Welcome to the NOVA Lab at the University of British Columbia's Department of Ophthalmology & Visual Sciences in Vancouver. We are located on the 4th floor of the Blusson Spinal Cord Centre, home of ICORD, at Vancouver General Hospital.

Our interdisciplinary research program combines computational techniques, data science, psychophysics, imaging, and artificial intelligence (AI) to advance various aspects of visual health. Our goals include democratizing and increasing accessibility of data-scientific techniques for building AI-based systems that can analyze health data at both the individual and population level, as well as advancing our understanding of the brain mechanisms and processes involved in visual recognition. Our group has developed several innovative data-scientific methods for extracting information from medical, neuroimaging, and behavioral data. Our long-term objectives include creating a low-cost AI-based model for automated diagnosis using non-invasive retinal imaging, and developing rehabilitation strategies and aids to improve visual function in eye and brain disorders. Ultimately, these tools can be integrated into clinical care as part of virtual health, increasing equity and access to healthcare resources for rural, remote, and Indigenous communities in Canada.

Latest news and publications

New publication – August 2024

Our recent paper in Current Biology reveals that adults with autism spectrum disorder experience significantly reduced and atypical daily visual exposure to faces. Read more

NOVA Lab receives HIFI Award

The funding is awarded by UBC Health for Automated detection of Alzheimer’s Disease from retinal fundus images using deep learning.

Congratulations to Todd!

Todd Kamensek receives Killam Teaching Award in recognition of his outstanding contributions to teaching and learning.

Welcome to Dr. Ozturan

Dr. Ozturan joins the lab as a UBC Data Science Institute postdoctoral fellow to join the project A deep learning approach to analyzing retinal imaging for medical diagnosis and prediction.