Visual Optics
Go, health care professionals!
A Course of Study
| Division | Major | Hour /Unit |
Course Type | (참고) | ||
|---|---|---|---|---|---|---|
| 이론 | 실습 | 2계 | ||||
| Basic Divisional requirement | Introduction of Optics | 2/2 | theory | 3 | - | 3 |
| Introduction of Visual Optics | 2/2 | theory | 3 | - | 3 | |
| Physiology | 3/3 | theory |
3 | - | 3 | |
| Putonghua for Optometry | 4/3 | theory |
1 | - | 1 | |
| Major Electives Group A | Public Health | 3/3 | theory | 3 | - | 3 |
| Pathology | 3/3 | theory | 3 | - | 3 | |
| Biochemistry | 3/3 | theory | 3 | - | 3 | |
| Optical Mathematics | 3/3 | theory | 3 | - | 3 | |
| Introduction of Contact Lenses | 3/21 | theory+practice | 1 | 2 | 3 | |
| Ocular Optics Instrument | 3/3 | theory+practice | 3 | - | 3 | |
| Optical & Glasses Design | 3/2 | theory+practice | 1 | 2 | 3 | |
| Geometrical Optics 1 | 3/2 | lab experimentation | 2 | 1 | 3 | |
| Anatomy&Physiology of the Eye1 | 3/2 | theory+practice | 2 | 1 | 3 | |
| Visual Function & Practice1 | 4/3 | theory+practice | 2 | 2 | 3 | |
| Geometrical Optics2 | 3/2 | lab experimentation | 2 | 1 | 3 | |
| Anatomy&Physiology of the Eye2 | 2/2 | theory | 2 | - | 3 | |
| Major Electives Group B | Health Statistics | 3/2 | theory | 1 | 2 | 3 |
| Ophthalmology | 3/3 | theory | 3 | - | 3 | |
| Basic Ophthalamology | 3/3 | theory | 3 | - | 3 | |
| Clinical Optometry&Practice | 4/3 | theory+practice | 2 | 2 | 3 | |
| Ocular Optics Materials | 4/3 | theory+practice | 2 | 2 | 3 | |
| Physical Optics1 | 4/2 | lab experimentation | 2 | 2 | 3 | |
| Ocular Optics 1 | 3/3 | theory | 3 | - | 3 | |
| Ophthalmic Dispensing&Practice1 | 4/2 | theory+practice | 2 | 2 | 3 | |
| Physical Optics2 | 4/2 | lab experimentation | 2 | 2 | 3 | |
| Visual Function&Practice2 | 4/3 | theory+practice | 2 | 2 | 3 | |
| Ophthalmic Dispensing&Practice2 | 4/2 | theory+practice | 2 | 2 | 3 | |
| Ocular Optics2 | 3/3 | theory | 3 | - | 3 | |
| Major Electives Group C | Field Training | 3/3 |
field training | - | 3 | 3 |
| Research Methodology | 3/3 | theory+practice | 3 | - | 3 | |
| Contact Lenses&Practice | 3/2 | theory+practice | 1 | 2 | 3 | |
| Balance of Binocular Vision& Practice | 4/3 | theory+practice | 2 | 2 | 4 | |
| Principles of Management | 3/2 | theory+practice | 1 | 2 | 3 | |
| Medical Safety | 2/2 | theory | 2 | - | 2 | |
| Information of Products | 2/1 | theory+practice | 1 | 1 | 2 | |
| Contact Lenses Management& Practice | 3/2 | theory+practice | 1 | 2 | 3 | |
| Ophthalmic Dispensing&Practice3 | 4/3 | theory+practice | 2 | 2 | 4 | |
4127 Introduction of Optics (3/3) theory, general requirement
Course Goal
광학은 역학과 더불어 가장 빨리 근대 물리학에 조립된 부분이다. 그것은 빛이 인간의 가장 뛰어난 감각인 시각의 대상인 것, 순수한 조건으로 실험하기 쉽다는 것, 거기에 수학적 취급에 극히 적합하다는 것이다. 오늘날 산업장비 및 연구장비뿐 아니라 생활기기에 이르기까지 광학이 미치는 범위가 넓고 특히 안경광학을 전공하는 학생들에게는 광학을 토대로 신진과학기술의 전반에 대한 이해를 높이는 데 목적이 있다.
광학은 역학과 더불어 가장 빨리 근대 물리학에 조립된 부분이다. 그것은 빛이 인간의 가장 뛰어난 감각인 시각의 대상인 것, 순수한 조건으로 실험하기 쉽다는 것, 거기에 수학적 취급에 극히 적합하다는 것이다. 오늘날 산업장비 및 연구장비뿐 아니라 생활기기에 이르기까지 광학이 미치는 범위가 넓고 특히 안경광학을 전공하는 학생들에게는 광학을 토대로 신진과학기술의 전반에 대한 이해를 높이는 데 목적이 있다.
Course Content
1. Nature of the light and light source
2. Huygens's construction
3. Snell's law
4. Total reflection
5. Absorption of light
6. Prism
7. Optical fiber
8. Nearsightedness and concave lens
9. Farsightedness and convex lens
10. Monochromatic aberrations
1. Nature of the light and light source
2. Huygens's construction
3. Snell's law
4. Total reflection
5. Absorption of light
6. Prism
7. Optical fiber
8. Nearsightedness and concave lens
9. Farsightedness and convex lens
10. Monochromatic aberrations
Prerequisites/Requirements/Recommendations
General Physics
General Physics
4129 Introduction of Visual Optics (3/3) theory, general requirement
Course Goal
This course introduces the fundamental concepts of visual optics, ocular anatomy, ophthalmic dispensing and optometry. This course is especially necessary for students studying visual optics.
