Overview Build expertise in sustainable building performance, integrated building technologies, and facilities decision-making through the Master of Architectural Science in Sustainable Engineering System at Victoria University of Wellington. You’ll develop practical and research skills to evaluate how buildings use energy and resources, and how engineering systems can be designed, managed, and improved across the built environment. How you can study The programme is designed to support working professionals. You may be able to study part time while working, with courses delivered in concentrated blocks (for example, intensive teaching periods delivered over a short schedule). What you’ll be able to do Graduates typically apply their knowledge in areas such as sustainable building systems, energy and buildings, project delivery, and facilities management—often alongside professional practice or research pathways.
The Master of Architectural Science in Sustainable Engineering System at Victoria University of Wellington equips students with in-depth knowledge in sustainable building performance, integrated technologies, and effective facilities decision-making. This program focuses on developing both practical and research skills to assess energy and resource usage in buildings while enhancing engineering systems throughout the built environment.
This program is thoughtfully structured to accommodate the needs of working professionals. Students can opt for part-time study, with courses delivered in intensive blocks for flexibility. The curriculum encompasses a mix of core sustainability topics and advanced applications in project and facilities management.
Additionally, a capstone course offers professional work experience in an architectural science-related field, allowing students to apply their learning in real-world contexts.
To be considered for admission, applicants must possess a relevant bachelor's degree or an equivalent qualification, such as a Bachelor of Building Science or Bachelor of Architectural Studies. A minimum academic performance, typically a B average or equivalent, is required. Some candidates may need to provide evidence of additional academic preparation or English language proficiency, depending on their educational background.
Graduates of this program commonly pursue careers in areas such as sustainable building systems, energy management in buildings, project delivery, and facilities management. Many find opportunities in both professional practice and research sectors, applying their skills to promote sustainability within the built environment.
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