The academic content and curriculum of the Bachelor of Photonics Program is designed to comprehensively teach students the fundamental principles of light and photonics technologies. The program usually has a four-year study period and includes main topics such as
Basic Sciences and Mathematics: Students start with basic sciences such as physics and mathematics. These courses include topics such as wave mechanics, electromagnetism, quantum mechanics and differential equations. These core subjects provide students with the theoretical background necessary for further studies in photonics.
Electromagnetic Theory: Photonics is fundamentally concerned with the electromagnetic nature of light. Therefore, students learn topics such as Maxwell's equations, propagation, refraction and reflection of light.
Fundamentals of Optics and Photonics: These courses cover the principles of optics and photonics, the fundamentals of lenses, mirrors, fiber optics, lasers and photonic materials. Students learn about the nature of light and how it behaves in various media.
Photonics Applications: Students study practical applications of photonics technologies such as fiber optic communication systems, optoelectronic devices, lasers and sensors. These courses demonstrate how theoretical knowledge can be applied to real-world technologies.
Laboratory and Practical Studies: The program offers students extensive laboratory experience. This allows students to apply the theoretical knowledge they have learned in practice and gives them the ability to solve real-world problems.
Project-Based Learning: Students have the opportunity to conduct research in photonics through individual or group projects. These projects help students develop problem solving, teamwork and research skills.
Advanced Courses and Elective Courses: In more advanced years, students can choose courses with more specific and advanced topics such as nanophotonics, biophotonics, photovoltaic systems and photonic integration.
The curriculum aims to provide students with the skills and knowledge necessary for a successful career in photonics, offering both a theoretical and applied perspective. This education enables graduates to understand and contribute to photonic applications in communication, healthcare, energy and many other sectors. The photonics program provides students with a strong foundation to become innovative and technologically equipped individuals who can respond to the needs of the modern world.