This course introduces the fundamental concepts of visual optics, ocular anatomy, ophthalmic dispensing and optometry. This course is especially necessary for students studying visual optics.
Course Content
1. Introduction to visual optics
2. History of spectacles
3. Basic anatomy and physiology of the eyes
4. Eyesight and visual acuity
5. Lenses (Spherical and cylindrical lens)
6. Myopia, hyperopia and astigmatism
7. Introduction to optometry
8. Accommodation
9. Eyewear rim
10. An brief introduction to geometrical optics
1. Introduction to visual optics
2. History of spectacles
3. Basic anatomy and physiology of the eyes
4. Eyesight and visual acuity
5. Lenses (Spherical and cylindrical lens)
6. Myopia, hyperopia and astigmatism
7. Introduction to optometry
8. Accommodation
9. Eyewear rim
10. An brief introduction to geometrical optics
Prerequisites/Requirements/Recommendations Physics, Physiology
4155 Physiology (3/3) theory, general requirement
Course Goal The fundamental structures and functions of the physiological and biological systems. A detailed study of human physiology that includes the major organ systems, anatomy and physiology of human body.
Course Content
1. Introductions to physiology
2. Chemistry of life
3. Cell structure and function
4. Homeostasis in human
4. Digestive system
5. Cardiovascular system
6. Immune and lymphatic systems
7. Endocrine system
8. Senses
9. Nerve system
10. Gene and medical genetics
1. Introductions to physiology
2. Chemistry of life
3. Cell structure and function
4. Homeostasis in human
4. Digestive system
5. Cardiovascular system
6. Immune and lymphatic systems
7. Endocrine system
8. Senses
9. Nerve system
10. Gene and medical genetics
Prerequisites/Requirements/Recommendations
4804 Putonghua for Optometry (1/1) theory, general requirement
Course Goal
This course deals with the study of ophthalmic termiology for visual optics and optometry.
This course deals with the study of ophthalmic termiology for visual optics and optometry.
Course Content
1. Basic science
2. Refraction , spectacles and contact lenses
3. Disorders of the eye
4. Surgery of the eye
5. Ophthalmic tests and devices
1. Basic science
2. Refraction , spectacles and contact lenses
3. Disorders of the eye
4. Surgery of the eye
5. Ophthalmic tests and devices
Prerequisites/Requirements/Recommendations
3558 Public Health (3/3) theory, general requirement
Course Goal
Public health is the science of preventing disease, prolonging life and promoting physical and mental efficiency through organized community effort for every citizen's birthright of health and longevity.
Public health is the science of preventing disease, prolonging life and promoting physical and mental efficiency through organized community effort for every citizen's birthright of health and longevity.
Course Content
1. Health and disease
2. The concept of public health
3. Health promotion
4. Epidemiology
5. Infectious Diseases
6. Chronicity degenerative disease
7. Parasites
8. Environment health science
9. Industrial health science
10. Food hygiene
11. Public health administration
12. Social security and health insurance
13. Population and birth control
14. Mother and child health
15. Biostatistics
1. Health and disease
2. The concept of public health
3. Health promotion
4. Epidemiology
5. Infectious Diseases
6. Chronicity degenerative disease
7. Parasites
8. Environment health science
9. Industrial health science
10. Food hygiene
11. Public health administration
12. Social security and health insurance
13. Population and birth control
14. Mother and child health
15. Biostatistics
Prerequisites/Requirements/Recommendations
4171 Pathology(3/3) theory, general requirement
Course Goal
질병 발생의 원인과 기전, 진행과정, 인체에 미치는 영향을 이해하여 발병 기전과 질병 상태에 대한 개념을 정립시킨다.
질병 발생의 원인과 기전, 진행과정, 인체에 미치는 영향을 이해하여 발병 기전과 질병 상태에 대한 개념을 정립시킨다.
Course Content
1. Introduction of pathology
2. Etiology
3. Cell injury
4. Inflammation
5. Infectious disease
6. Immunity
7. Circuculatory disoders
8. Tumors
9. Congenitial aberration
10. Aging
11. Nerve system
12. Sense
1. Introduction of pathology
2. Etiology
3. Cell injury
4. Inflammation
5. Infectious disease
6. Immunity
7. Circuculatory disoders
8. Tumors
9. Congenitial aberration
10. Aging
11. Nerve system
12. Sense
Prerequisites/Requirements/Recommendations
Physiology
4805 Biochemistry (3/3) theory, general requirement
Physiology
Course Goal Understanding the of basic concepts of biochemistry, genetic material (DNA and RNA), energy metabolism of living organisms, and the role of enzymes and their catalytic strategies.
Course Content
1. Introduction to biochemistry
2. Protein structure and function
3. DNA and RNA: The flow of genetic information
4. Enzymes：Basic concepts and kinetics
5. Catalytic strategies
6. Carbohydrates
7. Lipids and cell membrane
8. Metabolism
9. Citric acid cycle
10. Oxidative phosphorylation
11. Immune System
12. Molecular biology techniques
13. Practical application
1. Introduction to biochemistry
2. Protein structure and function
3. DNA and RNA: The flow of genetic information
4. Enzymes：Basic concepts and kinetics
5. Catalytic strategies
6. Carbohydrates
7. Lipids and cell membrane
8. Metabolism
9. Citric acid cycle
10. Oxidative phosphorylation
11. Immune System
12. Molecular biology techniques
13. Practical application
Prerequisites/Requirements/Recommendations
General Chemistry
General Chemistry
4130 Optical Mathematics (3/3) theory, general requirement
Course Goal
An understanding of the concepts for trigonometric function, vector, matrix, differential calculus and Taylor's formula in order to study ocular optics.
