Bachelor of Engineering (Honours) (Electrical Engineering)

4 Years On Campus Bachelors Program

Western Sydney University Penrith

Program Overview

The BEng Electrical Honours at Western Sydney University Penrith is a hands-on, industry-focused degree that equips you with the skills to tackle real-world challenges in electrical engineering, from power systems to cutting-edge electronics. It's perfect for motivated students who love problem-solving, want to innovate sustainably, and are ready to dive into a program blending technical expertise with work-integrated learning for immediate career impact.

 

### Curriculum Structure
Year 1 lays a strong foundation by immersing you in core engineering principles through hands-on projects and labs. You'll study Mathematics for Engineers 1 (MATH 1016) to build essential problem-solving tools, Electrical Fundamentals (ELEC 1003) to grasp basic circuits and systems, and Engineering Physics (ENGR 1011) to explore the physical laws powering electrical tech—setting you up to think like an engineer from day one.

Year 2 ramps up with practical computing and materials skills, helping you design and test real electrical components. Key units include Engineering Computing (ELEC 1006) for programming simulations, Engineering Materials (ENGR 1008) to understand how substances behave in circuits, and Fundamentals of Mechanics (ENGR 1018) to integrate motion with electrical systems, making complex ideas feel achievable and exciting.

Year 3 and beyond shift to advanced electrical specialisation, with projects mirroring industry demands like renewable energy and smart grids. You'll tackle units such as Mathematics for Engineers 2 (MATH 1019) for advanced modeling, Introduction to Engineering Practice (ENGR 1024) for professional skills, and deeper electrical modules, ensuring you're collaborating on innovative solutions by graduation.

Focus areas: Power systems, electronics, control systems, renewable energy integration, and sustainable engineering practices—tailored to global challenges like clean energy and smart infrastructure.

Learning outcomes: Gain technical mastery in electrical engineering, become a collaborative innovator, appreciate sustainability and global citizenship, and emerge career-ready with work-integrated experience.

Professional alignment (accreditation): Aligned with Engineers Australia standards through the Faculty of Engineering, Computing and Science, ensuring your degree meets professional engineer requirements for accreditation and global recognition.

Reputation (employability rankings): Western Sydney University ranks in the top 250 globally (QS), with our engineering grads highly employable thanks to industry partnerships and a focus on work-ready skills in a powerhouse faculty producing innovative leaders.

Ready to power up your future? Apply now at the [official program page](https://www.westernsydney.edu.au/future/study/courses/undergraduate/bachelor-of-engineering-honours-electrical).

Experiential Learning (Research, Projects, Internships etc.)

At Western Sydney University Penrith campus, our BEng Electrical Honours program dives deep into hands-on learning right from the start, building your practical skills through industry-focused work integrated learning that makes you job-ready. You'll tackle real-world electrical engineering challenges in core subjects across all branches, using tools like engineering computing and fundamentals of electrical systems to become a collaborative problem-solver with a focus on sustainability. This approach ensures you're not just learning theory—you're applying it in ways that mirror professional practice at the Faculty of Engineering, Computing and Science.

 

Here's how our experiential learning ramps up your skills with specific program features:

- Dedicated electrical engineering labs in the School of Engineering at Penrith, where you work on electrical fundamentals (ELEC 1003) and advanced projects in power systems, electronics, and control.
- Engineering computing tools via ELEC 1006, giving you hands-on experience with industry-standard software for simulations, programming, and design in electrical systems.
- Group-based projects integrated into subjects like Introduction to Engineering Practice (ENGR 1024), fostering teamwork on mechanics, materials, and electrical applications.
- Work integrated learning emphasizing industry placements and internships, connecting you directly to electrical engineering employers for real project experience.
- Research-designated facilities through the School of Engineering, supporting specialised labs in electrical, mechatronic, and robotics for innovative problem-solving.

Check out the full facilities list here: https://www.westernsydney.edu.au/faculties/engineering-computing-science—it's all set up to launch your career. Ready to apply? Let's chat about your next steps!

Progression & Future Opportunities

# Why Bachelor of Engineering (Honours) Electrical at Western Sydney University Penrith Is Your Launchpad

 

The Bachelor of Engineering (Honours) (Electrical Engineering) at Western Sydney University's Penrith campus is designed to transform you into a work-ready professional who can tackle real-world engineering challenges from day one. This isn't just about theory—the program prioritises work-integrated learning to ensure you graduate with the practical skills employers actually want.

## Experiential Learning: Building Your Toolkit

Throughout your degree, you'll move beyond textbooks and into hands-on problem-solving. The program emphasises becoming a collaborative and innovative problem solver with real industry relevance, meaning you'll apply what you learn to authentic challenges. You'll study core subjects spanning all major engineering domains—Civil, Construction, Electrical, and more—so you experience multiple specialisations before committing to your major. This interconnected approach, combined with Western Sydney's commitment to industry partnerships, means you're learning in lockstep with what the field actually needs:

- Work-integrated learning pathways embedded throughout your degree to build professional experience
- Industry-connected education delivered through the Faculty of Engineering, Computing and Science, which focuses on collaborative, industry-facing teaching
- Diverse engineering domains covered in your first year, allowing you to explore Civil, Environmental, Electrical, Mechanical, Mechatronic, and Robotics before specialising
- Sustainability and global citizenship woven into your coursework, preparing you to address humanity's global challenges
- Collaborative problem-solving projects designed to develop teamwork and innovation alongside technical expertise

## Next Steps

To explore the full range of facilities, labs, libraries, and specialist institutes available to support your studies, visit the Faculty of Engineering, Computing and Science resources at Western Sydney University.

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Ready to become the engineer the world needs? The Penrith campus is equipped to support your journey from day one—reach out to the admissions team to learn more about how this program can set you apart.

Program Key Stats

AUD11885
AUD 0


No

Eligibility Criteria

2.3
26
70

6.5
82

Additional Information & Requirements

Country Requirements

Career Options

  • Construction engineering
  • Structural design
  • Project management
  • Manufacturing
  • Renewable energy systems
  • Robotic and mechatronic engineering
  • Engineering technologists
  • consultants
  • data loggers
  • programmers
  • junior engineers training for major projects
  • Project manager for major infrastructure projects
  • Technical manager within small
  • medium and large organisations
  • Research and Design engineer
  • Policy advisor to government agencies
  • Research and Development Officers
  • Chief engineers of major projects

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