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Optometric Education

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lightbulbAbout this topic
Optometric Education is the field of study focused on the training and preparation of individuals to become optometrists. It encompasses the curriculum, pedagogical methods, and clinical training necessary to equip students with the knowledge and skills required for the diagnosis and management of visual disorders and eye health.
lightbulbAbout this topic
Optometric Education is the field of study focused on the training and preparation of individuals to become optometrists. It encompasses the curriculum, pedagogical methods, and clinical training necessary to equip students with the knowledge and skills required for the diagnosis and management of visual disorders and eye health.

Key research themes

1. What are the prevailing barriers in optometric education impacting clinical practice and professional competence?

This theme investigates the knowledge gaps, attitude challenges, and disparities in education and training that hinder the effective translation of optometric education into professional practice. It matters because these barriers directly affect patient care quality, the integration of new therapies (e.g., myopia control), and workforce readiness globally.

Key finding: Identifies a disconnect between academic faculty, students, and practicing clinicians regarding myopia control knowledge and confidence. Faculty believe curricula adequately prepare students, whereas students and clinicians... Read more
Key finding: Reveals educator-related barriers including limited teaching skills and attitudes toward evidence-based practice (EBP) affecting its integration into optometric education. Post-workshop assessment showed some reservations... Read more
Key finding: Identifies significant disparities in knowledge, skills, and frequency of clinical practice between public and private sector optometrists in India, with public practitioners generally less skilled and less engaged in... Read more
Key finding: Examines structural and socioeconomic barriers in optometric student recruitment including limited intake capacity, high entry requirements, lack of awareness about optometry, financial hardships, and gender inequities. It... Read more
Key finding: Documents finance, poor secondary education outcomes (especially in math/science), high admission criteria, and language barriers as principal impediments to accessing optometric education. Lack of funding is identified as... Read more

2. How are innovative educational strategies and curriculum developments shaping optometric training across diverse regions and learner levels?

This theme explores pedagogical innovations, curriculum structuring, and outreach programs aimed at enhancing optometric education relevance and accessibility. It includes interventions from early career exposure to technology-enhanced learning and multidisciplinary curriculum designs, which are critical for preparing competent optometrists ready for evolving clinical demands worldwide.

Key finding: Demonstrates that structured early academic exposure programs (starting from high school through college) effectively increase awareness and interest in ophthalmology, providing a model for pipeline development. The 10-week... Read more
Key finding: Survey reveals that while formal ophthalmology curricular exposure exists in most U.S. medical schools, a significant subset of ophthalmology residents still report inadequate confidence in diagnostic skills attributed to... Read more
Key finding: Details the creation and validation of technology-enhanced, interactive lessons for teaching optics concepts in science curricula, aiming to improve student engagement and comprehension in abstract physics topics relevant to... Read more
Key finding: Highlights the importance and challenges of integrating geometric, physical, and visual optics into optometric education, particularly for students entering with biological science backgrounds. Emphasizes clinical relevance... Read more
Key finding: Introduces a low-cost, student-constructed eye model based on neuroscientific concepts to improve learning and confidence in direct ophthalmoscopy among non-ophthalmologist clinicians. Empirical evidence from surveys shows... Read more

3. What are the emerging frameworks and institutional strategies to advance optometric professional competence and research integration?

This research area examines credentialing practices, professional standards validation, and initiatives to embed research into optometric practice and healthcare systems. These are crucial for maintaining high-quality optometric services, enabling evidence-based care, and developing continuous professional development pathways that align with national and international healthcare priorities.

Key finding: Provides a comprehensive evaluation of the COE's written examinations used for credentialing overseas-educated optometrists in Australia and New Zealand. By employing Kane’s validity framework encompassing scoring,... Read more
Key finding: Analyzes national policies and initiatives aimed at embedding research into routine optometric practice across NHS and private settings in the UK. Describes the College of Optometrists’ strategies—including funding schemes... Read more
Key finding: Reports on a sustainable capacity building program establishing optometric education and services in Mozambique, addressing critical workforce shortages. Highlights collaborative partnerships, overcoming linguistic barriers,... Read more
Key finding: Reflects on the evolution of optometry as a research-dedicated academic discipline, emphasizing the historical challenges in integrating basic and applied vision science within professional schools. It underscores the... Read more
Key finding: Describes a multidisciplinary residency and academic program combining clinical optometry training with gerontology education to prepare clinicians and educators in geriatric care. This approach addresses the increasing... Read more

All papers in Optometric Education

This paper introduces a novel multidimensional framework for analyzing eye geometry and its intricate interconnections. By utilizing a symmetrical model with two focal points and concentric elliptical layers, the study explores the... more
Fundamental research was not widely represented in the portfolio of most professional schools before about 1960. This was even more the case for optometry colleges. With enough dedication and skill, individual scholars could make some... more
Dean of University of the Incarnate Word-Rosenberg School of Optometry shares insight
Thesis (MBA)-University of KwaZulu-Natal, Durban, 2012.The importance and benefits of business management skills have been documented by numerous authors and scholars across the world. Despite this coverage, the topic of business... more
The dire need for eye care services and a dearth of human resources (HR) in sub-Saharan Africa motivated the setting up of new optometry programmes. However, to make a meaningful impact, geographical, gender, economic and educational... more
Access to education was identified as a key international priority by UNESCO as far back as 1998 when it called for "equality of access". The profession of optometry has been challenged to educate practitioners in increasing numbers in... more
Part of the Health and Physical Education Commons, Optometry Commons, Other Education Commons, Other Medicine and Health Sciences Commons, and the Other Public Health Commons The Athenaeum provides a publication platform for fully open... more
Optometric educators have a responsibility not only to serve students undertaking studies in optometry, but also to save and educate the 'wider community. At the University of Neiv South Wales, Australia, a Vision Education Centre (\''bC)... more
Optometric education and resources are drastically deficient in most of Africa, more so in Lusophone Africa where the problem is compounded by language barriers which isolate these countries from related developments in Africa and/or low... more
This Publication is available in Microform.
Within optometric education, the author proposes emphasizing faculty involvement in clinical practice and entreprenurialship as a means to meet the educational and fiscal needs of the optometry schools
M.S. degree. lite leaching component i> dc>ignal to train ilijiiciau* to be educator*. Thi* program prox'iile* miillidi>ciplinary training in the treatment of the geriatric patient. Such training make* graduate* belter aware of how lo... more
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