Table of Contents

19. Bachelor of Optometry (BOptom)
    19.1. Course objectives
    19.2. Attributes of the Bachelor of Optometry graduate
    19.3. Duration
    19.4. Course requirements (2005 intake)
    19.5. Course requirements (2004 intake)
    19.6. Course requirements (2002 and 2003 intake)
    19.7. Course requirements (pre-2002 intake)


19. Bachelor of Optometry (BOptom)

Optometry is a professional discipline based on the optical and visual sciences. The practice of optometry involves the diagnosis and treatment of functional disorders and diseases of the eye and vision: the optometrist's job is to solve patients' visual problems. The practice of optometry is regulated by the Optometrists Registration Act in each state of Australia. Under these Acts the practice of optometry can be carried out only by those whose names appear on the register of optometrists. Graduates holding the Bachelor of Optometry degree of the University of Melbourne are qualified to be registered for the practice of optometry in each state and territory of Australia and in New Zealand.

19.1. Course objectives

This course's objectives are for graduates to:

19.2. Attributes of the Bachelor of Optometry graduate

Optometry is a professional discipline based on the optical and visual sciences. Optometry graduates from the University of Melbourne are qualified health professionals able to practice within Australia and in a number of other countries.

The optometry graduate has the knowledge, understanding and skills necessary to effectively practice in their profession. Accordingly, they

In addition, they have developed skills in problem identification, in deciding on effective strategies to gather information for the resolution of these problems, in weighing evidence prudently and in making decisions and are able to apply these skills to scientific problems in the visual and clinical sciences as well as to particular problems presented by patients.

Optometry graduates also have the interpersonal and communication skills necessary in relationships with patients and professional colleagues and for the communication of the results of scientific enquiries. They are professionally competent in the practice of optometry and are able to gain registration by the appropriate professional body. They have a strongly developed sense of professional and ethical responsibility for patients, colleagues and the community generally and are aware of the moral and legal responsibilities of professional practice.

In the longer term these graduates have the knowledge, skill and attitude to enable adaptation to scientific, technological and social change. They have a sense of intellectual curiosity and a desire for lifelong learning and a capacity to be creative and innovative. These attributes enable them to continue to develop their own professional abilities as well as contributing to the development of the profession as a whole and the understanding of the vision sciences.

19.3. Duration

For students commencing the Bachelor of Optometry after 2001 the course takes five years of full-time study incorporating a pre-optometry year followed by four years study of optometry.

For current students who commenced the course prior to 2002 the Bachelor of Optometry course is a four-year full-time program.

19.4. Course requirements (2005 intake)

The Bachelor of Optometry is a five-year course in which the first year covers the fundamental sciences (the pre-optometry year) and the remaining four years comprise the Bachelor of Optometry.

Pre-optometry year (1st year)
 650-141 Biology of Cells and Organisms12.5
 650-142 Genetics & The Evolution of Life12.5
 610-141 Chemistry A12.5
 610-142 Chemistry B12.5
 655-111 Vision: How The Eye Sees The World12.5
 655-152 Optics: From Rainbows to Digital Imaging12.5
 Plus one of: 
 640-141 Physics A12.5
 640-161 Physics: Principles & Applications A12.5
 640-151 Physics for Biomedical Science A12.5
 640-121 Physics A (Adv)12.5
 Plus one of: 
 640-142 Physics B12.5
 640-162 Physics: Principles & Applications B12.5
 640-152 Physics for Biomedical Science B12.5
 640-122 Physics B (Adv)12.5
Total Points100

Note: An alternative chemistry sequence for students who did not complete Year 12 Chemistry is available commencing with 610-171 Fundamentals of Chemistry.

BOptom (2nd year)
 655-201 Anatomy & Histology of the Eye12.5
 536-206 Physiology (Optometry)12.5
 521-204 Biochemistry and the Eye12.5
 655-221 Human Visual Functions12.5
 531-202 Basic Principles of Pathology-Optometry12.5
 620-2xx Applied Statistics (Optometry)12.5
 655-210 Optical Design and Ophthalmic Metrology12.5
 655-222 Visual Processing and Control12.5
Total Points100
BOptom (3rd year)
 534-307 Pharmacology (Optometry)12.5
 655-328 Visual Neuroscience12.5
 655-341 Ocular Histopathology12.5
 526-306 Microbiology and Immunology (Optometry)12.5
 655-321 Practical Problems in Vision12.5
 655-351 Ophthalmic Lenses and Dispensing12.5
 655-330 Functional Disorders of Vision25
Total Points100
BOptom (4th year)
 655-451 Contact Lenses12.5
 655-461 Assessment of Ocular Disease12.5
 655-422 Occupational Optometry, Visual Standards12.5
 655-462 Therapeutic Management of Ocular Disease12.5
 655-430 Clinical Optometry Practice25
 655-441 Diagnosis of Ocular Disease I12.5
 655-442 Diagnosis of Ocular Disease II12.5
Total Points100
BOptom (5th year)
 655-510 General Optometry Practice25
 655-520 Contact Lens, Paediatric and Low Vision Practice25
 655-540 Ocular Disease Management25
 655-530 Project Studies in Vision Sciences25
Total Points100

The BOptom 5th year comprises 32 weeks.

