CONFERENCEStudies
The Department of Optometry and Vision Science at the University of Latvia’s Faculty of Science and Technology is a leading centre for optometry education, offering study programmes in both Latvian and English. The programmes provide high‑quality academic and professional training that meets the educational and clinical practice standards set by the European Council of Optometry and Optics. The Department offers bachelor’s and master’s level study programmes, as well as opportunities to pursue doctoral studies. Graduates successfully begin their careers in healthcare, technology, and other fields, and many continue their professional growth in academic and scientific environments. Together, we strive to advance excellence in vision care!
Optometry
Bachelor's study programme
Clinical Optometry (2 years)
Professional master's study programme
Clinical Optometry (3 years)
Professional master's study programme
Research
By integrating fundamental and applied research, the Department of Optometry and Vision Science offers evidence‑based, user‑centred solutions that help improve visual health, support the development of innovative technologies, and enhance quality of life across society. In collaboration with industry partners and leading experts in healthcare and academia in Latvia and abroad, knowledge in vision science and optometry is transformed into practical innovations.
Clinical Optometry and Public Health
Assessment of the applicability of artificial‑intelligence‑ and machine‑learning‑based solutions in vision care. Development of evidence‑based guidelines to improve professional practice worldwide. Large‑scale vision screenings (more than 11,000 participants), evaluation of modern optical correction methods, and dry eye disease management.
Objective assessment of information perception
The use of eye‑movement analysis as an objective method in research on reading difficulties, defence‑related applications, digital media and art perception, as well as sports performance, carried out through interdisciplinary projects in collaboration with experts and industry partners from various fields. Development of customised, automated methods for clinical assessment and scientific research.
Vision Technologies: Human Factors and Ergonomics
In‑depth evaluation of user experience and performance for next‑generation augmented‑reality display technologies, carried out in collaboration with high‑tech industry partners. Comprehensive investigation of visual functionality, perception, and comfort aimed at addressing human‑factor‑related and inclusive‑design technological challenges.
Head of the Department