An understanding of the concepts for trigonometric function, vector, matrix, differential calculus and Taylor's formula in order to study ocular optics.
Course Content
1. Trigonometric function
2. Vector
3. Matrix
4. Differential calculus
5. Taylor's formula
1. Trigonometric function
2. Vector
3. Matrix
4. Differential calculus
5. Taylor's formula
Prerequisites/Requirements/Recommendations
General Mathematics
5023 Introduction of Contact Lenses (3/2) theory+practice , general elective
General Mathematics
Course Goal
This course provides an opportunity for appropriately qualified contact lens practitioners to acquire clinical knowledge and skills in specialty contact lens practice.
This course provides an opportunity for appropriately qualified contact lens practitioners to acquire clinical knowledge and skills in specialty contact lens practice.
Course Content
1. The anatomy of eye
2. The physiology of eye
3. Effects of a contact lens on the tears, lids, and cornea.
4. History of contact lens
5. Examination procedures and instrumentation
6. Materials of soft contact lens and rigid gas permeable lens
7. Oxygen transmission of contact lens
8. Toric contact lens
9. Presbyopic correction
10. Contact lens care
1. The anatomy of eye
2. The physiology of eye
3. Effects of a contact lens on the tears, lids, and cornea.
4. History of contact lens
5. Examination procedures and instrumentation
6. Materials of soft contact lens and rigid gas permeable lens
7. Oxygen transmission of contact lens
8. Toric contact lens
9. Presbyopic correction
10. Contact lens care
Prerequisites/Requirements/Recommendations
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Introduction of Visual Optics
Physiology
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Introduction of Visual Optics
Physiology
4133 Ocular Optics Instrument (3/3) theory+practice, general elective
Course Goal
An understanding of the principle basic optical instrumentation needed in treating optometric ((instrumentation)). This course includes basic visual sciences using instrumentation that ((cocstitute)) the foundation of clinical practice, as well as the fundamentals of ocular examination
An understanding of the principle basic optical instrumentation needed in treating optometric ((instrumentation)). This course includes basic visual sciences using instrumentation that ((cocstitute)) the foundation of clinical practice, as well as the fundamentals of ocular examination
Course Content
1. Introduction to optical instrumentation
2. Stop, pupils and windows
3. Prism
4. Dispersion of light
5. Camera
6. Simple magnifiers and eyepieces
7. Microscopes and telescope
8. Introduction to optometric instrumentation
9. Opthalmoscope
10. Retinoscope
11. Tonometer
12. Field Equipment
13. Keratometer
14. Slit Lamp
15. Phoropter
1. Introduction to optical instrumentation
2. Stop, pupils and windows
3. Prism
4. Dispersion of light
5. Camera
6. Simple magnifiers and eyepieces
7. Microscopes and telescope
8. Introduction to optometric instrumentation
9. Opthalmoscope
10. Retinoscope
11. Tonometer
12. Field Equipment
13. Keratometer
14. Slit Lamp
15. Phoropter
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Introduction of Optics
Introduction of Visual Optics
Introduction of Optics
5019 Optical & Glassess Design (3/2) theory+practice, general elective
Course Goal
This course is a study of the estimation and design of optical goods related to spectacles.
This course is a study of the estimation and design of optical goods related to spectacles.
Course Content
1. 디자이너의 기본인 드로잉에 대한 개념과 역사
2. 선에 대한 이해
3. 빛, 명암과 톤
4. 선의 확장된 표현
5. 형태
6. 스케치
7. 질감 표현
8. 투시도
9. 원근법
10. 안경 제작
1. 디자이너의 기본인 드로잉에 대한 개념과 역사
2. 선에 대한 이해
3. 빛, 명암과 톤
4. 선의 확장된 표현
5. 형태
6. 스케치
7. 질감 표현
8. 투시도
9. 원근법
10. 안경 제작
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Introduction of Visual Optics
4131 Geometrical Optics 1 (3/2) lab experimentation, general elective
Course Goal
An understanding of the basic concepts of geometrical optics, including properties of light, Fermat's principle, laws of reflection and refraction, single spheric surface, thin and thick lenses, and so on.
An understanding of the basic concepts of geometrical optics, including properties of light, Fermat's principle, laws of reflection and refraction, single spheric surface, thin and thick lenses, and so on.
Course Content
1. Introductions to Geometrical Optics
2. Propagation of Lights
3. Laws of Reflection and Refraction - Fermat's principle
4. Single Spheric Surface
5. Thin Lenses
6. Thick Lenses
1. Introductions to Geometrical Optics
2. Propagation of Lights
3. Laws of Reflection and Refraction - Fermat's principle
4. Single Spheric Surface
5. Thin Lenses
6. Thick Lenses
Prerequisites/Requirements/Recommendations
Optical Mathematics
Introduction of Optics
Optical Mathematics
Introduction of Optics
4903 Anatomy & Physiology of the Eye 1 (3/2) theory+practice, general elective
Course Goal
An understanding of the anatomical structures, functions and terminology of the eye ball and accessory organs.
An understanding of the anatomical structures, functions and terminology of the eye ball and accessory organs.
Course Content
1. Terminology in anatomy
2. Introduction to the eye
3. Cornea
4. Limbus and sclera
5. Choroid and ciliary body
6. Iris and pupil
7. Lens and vitreous body
8. Retina
9. Accessory organs
10. Visual pathway
1. Terminology in anatomy
2. Introduction to the eye
3. Cornea
4. Limbus and sclera
5. Choroid and ciliary body
6. Iris and pupil
7. Lens and vitreous body
8. Retina
9. Accessory organs
10. Visual pathway
Prerequisites/Requirements/Recommendations
Putonghua for Optometry
Physiology
Putonghua for Optometry
Physiology
4364 Visual Function & Practice1 (4/3) theory+practice, general elective
Course Goal
An understanding of the testing procedures for assessing refractive error, accommodation skills will be discussed. The emphasis will be on the presentation of important issues, considerations and expected values for the various tests.
