Master in Engineering

Auckland University of Technology (AUT) is a contemporary New Zealand university located across multiple campuses in Auckland, established as a university in 2000 from a former technical college. AUT combines academic teaching, applied research and strong industry connections to prepare students for global careers. The university is recognized for innovation, interdisciplinary learning and a practical approach that equips graduates with workplace-ready skills.

AUT offers a wide range of undergraduate and postgraduate programs across technology, business, health, creative industries and sciences, supported by modern facilities and research centres. The university places emphasis on entrepreneurship, new technologies and collaborative problem solving, encouraging students to innovate and apply knowledge in real-world projects. AUT’s focus on employability is reflected in strong graduate outcomes and employer engagement.

International students are welcomed into a diverse campus community and benefit from support services, internships and industry partnerships that help launch careers in New Zealand and overseas. With a commitment to preparing adaptable graduates, AUT provides pathways for professional development, practical experience and international exchange. Prospective students should investigate program specifics, scholarship options and visa guidance to make informed application decisions.

The Master of Engineering at Auckland University of Technology is tailored for those looking to deepen their expertise in engineering. This program is ideal for students who thrive in research-oriented environments and seek to enhance their practical skills through either a thesis or a research project. With a duration of one year for those with a relevant honours degree, this program offers a unique opportunity to engage with leading research institutes and collaborate on innovative projects.

Students in this program will explore advanced engineering topics, including telecommunications, materials, and manufacturing technologies. The curriculum is designed to develop critical research skills and technical knowledge, preparing graduates for the evolving demands of the engineering field. The program offers two pathways: a research-focused thesis or a coursework pathway that includes a dissertation, allowing students to tailor their learning experience to their career goals.

Graduates of the Master of Engineering can pursue various roles such as research and development engineer, systems engineer, biomedical engineer, and manufacturing engineer. The skills acquired are highly transferable, opening doors in diverse industries including technology, healthcare, and manufacturing. Many graduates also find opportunities in academia, contributing to research and teaching in higher education institutions.