DURATION
4 Years
4 Years
10+2 (Science)
UG
MAKAUT
To complete admission online, follow the steps below:
Course Details of Bachelor of Optometry are as follows –
Exploring the principles of mirrors and lenses, the formation of images on the retina, and the optics of the eye. Studying the properties of light, its behavior, and its interaction with matter in the context of vision science.
Understanding the eye as an optical instrument, including its structural components and functions. Analyzing different types of refractive errors and their clinical diagnosis, along with management strategies for vision correction.
Advanced study of the design and functionality of various ophthalmic instruments. Understanding diagnostic procedures and their applications in eye care for effective patient assessment and treatment.
Comprehensive understanding of spectacle lenses and frames, including materials, types, advantages, and disadvantages. Learning prescription techniques, lens construction, design applications, and power calculations for accurate lens dispensing.
Exploring commonly used optometric instruments, their basic principles, descriptions, and clinical applications. Understanding their role in vision assessments and eye health diagnostics.
Studying various clinical refraction procedures, including pediatric optometry, special population assessments, neuro-optometric evaluations, and sports vision testing. Gaining expertise in advanced vision correction techniques.
Exploring the theoretical aspects of binocular vision and ocular mobility, including clinical applications, normal binocular vision, and space perception. Studying the gross anatomy and physiology of extraocular muscles, various binocular vision anomalies, diagnostic approaches, and management strategies.
Understanding the science of low vision, epidemiology of visual impairment, and different types of low vision devices with their optical principles. Exploring clinical approaches for low vision patients, assistive devices for the visually challenged, and rehabilitation techniques. Studying the causes, functional and psychosocial impact of low vision, and prescribing suitable assistive devices for enhanced visual care.
Studying the fundamentals of ocular lenses, including the theoretical and practical aspects of contact lenses. Understanding their applications, fitting techniques, and management for various ocular conditions.
Understanding the basic biological, biochemical, and pathogenic characteristics of microorganisms that affect human health. Exploring the role of pathogens in ocular infections and disease processes.
Comprehensive study of the gross, functional, and applied anatomy of the eye and adnexa. Examining the connections between the central nervous system and the eye, normal eye functions, physiological development, and the mechanisms involved in vision.
Exploring the structure, function, and interrelationship of biomolecules, as well as the consequences of biochemical imbalances. Understanding metabolic processes in different ocular structures and the integration of metabolic pathways relevant to eye health.
Studying various ocular diseases affecting different parts of the eye. Covering clinical signs and symptoms, causes, pathophysiological mechanisms, diagnostic approaches, differential diagnoses, and management strategies.
Understanding systemic diseases and their ocular manifestations. Learning about their classification, clinical diagnosis, complications, and management to recognize the impact of systemic health on vision.
Exploring the fundamentals of public health and its application in optometry. Understanding the basic sciences of public health optometry, principles of community eye care, and the epidemiology of vision problems with a focus on the Indian scenario. Analyzing real-world case studies on public health interventions in optometry.
Studying the actions, uses, adverse effects, and modes of administration of drugs related to eye care. Understanding pharmacological applications in clinical optometry, interpretation of drug interactions, and their role in routine optometric examinations.
Developing a strong foundation in qualitative and quantitative research methods, biostatistics, and statistical applications in vision science. Learning data analysis techniques, research design principles, and methods for deriving inferences. Applying knowledge through field projects to enhance research skills in optometry.
Optometry is a challenging and dynamic career option that offers high salary, job stability and tremendous potential for growth and further research. After completing Bachelor of Optometry Students can work as