Master of Renewable Energy Systems is a thesis-based engineering programme at Victoria University of Wellington that helps you deepen your expertise in renewable energy technologies and research methods.You’ll develop advanced analytical and problem-solving skills through independent study and a research project, preparing you for roles in energy systems, engineering research, and technology development.
The Master of Renewable Energy Systems at Victoria University of Wellington is a thesis-based program designed to enhance your understanding of renewable energy technologies and research methodologies. This course aims to equip you with advanced analytical and problem-solving skills through a combination of independent study and a significant research project, preparing you for various roles in energy systems, engineering research, and technology development.
This master's program integrates research-led study with directed individual study and a comprehensive research project.
Your academic journey culminates in a research project that forms the foundation of your thesis work. You will select your research topic in consultation with faculty members, ensuring alignment with renewable energy systems and related engineering disciplines. Depending on your thesis focus, the degree may also be endorsed in areas such as Electronic and Computer Systems Engineering, Network Engineering, or Software Engineering.
Please note that course availability and sequencing may vary, so it is advisable to check the program handbook for the latest information.
Applicants should possess an appropriate bachelor's degree suitable for postgraduate study. Typically, a Bachelor of Engineering with Honours or an equivalent qualification is required. Candidates with a BE(Hons) degree holding First or Second Class Honours (or similar) who are interested in conducting significant research in the field may find this program especially relevant.
Important: Meeting the minimum academic qualifications does not guarantee admission, as selection may depend on factors such as academic background, research alignment, and supervisor availability.
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