Career opportunities
A major in Drugs and Human Health opens doors across research, industry and health. Employers value graduates who understand drug action, human biology and evidence-based decision-making.
Possible career pathways include:
- Research scientist in biotechnology or pharmaceutical companies
- Drug safety or toxicology specialist in regulatory or government agencies
- Diagnostic or analytical technician in biomedical labs
- Health policy advisor or technical expert working in health agencies
- Further study into professional programmes such as medicine, dentistry, pharmacy, or a postgraduate research degree
Your path to biomedical discovery
Explore how Biomedical Science at Otago helps you understand the human body, from cells to diseases. Hear from students and experts about hands-on learning, specialisations, and career opportunities.
Read transcript
Jonika Edgecombe:
Talofa lava, my name is Jonika, and I have just finished my Bachelor of Biomedical Science. My major was reproduction, genetics, and development.
The thing I really enjoyed about this degree was that I got to experience a broad range of topics within my major. I discovered that I really enjoyed genetics, and I got to explore that way more in depth. I discovered areas of the subject that I didn’t even know existed, and I’m now pursuing that at a postgraduate level, doing my honours this year.
If you’re thinking about biomedical sciences, I really recommend you talk to a careers advisor at your school or any students who have gone to Otago that you know of, who can maybe give you some advice about it.
Associate Professor Liz Ledgerwood:
Kia ora, I’m Liz Ledgerwood, and I’m the Director of the Biomedical Sciences Programme at Otago University.
So, what is biomedical science? Biomedical science is the study of the human body, from what’s happening in the individual cells through to the whole body, and then how we might diagnose diseases and how we might treat diseases.
If you’re really interested in how our body works and how we can understand how our body works, you might be interested in doing a degree in Biomedical Sciences at Otago.
The Biomedical Sciences degree is a three-year programme. In your first year, you study biology subjects, as well as chemistry and physics. You can take these subjects either as part of Health Sciences First Year or the Biomedical Sciences First Year programme. After this, you have the opportunity in Biomedical Sciences to choose a combination of subjects that really interests you.
We have six majors. For example, you might combine anatomy and genetics to study reproduction, development, and genetics, or you might combine physiology and pharmacology in your study of drugs and human health. It’s really a degree that you can tailor to your interests.
Our graduates in Biomedical Science go on to a wide range of careers, both in New Zealand and internationally. Many of our students go on to further study—this could be with us, as we have postgraduate programmes in Dunedin, Wellington, and Christchurch. Other students go on to study in health professional programmes such as medicine, dentistry, or audiology.
We also have students who become involved in education—some become secondary school teachers, others university lecturers like me. Some go on to work for the government, and try and put into practice, what we learn in research, into government policy.
Otago University is a world leader in Biomedical Sciences. When you come to study Biomedical Science at Otago, you’ll be taught by researchers who are at the forefront of this field, whether it’s in infectious diseases or in cancer genetics, for example. You’ll really get the opportunity for hands-on learning—not just lectures, but also a lot of practical work—so you can truly understand how we discover what we know about our bodies.
So, if this sounds like you—if you’re really interested in how our body works and how we can treat people—really think about coming to Otago and doing a degree in Biomedical Sciences.
How you will learn
You’ll learn through a mix of lectures, tutorials and practical lab work, exploring how drugs move from discovery to their effects in the human body. You’ll analyse drug responses, work through case studies, and learn from researchers who bring real biomedical science into the classroom.
Small classes and supportive staff mean you’ll feel part of a friendly learning community where your ideas matter.
Recommended high school subjects for undergraduate study
If you enjoy chemistry and biology, are curious about human health, and like solving problems, you’ll be well prepared. A good level of interest in quantitative-thinking, scientific methods and clear communication will also help you thrive.
Choose a study option
Whether you're embarking on your academic journey with our comprehensive undergraduate programmes or aiming to reach new heights through our advanced postgraduate offerings, Otago is here to support your aspirations.
Undergraduate qualifications
For new and current students studying towards a Bachelor's or other first degree. Explore undergraduate qualifications at Otago, designed to build a strong foundation in your chosen field, preparing you for a successful career or further study.
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Further study opportunities
Whether you are looking to bridge your undergraduate studies to advanced knowledge or aiming to specialise in a specific field, Otago offers a range of graduate and postgraduate options to suit your aspirations.
Related subject areas
Explore all subject areasJoin a university with a strong reputation in biomedical sciences and health research
Our staff are researchers who work at the cutting-edge of drug discovery and human health. You’ll study in well-equipped labs, on the Dunedin campus rich in student life and learning support. You’ll also benefit from our interdisciplinary strength and the flexibility to tailor your study with the papers that match your interest in drugs and human health.
With Otago you’re not just a number – you’re part of a community exploring tomorrow’s health breakthroughs.
Programme details
Compare programmes for this subject.
| Papers | Points | |
|---|---|---|
| 100-level | BIOC 192 Foundations of Biochemistry | 18 |
| CELS 191 Cell and Molecular Biology | 18 | |
| CHEM 191 The Chemical Basis of Biology and Human Health | 18 | |
| HUBS 191 Human Body Systems 1 (or PTWY 131 Introduction to the Human Body) | 18 | |
| HUBS 192 Human Body Systems 2 | 18 | |
|
Recommended: HUNT 141 Understanding Human Nutrition MAOR 102 Māori Society PHSI 191 Biological Physics STAT 110 Statistical Methods or STAT 115 Introduction to Biostatistics | ||
| Note: PTWY 131 is only available to students enrolled in the Diploma in Science. | ||
| 200-level | PHAL 241 Pharmacology: Drugs to Medicine | 18 |
| PHSL 232 Cardiovascular and Respiratory Physiology | 18 | |
| BIOC 222 Proteins in Industry and Medicine | 18 | |
|
At least 54 further points from: ANAT 241 Human Biology: Cells to Systems BIOC 221 Molecular Biology BIOC 223 Cellular Biochemistry and Metabolism CHEM 205 Biological and Medicinal Chemistry 1 FORS 201 Analytical and Forensic Science MICR 221 Microbes to Medicine MICR 223 Infection and Immunity PATH 201 Foundations in Human Pathology PHSL 233 Cellular, Gastrointestinal and Renal Physiology | 54 | |
| 300-level | PHAL 311 Pharmacology: Molecular Targets of Drugs | 18 |
| PHAL 313 Pharmacology: Medicines and Diseases | 18 | |
|
And at least 36 points from: BIOC 351 Advanced Protein Biochemistry BIOC 352 Advanced Molecular Biology and Bioinformatics BIOC 353 Molecular Basis of Health and Disease BMSC 321 Cell Biology CHEM 305 Biological and Medicinal Chemistry 2 FORS 301 Analytical Forensic Biology MICR 332 Health Microbiology MICR 334 Advanced Immunology MICR 337 Virology PATH 302 Cancer Biology PHAL 312 Pharmacology: Drugs and the Brain PHSL 344 Cardiovascular Physiology PHSL 345 Physiological Aspects of Health and Disease | 36 | |
| Plus | 90 further points | 90 |
| Note: If thinking of doing BBiomedSc Hons, then students must take at least 126 points at 200-level and 90 points at 300-level. | ||
| Total | 360 |
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