Other Engineering
A course by
University of Auckland
Biomedical Engineering combines engineering, medicine and biology to improve quality of life and address challenges in the healthcare industry, preparing graduates for jobs at the interface of technology and health.
In-person study
Face-to-face learning in a physical classroom setting
City Campus, Auckland
It will take a total of 4 years

Learn to use engineering theories and methods to analyse the functioning of biological systems, focusing on healthcare applications.

Gain skills to create and refine therapies, models, and medical devices to improve patient outcomes.

As technology’s role in healthcare grows, Biomedical Engineering brings together engineering, medicine and biology for life-changing research and practical health solutions. This undergraduate specialisation in the Bachelor of Engineering (Honours) covers topics such as medical imaging, biometrics, electronics, computational engineering, and device development, with applications in diagnosis, therapy, and medical device industries. Students benefit from access to expert researchers and equipment at the Auckland Bioengineering Institute, and pursue roles in the medical sector, biotechnology, and research.
What you need to know first
Entry into the Bachelor of Engineering (Honours); see University of Auckland requirements for BE(Hons) entry (typically including NCEA Level 3 Mathematics and Physics or equivalent)

Medical and Healthcare
Biotechnology
Engineering
Research & Development

Biomedical Engineer in the healthcare sector
Biotechnology industries
Other Engineering
A course by
University of Auckland
Biomedical Engineering combines engineering, medicine and biology to improve quality of life and address challenges in the healthcare industry, preparing graduates for jobs at the interface of technology and health.
In-person study
Face-to-face learning in a physical classroom setting
City Campus, Auckland
It will take a total of 4 years

Learn to use engineering theories and methods to analyse the functioning of biological systems, focusing on healthcare applications.

Gain skills to create and refine therapies, models, and medical devices to improve patient outcomes.

As technology’s role in healthcare grows, Biomedical Engineering brings together engineering, medicine and biology for life-changing research and practical health solutions. This undergraduate specialisation in the Bachelor of Engineering (Honours) covers topics such as medical imaging, biometrics, electronics, computational engineering, and device development, with applications in diagnosis, therapy, and medical device industries. Students benefit from access to expert researchers and equipment at the Auckland Bioengineering Institute, and pursue roles in the medical sector, biotechnology, and research.
What you need to know first
Entry into the Bachelor of Engineering (Honours); see University of Auckland requirements for BE(Hons) entry (typically including NCEA Level 3 Mathematics and Physics or equivalent)

Medical and Healthcare
Biotechnology
Engineering
Research & Development

Biomedical Engineer in the healthcare sector
Biotechnology industries
Apply high-performance computational engineering to biological data and modeling tasks.
Medical device development roles
Research institutions
Regulatory roles in medical technology
Apply high-performance computational engineering to biological data and modeling tasks.
Medical device development roles
Research institutions
Regulatory roles in medical technology