Laboratory in Contact Lenses and Optical Technologies I

Curriculum guideline

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Course
DOPT 2113
Discontinued
No
Course code
DOPT 2113
Descriptive
Laboratory in Contact Lenses and Optical Technologies I
Department
Dispensing Opticianry
Faculty
Science & Technology
Credits
6.00
Start date
End term
201420
PLAR
Yes
Semester length
15
Max class size
15
Contact hours
Laboratory: 120 hours
Method(s) of instruction
Lecture
Lab
Learning activities
  1. Lectures
  2. Independent study of courseware
  3. Independent completion of online self-assessment quizzes
  4. Completion of field assignments
  5. Participation in online Discussion Forums
Course description
This course provides students the laboratory skills for quality control of contact lens materials, solutions, and their ocular applications. It also provides student the ability to calibrate, maintain and implement the usage of the equipment and tools associated within the contact lens dispensary. There is a new focus on the new technologies related to automated refractive error determination. The student will review past, current, and new equipment used during the course of a routine sight testing component of an eye exam. It provides the student with the skills to assimilate information collected on contact lens materials, solutions, and techniques for ocular application and refractive error correction. A one-week on-campus (laboratory and clinical) instruction component may be required near the end of the semester to complete the course.
Course content
  1. Introduction
    • Laboratory objectives
    • Orientation to laboratory instruments and equipment
    • Laboratory hygiene
    • Equipment sterilization
  2. Traditional and Computerized Diagnostic Technologies
    • Slit Lamp Biomicroscope
    • Profile Analyzer
    • Vertex Conversion Chart
    • Snellen Chart
    • Auotmated Corneal Topography
    • Keratometry
    • Hand Loop
    • Dioptric Conversion Chart
    • Acuity Trial Lens Set
    • Autorefractor
    • Lensometer
    • Diameter Gauge
    • Phoroptor
    • Tonometry
  3. Lens Types, Material Characteristics, Fitting, and Relationship to Ocular Health
    • Material compounds
    • Material configurations and design
    • Lens parameter determination
    • Chemical properties of contact lenses
    • Manufacturer’s material limitations
  4. Contact Lens Solution Properties, Chemical Compounds, Procedures, and Relationship to Ocular Health
    • Chemical Disinfection Systems
    • Hydrogen Peroxide Disinfection
    • Surfactant Cleaners
    • Enzyme Cleaners
    • Rewetting Agents
    • Medically Prescribed Ocular Pharmaceutical Agents
  5. Automated Sight Testing
    • The Process of Refraction
    • Equipment and function
    • Subjective and Objective Refraction
    • Autorefraction
    • Tonometry
    • Professional Standards of Practice
  6. Professional Relationship with the Patient
    • Communication and patient interaction
    • New Fit Routine
    • Follow-up Routine
Learning outcomes

Upon successful completion, the student will be able to:

  1. Demonstrate competency with the use of instruments for contact lens fitting, lens analysis, and refractive error
  2. Collect, record, and interpret data and patient health information through during a routine contact lens fitting and refractive error determination
  3. Gain knowledge of contact lens materials by manufacturer, label name, material compound names, water content, power range and recommended patient fitting procedure and wearing schedule
  4. Recall knowledge of contact lens cold disinfection systems, lens storage solutions, surfactant cleaning solutions, enzyme cleaners, rewetting agents, and medically prescribed pharmaceutical agents
  5. Describe the physical cleaning and disinfection of contact lenses
  6. Recall knowledge of contact lens solutions by manufacturer, brand name, chemical ingredients, and recommended usage.
  7. Describe the steps in the refraction process and use the equipment necessary to produce the patient’s refractive error assessment.
  8. Recall knowledge of the automated refractive error assessment within the context of the overall eye exam.
  9. Describe concepts of boutique eyeglass and contact lens dispensing
  10. Describe limitations and contraindications to the automated refractive error assessment according to the Professional Standards of Practice
Means of assessment

The course evaluation is consistent with Douglas College evaluation policy. An evaluation schedule is presented at the beginning of the course.  

Textbook materials

Textbooks and Materials to be Purchased by Students:

A list of required and optional textbooks and materials is provided for students at the beginning of each semester.

Prerequisites

DOPT 1310 or Meeting Second Year Direct Entrance Requirements

Corequisites

DOPT 2111

Which prerequisite

DOPT 2213