Electrical and Renewable Energy Engineering

At Deakin University, our Bachelor of Engineering (Electrical and Renewable Energy) program puts practical, hands-on learning front and center, so you're not just studying theory—you're building real-world skills from day one. You'll dive into state-of-the-art labs and facilities designed specifically for electrical and renewable energy engineering, working with cutting-edge tools and software that industry pros use every day. This means you'll graduate ready to tackle renewable energy challenges like designing solar systems or optimizing power grids, with experience that sets you apart.

Here's a closer look at the experiential opportunities tailored to this program:
- Advanced laboratories: Access the Renewable Energy and Power Systems Laboratory at Deakin's Waurn Ponds Campus, where you can experiment with solar panels, wind turbines, battery storage systems, and high-voltage equipment to simulate real renewable energy projects.
- Industry-standard software: Hands-on training with tools like MATLAB/Simulink for circuit simulation, PSCAD for power system analysis, and ETAP for electrical design and renewable integration.
- Group projects and capstone experiences: Collaborate on team-based design projects in your final year, such as developing microgrid prototypes or renewable energy systems, mirroring industry teamwork.
- Internships and industry placements: Mandatory 12-week industry placement, often with partners like AGL Energy or Siemens, plus DeakinTALENT support for internships in renewable sectors.
- Field trips and site visits: Regular excursions to wind farms, solar installations, and power stations, including trips to the Portland Wind Farm and Aurora Solar Centre for on-site learning.
- Dedicated research facilities: Work in the Clean Energy Research Facility and the Institute for Intelligent Systems Research and Innovation (IISRI), focusing on smart grids, energy storage, and sustainable power tech.
- Digital tools and makerspaces: Use the Applied Engineering Hub with 3D printers, CNC machines, and IoT prototyping kits for building renewable energy prototypes, plus virtual reality simulations for power system training.

These experiences are what make Deakin's program a launchpad for careers in the booming renewable energy field—imagine contributing to Australia's net-zero goals right after graduation. Ready to apply? Check out the full list of facilities here: [Deakin Engineering Facilities](https://www.deakin.edu.au/study/find-a-course/engineering/engineering-facilities). Let's get you started!

# Why Electrical and Renewable Energy Engineering at Deakin Could Be Perfect for You

Deakin University's Electrical and Renewable Energy Engineering program stands out because it doesn't just teach theory in a lecture hall — you'll spend significant time getting your hands dirty with real equipment and working on problems that actually matter in today's energy sector.

## Hands-On Learning That Prepares You for the Real World

At Deakin, you'll gain practical engineering skills through dedicated laboratory work, industry-standard software, and collaborative projects that mirror what you'll face in your career. The program emphasizes learning by doing, which means you won't just understand renewable energy concepts — you'll build, test, and troubleshoot systems yourself:

- Advanced laboratory facilities including dedicated electrical engineering labs where you'll work with power systems, renewable energy generation equipment, and control systems
- Industry-standard software such as MATLAB, Simulink, and CAD tools that engineers actually use in the field — giving you skills employers actively seek
- Group design projects throughout your degree where you'll work in teams to solve real engineering challenges, just like you would in a workplace
- Internship and work-integrated learning opportunities embedded in the curriculum, allowing you to gain professional experience while studying
- Research laboratories focused on renewable energy innovation, where you can contribute to cutting-edge projects in solar, wind, and energy storage technologies
- Access to Deakin's engineering facilities across multiple campuses, including maker spaces and prototyping areas where you can turn ideas into reality
- Partnerships with industry that create pathways to fieldwork and site visits at power generation facilities and renewable energy installations
- State-of-the-art libraries and learning commons with specialized engineering databases and resources to support your studies

This combination of facilities, software, and real-world engagement ensures you'll graduate not just with a degree, but with a portfolio of practical experience that sets you apart to employers.

For a complete overview of Deakin's engineering facilities and resources, visit the official facilities information page on Deakin's website.