Master of Aerospace EngineeringMAerospaceEng
Source: https://www.auckland.ac.nz/en/study/study-options/find-a-study-option/master-of-aerospace-engineering-maerospaceeng.html Parent: https://response.auckland.ac.nz/EngineeringPGQuiz-v2
Engineering and Design
Master of Aerospace Engineering MAerospaceEng
Equip yourself for employment in the space and aeronautical sectors with Aotearoa’s first dedicated masters programme in Aerospace Engineering.
Duration : Full-time: Varies
Next start date : 2026 Semester Two – 20 July : 2027 Semester One – 1 March
Available locations : City
Points : 120 or 180
Programme type : Postgraduate : Taught & research options available
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Programme overview
Aotearoa’s space industry is expanding, as is its capacity for innovation in industry and research. Get a head start in your career in this exciting field with the MAerospaceEng. The programme is designed to equip you with the skills, knowledge and expertise to be an effective employee in a field of increasing national and global economic significance.
Our courses in Aerospace Engineering are supported by Te Pūnaha Ātea Auckland Space Institute, which aims to enhance the growth of the New Zealand space sector. The institute is led by academics with deep expertise in the aerospace industry; and so the University of Auckland is ideally placed to deliver an excellent teaching and learning experience for our students. The MAerospaceEng programme has also received additional endorsements from the New Zealand Space Agency, Rocket Lab CEO Peter Beck, and the Royal Aeronautical Society.
We also offer opportunities for practical projects with industry partners. This ensures that you’re prepared to fulfil your future workforce’s demands for complex problem solving, innovation and entrepreneurship.\ \ Information pack
Learn more about the Master of Aerospace Engineering. (1 MB, PDF)
Programme structure
There are four ways to complete a MAerospaceEng: Research (120 and 180 points) and Taught (120 and 180 points). Your selection will depend on your technical experience, educational background, and career goals.
Compulsory courses\ In all cases, you will be required to complete the following:
- AEROSPCE 730 Aerospace Systems Design (Semester One)
- AEROSPCE 740 Aerospace Structures and Mechanisms (Semester Two)
Thesis or research project\ A research component is necessary to the MAerospaceEng, regardless of your focus. This enables you to apply your technical knowledge to practical scenarios while building your confidence in the field.
- If you choose a research programme, you’ll need to complete the 90-point AEROSPACE 792 or 793 Thesis.
- If you choose a taught programme, you’ll need to complete the 45-point AEROSPACE 791 Research Project.
Aerospace core courses\ For the 180-point research and both taught options, you must complete at least two of the following courses:
- AEROSPCE 720 Space Dynamics and Missions (Semester Two)
- ENGGEN 769 Research Methods for Engineers (Semesters One and Two)
- MECHENG 711 Computational Fluid Dynamics (Semester Two)
- MECHENG 712 Aerohydrodynamics (Semester One)
- MECHENG 743 Composite Materials (Semester One)
You will also need to complete additional electives depending on your study track. Refer to the Electives tab for more information.
If you’re not ready to commit to a masters programme, we also offer the following.
Other options\ These qualifications also serve as pathways towards the MAerospaceEng.
You'll also need to meet other requirements, including time limits and total points limits. See Postgraduate enrolment.
For detailed information about a specific programme, including its courses and regulations, visit the Curriculum Catalogue. For the general university requirements for admission, enrolment and fees, visit the University Calendar.
2026 entry requirements
My highest qualification is from:
University of Auckland
Another tertiary institution
Programme requirements
Programme requirements
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Minimum programme requirements
Minimum requirements listed here are the likely grades required and do not guarantee entry. We assess each application individually and applicants may require a higher grade to be offered a place.
- Study option
Taught 120 points
Grade required
GPA 5.0 - Study option
Taught 180 points
Grade required
GPA 5.0 - Study option
Research 120 points
Grade required
GPA 5.0 - Study option
Research 180 points
Grade required
GPA 5.0
Calculate your Grade Point Average (GPA)
Further programme requirements
Further programme requirements
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Select your study option:
Taught 120 points
Taught 180 points
Research 120 points
Research 180 points
You must have completed either:
- A BE or BE(Hons) and passed with a GPA of 5.0 in at least 60 points at Stage III.
Or
- A BE or BE(Hons) and passed 60 points toward a relevant postgraduate certificate or postgraduate diploma with a GPA of 5.0 or higher.
Or
- A relevant Bachelors degree with a GPA of 5.0 or higher in 60 points above Stage II and at least three years of relevant professional experience approved by the Programme Director
Or
- A relevant Bachelors degree and a relevant Postgraduate Diploma (or equivalent) with a GPA of 5.0 or higher
Whether a qualification is considered relevant will depend on the courses passed and the applicant’s intended specialisation. Qualifications in applied science, engineering or technology may be considered relevant\
A BE or BE(Hons) and passed 60 points toward a relevant postgraduate certificate or postgraduate diploma with a GPA of 5.0 or higher.\
You must have completed either:
- A BE or BE(Hons) and passed with a GPA of 5.0 in at least 60 points at Stage III.
Or
- A BE or BE(Hons) and passed 60 points toward a relevant postgraduate certificate or postgraduate diploma with a GPA of 5.0 or higher.
Or
- A relevant Bachelors degree with a GPA of 5.0 or higher in 60 points above Stage II and at least three years of relevant professional experience approved by the Programme Director
Or
- A relevant Bachelors degree and a relevant Postgraduate Diploma (or equivalent) with a GPA of 5.0 or higher
Whether a qualification is considered relevant will depend on the courses passed and the applicant’s intended specialisation. Qualifications in applied science, engineering or technology may be considered relevant
Completed a relevant Bachelors degree from this University with a Grade Point Average of 5.0 or higher in 60 points above Stage II.
Other pathways to study
Other pathways to study
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If you do not meet the entry requirements, you can still gain entry by passing 60 points a relevant postgraduate diploma or postgraduate certificate with a Grade Point Average of 5.0 or higher.
Whether a qualification is considered relevant will depend on the courses passed. Qualifications in applied science, engineering, information technology, science or technology may be considered relevant.
Programme requirements
Programme requirements
Show details Hide details
Minimum programme requirements
Minimum requirements listed here are the likely grades required and do not guarantee entry. We assess each application individually and applicants may require a higher grade to be offered a place.
- Study option
Taught 120 points
Grade required
GPE 5.0 - Study option
Taught 180 points
Grade required
GPE 5.0 - Study option
Research 120 points
Grade required
GPE 5.0 - Study option
Research 180 points
Grade required
GPE 5.0 - Qualification
IELTS Academic
Score required
6.5
No bands less than 6.0.
See alternative English language requirements
Calculate your Grade Point Equivalent (GPE)
Further programme requirements
Further programme requirements
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Select your study option:
Taught 120 points
Taught 180 points
Research 120 points
Research 180 points
You must have completed a relevant four-year Bachelor's degree at a recognised university (or similar institution) that includes:
- One year of postgraduate-level study
- A research project or dissertation comprising at least one-quarter of the final year
Or
You must have completed one year of relevant postgraduate study, following an undergraduate degree.
Must have completed an undergraduate degree in a relevant subject area from a recognised university (or similar institution).
You must have completed a relevant four-year Bachelor's degree at a recognised university (or similar institution) that includes:
- One year of postgraduate-level study
- A research project or dissertation comprising at least one-quarter of the final year
Or
You must have completed one year of relevant postgraduate study, following an undergraduate degree.
Must have completed an undergraduate degree in a relevant subject area from a recognised university (or similar institution).
Other pathways to study
Other pathways to study
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If you do not meet the GPA requirement, you can still gain entry by passing 60 points in the Postgraduate Certificate in Engineering in a relevant subject or Postgraduate Diploma in Engineering in a relevant subject or Postgraduate Certificate in Aerospace Engineering or Postgraduate Diploma in Aerospace Engineering from this University with a Grade Point Average of 5.0 or higher, provided that the postgraduate certificate or postgraduate diploma has not been awarded .
In exceptional circumstances, we will consider you for entry if you have completed a bachelor's degree and have three years of relevant professional work experience.
For detailed information about a specific programme, including its courses and regulations, visit the Curriculum Catalogue. For the general university requirements for admission, enrolment and fees, visit the University Calendar.
How much does a Master of Aerospace Engineering cost per year?
2026 fees
Domestic students : NZ$12,013.20 – $12,854.40*
International students : NZ$55,484*
Fees are set in advance of each calendar year and will be updated on this website. Fees are inclusive of 15% GST, but do not include the Student Services Fee, course books, travel and health insurance, or living costs. Amounts shown are indicative only. In addition to the tuition fees, there is a Student Services Fee of $9.44 per point, estimated at $1,132.80 for full-time study (120 points). Fees will be confirmed upon completion of enrolment into courses.
*Please note: amounts shown are indicative and estimates only.
See course fees for each faculty
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Scholarships and awards
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Student loans and allowances
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Cost of living
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For detailed information about a specific programme, including its courses and regulations, visit the Curriculum Catalogue. For the general university requirements for admission, enrolment and fees, visit the University Calendar.
Key dates
Note: For international applicants, the application closing date for Semester Two 2024 is 24 May 2024.
Please note: We will consider late applications if places are still available. International students should start the application process as early as possible to allow sufficient time to apply for a visa.
Application closing dates
Semester One 2026 : 8 December 2025
Semester Two 2026 : 8 June 2026
Start dates
Here are the start dates for the programme.
