GraduateEngineering
Master of Renewable Energy Engineering
University of the Sunshine Coast, Sippy Downs, QLD, Australia
About this program
Harness the power of a changing world. Develop cutting-edge skills in various areas, including electrical power distribution, demand and storage systems, renewable energy and digital communication.
In this program you will:
- Study electrical power distribution engineering, advanced control systems engineering, principles of renewable energy sources and more
Cost & duration
English test scores
Verified unisc.edu.au ↗
Course structure
18 terms of coursework
- Program structure
- Advanced courses (7) 84 units
- ELC500Electronic Design
- ELC501Power Electronics and System Analysis
- ELC502Advanced Digital Communications
- ELC503Electrical Power Distribution Engineering
- ELC504Advanced Digital and Embedded Systems
- ENG500Professional Engineering
- MCH501Advanced Control Systems Engineering
- Specialised courses (7) 108 units
- ELC600Principles of Renewable Energy Sources
- ELC700Micro-grid and Energy Storage Systems
- ELC701Electrical Demand Forecasting and Management
- ENG600Engineering Project Management Principles
- ENG700Integrative Group Project
- ENG707Advanced Engineering Project 1
- ENG708Advanced Engineering Project 2
- Program structures are subject to change. Not all UniSC courses are available on every UniSC campus
Career & PR pathway
Occupations this degree typically leads to, and their skilled-migration list status
Civil EngineerANZSCO 233211
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186. A degree accredited by Engineers Australia makes the skills assessment close to a formality; a non-accredited degree instead needs a Competency Demonstration Report.
Assessed by Engineers Australia
Mechanical EngineerANZSCO 233512
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.
Assessed by Engineers Australia
Electrical EngineerANZSCO 233311
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.
Assessed by Engineers Australia
Electronics EngineerANZSCO 233411
On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Engineers Australia
Chemical EngineerANZSCO 233111
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.
Assessed by Engineers Australia
Structural EngineerANZSCO 233214
On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Engineers Australia
Environmental EngineerANZSCO 233915
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.
Assessed by Engineers Australia
Mining Engineer (excluding Petroleum)ANZSCO 233611
On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Engineers Australia
Biomedical EngineerANZSCO 233913
On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Engineers Australia
Agricultural EngineerANZSCO 233912
On MLTSSL and CSOL, supporting the points-tested 189, 190, and 491 as well as the employer-sponsored 482 and 186, via an Engineers Australia skills assessment.
Assessed by Engineers Australia
List membership changes over time and does not guarantee an invitation. See the skilled occupation lists guide and the points calculator before relying on this for a visa decision.
Admissions
Entry requirements 2 year degree (192 units) Applicants must hold a three-year bachelor's degree (or equivalent) in Electrical and Electronic Engineering, Electrical Engineering, Electronics Engineering, or relevant engineering discipline from a recognised higher education institution. Reduced volume of learning pathway (120 units) Applicants must hold a four-year bachelor honours degree (or equivalent) in Electrical and Electronic Engineering or relevant engineering discipline from a recognised higher education institution. Additional entry information Applicants from a non-English speaking background should refer to the English language requirements for further information.
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