Optical Instrumentation

Core Courses

• Basic training modules: The

fundamental modules included in the

program.

1. Introduction to Optics:

• Fundamentals of light and light waves.

• Optical phenomena such as refraction,

reflection, and interference.

• Laws of geometric optics.

2. Theory of Lenses and Mirrors:

• Study of different types of lenses and

mirrors.

• How lenses and mirrors are used to form

images.

• Equations related to lenses and mirrors.

3. Types of Optical Devices:

• Telescopes: Theory and applications.

• icroscopes: Basics and applications in

medical and research sciences.

• Cameras: How optical devices work in

imaging.

4. Engineering Design of Optical Devices:

• Design of lenses and mirrors.

• Calculations in optical device design.

• Techniques for improving optical

performance.

5. Practical Applications of Optical

Devices:

• Applications in medicine, such as optical

medical devices (endoscopes, imaging

systems).

• Applications in astronomy (telescopes).

• Applications in photography and other

industries.

6. Technological Developments in Optical

Devices:

• Exploring the latest innovations in optical

technologies.

• The impact of modern technology on the

development of optical devices.

7. Tests and Practical Experiments:

• Conducting practical experiments to

understand optical phenomena.

• Experiments on the design and testing of

optical devices.

Advanced Topics

Training opportunities:

-Optical Engineer: Work in companies that

manufacture optical devices or research

institutions.

-Optical Measurements: Learning how to measure

light properties and optical devices using various

tools.

-Applications of Optical Devices: In fields such as

medicine, astronomy, engineering, and

photography.

-Technological Developments in Optical Devices:

Exploring the latest innovations in this field.