Bioengineering asks big questions about designing solutions for living systems. Postgraduate study gives you the tools to answer them with confidence.
Changes to science masters’ degrees from 2027
From 2027, our science masters' degrees are changing. The Master of Science and Master of Applied Science will be renamed to the Master of Science (Thesis) and Master of Science (Applied).
Why study postgraduate Bioengineering?
Bioengineering draws on physics, mathematics, chemistry, and biology to develop integrated, quantitative solutions for challenges in biology, medical research, and population health.
At postgraduate level, Bioengineering allows you to deepen your technical knowledge while developing a clearer sense of purpose and impact. You explore how engineering principles can be applied to biological systems, medical technologies, and health innovation. This field is constantly evolving, driven by advances in data, materials, and biomedical science. Postgraduate study gives you the space to specialise, think critically, and contribute to research-led solutions. You learn to work across disciplines, communicate complex ideas, and approach problems from multiple angles. Whether your interest lies in improving healthcare, advancing scientific understanding, or translating research into real-world applications, Bioengineering offers a flexible and future-focused platform for meaningful work.
Career opportunities
Postgraduate Bioengineering prepares you for roles that combine technical expertise with real-world impact.
Graduates may work in:
- Biomedical and medical device industries
- Research and development roles
- Health technology and innovation
- Biotechnology and life sciences sectors
- Further study towards doctoral research
What it’s like to study at this level
Postgraduate Bioengineering at Otago is shaped by inquiry, collaboration, and applied thinking.
You engage with advanced concepts through a mix of coursework, research, and project-based learning. Study feels active and purposeful, with opportunities to explore complex problems and develop practical solutions. You work closely with academic staff and peers from different backgrounds, learning to collaborate across disciplines. Emphasis is placed on critical thinking, independent research, and communicating ideas clearly. As you progress, you take greater ownership of your learning, building confidence and professional capability alongside technical expertise.
This is for you if ...
A background in engineering, biological sciences, or a related discipline provides a strong foundation for postgraduate Bioengineering.
An interest in problem-solving, systems thinking, and applying theory to real-world challenges will help you succeed in this field.
Specialise, collaborate, and advance impactful solutions
Otago offers a supportive and research-led environment for postgraduate Bioengineering study.
Otago’s strong research culture encourages you to work closely with experienced academics and contribute to projects with real-world relevance. You benefit from a collaborative postgraduate community and access to interdisciplinary expertise across science, health, and engineering. You’ll experience a focused campus lifestyle, where learning, research, and community are closely connected. At Otago, postgraduate study is about developing mastery while staying grounded in purpose and impact.
Choose a study option
Whether you are advancing your career with our specialised graduate qualifications or pursuing in-depth research and expertise through our postgraduate programmes, Otago is here to support your aspirations.
Postgraduate qualifications
Honours, masters’, PhDs, and other advanced degrees for graduates. Just one additional year of study will earn you a valuable postgraduate degree. Or perhaps you want the depth of a full year of research-only time during a master’s or to step up to a PhD.
Postgraduate Certificate in Science (PGCertSci)
A coursework programme, typically consisting of three papers, that can be completed with full-time (one-semester) or part-time (full-year) study
Postgraduate Diploma in Science (PGDipSci)
A one-year programme which builds on an undergraduate science degree, encompassing coursework and a chosen research topic
Master of Science (Applied) (MSc(Applied))
A coursework postgraduate degree with a research component. The MSc(Applied) can be completed in 12 months or in stages over a longer period.
Master of Science (Thesis) (MSc(Thesis))
A two-year degree with a wide range of subject options. The MSc(Thesis) may be taken by a combination of coursework and thesis, or by thesis only.
Doctor of Philosophy (PhD)
Engage in original research leading to a doctoral thesis, supported by comprehensive academic and social networks
Ready to apply?
Take your expertise to the next level with advanced study.
Programme details
Compare programmes for this subject.
Subject offered from 2027.
120 points from papers listed for the subject in schedule D.
Review relevant papers under Master of Science (Applied) and Master of Science (Thesis)
Papers
View a list of all related papers below.
BIOE papers
| Paper Code | Year | Title | Points | Teaching period |
|---|---|---|---|---|
| BIOE401 | 2026 | Research Methods | 20 points | Full Year |
| BIOE403 | 2026 | Bioengineering Design | 20 points | Full Year |
| BIOE404 | 2026 | Medical Devices and Technology | 20 points | Full Year |
| BIOE405 | 2026 | Regenerative Medicine and Stem Cells | 20 points | Full Year |
| BIOE480 | 2026 | Research Project | 40 points | Full Year |
| BIOE495 | 2026 | Master's Thesis Preparation | 40 points | Full Year |
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Regulations on this page are taken from the 2026 Calendar and supplementary material.
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