An understanding of the testing procedures for assessing refractive error, accommodation skills will be discussed. The emphasis will be on the presentation of important issues, considerations and expected values for the various tests.
Course Content
1. Case history
2. Preliminary testing
- Visual Acuity Measurement
- Cover Test
- Visual Field
3. Screening test
4. Objective Refraction
- Static Retinoscopy
- MEM Retinoscopy
- Keratometry
- Auto refraction
5. Accommodation Tests
- Push up method
- Minus lens to blur
6. Pupillary function
7. Interpupillary distance
8. Lensometry
1. Case history
2. Preliminary testing
- Visual Acuity Measurement
- Cover Test
- Visual Field
3. Screening test
4. Objective Refraction
- Static Retinoscopy
- MEM Retinoscopy
- Keratometry
- Auto refraction
5. Accommodation Tests
- Push up method
- Minus lens to blur
6. Pupillary function
7. Interpupillary distance
8. Lensometry
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Ocular Optics Instrument
Introduction of Visual Optics
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Ocular Optics Instrument
4135 Geometrical Optics2 (3/2) lab experimentation, major elective
Course Goal
An understanding of the advanced concepts of geometrical optics, including chromatic abberation, monochromatic abberations, optical instruments and ophthalmic instruments. Emphasis is placed on the studies of the characteristics of optical images formed by these basic elements and their combinations.
An understanding of the advanced concepts of geometrical optics, including chromatic abberation, monochromatic abberations, optical instruments and ophthalmic instruments. Emphasis is placed on the studies of the characteristics of optical images formed by these basic elements and their combinations.
Course Content
1. Chromatic abberation
2. Monochromatic abberations
3. Optical instruments
4. Ophthalmic instruments
1. Chromatic abberation
2. Monochromatic abberations
3. Optical instruments
4. Ophthalmic instruments
Prerequisites/Requirements/Recommendations
Introduction of Optics
Geometrical Optics 1
Introduction of Optics
Geometrical Optics 1
4904 Anatomy & Physiology of the Eye 2 (2/2) theory, general elective
Course Goal
An understanding of the physiology of the eyes including development, eye movement, visual acuity, visual fi디d, color vision and optometry.
An understanding of the physiology of the eyes including development, eye movement, visual acuity, visual fi디d, color vision and optometry.
Course Content
1. Embryology
2. Orbit
3. Orbital nerve
4. Optic pathway
5. Extraocular muscles
6. Binocular vision
7. Accomodation
8. Color Vision
9. Refraction
10. Optometry
1. Embryology
2. Orbit
3. Orbital nerve
4. Optic pathway
5. Extraocular muscles
6. Binocular vision
7. Accomodation
8. Color Vision
9. Refraction
Prerequisites/Requirements/Recommendations
Biochemistry
Anatomy&Physiology of the Eye1
Biochemistry
Anatomy&Physiology of the Eye1
4359 Health Statistic (3/2) theory, general elective
Course Goal
보건의료계열에서 필요한 방법론을 교육하기 위해 통계학의 이론과 기법을 학습한다.
보건의료계열에서 필요한 방법론을 교육하기 위해 통계학의 이론과 기법을 학습한다.
Course Content
1. Introduction of statistics and biostatistics
2. Frequency table and histogram
3. Dispersion
4. Probability distribution
5. Sample statistics
6. Statistical estimation
7. Hypothesis
8. Paired t-test
9. ANOVA
10.Correlation analysis
11. Regression analysis
12. Chi-square test
1. Introduction of statistics and biostatistics
2. Frequency table and histogram
3. Dispersion
4. Probability distribution
5. Sample statistics
6. Statistical estimation
7. Hypothesis
8. Paired t-test
9. ANOVA
10.Correlation analysis
11. Regression analysis
12. Chi-square test
Prerequisites/Requirements/Recommendations
Public Health
Public Health
4146 Ophthalmology (3/3) theory, major elective
Course Goal
This course provides an opportunity for appropriately qualified contact lens practitioners to acquire clinical knowledge and skills in specialty contact lens practice.
This course provides an opportunity for appropriately qualified contact lens practitioners to acquire clinical knowledge and skills in specialty contact lens practice.
Course Content
1. The anatomy of eye
2. The physiology of eye
3. Effects of a contact lens on the tears, lids, and cornea.
4. History of contact lens
5. Examination procedures and instrumentation
6. Materials of soft contact lens and rigid gas permeable lens
7. Oxygen transmission of contact lens
8. Toric contact lens
9. Presbyopic correction
10. Contact lens care
1. The anatomy of eye
2. The physiology of eye
3. Effects of a contact lens on the tears, lids, and cornea.
4. History of contact lens
5. Examination procedures and instrumentation
6. Materials of soft contact lens and rigid gas permeable lens
7. Oxygen transmission of contact lens
8. Toric contact lens
9. Presbyopic correction
10. Contact lens care
Prerequisites/Requirements/Recommendations
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Introduction of Visual Optics
Physiology
Putonghua for Optometry
Anatomy&Physiology of the Eye 1, 2
Introduction of Visual Optics
Physiology
4142 Basic Ophthalmology (3/3) theory, general elective
Course Goal
This course is a study of ocular anatomy, the hereditary of the eye related to embryology and the causes of ocular diseases including bacteria, virus and fungi.
