- Duration
- Full-time: Varies
- Next start date
- 2025 Semester One – 3 March
- 2025 Semester Two – 21 July
- Available locations
- City
- Points
- 120 or 180
- Programme type
- Postgraduate
- Taught options available
Programme overview
Medical technology is getting more complex, and the field needs upskilled engineering graduates to help maintain and create it. Get a head start in this exciting field with the Master of Medical Engineering, designed to equip students with the skills, knowledge and expertise to be effective employees in an essential field.
Information pack
Learn more about the Master of Medical Engineering. (1 MB, PDF)
Programme structure
There are four ways to complete a MMedicalEng. Your selection will depend on your technical and educational background, and career goals.
The MMedicalEng is available in 120 and 180 point taught pathways. Each pathway has two taught specialisations available in:
- Biomechanical Engineering
- Medical Devices and Technologies
You can learn more about the programme courses and both specialisations in the Courses tab.
If you’re not ready to commit to a masters programme, we also offer the following:
You'll also need to meet other requirements, including time limits and total points limits. See Postgraduate enrolment.
Subjects available in this programme
- Biomechanical Engineering
- Med Devices and Technologies
2025 entry requirements
My highest qualification is from:
Programme requirements
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 optionTaught 120 pointsGrade requiredGPA Grade Point Average 4.0
-
Study optionTaught 180 pointsGrade requiredGPA Grade Point Average 4.0
Further programme requirements
Select your study option:
You must have completed a Bachelor of Engineering or Bachelor of Engineering (Honours), with a GPA of 4.0 or higher in 120 points above Stage III.
You must have completed a Bachelors degree in a relevant subject with a GPA of 4.0 or higher in 75 points above Stage II.
Other pathways to study
If you do not meet the GPA requirement through your BE or BE(Hons), you can still gain entry by passing 60 points with a GPA of 4.0 or higher in one of the following:
- Postgraduate Certificate in Engineering in a relevant subject
- Postgraduate Certificate in Medical Engineering
- Postgraduate Diploma in Medical Engineering
Or:
A Bachelors degree in a relevant subject with a GPA of 4.0 or higher in 75 points above Stage II and at least three years of relevant professional experience
Or:
A relevant Postgraduate Diploma from this University with a Grade Point Average of 4.0 or higher, or the equivalent as approved by the Senate or its representative.
Or:
In exceptional circumstances Senate or its representative may approve the admission of a student who hasextensive, relevant, practical, professional or scholarly experience deemed equivalent.
Note: Relevant subjects include applied science, bioengineering, computer science, data science, electrical engineering, electronic engineering, information technology, mechatronics, science, or technology.
Programme requirements
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 optionTaught 120 pointsGrade requiredGPE Grade Point Equivalent 4.0
-
Study optionTaught 180 pointsGrade requiredGPE Grade Point Equivalent 4.0
-
QualificationIELTS Academic International English Language Testing SystemScore required6.5
No bands below 6.0.
Further programme requirements
Select your study option:
You must have completed a four-year Bachelors degree in engineering at a recognised university (or similar institution) that includes:
- Broad coverage in your first year of the foundational science topics that underpin engineering disciplines: mathematical modelling, chemical and materials science, electrical engineering theory, mechanics, programming, and engineering design
- One year of postgraduate-level study
- A research project or dissertation comprising at least one-quarter of the final year
You will need a GPE of 4.0.
Alternatively, you must have completed one year of postgraduate study, following an undergraduate degree, in a relevant subject at a recognised university (or similar institution) with a GPE of 4.0.
Note: Relevant subjects include applied science, bioengineering, computer science, data science, electrical engineering, electronic engineering, information technology, mechatronics, science, or technology.
You must have completed an undergraduate degree in a relevant subject at a recognized university (or similar institution) with a GPE of 4.0.
Note: Relevant subjects include applied science, bioengineering, computer science, data science, electrical engineering, electronic engineering, information technology, mechatronics, science, or technology.
Other pathways to study
If you do not meet the GPE requirement, you can still gain entry by passing 60 points towards one of the following with a GPA of 4.0:
- Postgraduate Certificate in Engineering in a relevant subject
- Postgraduate Certificate in Medical Engineering
- Postgraduate Diploma in Medical Engineering
In exceptional circumstances, we will consider you for entry if you have completed an undergraduate degree and have three years of work experience in engineering.
How much does a Master of Medical Engineering cost per year?
2025 fees
- Domestic students
- NZ$12,127.20*
- International students
- NZ$52,842*
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 $8.88 per point, estimated at $1,065.60 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.
Find out about financial support information
Scholarships and awards
Find out about the scholarships you may be eligible for.
Student loans and allowances
Are you a New Zealand citizen or resident? You could be eligible for a student loan or allowance.
Cost of living
Get an idea of how much accommodation and general living in Auckland will cost.
Key dates
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 2024
- 8 December 2023
- Semester Two 2024
- 4 July 2024
Start dates
Here are the start dates for the programme.
| Semester One | Starts – 26 February |
|---|---|
| Ends – 24 June | |
| Semester Two | Starts – 15 July |
| Ends – 11 November |
| Semester One | Starts – 3 March |
|---|---|
| Ends – 30 June | |
| Semester Two | Starts – 21 July |
| Ends – 17 November |
Other important dates
See important dates for the academic year, including orientation, enrolment, study breaks, exams, and graduation.
