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Study engineering and help build the future

Discover how things work and use your creativity to design solutions to real-world problems.

Why choose New Zealand

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All levels of study

Why study engineering in New Zealand

New Zealand's practical, hands-on teaching style encourages you to think independently, critically and creatively while you’re studying abroad.

Learning in small classes with a high teacher/student ratio, you'll gain real-world experience for your future engineering career. You’ll be supported by friendly, approachable teachers who are leaders in their field and have close ties to industry.

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Choose New Zealand for your overseas engineering studies and you'll benefit from a lifestyle that gives you more time to do the things you love.

Our exceptional work/life balance lets you see friends, follow your interests and explore nature - without the crowds. We consistently lead global quality of life surveys, and are ranked the second most peaceful nation on Earth.

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Studying engineering in New Zealand is great value for money, and you can offset the costs of living overseas by working while you study.

You may be able to work up to 20 hours during the term and full-time during the holidays - or with no restrictions if you're a PhD or Masters by research student. You'll also improve your English and gain workplace experience while you're studying abroad.

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Studying engineering here gives you an edge in the global jobs market and prepares you to succeed anywhere in the world.

You'll gain internationally-recognised qualifications, vocational experience and generic skills such as teamwork and leadership. You may also be able to work in New Zealand after graduating - we need more engineers.

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Hear from international engineering students and graduates

Study pathway

Engineering pathways range from certificates and diplomas to a three-year Bachelor of Engineering Technology or a four-year Bachelor of Engineering. You'll also have many opportunities for postgraduate study.


Post graduate

  • Year 1
  • Year 2
  • Year 3
  • Year 4
  • Year 5
  • Year 6
National Certificate
A National Certificate in Engineering qualifies you to work as an electrician or fabrication engineer, or in other engineering trades.
A New Zealand Diploma in Engineering is a two-year diploma qualifying you to work as an engineering technician.
Bachelor of Engineering Technology
A Bachelor of Engineering Technology is a three-year degree that has a strong focus on practical projects, and is offered in a range of specialisations.
Bachelor of Engineering
The Bachelor of Engineering (Honours) is a four-year degree that combines theoretical knowledge with project work. You can specialise in a wide range of areas.
Graduate certificate or diploma
A flexible way to study extra undergraduate-level courses after completing a degree
Postgraduate certificate or diploma
A postgraduate certificate in engineering is for professional engineers seeking advanced technical or management training. It usually takes one semester of full-time study to complete.
Masters' degree
A Master of Engineering is a research-based postgraduate qualification offered in a range of specialisations.
A Master of Engineering is a research-based postgraduate qualification offered in a range of specialisations.

This is a generic pathway. Length of study may vary depending on how students choose to structure their degrees.

Key engineering areas

  • Civil engineers design and help build structures such as dams, bridges, gas and water supply systems, sewerage systems and roads.
  • Chemical engineers design, develop and operate the processes and equipment used to change raw materials into useful products such as petrol and pharmaceuticals.
  • Computer systems engineers design complex computer-based systems used in areas ranging from robotics to avionic systems to multimedia applications.
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  • Electrical engineers are involved in designing, making and operating systems and equipment that produce, distribute or use electricity.
  • Mechanical engineers design and advise on building and repairing machines and tools. They also study ways to improve manufacturing and energy production.

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