Programme overview
Our Bachelor of Optometry (BOptom) programme covers both Clinical Optometry and Vision Science. It includes the study of basic physical and life sciences as they relate to the visual system. You will also gain extensive knowledge of optics, the anatomy and physiology of vision, ocular pharmacology, pathology, therapeutics, and immunology.
Programme highlights:
- New Zealand’s only BOptom degree and one of only eight Australasian degrees accredited by the Optometry Council of Australia and New Zealand
- Accreditation as a registered optometrist, able to diagnose and treat eye diseases in New Zealand and Australia
- Clinical and business skill development, to help you manage your own practice or to work in the public health sector
- The opportunity to complete your degree with honours
- Opportunities to develop communication, empathy and problem-solving skills, particularly with children, the elderly and the partially sighted
There are two application categories for entry into the BOptom:
- Undergraduate entry: Undergraduate applicants may apply from either BSc at the University of Auckland or the HSFY at the University of Otago. You can apply as an Undergraduate applicant at the end of your first and/or second year of study in the Bachelor of Science.
- Graduate entry
Please note:
- Entry criteria may change every year. There is no direct entry from secondary school, school leavers are encourage to apply under the Undergraduate entry category
- Shortlisted applicants will be subject to a Multiple Mini Interview (MMI).
- Special entry schemes are available for domestic students.
Check out the BOptom FAQs.
Programme structure
- The BOptom is a five-year qualification (600 points). Part I is the first year of a Bachelor of Science, usually in Biomedical Science (or an equivalent programme of study such as the first year in Health Sciences from the University of Otago).
- In the second and third years (Parts II-III), you will take a combination of core courses in applicable life sciences, vision and optometric sciences, anatomy and physiology of vision, mechanisms of disease and optics and visual science.
- You will study general optometric practice and aspects of clinical optometry.
- In your fourth and fifth years (Parts IV-V), you will study contact lenses, paediatric optometry and binocular vision, and continue to learn about eye diseases and treatments.
- You will be required to take courses in advanced clinical optometry and undertake a research project.
- You will gain practical experience in examining and treating patients in one of our public clinics and during external placements.
- You must also include a General Education course in your programme, which you will need to complete in Part Two of the BOptom. Your options are listed in the General Education Schedules that are approved for the BOptom programme.
Most students need to take one General Education course.
Students should also be aware of the University’s Academic English Language Requirement.
Sample programme structure
Year 1 120 points
-
- Code:
- BIOSCI 101
- Name:
- Life! Origins and Mechanisms
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- BIOSCI 106
- Name:
- Foundations of Biochemistry
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- BIOSCI 107
- Name:
- Biology for Biomedical Science: Cellular Processes
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- PHYSICS 160
- Name:
- Physics for the Life Sciences
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- POPLHLTH 111
- Name:
- Population Health
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- CHEM 110
- Name:
- Chemistry of the Living World
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- MEDSCI 142
- Name:
- Biology for Biomedical Science: Organ Systems
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- WTRSCI 100
- Name:
- Waipapa Taumata Rau
- Type:
- Core course
- Points:
- 15 pts
Year 2 120 points
-
- Code:
- OPTOM 216
- Name:
- Introduction to Optometry
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 263
- Name:
- Essential Optics
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 272
- Name:
- Visual Science 1: Structure and Function of the Visual System
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- MEDSCI 203
- Name:
- Mechanisms of Disease
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Type:
- General Education course
- Points:
- 15 pts
Year 3 120 points
-
- Code:
- OPTOM 316
- Name:
- Optometry
- Type:
- Compulsory core course
- Points:
- 60 pts
-
- Code:
- OPTOM 345
- Name:
- Principles of Ocular Pharmacology
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- OPTOM 353
- Name:
- Ocular Pathology
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- OPTOM 375
- Name:
- Visual Science 2
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- MEDSCI 202
- Name:
- Microbiology and Immunology
- Type:
- Compulsory core course
- Points:
- 15 pts
Year 4 120 points
-
- Code:
- OPTOM 416
- Name:
- Clinical Optometry
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 430
- Name:
- Contact Lens Practice
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- OPTOM 442
- Name:
- Optometry for Special Populations
- Type:
- Compulsory core course
- Points:
- 15 pts
-
- Code:
- OPTOM 450
- Name:
- Diseases of the Eye and Visual System: Diagnosis and Management
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 783
- Name:
- Research Project in Vision Science
- Type:
- Research project
- Points:
- 30 pts
Year 5 120 points
-
- Code:
- OPTOM 510
- Name:
- Advanced Clinical Optometry 1
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 520
- Name:
- Advanced Clinical Optometry 2
- Type:
- Compulsory core course
- Points:
- 30 pts
-
- Code:
- OPTOM 561
- Name:
- Optometry in Practice
- Type:
- Compulsory core course
- Points:
- 60 pts
Where could this programme take you?
On graduation you can be accredited as a registered optometrist, able to diagnose and treat eye diseases in New Zealand and Australia. The majority of optometrists enter private practice, which offers regular hours and the freedom to choose where to live and work. Optometrists can also practise in hospitals and clinics or work in the industry or research. We advise that the University of Auckland is not involved in the employment of graduates and can make no guarantee of post-qualification registration or employment in New Zealand or any other country.
Jobs related to this programme
- Registered optometrist
Student career planning service
Once you become a student at the University, you can get help with planning and developing your career from Career Development and Employability Services.
We advise that the University of Auckland is not involved in the employment of graduates and can make no guarantee of post-qualification registration or employment in New Zealand or any other country.
Do you need help?
Can’t find the answer in AskAuckland?
Need to speak to someone?
You can phone us directly.
- Auckland
- 923 5025
- Outside Auckland
- 0800 61 62 63
- International
- +64 9 373 7513