The Biomechanical Engineering specialisation will provide fundamental technical knowledge in areas like biomechanics, orthopaedic engineering, computational biomedical engineering, wearable and digital technology, biomaterials, and biomedical science and analysis.
The Medical Devices and Technologies specialisation complements your background in engineering, medicine or science with knowledge in medical devices technology and practice. The courses we offer are lecture-based, delivered as modules. They are taught by specialists throughout the University, as well as guests working in relevant organisations. This ensures that we meet the needs of students from both industry and academic backgrounds. The course covers aspects of medical device design, future needs in the medical industry, as identified by the World Health Organization, clinical assessments of medical devices, and more.
Thesis or research project
A research component is necessary to the MMedicalEng, regardless of your focus. This enables you to apply your technical knowledge to practical scenarios, and build your confidence in the field.
A student who has to complete 120 points in the MMedicalEng must satisfy the requirements for one of the following specialisations:
Biomechanical Engineering specialisation:
30 points:
- BIOMENG 771: Musculoskeletal and Orthopaedic Biomechanics
- ENGSCI 740: Computational Engineering for Physical Systems
45 points from:
- CHEMMAT 753: Biological Materials and Biomaterials
- CHEMMAT 754: Materials Performance Enhancement
- CHEMMAT 757: Engineering Biotechnology
- COMPSYS 731: Human-Robot Interaction
- ENGSCI 711: Advanced Mathematical Modelling
- ENGSCI 712: Computational Algorithms for Signal Processing
- ENGSCI 721: Data-centric Engineering for Physical Systems
- ENGSCI 772: Whole Organ Modelling
- MEDSCI 737: Biomedical MRI
- Other approved 600 or 700 level courses offered at the University.
45 points:
- ENGGEN 790: Research Project
Medical Devices and Technologies specialisation:
30 points:
- ENGGEN 770: Medical Device and Technology Development
- ENGGEN 771: Medical Device Industry Practice
Up to 45 points from:
- CIVIL 703: Project Management
- POLYMER 700: Polymer Materials Engineering
- POLYMER 704: Advanced Polymer Processing
- ENGGEN 705: Engineering Product Development
- MECHENG 728: Advanced MEMS and Microsystems
- MECHENG 730: Advanced Biomechatronic Systems
- MECHENG 752: Technology Management
- MEDSCI 703: Advanced Biomedical Imaging
- PHYSICS 780: Advanced Imaging Technologies
- Other approved 600 or 700 level courses offered at the University.
Either
45 points:
- ENGGEN 790: Research Project
Or
60 points:
- ENGGEN 791 Dissertation
A student who has to complete 180 points in the MMedicalEng must satisfy the requirements for one of the following specialisations:
Biomechanical Engineering specialisation:
60 points:
- BIOMENG 771: Musculoskeletal and Orthopaedic Biomechanics
- ENGSCI 740: Computational Engineering for Physical Systems
- ENGGEN 730: Management Skills for Project Professionals
- ENGGEN 769: Research Methods for Engineers
75 points from:
- CHEMMAT 753: Biological Materials and Biomaterials
- CHEMMAT 754: Materials Performance Enhancement
- CHEMMAT 757: Engineering Biotechnology
- COMPSYS 731: Human-Robot Interaction
- ENGSCI 711: Advanced Mathematical Modelling
- ENGSCI 712: Computational Algorithms for Signal Processing
- ENGSCI 721: Data-centric Engineering for Physical Systems
- ENGSCI 772: Whole Organ Modelling
- MEDSCI 737: Biomedical MRI
- Other approved 600 or 700 level courses offered at the University.
45 points:
- ENGGEN 790: Research Project
Medical Devices and Technologies specialisation:
60 points:
- ENGGEN 770: Medical Device and Technology Development
- ENGGEN 771: Medical Device Industry Practice
- ENGGEN 730: Management Skills for Project Professionals
- ENGGEN 769: Research Methods for Engineers
Up to 75 points from:
- CIVIL 703: Project Management
- POLYMER 700: Polymer Materials Engineering
- POLYMER 704: Advanced Polymer Processing
- ENGGEN 705: Engineering Product Development
- MECHENG 728: Advanced MEMS and Microsystems
- MECHENG 730: Advanced Biomechatronic Systems
- MECHENG 752: Technology Management
- MEDSCI 703: Advanced Biomedical Imaging
- PHYSICS 780: Advanced Imaging Technologies
- Other approved 600 or 700 level courses offered at the University.
Either
45 points:
- ENGGEN 790: Research Project
Or
60 points:
- ENGGEN 791 Dissertation
Where could this programme take you?
Aotearoa New Zealand is home to over 130 medical device companies, many of which currently employ our graduates, though the skillsets offered by our programme may open up new opportunities worldwide. We aim to equip our graduates with the necessary technical, medical, ethical, regulatory and business knowledge required to contribute to industry. Through practical and theoretical training, talented students tend to be ready not just to fulfil a skill demand in the domestic and global medical devices industry, but also to improve, innovate and push the boundaries of what’s currently available.
Jobs related to this programme
- Biomechanical Engineer
- Health Engineer
- Field Services Engineer
- Medical Technology Engineer
Student career planning service
Once you become a student at the University, you can get help with planning and developing your career from Career Development and Employability Services.
Key Information for Students
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Do you need help?
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Need to speak to someone?
You can phone us directly.
- Auckland
- 923 5025
- Outside Auckland
- 0800 61 62 63
- International
- +64 9 373 7513