236 College of Optometry OPT 2522—Visual Neurophysiology This course will go over the concepts of visual neurophysiology needed to understand normal visual perception; probable sources of visual sensory symptoms associated with various eye and CNS disorders; the underlying principles of new, clinical diagnostic tests for eye and CNS diseases; and current neurophysiological research as it relates to the clinical practice of optometry. (2 semester hours) OPT 2724—Optometric Theory and Methods II This course continues the optometric theory and methods sequence, with emphasis on intermediate clinical procedures. Topics covered include cover test, near point of conversion, near refraction and presbyopia, objective and subjective refraction, phorias and vergences, and introductory case analysis. (2 semester hours) OPTL 2724—Optometric Theory and Methods II Lab Application and skills necessary to perform ocular examinations are stressed in OPT 2724. (1.5 semester hours) OPT 2899—Integrative Course Seminar I This is the first course in a two-course series that integrates content in the first-term’s curriculum through the use of casebased learning and small group discussions in a seminar structure. Content from basic, vision science, and clinical courses will be included as topics for discussion. Clinic observation may be incorporated to enhance clinical decisionmaking preparation and critical thinking. Emphasis will be given to anatomy and physiology concepts, both systemic and ocular, and integration of optics concepts with clinical skills. (1 semester hour) OPT 2999—Integrative Course Seminar II This is the second course in a two-course series that integrates content in the first two terms’ curricula through the use of case-based learning and small group discussions in a seminar structure. Content from basic, vision science, and clinical courses will be included as topics for discussion. Clinic observation may be incorporated to enhance clinical decisionmaking preparation and critical thinking. Emphasis will be given to anatomy and physiology concepts, both systemic and ocular, and integration of optics concepts with clinical skills. (1 semester hour) OPTL 3021—Optometric Simulation Lab This is the first course in a sequence that introduces the student to augmented reality simulation medicine. This course will teach students both the mechanical technique and introduce the basic anatomy and pathophysiology of the retina using an augmented reality binocular indirect ophthalmoscope simulator. At the end of the course, students should understand how to get a focused image of the eight principle quadrants of the retina and how to move their view around the retinal periphery. The basic anatomy and pathophysiology of the retina will be reviewed in the summer semester. Case-based diagnostic training using augmented reality simulation will be implemented alongside pathology and clinical courses later in the curriculum. (1.5 semester hours) OPT 3346—Vision Science II This is the second course in a two-course series that introduces students to the mechanisms of monocular aspects of vision function. Theories of visual perception are discussed. Normal development, including the emmetropization process, is emphasized. Facial recognition is introduced. The course culminates in a study of art as a way to apply our knowledge of visual sensory processing and perception. (3 semester hours) OPTL 3434—Ophthalmic Optics I Lab This course offers hands-on training in the use of the lensometer to neutralize single-vision lenses, segmented multifocals, and prisms, as well as the use of the lens clock to measure surface power and base curve. Introduction to the extensive variety of lenses, coatings, and frames available is also provided, so the most appropriate ones can be recommended, based on a patient’s prescription and lifestyle needs. (1 semester hour) OPT 3446—Opthalmic Optics This course covers principles in optics as they pertain to optometric applications. The major topics are ophthalmic lenses, lens design, multifocal-lens design, absorptive lenses, spectacle frames and measurements, ophthalmic prisms, vision in the workplace, environmental optics, and contact lens optics fundamentals. (3 semester hours) OPT 3534—Ocular Disease of the Anterior Segment: Diagnosis and Pharmacological Management This course examines principles of diagnosis and management of infectious, inflammatory, congenital, hereditary, and traumatic conditions of the anterior segment of the eye. Topical and systemic pharmacological treatments are emphasized. (4 semester hours) OPT 3624—Optometric Theory and Methods III This course continues the optometric theory and methods sequence, with emphasis on intermediate clinical procedures. Topics covered include binocular indirect ophthalmoscopy, fundus biomicroscopy, gonioscopy, and dilation and irrigation. This course will allow students to increase clinical case analysis and efficiency, as well as the time spent with electronic medical recordkeeping. (2 semester hours) OPTL 3624—Optometric Theory and Methods III Lab Application and skills necessary to perform clinical testing using examination procedures are stressed in OPT 3624. (1.5 semester hours) OPT 3899—Clinical Reasoning and Case Analysis I This is the first course in a five-course series that integrates didactic content and clinical case discussion, with the objective of enhancing clinical decision-making and critical thinking skills. Case analysis, record review, specialty testing, and
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