This course is a study of ocular anatomy, the hereditary of the eye related to embryology and the causes of ocular diseases including bacteria, virus and fungi.
Course Content
1. Introduction of the microbiology
2. Structure, metabolism and heredity of the bacteria
3. Classification of the bacteria
4. Infection and immunity
5. Fungi
6. Characteristics of the virus
7. Classification of the virus
8. Hereditary disease of the eye
9. Embryology of the ocular disease
10.Relation of the ocular disease and visual acuity
1. Introduction of the microbiology
2. Structure, metabolism and heredity of the bacteria
3. Classification of the bacteria
4. Infection and immunity
5. Fungi
6. Characteristics of the virus
7. Classification of the virus
8. Hereditary disease of the eye
9. Embryology of the ocular disease
10.Relation of the ocular disease and visual acuity
Prerequisites/Requirements/Recommendations
Biochemistry
Anatomy & Physiology of the Eye 1
Anatomy & Physiology of the Eye 2
Pathology
Biochemistry
Anatomy & Physiology of the Eye 1
Anatomy & Physiology of the Eye 2
Pathology
4368 Clinical Optometry & Practice (4/3) theory+practice, major elective
Course Goal
Students practice specific optometry techniques and clinical practices including corneal topography, contrast sensitivity and biometry.
Students practice specific optometry techniques and clinical practices including corneal topography, contrast sensitivity and biometry.
Course Content
1. Pachymetry
2. Corneal topography
3. Contrast sensitivity
4. Intraocular pressure measurement
5. Visual field test
6. Ophthalmoloscope
7. Biometry measurement
8. Color vision test
9. Low vision
10. Stereotest
1. Pachymetry
2. Corneal topography
3. Contrast sensitivity
4. Intraocular pressure measurement
5. Visual field test
6. Ophthalmoloscope
7. Biometry measurement
8. Color vision test
9. Low vision
10. Stereotest
Prerequisites/Requirements/Recommendations
Anatomy&Physiology of the Eye1
Anatomy&Physiology of the Eye2
Putonghua for Optometry
Basic Ophthalamology
Ophthalmology
Visual Function & Practice1
Visual Function & Practice2
Anatomy&Physiology of the Eye1
Anatomy&Physiology of the Eye2
Putonghua for Optometry
Basic Ophthalamology
Ophthalmology
Visual Function & Practice1
Visual Function & Practice2
4150 Ocular Optics Materials (4/3) theory+practice, major elective
Course Goal
Understanding of the physical, chemical, mechanical and optical characteristics of materials with regard to ophthalmic dispensing. 또한 각 재질이 안경재료로 사용되었을 때 관리요령 및 수리 시 주의사항 등을 이해하며 각종 상품의 좋고 나쁨을 구별할 식견을 넓힌다.
Understanding of the physical, chemical, mechanical and optical characteristics of materials with regard to ophthalmic dispensing. 또한 각 재질이 안경재료로 사용되었을 때 관리요령 및 수리 시 주의사항 등을 이해하며 각종 상품의 좋고 나쁨을 구별할 식견을 넓힌다.
Course Content
1. Understanding the mechanical properties of materials
2. Understanding the elasticity of spectacle frame
3. The introduction of the fundamental principles of polymers
4. Understanding the degradation of materials
5. Optical properties of material
6. Optical glass lenses
7. Understanding the mechanical property of plastic lens materials
8. Understanding the optical properties of plastic lenses
10. Understanding the grinding and polishing of the lenses
11. Understanding the coatings of the glasses lenses
12. Physical properties of spectacle frame materials
13. Joining of spectacle frame
14. Electroplating, vacuum coating of spectacle frame
1. Understanding the mechanical properties of materials
2. Understanding the elasticity of spectacle frame
3. The introduction of the fundamental principles of polymers
4. Understanding the degradation of materials
5. Optical properties of material
6. Optical glass lenses
7. Understanding the mechanical property of plastic lens materials
8. Understanding the optical properties of plastic lenses
10. Understanding the grinding and polishing of the lenses
11. Understanding the coatings of the glasses lenses
12. Physical properties of spectacle frame materials
13. Joining of spectacle frame
14. Electroplating, vacuum coating of spectacle frame
Prerequisites/Requirements/Recommendations
Ophthalmic Dispensing & Practice 1
Biochemistry
Introduction of Optics
Introduction of Visual Optics
Ophthalmic Dispensing & Practice 1
Biochemistry
Introduction of Optics
Introduction of Visual Optics
5024 Physical Optics1 (4/2) lab experimentation, general elective
Course Goal
Understanding of various phenomena caused by the interaction of light with matter through wave optics, including the principles and application of interference, diffraction, polorization, etc for which the ray approximation of geometric optics is not valid
Understanding of various phenomena caused by the interaction of light with matter through wave optics, including the principles and application of interference, diffraction, polorization, etc for which the ray approximation of geometric optics is not valid
Course Content
1. Introduction to waves
2. A wave equation
3. Doppler effect
4. Nature of light and light sources
5. Measurement of the velocity of light
6. Electromagnetic waves
7. Refractive index
8. Interference of light
9. Young's experiment
10. Interferometer
1. Introduction to waves
2. A wave equation
3. Doppler effect
4. Nature of light and light sources
5. Measurement of the velocity of light
6. Electromagnetic waves
7. Refractive index
8. Interference of light
9. Young's experiment
10. Interferometer
Prerequisites/Requirements/Recommendations
Introduction of Optics
General Physics
Optical Mathmatics
Introduction of Visual Optics
Introduction of Optics
General Physics
Optical Mathmatics
Introduction of Visual Optics
4141 Ocular Optics 1 (3/3) theory, general elective
Course Goal
This course presents studies of the optical properties of the human eyes, the concept of refractive power, the correction theory of ametropia by cylindrical, toric and/or prism lenses and the spectacle magnification theory.
