Our research focuses on a diverse range of topics and disciplines including basic, applied, and clinical research into the science of vision. We conduct world leading, multidisciplinary research ensuring translational outcomes and significant improvements in ocular health.
The CFEH is a joint initiative between Guide Dogs NSW/ACT and the University of New South Wales, Sydney. We provide imaging diagnostics and disease management free of change to patients.
The Eye Research Group at the School of Optometry & Vision Science offers the exceptional opportunity to collaborate with internationally renowned and award-winning researchers. Our partnership with industry ensures we can develop innovative eye care products.
The School of Optometry & Vision Science is at the forefront of research and education in the development and management of myopia. We are dedicated to understanding the optics of the eyes and the causes, visual function and treatments of myopia.
The School of Optometry & Vision Science has a worldwide reputation as a leading centre for research and development in the field of the ocular surface. Our research looks at the impact of contact lenses on ocular health and the mechanisms and risk factors of dry eye disease.
The OIV Lab aims to develop optical imaging technology to improve image quality and enhance the user experience of modern imagery through 3D visualisation, particularly in the ocular imaging domains.
The Public Health and Health Systems Research Group aims to prevent vision impairment through evidenced based research. We do this by improving access and delivery of eye care and enhancing the quality of life for people affected by vision loss.
Orthokeratology is a clinical technique of correcting mild to moderate degrees of short-sightedness through corneal reshaping using specially designed rigid contact lenses.
The Retinal Disease and Clinical Imaging Research Group is an innovative team whose primary goal is to improve detection, diagnosis and management of retinal disease with a major focus on age-related macular degeneration.
Perception is essential for humans to interact effectively with their environment. The Sensory Processes Research Laboratory aims to understand how our environmental perceptions are influenced by neural signals generated by the senses. The laboratory is integrated within the Sensory Processes Innovation Network (SPINet).
Understanding normal human eye development and ageing is important for discovering the pathogenesis of human eye diseases including age-related macular degeneration (AMD).
Volunteer in our research studies
Are you interested in volunteering to be part of a research study? Progress in science is only possible with your help. Find out more about our exciting studies and how you can participate.