Ders Planı

CLASS 1

CLASS 2

CLASS 3

CLASS 4

Lesson plan /

Lesson Information

Course Credit
Course ECTS Credit
Teaching Language of Instruction	Türkçe
Level of Course	Associate's Degree, TYYÇ: Level 5, EQF-LLL: Level 5, QF-EHEA: Short Cycle
Type of Course
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?
Course Coordinator	Assist. Prof. Dr. AYŞE KARADENİZ YILDIRIM
Instructor (s)
Course Assistant

Purpose and Content

The aim of the course	Understanding the physical properties of light and its interaction with matter, explaining optical systems and the devices used through optical phenomena
Course Content	The nature of light, the wave model of light (wavelength, frequency, electromagnetic spectrum), the particle model of light (photon energy), the laws of reflection and refraction, prisms and dispersion in prisms, total internal reflection, laws of reflection in flat and spherical mirrors, refraction in spherical refracting surfaces, thin lens equation, thin lens systems, thick lenses.

Learning Outcomes

To follow the technological developments in the field of vocational and work practice,
To know professional competence and responsibilities, to have the consciousness of the rules and the professional ethics.
To have knowledge about the basic visual devices as well as lenses, contact lenses and low vision devices,
Providing best choices and helping the user to select the most appropriate product (contact lenses, frames...), prepare them according to the prescription and provide the user's adaptation,
To be able to measure the ophthalmic lenses by lensmeter and spherometer and contact lenses and to make their settings for mounting,
To use the machines, devices and equipments about preparation of eyewear,
To have knowledge of basic optical instruments,
To have general knowledge of basic mathematics, chemistry, physics I, physics II and geometrical optics,
To have basic knowledge about eye, the anatomy of eye and vision health and eye diseases, to have basic knowledge about public health, human anatomy and physiology.
To use hospital automation systems, general and professional software programs,
Adopting the importance of lifelong learning and vocational training, courses, seminars, symposia, panel discussions and be able to be broadcast by following the self-conscious development,
Considering the health and safety measures related to the profession and making first aid in extraordinary situations,
To be able to work Interdisciplinary with a sense of social responsibility and can be an entrepreneurial individuals
To use computer programs efficiently in the octicianry field,
Having the ability to use Turkish grammer and foreign language,
Self-conscious awareness of an individual be able to be developed as a social and cultural,
To have knowledge and ability about administrative responsibility for the management of vocational enterprises,
Knowing the basic epidemiological concepts and to use these concepts appropriately at the professional applications,
To establish healthy relationships with partners and customers,
The student follows regularly training programs for professional and personal development.
The person follows the current events about opticianry sector.
The person goes with the national and international developments in relation to opticianry.
The person knows that health care institutions, to understand the health services organization in Turkey and location of their own discipline within the organization,
The person communicates with patients and patients' families properly.
Competence in the workplace privacy and patient confidentiality issues.
Competence in the access to information and technology and the use of these in one's field of health.
The person has the information about health sector.
Competence in terminolojical language of health sector.
Competence in adopting and applying ethical principles and professional values.

Weekly Course Subjects

1	The nature of light, the propagation of light in a medium, the measurement of the speed of light, the photon property of light (photon, photon energy, Planck's constant)
2	Wave theory, electromagnetic waves, oscillating electric and magnetic fields (amplitude, wavelength, frequency, electromagnetic wave spectrum, visible light), energy carried by electromagnetic waves,
3	Wave-particle duality, the particle model of light (photoelectric effect, Compton effect...), the wave nature of light (interference, diffraction...), Maxwell's equations
4	The spectrum of electromagnetic waves, radio waves, microwaves, infrared waves, ultraviolet waves, X-rays, gamma rays
5	Ray approach in geometric optics, reflection, refraction, laws of reflection and refraction, refractive index and wave nature of light, total internal reflection, applications of total internal reflection
6	The separation of white light into colors and prisms, colorless prisms and lenses, magnifying glasses, photometers, lens-mirror combinations, Huygens' principle, Shadow,
7	midterm exam
8	Interference, coherence, polarization, constructive and destructive interference, diffraction, scattering, reflection, transmission and absorption of light rays, properties of illumination light, laser sources, laser output,
9	Refraction and reflection on a plane surface, images formed by plane mirrors, special cases involving plane mirrors,
10	Convex mirrors, concave mirrors (inwardly curved),
11	Convex mirrors,
12	Reflection on a spherical surface, images formed by spherical mirrors, image of a point object, spherical mirror, focal point, and focal length
13	Optical elements and Optical devices
14	Graphical method for mirrors, images formed by refraction, plane refracting surfaces, refracting optical elements, reflecting optical elements

Resources

1-Class note