This course presents studies of the optical properties of the human eyes, the concept of refractive power, the correction theory of ametropia by cylindrical, toric and/or prism lenses and the spectacle magnification theory.
Course Content
1. The human eye as an optical system
2. Units of vergence, refractive power
3. Optical correction method of myopia, hyperopia
4. Toric lens and correction of astigmatism
5. Reading glasses and accommodation
6. Prismatic lens and binocular vision
1. The human eye as an optical system
2. Units of vergence, refractive power
3. Optical correction method of myopia, hyperopia
4. Toric lens and correction of astigmatism
5. Reading glasses and accommodation
6. Prismatic lens and binocular vision
Prerequisites/Requirements/Recommendations
Putonghua for Optometry
Optical Mathematics
Introduction of Visual Optics
Geometrical Optics 1
Putonghua for Optometry
Optical Mathematics
Introduction of Visual Optics
Geometrical Optics 1
4144 Ophthalmic Dispensing & Practice 1 (4/2) theory+practice, general elective
Course Goal
This course deals with the prescription, pattern masking, inventory control, concept of the diopter, characteristics of glass, CR, toric, bifocal, progressive addition lenses.
This course deals with the prescription, pattern masking, inventory control, concept of the diopter, characteristics of glass, CR, toric, bifocal, progressive addition lenses.
Course Content
1. Prescription
2. Spherical diopter and Cylindrical diopter
4. The measurement of interpupillary distance
5. Vertex distance
6. Optical center height
7. How to use the lensmeter
8. Centering and pattern masking
9. Cutting and trimming
10. Edging and beveling
1. Prescription
2. Spherical diopter and Cylindrical diopter
4. The measurement of interpupillary distance
5. Vertex distance
6. Optical center height
7. How to use the lensmeter
8. Centering and pattern masking
9. Cutting and trimming
10. Edging and beveling
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Ocular Optics 1
Introduction of Visual Optics
Ocular Optics 1
5026 Physical Optics 2 (4/2) lab experimentation, major elective
Course Goal
Understanding the various phenomena caused by the interaction of light with matter through wave optics, including the principles and applications of interference, diffraction, polorization, etc. for which the ray approximation of geometric optics is not valid.
Understanding the various phenomena caused by the interaction of light with matter through wave optics, including the principles and applications of interference, diffraction, polorization, etc. for which the ray approximation of geometric optics is not valid.
Course Content
1. Diffraction of light
2. Fresnel Diffraction
3. Fraunhofer Diffraction
4. Diffraction gating
5. Resolving power
6. Polarization
7. Absorption and reflection
8. Double refraction
9. Diffusion
10. Radiation of Heat & Spectrum
1. Diffraction of light
2. Fresnel Diffraction
3. Fraunhofer Diffraction
4. Diffraction gating
5. Resolving power
6. Polarization
7. Absorption and reflection
8. Double refraction
9. Diffusion
10. Radiation of Heat & Spectrum
Prerequisites/Requirements/Recommendations
Introduction of Optics
General Physics
Optical Mathematics
Introduction of Visual Optics
Introduction of Optics
General Physics
Optical Mathematics
Introduction of Visual Optics
4367 Visual Function & Practice 2 (4/3) theory+practice, major elective
Course Goal
This course deals with the study of optical principles and mechanics employed in the construction and application of subjective instruments. Substantial laboratory exercises using models or the schematic eye and ((student patients)) are undertaken to fully prepare the students for performing clinical works.
This course deals with the study of optical principles and mechanics employed in the construction and application of subjective instruments. Substantial laboratory exercises using models or the schematic eye and ((student patients)) are undertaken to fully prepare the students for performing clinical works.
Course Content
1. Introduction of the phoropter
2. Introduction of the trial case
3. Subjective refraction
- Fogging method
- Red green test
- Astigmatism test
- Jackson cross cylinder test
- Binocular balance
- Stenopaic slit refraction
4. Near addition
5. AC/A ratio
6. Prescription
- Hyperopia, myopia, astigmatism and presbyopia
1. Introduction of the phoropter
2. Introduction of the trial case
3. Subjective refraction
- Fogging method
- Red green test
- Astigmatism test
- Jackson cross cylinder test
- Binocular balance
- Stenopaic slit refraction
4. Near addition
5. AC/A ratio
6. Prescription
- Hyperopia, myopia, astigmatism and presbyopia
Prerequisites/Requirements/Recommendations
Anatomy & Physiology of the Eye 1
Anatomy & Physiology of the Eye 2
Ocular Optics 1
Ocular Optics 2
Visual Function & Practice 1
Anatomy & Physiology of the Eye 1
Anatomy & Physiology of the Eye 2
Ocular Optics 1
Ocular Optics 2
Visual Function & Practice 1
5029 Ophthalmic Dispensing & Practice 2 (4/2) theory+practice, major elective
Course Goal
The major lecture topic is considering frame types and parts, facial measurements for fitting, functional and cosmetic aspects of frame selection, and frame alignment, adjustment, and repair.
The major lecture topic is considering frame types and parts, facial measurements for fitting, functional and cosmetic aspects of frame selection, and frame alignment, adjustment, and repair.
