanced control and sustainability, including RME30002 Control and Automation to master automated systems, ENG30002 Engineering Technology Sustainability Project for eco-friendly engineering solutions, and the compulsory EAT20008 Professional Experience in Engineering for essential industry exposure. You'll apply these in team projects tackling real automation challenges, building confidence in signal processing and power tech that directly ties to cutting-edge jobs.

Year 4 culminates in high-level power innovation with EEE40007 Power Systems Operation and Control for managing large-scale grids, EEE40016 Design of Smart Power Grids to engineer future energy networks, and capstone options like ENG40008 Engineering Technology Project B for a major research project. Electives such as EEE40005 Power Electronics let you specialize, wrapping up with a portfolio-ready thesis that showcases your skills to top employers.

Focus areas: Power system design, electronics, signal processing, control systems, embedded systems, automation, renewable energy, and smart grids.

Learning outcomes: Master engineering principles, analytical problem-solving, teamwork, and practical skills in designing electrical systems, with guaranteed industry projects to accelerate your professional readiness.

Professional alignment (accreditation): This program meets standards for professional engineers, including compulsory industry experience like EAT20008 Professional Experience in Engineering, preparing you for Engineers Australia accreditation and global practice.

Reputation (employability rankings): Swinburne's engineering grads are highly employable, with strong industry networks and practical focus leading to roles in power, robotics, and beyond—backed by our track record of real-world project integration every semester.

Ready to power up your future? Apply now: https://www.swinburne.edu.au/course/undergraduate/bachelor-of-engineering-honours/electrical-and-electronic/

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering (Honours) majoring in Electrical and Electronic Engineering at Swinburne University of Technology, you'll dive straight into hands-on learning that builds real-world skills in power systems, electronics, control systems, signal processing, and embedded systems from your very first semester. Every part of the program emphasizes practical application through industry briefs, placements, and workshops, so you're not just studying theory—you're designing, constructing, testing, and troubleshooting systems just like professional engineers do. You'll get work-ready fast with access to state-of-the-art facilities tailored to electrical engineering, plus built-in professional placements that can last up to six months, giving you that edge employers love.

Here are some standout ways you'll gain experiential learning specific to this program:
- Professional placements and internships: Complete 6-12 months of real industry work experience, including options like Work Experience in Industry (WEI20001) or Integrated Professional Placement (ENG20003), often replacing other units to fast-track your career.
- Hands-on labs and tools: Use hand/power tools, testing equipment, cables/connectors, and build cyber-physical systems in units like Engineering and Electrical Skills for Industry 4.0 (EAT10009), covering DC/AC circuits, electromagnetism, amplifiers, and power supplies.
- Specialized facilities: Work in the Cisco Networking Laboratory for network design, Siemens Swinburne Energy Transition Hub for power systems and energy tech, and ANFF-VIC Biointerface Engineering Hub for advanced electronics interfaces—all right in the Department of Electrical, Robotics and Biomedical Engineering.
- Advanced engineering labs: Access Swinburne's cutting-edge labs equipped for electrical systems assembly, configuration, and testing, plus broader facilities like the Trimble Technology Lab and Factory of the Future for industry-standard tools.
- Group and practical projects: Tackle industry-based projects in workshops, interpreting electrical drawings, circuit diagrams, and datasheets to design/install/test systems, often collaboratively to mirror real engineering teams.

Imagine graduating accredited by Engineers Australia, with networks and skills that land you in senior roles quicker—our grads are work-ready from day one. Ready to power up your future? Apply now for the Electrical and Electronic major and let's chat about getting you started.

Check out the full facilities list here: [Swinburne School of Engineering Facilities](https://www.swinburne.edu.au/about/our-structure/organisational-structure/schools-departments/school-engineering/department-of-electrical-robotics-and-biomedical-engineering/)

Progression & Future Opportunities

In the Bachelor of Engineering (Honours) majoring in Electrical and Electronic Engineering at Swinburne University of Technology, you'll dive straight into hands-on learning that builds real-world skills in power system design, electronics, control systems, signal processing, and embedded systems from your very first semester. Every part of the program emphasizes practical experience, like assembling and configuring cyber-physical systems using industry tools, reading datasheets, technical drawings, and safely working with hand/power tools, testing equipment, cables, connectors, and electrical components in units such as Engineering and Electrical Skills for Industry 4.0. You'll get work-ready fast through real-world industry briefs, placements, and internships, including options for 6-month professional placements that replace certain units and extend your networks—preparing you to hit the ground running as a graduate Engineers Australia-accredited engineer.

Here are some standout ways you'll gain that edge with Swinburne's cutting-edge facilities and opportunities tailored to electrical and electronic engineering::
- Specialized labs and hubs: Hands-on work in the Cisco Networking Laboratory for networking skills, Siemens Swinburne Energy Transition Hub for power systems and energy tech, and ANFF-VIC Biointerface Engineering Hub supporting advanced electrical and biomedical applications.
- Industry tools and software: Use professional testing equipment, power supplies, amplifiers, and configure DC/AC circuits, electromagnetism setups, and cyber-physical systems—just like in industry—while interpreting electrical drawings, wiring diagrams, and datasheets.
- Group projects and practical workshops: Design, construct, test, and troubleshoot electrical systems in team-based units, applying electrical laws, electronics principles, and WHS standards to real engineering tasks.
- Internships and placements: Mandatory industry exposure every semester, including Work Experience in Industry (WEI20001) or Integrated Professional Placement (ENG20003) options up to 6 months, building direct pathways to jobs in manufacturing, telecoms, and power.
- Advanced engineering facilities: Access state-of-the-art labs across the School of Engineering, like those in the Department of Electrical, Robotics and Biomedical Engineering, for practical sessions mirroring industry 4.0 tech.

Imagine stepping into a career where you're already ahead—Swinburne's focus on practical, industry-connected learning makes our grads stand out. Ready to apply and power up your future? Check the full facilities details here: [Swinburne Engineering Facilities](https://www.swinburne.edu.au/about/our-structure/organisational-structure/schools-departments/school-engineering/department-of-electrical-robotics-and-biomedical-engineering/)