Eyeglasses Course

Lesson 1 • How Light and Vision Work

Explains refraction, focal points, and image formation on the retina. Connects optical physics to the practical need for corrective lenses.

Lesson 2 • Overview of Corrective Eyewear

Surveys the categories of eyeglasses and their corrective purposes. Orients students to the product landscape before detailed study begins.

Lesson 3 • Anatomy of the Human Eye

Covers the major structures of the eye and their roles in vision. Establishes the biological basis for understanding refractive errors and lens correction.

Lesson 1 • Frame Design and Facial Fitting

Applies design principles to match frame shapes with facial geometry. Students recommend frames that balance aesthetics, comfort, and optical performance.

Lesson 2 • Metal Frame Materials

Examines alloys, titanium, stainless steel, and memory metals used in frames. Students evaluate durability, weight, and hypoallergenic properties for patient suitability.

Lesson 3 • Plastic and Composite Frame Materials

Covers acetate, nylon, TR-90, and carbon fiber frame materials. Students compare flexibility, color options, and durability across plastic frame types.

Lesson 4 • Frame Anatomy and Terminology

Identifies every component of an eyeglass frame and its function. Provides the vocabulary needed for accurate communication in dispensing and lab work.

Lesson 1 • Specialty and Occupational Lenses

Introduces computer, sports, safety, and driving lenses for specific visual tasks. Students recommend specialty lenses based on occupational and lifestyle analysis.

Lesson 2 • Single-Vision Lens Design

Explains base curves, lens forms, and optical center placement for single-vision lenses. Connects design choices to minimizing aberrations for the patient.

Lesson 3 • Progressive Addition Lenses

Examines progressive lens corridors, design generations, and fitting parameters. Students differentiate hard and soft designs and apply fitting measurements accurately.

Lesson 4 • Multifocal and Bifocal Lenses

Covers flat-top, round-seg, and executive bifocal designs and their fitting requirements. Students identify appropriate candidates and explain segment placement.

Lesson 1 • Scratch-Resistant and Hard Coatings

Covers hard coat application methods and their effect on lens longevity. Students assess coating quality and advise patients on proper lens maintenance.

Lesson 2 • Photochromic and Electrochromic Lenses

Explains light-activated and electronically controlled lens darkening technologies. Students identify appropriate candidates and set realistic patient expectations.

Lesson 3 • UV and Blue Light Protection

Examines UV-blocking and blue light filtering technologies and their health rationale. Students distinguish between embedded and surface-applied protection methods.

Lesson 4 • Anti-Reflective Coatings

Explains how anti-reflective coatings reduce glare and improve light transmission. Students evaluate coating tiers and communicate benefits to patients effectively.

Lesson 1 • Pupillary Distance Measurement

Covers monocular and binocular PD measurement methods and tools. Accurate PD measurement is critical for optical center alignment and patient comfort.

Lesson 2 • Prescription Verification and Limits

Reviews industry tolerance standards for verifying finished lenses against prescriptions. Students use a lensometer to confirm accuracy before dispensing.

Lesson 3 • Transposing Prescriptions

Teaches plus and minus cylinder transposition techniques for accurate lab orders. Students convert between notation forms to prevent dispensing errors.

Lesson 4 • Prescription Notation and Terminology

Decodes sphere, cylinder, axis, add, and prism notation used in prescriptions. Establishes the language foundation for all subsequent dispensing and verification tasks.

Lesson 1 • Advanced Lensometer Use

Builds on basic lensometer skills to neutralize prism, verify progressives, and read multifocals. Accurate lensometer use is essential for quality control and lab verification.

Lesson 2 • Managing Lab Relationships and Remakes

Addresses professional communication with labs, remake requests, and dispute resolution. Effective lab relationships reduce costs and improve patient turnaround times.

Lesson 3 • Writing Accurate Lab Orders

Covers all fields of a lab order form and common sources of ordering errors. Complete and accurate orders reduce remakes and improve turnaround time.

Lesson 4 • Frame Tracing and Lens Edging

Explains manual and digital frame tracing and its role in lens edging accuracy. Students understand how tracing data drives automated edging equipment.

Lesson 1 • Frame Adjustment Techniques

Covers temple bending, nose pad adjustment, and pantoscopic tilt correction. Proper adjustments ensure optical alignment and long-term patient comfort.

Lesson 2 • Frame Selection and Recommendation

Guides patients through frame selection using facial analysis and prescription parameters. Students balance optical requirements with patient aesthetic preferences.

Lesson 3 • Dispensing the Finished Eyeglasses

Walks through the final delivery process including verification, fitting, and patient education. Students confirm optical accuracy and ensure patient satisfaction at dispensing.

Lesson 4 • Troubleshooting Dispensing Problems

Identifies and resolves common complaints such as distortion, headaches, and poor fit. Students apply systematic problem-solving to achieve successful patient outcomes.

Lesson 1 • Patient Communication and Retention

Develops consultative communication skills that build trust and long-term patient loyalty. Students apply motivational techniques to improve compliance and recall rates.

Lesson 2 • Low Vision and Assistive Eyewear

Introduces low vision aids, magnifiers, and bioptic telescopes for visually impaired patients. Students recognize when to refer and how to support low vision patients.

Lesson 3 • Pediatric Eyeglass Dispensing

Adapts dispensing techniques for children's anatomy, behavior, and visual development needs. Students select durable frames and educate parents on compliance and care.

Lesson 4 • High-Power and Complex Prescriptions

Addresses dispensing challenges for high myopia, high hyperopia, and high astigmatism. Students select optimal lens designs and materials to minimize aberrations and weight.