Course Content
11. Inserting
12. Fitting
13. Checking and adjusting
14. Toric lenses
15. Bifocal lenses
16. Executive and trifocal lenses
17. Progressive multifocal lenses
18. Plastic and glass lenses
19. Metal and plastic frames
20. Intensification and dampproofing lenses
11. Inserting
12. Fitting
13. Checking and adjusting
14. Toric lenses
15. Bifocal lenses
16. Executive and trifocal lenses
17. Progressive multifocal lenses
18. Plastic and glass lenses
19. Metal and plastic frames
20. Intensification and dampproofing lenses
Prerequisites/Requirements/Recommendations
Ocular Optics 1
Ocular Optics 2
Ophthalmic Dispensing & Practice 1
Ocular Optics 1
Ocular Optics 2
Ophthalmic Dispensing & Practice 1
4145 Ocular Optics 2 (3/3) theory, major elective
Course Goal
This course looks at spectacle magnification, relative spectacle magnification and the optical principals of modern methods used to measure the eyes.
This course looks at spectacle magnification, relative spectacle magnification and the optical principals of modern methods used to measure the eyes.
Course Content
1. Spectacle magnification ＆ relative spectacle magnification
2. Objective refraction
- Retinoscopy
- Refractometry
- Auto Refractometer
3. Subjective refraction
- Fogging method
- Cross cylinder
- Bichromatic test
- Binocular balance test
- Phoroptor
4. Measuring heterophoria
1. Spectacle magnification ＆ relative spectacle magnification
2. Objective refraction
- Retinoscopy
- Refractometry
- Auto Refractometer
3. Subjective refraction
- Fogging method
- Cross cylinder
- Bichromatic test
- Binocular balance test
- Phoroptor
4. Measuring heterophoria
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Optical Mathematics
Ocular Optics Instruments
Ocular Optics 1
Introduction of Visual Optics
Optical Mathematics
Ocular Optics Instruments
Ocular Optics 1
Field Training (3/3) field training, major elective
Course Goal
Students practice refractive techniques and ophthalmic dispensing experiences at optical shops and observe patient management and clinical services of licensed optician faculties.
Students practice refractive techniques and ophthalmic dispensing experiences at optical shops and observe patient management and clinical services of licensed optician faculties.
Course Content
1. Refractive techniques in the field
2. Prescription techniques in the field
3. Ophthalmic dispensing experiences at the optical shop
4. Observe patient management
5. Clinical services of licensed optician faculties
1. Refractive techniques in the field
2. Prescription techniques in the field
3. Ophthalmic dispensing experiences at the optical shop
4. Observe patient management
5. Clinical services of licensed optician faculties
Prerequisites/Requirements/Recommendations
Visual Function & Practice 1
Visual Function & Practice 2
Clinical Optometry & Practice
Introduction of Contact Lenses
Contact Lenses & Practice
Ocular Optics Materials
Ocular Optics Instrument
Ophthalmic Dispensing & Practice 1
Ophthalmic Dispensing & Practice 2
Ocular Optics 1
Ocular Optics 2
Visual Function & Practice 1
Visual Function & Practice 2
Clinical Optometry & Practice
Introduction of Contact Lenses
Contact Lenses & Practice
Ocular Optics Materials
Ocular Optics Instrument
Ophthalmic Dispensing & Practice 1
Ophthalmic Dispensing & Practice 2
Ocular Optics 1
Ocular Optics 2
4485 Research Methodology (3/3) theory+practice, major elective
Course Goal
Developing students' abilities in understanding, summarizing, and presenting another researcher's paper. A course designed for students' preperation of their B. S. thesis in the 4th-grade. A student or a group of students is to select and develop a subject relating to optics, ophthalmology, contact lenses.
Developing students' abilities in understanding, summarizing, and presenting another researcher's paper. A course designed for students' preperation of their B. S. thesis in the 4th-grade. A student or a group of students is to select and develop a subject relating to optics, ophthalmology, contact lenses.
Course Content
1. Reviewing and summarizing a research paper in the field of optics, optometry or contact lenses.
2. Presentation and discussion of a research subject
3. The statistics lecture for a research
4. Laboratory and discussion
5. 1st presentation about research
1. Reviewing and summarizing a research paper in the field of optics, optometry or contact lenses.
2. Presentation and discussion of a research subject
3. The statistics lecture for a research
4. Laboratory and discussion
5. 1st presentation about research
Contents
6. 2nd presentation about research
Contents
6. 2nd presentation about research
Prerequisites/Requirements/Recommendations
Visual Function & Practice 1
Visual Function & Practice 2
Clinical Optometry & Practice
Introduction of Contact Lenses
Contact Lenses & Practice
Principles of Management
Ocular Optics 1,2
Geometrical Optics 1,2
Physical Optics1,2
Visual Function & Practice 1
Visual Function & Practice 2
Clinical Optometry & Practice
Introduction of Contact Lenses
Contact Lenses & Practice
Principles of Management
Ocular Optics 1,2
Geometrical Optics 1,2
Physical Optics1,2
4369 Contact Lenses & Practice (3/2) theory+practice, major elective
Course Goal
The study considers in detail, instrument and diagnostic lens fitting techniques and the evaluation of fitting parameters through ((flourescein)) staining pattern analysis and gross observation.
The study considers in detail, instrument and diagnostic lens fitting techniques and the evaluation of fitting parameters through ((flourescein)) staining pattern analysis and gross observation.
Course Content
1. Keratometry
2. Precorneal teat film
- Schirmer test
- TBUT
- Phenol red thread
- Rose bengal
3. Slit lamp
4. Soft lens fitting
5. Hard lens fitting
6. ((Fluoresine)) fit
7. Soft toric lens
1. Keratometry
2. Precorneal teat film
- Schirmer test
- TBUT
- Phenol red thread
- Rose bengal
3. Slit lamp
4. Soft lens fitting
5. Hard lens fitting
6. ((Fluoresine)) fit
7. Soft toric lens
Prerequisites/Requirements/Recommendations
Ophthalmology
Anatomy & Physiology of the Eye 1, 2
Introduction of Contact Lenses
Pathology
Physiology
Ophthalmology
Anatomy & Physiology of the Eye 1, 2
Introduction of Contact Lenses
Pathology
Physiology
4154 Balance of Binocular Vision & Practice (4/3) theory+practice, major elective
Course Goal
This course is a study of the procedures of binocular vision tests and ((the best spectacle prescription of refractive errors.))
