The Master’s in Optical Engineering is a full-time graduate program, usually lasting two to three years, that focuses on advanced theories, technologies, and applications of optics and photonics. The program is designed to cultivate high-level professionals and researchers with strong foundations in mathematics, physics, and electronic engineering, as well as specialized expertise in optical systems and optoelectronic technologies. Core study areas typically include physical optics, laser principles and technology, optoelectronic devices, optical information processing, fiber-optic communication, optical detection and measurement, imaging systems, optical materials, and modern photonic technologies. The curriculum combines advanced coursework with laboratory experiments, system design, simulation, and research training under faculty supervision, enabling students to develop strong experimental skills and the ability to solve complex engineering and scientific problems. A key requirement of the program is the completion of a master’s thesis based on independent research, demonstrating innovation and practical application of optical engineering knowledge. Graduates are well prepared for careers in optoelectronics, photonics, telecommunications, precision instrumentation, semiconductor and display industries, research institutes, and high-tech enterprises, as well as for continuing toward doctoral studies in optical engineering or related disciplines.

NOTE: The university may have additional program-specific eligibility requirements.
It is recommended to verify these on the official university website.