2026
| Semester One | Starts – 2 March |
| Ends – 29 June | |
| Semester Two | Starts – 20 July |
| Ends – 16 November |
2027
| Semester One | Starts – 1 March |
| Ends – 28 June | |
| Semester Two | Starts – 19 July |
| Ends – 15 November |
Other important dates
See important dates for the academic year, including orientation, enrolment, study breaks, exams, and graduation.
For detailed information about a specific programme, including its courses and regulations, visit the Curriculum Catalogue. For the general university requirements for admission, enrolment and fees, visit the University Calendar.
Master of Aerospace Engineering (120, Taught)
*Enrol 30 points (core courses) in:\ *Semester One\ AEROSPCE 730 Aerospace Systems Design (15 points)
Semester Two\ AEROSPCE 740 Aerospace Structures and Mechanisms (15 points)
Enrol total 45 points in research project: (Available in Semesters One and Two)\ AEROSPCE 791 A/B Research Project (45 points)
Enrol at least 30 points from:\ AEROSPCE 720 Space Dynamics and Missions (15 points) – Semester One\ MECHENG 711 Advanced Computational Fluid Dynamics (15 points) – Semester Two\ MECHENG 712 Aerohydrodynamics (15 points) – Semester One\ MECHENG 743 Composite Materials (15 points) – Semester One
Enrol up to 15 points from:\ COMPSYS 704 Advanced Embedded Systems (15 points) – Semester Two\ ELECTENG 721 Radio Engineering (15 points) – Semester One\ ELECTENG 722 Modern Control Systems (15 points) – Semester One\ ENGGEN 731 Agile and Lean Project Management (15 points) – Semester One\ GEOG 771 Spatial Analysis and Geocomputation – Semester One\ MECHENG 722 Engineering Vibrations - Semester One\ MECHENG 724 Multivariable Control Systems – Semester Two\ MECHENG 747 Manufacturing and Industrial Processes - Semester Two\ OPSMGT 760 Advanced Operations Systems - Semester Two\ OPSMGT 766 Fundamentals of Supply Chain Coordination - Semester One\ PHYSICS 753 The Dynamic Universe - Semester Two\ SCIENT 701 Accounting and Finance for Scientists - Semester One\ SCIENT 702 Marketing for Scientific and Technical Personnel - Semester One\ SCIENT 704 Law and Intellectual Property - Semester One
Master of Aerospace Engineering (180 points, Taught)
*Enrol 30 points (core courses) in:*\ Semester One\ AEROSPCE 730 Aerospace Systems Design (15 points)
Semester Two\ AEROSPCE 740 Aerospace Structures and Mechanisms (15 points)
Enrol total 45 points in research project: (Available in Semesters One and Two)\ AEROSPCE 791 A/B Research Project (45 points)
Enrol at least 30 points from:\ AEROSPCE 720 Space Dynamics and Missions (15 points) – Semester One\ MECHENG 711 Advanced Computational Fluid Dynamics (15 points) – Semester Two\ MECHENG 712 Aerohydrodynamics (15 points) – Semester One\ MECHENG 743 Composite Materials (15 points) – Semester One
Enrol up to 75 points from:\ COMPSYS 704 Advanced Embedded Systems (15 points) – Semester Two\ ELECTENG 721 Radio Engineering (15 points) – Semester One\ ELECTENG 722 Modern Control Systems (15 points) – Semester One\ GEOG 771 Spatial Analysis and Geocomputation - Semester One\ MECHENG 722 Engineering Vibrations - Semester One\ MECHENG 724 Multivariable Control Systems - Semester Two\ MECHENG 747 Manufacturing and Industrial Processes - Semester Two\ PHYSICS 753 The Dynamic Universe - Semester Two
Enrol up to 30 points from:\ ENGGEN 731 Agile and Lean Project Management (15 points) – Semester One\ OPSMGT 760 Advanced Operations Systems - Semester Two\ OPSMGT 766 Fundamentals of Supply Chain Coordination - Semester Two\ SCIENT 701 Accounting and Finance for Scientists - Semester One\ SCIENT 702 Marketing for Scientific and Technical Personnel - Semester One\ SCIENT 704 Law and Intellectual Property - Semester One
\
For detailed information about a specific programme, including its courses and regulations, visit the Curriculum Catalogue. For the general university requirements for admission, enrolment and fees, visit the University Calendar.
Where could this programme take you?
Aotearoa's aerospace industry is making a significant, growing contribution to our economy, employing a productive and highly skilled workforce. Pursuing a dedicated study option opens opportunities in aeronautics, astronautics, space systems and aerospace management, in technical or management roles, as well as pathways to employment in academia.
Jobs related to this programme
- Aerospace Engineer
- Launch Services Engineer
- Payload Engineer
- Project Manager
- R&D Engineer
- Space Mission Design & Operations
- Space System Engineer
- Technical Director, CTO
Further study options
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