This course is a study of the procedures of binocular vision tests and ((the best spectacle prescription of refractive errors.))
Course Content
1. Various binocular function
2. Phorias
3. Accommodation
4. Fusional vergences
5. Procedure of various binocular vision tests
1. Various binocular function
2. Phorias
3. Accommodation
4. Fusional vergences
5. Procedure of various binocular vision tests
Prerequisites/Requirements/Recommendations
Visual Function & Practice 1, 2
Putonghua for Optometry
Clinical Optometry & Practice
Visual Function & Practice 1, 2
Putonghua for Optometry
Clinical Optometry & Practice
5033 Principles of Management (3/2) theory+practice, general elective
Course Goal
Experts from the fields of management, finance, and law will join practicing opticians in presenting information that will help students develop a strategy for their professional future.
Experts from the fields of management, finance, and law will join practicing opticians in presenting information that will help students develop a strategy for their professional future.
Course Content
1. Management theory
2. Merchandise control
3. Marketing management
1. Management theory
2. Merchandise control
3. Marketing management
Prerequisites/Requirements/Recommendations
Information of Products
Field Training
Ophthalmic Dispensing & Practice 1, 2, 3
Visual Function & Practice 1, 2
Information of Products
Field Training
Ophthalmic Dispensing & Practice 1, 2, 3
Visual Function & Practice 1, 2
5034 Medical Safety (2/2) theory, major elective
Course Goal This course studies an enforcement ordinance and the application of laws about medical regulations.
Course Content
1. Medical regulations
2. Understanding enforcement ordinance
3. Understanding the of application of laws
1. Medical regulations
2. Understanding enforcement ordinance
3. Understanding the of application of laws
Prerequisites/Requirements/Recommendations
Introduction of Visual Optics
Introduction of Visual Optics
4806 Information of Products (2/1) theory+practice, general elective
Course Goal
안경테와 안경렌즈 및 콘택트렌즈 등 여러 가지 상품의 특성에 대하여 학습한다.
안경테와 안경렌즈 및 콘택트렌즈 등 여러 가지 상품의 특성에 대하여 학습한다.
Course Content
1. Metal frames
2. Plastic frames
3. Glass lenses
4. Plastic lenses
5. Polarizing lenses
6. Exposure lenses
7. Asperic lenses
8. Bifocal and multifocal lenses
9. Prism lenses
10. Contact lenses
1. Metal frames
2. Plastic frames
3. Glass lenses
4. Plastic lenses
5. Polarizing lenses
6. Exposure lenses
7. Asperic lenses
8. Bifocal and multifocal lenses
9. Prism lenses
10. Contact lenses
Prerequisites/Requirements/Recommendations
Ophthalmic Dispensing & Practice 1, 2, 3
Introduction of Visual Optics
Ocular Optics Materials
Ophthalmic Dispensing & Practice 1, 2, 3
Introduction of Visual Optics
Ocular Optics Materials
4807 Contact Lens Management & Practice (3/2) theory+practice, major elective
Course Goal
Clinical applications of contact lenses fitting, management and various contact lens complications are demonstrated.
Clinical applications of contact lenses fitting, management and various contact lens complications are demonstrated.
Course Content
1. Insertion, removal and fitting of soft contact lenses
2. Insertion, removal and fitting of RGP
3. 환자관리
4. 관리용품
5. Blinking abnormalities
6. Eyelid ptosis
7. Meibom gland disfunction
8. Eyelash disorders
9. Dry eyes
10. Papillary conjunctivitis
11. Limbal redness
12. Corneal epithelial edema
13. Corneal neovascularization
14. Microbial keratitis
15. Corneal warpage
1. Insertion, removal and fitting of soft contact lenses
2. Insertion, removal and fitting of RGP
3. 환자관리
4. 관리용품
5. Blinking abnormalities
6. Eyelid ptosis
7. Meibom gland disfunction
8. Eyelash disorders
9. Dry eyes
10. Papillary conjunctivitis
11. Limbal redness
12. Corneal epithelial edema
13. Corneal neovascularization
14. Microbial keratitis
15. Corneal warpage
Prerequisites/Requirements/Recommendations
Pathology
Contact Lenses & Practice
Introduction of Contact Lenses
Physiology
Ophthalmology
Basic Ophthalamology
Anatomy & Physiology of the Eye 1, 2
Pathology
Contact Lenses & Practice
Introduction of Contact Lenses
Physiology
Ophthalmology
Basic Ophthalamology
Anatomy & Physiology of the Eye 1, 2
5032 Ophthalmic Dispensing & Practice 3 (4/2) theory+practice, major elective
Course Goal
Clinical training in the prescription and practical skills of vision tests.
Clinical training in the prescription and practical skills of vision tests.
Course Content
1. Clinical training for prescriptions
2. Practical skills of vision testing
3. Practicalities of ophthalmic dispensing
1. Clinical training for prescriptions
2. Practical skills of vision testing
3. Practicalities of ophthalmic dispensing
Prerequisites/Requirements/Recommendations
Ophthalmic Dispensing & Practice 1, 2
Ocular Optics 1, 2
Ocular Optics Materials
Ophthalmic Dispensing & Practice 1, 2
Ocular Optics 1, 2
Ocular Optics Materials