Programme details

Master of Renewable Energy – MRE

Discover the skills to design, develop, and advocate for clean energy systems, essential for building a resilient and sustainable future.

Course description

We are constantly bombarded with news of unprecedented floods, droughts, hurricanes, and fires, signaling the imminent impacts of climate change. It can feel overwhelming, but we have the power to address this generational challenge and expedite the shift to clean, renewable energy.

To achieve this, the world requires individuals equipped with both the technical expertise to implement and manage renewable energy systems and the analytical skills to influence public energy policies. This is where the Master of Renewable Energy (MRE) program comes into play.

 

Two Learning Pathways

In our MRE program, you will gain a comprehensive understanding of sustainable energy technologies, including solar, hydroelectric, geothermal, and wind power.

  • Renewable Energy Systems Engineering

This pathway focuses on the technical components of renewable energy systems. You will learn the intricacies of solar panels, wind turbines, and other renewable energy technologies. Additionally, you will explore how power is stored in the national grid and how power electronics enhance energy efficiency.

  • Renewable Energy Systems Analysis

The analytical pathway delves into the economics of energy systems, energy markets, and regulatory frameworks. You will acquire skills in modeling and analyzing the sustainability of energy systems, preparing you for roles as an analyst or policymaker in organizations that handle energy systems.

Immigration benefits

This course qualifies for 5 points if applying for residency under the Skilled Migrant Category.

This course may qualify for the following visa rights:
In-study work rights
Partner visitor rights
Partner work rights
Post-study work rights

Career Prospects

The Master of Renewable Energy (MRE) will unlock a variety of opportunities in both the private and public sectors.

– Engineering Pathway

By following the engineering pathway, you could find yourself designing and installing small-scale sustainable energy systems. Alternatively, you might join a larger company focused on power generation, transmission, or distribution.

– Analytical Pathway

Opting for the analytical pathway could lead to an advisory position where you influence energy policy. This could be within central government, a regional agency, or a not-for-profit organization.

Entry requirements

Academic
– A bachelor’s degree in a relevant area with at least a B+ average
– To be accepted by the Head of School as capable of proceeding with the proposed course of study.

EL requirement (any one of the following)
– IELTS (Academic): Minimum overall score of 6.5, with no sub-score below 6.0
– TOEFL (Internet-based test): Minimum score of 90, with at least 20 in writing
– Pearson Test of English: Minimum score of 58, with a ‘Communicative’ score of no less than 50
– EAP: Minimum final scores of 4, 4, 5, 5
– Cambridge English Qualifications: C1 Advanced or C2 Proficiency with a score of 176 or higher, with each skill score no less than 169
– New Zealand Certificates in English Language (NZCEL): Level 5 (Academic)
– NZAPA: English New Zealand Accredited Pathway Assessment Level 3, with no skill lower than Level 2

Victoria University

Credits
180

Duration
1-1.5 year

Intakes

February

International fees
63050 for 1.5 year

Location

Qualification Type

Study level