19.5. Course requirements (2004 intake)

Pre-optometry year (1st year)
 650-141 Biology of Cells and Organisms12.5
 650-142 Genetics & The Evolution of Life12.5
 610-141 Chemistry A12.5
 610-142 Chemistry B12.5
 655-111 Vision: How The Eye Sees The World12.5
 620-160 Experimental Design & Data Analysis12.5
 Plus one of: 
 640-141 Physics A12.5
 640-161 Physics: Principles & Applications A12.5
 640-151 Physics for Biomedical Science A12.5
 640-121 Physics A (Adv)12.5
 Plus one of: 
 640-142 Physics B12.5
 640-162 Physics: Principles & Applications B12.5
 640-152 Physics for Biomedical Science B12.5
 640-122 Physics B (Adv)12.5
Total Points100
BOptom (2nd year)
 655-201 Anatomy & Histology of the Eye12.5
 536-206 Physiology (Optometry)12.5
 521-204 Biochemistry and the Eye12.5
 655-221 Human Visual Functions12.5
 531-202 Basic Principles of Pathology-Optometry12.5
 620-270 Applied Statistics12.5
 655-222 Visual Processing and Control12.5
 655-219 Optics and Ophthalmic Metrology12.5
Total Points100
BOptom (3rd year)
 534-307 Pharmacology (Optometry)12.5
 655-341 Ocular Histopathology12.5
 526-306 Microbiology and Immunology (Optometry)12.5
 655-321 Practical Problems in Vision12.5
 655-359 Ophthalmic Lenses & Optical Dispensing12.5
 655-330 Functional Disorders of Vision25
 655-328 Visual Neuroscience12.5
Total Points100
BOptom (4th year)
 655-451 Contact Lenses12.5
 655-461 Assessment of Ocular Disease12.5
 655-422 Occupational Optometry, Visual Standards12.5
 655-462 Therapeutic Management of Ocular Disease12.5
 655-430 Clinical Optometry Practice25
 655-441 Diagnosis of Ocular Disease I12.5
 655-442 Diagnosis of Ocular Disease II12.5
Total Points100
BOptom (5th year)
 655-510 General Optometry Practice25
 655-520 Contact Lens, Paediatric and Low Vision Practice25
 655-540 Ocular Disease Management25
 655-530 Project Studies in Vision Sciences25
Total Points100

The BOptom 5th year comprises 32 weeks.

19.6. Course requirements (2002 and 2003 intake)

Pre-optometry year (1st year)
 650-141 Biology of Cells and Organisms12.5
 650-142 Genetics & The Evolution of Life12.5
 610-141 Chemistry A12.5
 610-142 Chemistry B12.5
 655-111 Vision: How The Eye Sees The World12.5
 620-160 Experimental Design & Data Analysis12.5
 Plus one of: 
 640-141 Physics A12.5
 640-161 Physics: Principles & Applications A12.5
 640-151 Physics for Biomedical Science A12.5
 640-121 Physics A (Adv)12.5
 Plus one of: 
 640-142 Physics B12.5
 640-162 Physics: Principles & Applications B12.5
 640-152 Physics for Biomedical Science B12.5
 640-122 Physics B (Adv)12.5
Total Points100
BOptom (2nd year)
 655-201 Anatomy & Histology of the Eye12.5
 536-206 Physiology (Optometry)12.5
 521-204 Biochemistry and the Eye12.5
 655-221 Human Visual Functions12.5
 531-202 Basic Principles of Pathology-Optometry12.5
 655-028 Foundations of Visual Neuroscience12.5
 655-202 Optical Systems12.5
 655-222 Visual Processing and Control12.5
Total Points100
BOptom (3rd year)
 534-307 Pharmacology (Optometry)12.5
 655-311 Optical Design and Ophthalmic Metrology12.5
 655-341 Ocular Histopathology12.5
 526-306 Microbiology and Immunology (Optometry)12.5
 655-321 Practical Problems in Vision12.5
 655-351 Ophthalmic Lenses and Dispensing12.5
 655-330 Functional Disorders of Vision25
Total Points100
BOptom (4th year)
 655-451 Contact Lenses12.5
 655-461 Assessment of Ocular Disease12.5
 655-422 Occupational Optometry, Visual Standards12.5
 655-462 Therapeutic Management of Ocular Disease12.5
 655-430 Clinical Optometry Practice25
 655-441 Diagnosis of Ocular Disease I12.5
 655-442 Diagnosis of Ocular Disease II12.5
Total Points100
BOptom (5th year)
 655-510 General Optometry Practice25
 655-520 Contact Lens, Paediatric and Low Vision Practice25
 655-540 Ocular Disease Management25
 655-530 Project Studies in Vision Sciences25
Total Points100

The BOptom 5th year comprises 32 weeks.

19.7. Course requirements (pre-2002 intake)

Students enrolled in the four-year Bachelor of Optometry course commencing prior to 2002 should refer to previous years' Handbooks for course structure and subject descriptions.



Status:                   Official 2005
Last Modified:            Saturday May 28 22:13
SGML to HTML Conversion:  Information Division - CWIS (SDI)
Authorised by:            Academic Registrar
Enquiries:                http://unimelb.custhelp.com/

Valid CSS! Valid XHTML 1.0!