Career opportunities
As a Pharmacology graduate, you'll find opportunities across health, research, and industry. Otago graduates are renowned for their analytical thinking, laboratory skills, and understanding of how science translates into real-world medicine.
You might consider:
- Drug development researcher in pharmaceutical companies or biotech.
- Clinical pharmacologist or specialist in hospital or healthcare settings.
- Toxicologist working in environmental, regulatory or industrial contexts.
- Science communicator or policy adviser who explains drug and chemical impacts.
- Technical specialist or adviser for pharmaceutical and med-tech companies.
How drugs affect the body
Students and staff explain how Pharmacology and Toxicology at Otago explores the science of how drugs interact with the body, society, and policy — and where this knowledge can lead.
Read transcript
Nahid Khalas:
Hi, I’m Nahid. I’m a third-year Pharmacology student. I really started loving this course in second year when I did my first Pharmacology paper. It’s so interesting how broad Pharmacology is — how different drugs act differently in the body, in different people, in different parts of the body. So that was super interesting.
And it’s super special to be in Dunedin because it’s such a student-friendly place. You’re always with your friends, you can walk everywhere, it’s always a good time in Dunedin.
Associate Professor John Ashton:
Hello, I’m John Ashton. I’m an Associate Professor in Pharmacology and Toxicology here in the University of Otago.
What is Pharmacology and Toxicology? Well, I can tell you my particular field of study is Pharmacology. And Pharmacology is the study of drugs — how do drugs work, how do they cure diseases, what bad effects can they have, and how are they processed as they go through our body, as they enter our body and leave our body.
So that type of study goes into medicine, it goes into pharmaceutical sciences, and it goes into a wide range of other social concerns like drugs of abuse, controlled drugs, new medicines and how people access them.
So people might ask: how are we different than Pharmaceutical Sciences? Well, we really study how drugs work in the body and at the molecular level, rather than how they’re put together as a medicine.
One of the things that’s really distinctive about Pharmacology and Toxicology is the flip side of it. So at a particular dose, something might be a medicine, might be beneficial, and at a higher dose it might be a toxin. So we’re always balancing those two things.
But what is different about Pharmacology — and you can see this — is that we don’t start until Year Two. We don’t have a Year One Pharmacology paper. And the reason for this is Pharmacology is innately an integrated, interdisciplinary discipline. That is to say, you’ve got to know biochemistry, chemistry, physiology, anatomy and so forth. So you’ve got to have that background before you can put it together and understand how a drug works. How does a molecule work on a protein to cause an effect in the entire body and so forth?
So you’ve got to be able to think about these different fields. We start in Year Two and therefore it rewards and encourages those students — or people — who like to think integratively rather than reductively. And not just across the disciplines in academia, but across levels of social concern.
So you’ve got pure research, the curiosity-driven stuff. You’ve got: how does this help people in society? There is the public policy: how do we regulate this drug — is it going to be a problem, is it causing people to die or become addicted? And then there is the development, of course — new drugs, drug discovery.
So we find that our graduates go into a lot of different related areas. You might think that, well, apart from research, what is there? Well, internationally, pharmaceutical companies are huge employers of Pharmacology graduates — or postgraduates, at least.
But beyond that, we have found our graduates going into a lot of different areas — in policymaking, in different government departments. We have someone in Dunedin who set up a science writing company. We have graduates working for tech companies. We have graduates in startups. We have graduates working as sales and technical representatives for pharmaceutical companies, right here in New Zealand.
So there’s a wide range of positions that expertise in Pharmacology can give you.
How you will learn
At Otago, you’ll build knowledge through lectures and tutorials, then bring it to life in the lab. From early experiments on cell function to advanced human studies, you’ll see how theory connects to real-world medicine.
You’ll use modern techniques in molecular biology, pharmacokinetics, and toxicology, guided by researchers who know your name and your interests. Collaboration is part of the culture here – students, lecturers, and scientists working side by side to test ideas and uncover discoveries.
By the time you graduate, you’ll have the confidence, lab experience, and scientific reasoning that employers and postgraduate programmes look for.
Recommended high school subjects for undergraduate study
Pharmacology is a second-year subject, so your first year of university study is spent building a good foundation. Year 13 Biology and Chemistry, or equivalent, is a helpful school background.
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.
Note: this subject can also be studied as a minor.
Bachelor of Science (BSc)
A three-year degree offering flexibility to explore a major in Science along with other subjects
Bachelor of Arts and Science (BASc)
Combine two majors, one in Arts and one in Science, into a four-year degree and expand your future career prospects
Bachelor of Commerce and Science (BComSc)
Combine two majors, one in Commerce and one in Science, into a four-year degree and expand your future career prospects
Bachelor of Entrepreneurship (BEntr)
A three-year degree that equips you to change the world as you create new products, services and ideas
Ready to apply?
Take the first step towards your future in this subject.
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.
Diploma for Graduates (DipGrad)
The Diploma for Graduates (DipGrad), requiring study of at least seven papers (at least four of which are at 300-level o...
Postgraduate study in Pharmacology
Explore postgraduate study in Pharmacology at Otago. Gain advanced knowledge, skills, and research opportunities in a su...
