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Go beyond - get a Genetics Degree from the University of Otago

Want to know what a genetics undergraduate degree offers and what you need to do to enrol? Read on! (If you're looking for postgraduate programmes visit: Postgraduate programmes).

Studying genetics will propel you down a fascinating path into an extraordinary career, whether in academia or in high impact industry. There is no better path to take than a genetics degree from the University of Otago, with its strong legacy of genetic discovery, unrivalled breadth and depth in genetics expertise, and a plethora of ongoing research at the frontiers of genetics.

Genetics also offers prizes for academic excellence, at 300 and 400 level

What makes a Genetics Degree at Otago?

At Otago you can major or minor in Genetics as part of a Bachelor of Science (BSc) degree. Other degrees with a strong genetics component are the the Bachelor of Biomedical Sciences (BBiomedSc) and Bachelor of Applied Science (BAppSc) degrees.

Otago's Genetics Teaching Programme unites the expertise of seven departments, to give all students comprehensive coverage of modern genetics. This unique multi-disciplinary set up allows staff and students to share ideas across an amazing spectrum of research. It enables us to draw on cutting-edge research University-wide, and prepares students for a fast moving world.

Find out more about our contributing departments listed below, or dive directly into the Genetics related research going on within these departments:

A Genetics Degree sounds great, what are the details?

What do I need and where do I start?

To begin with, all you need is curiosity - about life, the world around you, and what makes it all work. A passion for discovery or making life better also helps! As for the ‘formal’ things, we strongly recommend Year 13 chemistry, biology, and mathematics. If you have not done NCEA level 3 Chemistry, you can enrol for Chem150 in summer school before starting your course. 

BSc Genetics 

First Year: You can enrol in a Bachelor of Sciences (BSc.) Genetics straight away, or transition from Health Sciences First Year (HSFY) at the end of semester 1 or 2 in your first year. Genetics papers (with the GENE code) start in 2nd year. You must pass CELS191 Cell and Molecular Biology and CHEM191 The Chemical Basis of Biology and Human Health. You must also take two other 100-level papers; we highly recommend BIOC 192 Foundations of Biochemistry and a statistics paper, STAT110 or STAT115. We recommend you keep options open for at least two majors in first year, as you never know what is going to grab your interest.   

Second and third year: Genetics papers (with the GENE code) start in 2nd year.
Check out the full programme and papers.

Taking a minor or double major with Genetics 

It's important to remember that you do not have to do a minor or a double degree. However, Genetics combines with almost anything to take you into some amazing fields and careers. Popular companion subjects include law, commerce, bioethics, mathematics, statistics, information science, and computer science. You can combine genetics with other biological sciences such as anatomy, biochemistry, botany, microbiology, neuroscience, and zoology; and other science subjects such as anthropology, geology, and psychology. 

B.Biomed Sci. Reproduction, Genetics and Development (REGD)

It is also possible to take genetics papers as part of a B.BiomedSc degree. In particular, genetics is an integral component of the Reproduction, Genetics and Development major.

What is studying genetics like?

Genetics is an experimental, problem-solving science with a strong theoretical background. Your days will include a mix of lectures and lab-based practicals (and if you go on to postgraduate study, this will include great new research!).

Lab classes in second and third year vary in exciting ways. You’ll examine everything from viruses and bacteria through to fruit flies, worms, and humans. In second year you can create genetically-modified bacteria and test for genetically-modified organisms in supermarket products. In third year you can look at your own chromosomes, and analyse a portion of your own DNA to determine which ‘Daughter of Eve’ you are descended from. You also get to design and carry out your own group projects. Computer simulation labs enable you to study evolutionary genetics.

Genetics is fast moving and great geneticists keep learning new skills - prepare to learn how to learn!

How do I get advice, plan and enrol for a Genetics Degree?

Made up your mind to enter the world of Genetics? Check out the University of Otago enrolment procedures.

Want to think some more? Read about why studying Genetics at Otago is your best next move.

Want to talk to one of our friendly genetics teaching programme staff? You can discuss your current or future studies in Genetics with our staff at the Teaching Programme administration, on the 6th floor of Otago's Microbiology building, or email the Director to arrange an appointment.

The Director is normally available in term time on Mondays and Thursdays from 12-1pm in Zoology P106. At other times we recommend that you email or phone to arrange an appointment.

(Make an International student enquiry)

Assoc. Prof Caroline Beck
Director, Genetics Teaching Programme
Tel + 64 3 479 4109

Assoc. Prof Stephanie Hughes
Deputy Director, Genetics Teaching Programme

Dr Gillian MacKay
Genetics Teaching Fellow
Tel + 64 3 479 7937

Where can I find out more about studying at the University of Otago?

Find out more about studying at the University of Otago on the University's website: