About this course
Designed for students who want a hands-on career in clean power, this three-year degree explores solar, wind, energy storage, and power systems.
You'll build strong engineering fundamentals, learn to implement and manage renewable energy solutions, and develop workplaceready skills through applied projects and Work-Integrated Learning (WIL). With Australia targeting net-zero emissions by 2050, graduates are positioned for growing opportunities across renewable generation,grids, and energy management.
Fees and scholarships
| Item | Amount | Basis |
|---|---|---|
| Tuition fee | A$25,000 | per year |
| Other course costs | A$500 | first year |
| Net fee | A$25,500 | first year, after maximum scholarship |
| Application fee | A$0 | one off |
Fees are set by the university and can change. A scholarship is not confirmed until the university awards it, and the amount shown is the maximum available rather than an amount you will receive.
Entry requirements
Year 12
- Mathematics (Mandatory)
English language requirements
| Test | Overall | Minimum in each part |
|---|---|---|
| IELTS | 6 | 5.5 |
| PTE Academic | 50 | 45 |
What you will study
Core modules
- MTH100 Engineering Mathematics 1
- MTH110 Engineering Mathematics 2
- PHY100 Engineering Physics : Mechanics
- PHY110 Engineering Physics : Electromagnetism
- EIT100 Programming for Engineers
- ENG 100 Introduction of Engineering Technology
- ENG210 Engineering Materials
- ENG220 Embedded Systems
- ENG230 Transducers, Sensors, Actuators and Control
- ENG240 Artificial Intelligence and Virtual Reality Systems
- ENP100 Engineering Practice 1: Technology in a Social Context Project
- Engineering Practice 2: CAD and 3D Printing Project (10 credit points)
- ENP300 Engineering Practice 5: Industry Project (20 credit points)
- ENP310 Engineering Practice 6: Industry Capstone Project (Advanced Manufacturing) (20 credit points)
- AMF200 Quality Management Systems (10 credit points)
- AMF210 Introduction to Advanced Manufacturing (10 credit points)
- AMF310 Design for Manufacture and Assembly (10 credit points)
- AMF320 Computer Integrated Manufacturing (10 credit points)
- AMF330 Advanced Manufacturing and Logistics (10 credit points)
Elective modules
- REE200 Renewable Energy Technology (10 credit points)
- REE210 Power Electronics and Storage Technologies (10 credit points)
Where it can lead
- Renewable energy project designer or manager
- Renewable energy modeller/analyst
- Grid connection engineering technologist
- Power systems engineering technologist
- Solar PV engineering technologist
These are fields graduates of this course commonly work in. They are not a guarantee of employment.
Documents you will need
- Passport
- Matric Degree
- Intermediate Degree
- Bachelor Degree (If Applicable)
- Bachelor Transcript (If Applicable)
- CV
- Experience Letter
Why Imperial Engineering Education
- Future-focused specialisation: Study solar, wind, energy storage, power systems and smart-grid technologies.
- Practical industry experience: Build workplace-ready skills through laboratories, applied projects, Work-Integrated Learning and an industry capstone project.
- Growing career opportunities: Prepare for roles in renewable power generation, energy management, battery storage, electric transport and sustainability consulting.
- Industry-relevant engineering skills: Develop strong engineering fundamentals aligned with Engineers Australia graduate competencies.
Course details are taken from the university and are correct as far as we know at the time of publication. Entry requirements, fees and intake dates are set by the university and can change. Nothing on this page is an offer of admission, a confirmed scholarship, or an assessment of your visa eligibility.