Discover how we turn laboratory discovery into better health outcomes
Otago’s School of Pharmacy and Pharmacology is a leader in biomedical research, exploring everything from cancer drug development and neuropharmacology to environmental health. Our staff are internationally recognised scientists who bring their latest discoveries straight into their teaching – so what you learn in class is grounded in what’s happening right now in medical science.
You’ll feel part of a genuine research community where collaboration, curiosity, and discovery thrive. It’s a place where future scientists find their direction and confidence.
Programme details
Compare programmes for this subject.
| Level | Papers | Points |
|---|---|---|
| 100-level | BIOC 192 Foundations of Biochemistry | 18 |
| CHEM 191 The Chemical Basis of Biology and Human Health | 18 | |
| CELS 191 Cell and Molecular Biology | 18 | |
| HUBS 191 Human Body Systems 1 or PTWY 131 Introduction to the Human Body | 18 | |
| HUBS 192 Human Body Systems 2 | 18 | |
| Note: PTWY 131 is only available to students enrolled in the Diploma in Science. | ||
| 200-level | PHAL 241 Pharmacology: Drugs to Medicine | 18 |
| Two of: | 36 | |
| BIOC 222 Proteins in Industry and Medicine | ||
| NEUR 201 Cellular and Molecular Neuroscience | ||
| PHSL 232 Cardiovascular and Respiratory Physiology | ||
| At least one 200-level BIOC, CHEM, FORS, GENE, MICR, PHSL or PSCI paper | 18 | |
| 300-level | PHAL 311 Pharmacology: Molecular Targets of Drugs | 18 |
| PHAL 312 Pharmacology: Drugs and the Brain | 18 | |
| PHAL 313 Pharmacology: Medicines and Diseases | 18 | |
| PHAL 307 Current Topic or one 300-level ANAT, BIOC, CHEM, FORS, GENE, MICR, NEUR, PHSL or PSCI paper | 18 | |
| Plus |
126 further points; must include 36 points at 200-level or above. Up to 90 points may be taken from outside Science | 126 |
| Total | 360 |
A minor subject can be included in many of our undergraduate degrees. To earn a minor, you typically must complete a minimum of 90 points in that subject, with at least 18 points at the 300-level.
Your minor can be a subject more commonly taken for a different degree. For example, a BCom majoring in Marketing can include Japanese as a minor subject. To include this subject as a minor in your application, first find a major subject through our Subject Search or Study Match.
You can check what’s required to receive the minor accreditation in the programme details below.
Available as a minor subject for a Bachelor of Arts (BA), Bachelor of Music (MusB), Bachelor of Performing Arts (BPA), Bachelor of Theology (BTheol), Bachelor of Science (BSc), Bachelor of Commerce (BCom), Bachelor of Entrepreneurship (BEntr), Bachelor of Health Science (BHealSc), Bachelor of Arts and Commerce (BACom), Bachelor of Arts and Science (BASc) or Bachelor of Commerce and Science (BComSc) degree
| Level | Papers | Points |
|---|---|---|
| 100-level | See Below | |
| 200-level | PHAL 241 Pharmacology: Drugs to Medicine | 18 |
| And two of: | 36 | |
| BIOC 222 Proteins in Industry and Medicine | ||
| NEUR 201 Cellular and Molecular Neuroscience | ||
| PHSL 232 Cardiovascular and Respiratory Physiology | ||
(i) Prerequisites for PHAL 241 are BIOC 192, CELS 191, CHEM 191, HUBS 191 or PTWY 131,HUBS 192. | ||
| 300-level | Two of: | 36 |
| Total | 90 |
Papers
View a list of all related papers below.
PHAL papers
| Paper Code | Year | Title | Points | Teaching period |
|---|---|---|---|---|
| PHAL231 | 2026 | Drugs and Society | 18 points | Not offered in 2026 |
| PHAL241 | 2026 | Pharmacology: Drugs to Medicine | 18 points | Semester 1 |
| PHAL307 | 2026 | Current Topic | 18 points | Full Year |
| PHAL311 | 2026 | Pharmacology: Molecular Targets of Drugs | 18 points | Semester 1 |
| PHAL312 | 2026 | Pharmacology: Drugs and the Brain | 18 points | Semester 2 |
| PHAL313 | 2026 | Pharmacology: Medicines and Diseases | 18 points | Semester 2 |
| PHAL421 | 2026 | General Pharmacology and Toxicology | 20 points | Semester 1 |
| PHAL423 | 2026 | Neuropharmacology | 20 points | Semester 1 |
| PHAL428 | 2026 | Current Research Literature in Toxicology | 20 points | Not offered in 2026 |
| PHAL430 | 2026 | Advanced Topic in Pharmacology and Toxicology | 20 points | Semester 1, Semester 2 |
| PHAL431 | 2026 | Special Project | 20 points | Semester 1, Semester 2 |
| PHAL480 | 2026 | Research Project | 40 points | Full Year, 1st Non standard period (13 July 2026 - 18 June 2027) |
| PHAL490 | 2026 | Dissertation | 60 points | Full Year, 1st Non standard period (13 July 2026 - 18 June 2027) |
| PHAL495 | 2026 | Master's Thesis Preparation | 40 points | Full Year, 1st Non standard period (13 July 2026 - 18 June 2027) |
More information
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Regulations on this page are taken from the 2026 Calendar and supplementary material.
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