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Program Overview

The Optics and Photonics specialization offers a comprehensive curriculum that covers various aspects of optics and photonics. The program is designed to provide students with a solid foundation in the principles of optics and photonics, as well as hands-on experience in laboratory settings.

Curriculum

The curriculum consists of compulsory and elective courses. The compulsory courses include:

• Basic knowledge of physics (BMETE15MF31)
• Professional practice OP (BMETE12MF73)

The elective courses are divided into two categories: Specialization subjects and Recommended optional professional subjects.

Specialization items

The Specialization subjects courses include:

• Physics of semiconductors (BMETE11MF26)
• Light sources (BMETE12MF14)
• Physical optics (BMETE12MF56)
• Photonics laboratory (BMETE12MF57)
• Quantum electronics (BMETE12MF16)
• Industrial and biological application of lasers (BMETE12MF58)
• Laser physics (BMETE12MF17)
• Unconventional materials (BMEVEFAA707)
• Basics and applications of nonlinear optics (BMETE12MF59)
• Optical materials and technologies 1. (BMETE12MF33)
• Optical materials and technologies 2. (BMETE12MF34)
• Optical signal processing and data storage (BMETE12MF19)
• Optical measurement technology (BMETE11MF21)
• Optical spectroscopy in materials science (BMETE11MF39)
• Optical design (BMETE12MF39)
• Microscopy* (BMETE12AF34)
• Optics** (BMETE12AF35)

Recommended optional professional subjects

The Recommended optional professional subjects courses include:

• From femtosecond lasers to attophysics (BMETE12MF60)
• Electron and ion optics (BMETE12MF22)
• ELI preparatory laboratory (BMETE12MF61)
• Infrared and Raman spectroscopy (BMETE12MF62)
• Quantum optics (BMETE15MF49)
• Coherent control of quantum systems (BMETE15MF23)
• Design and construction of lasers and laser systems (BMETE12MF63)
• Monte Carlo methods (BMETE80MF41)
• Optoelectronic devices (BMETE12MF21)
• Medical imaging (BMETE80MF91)
• Computer measurement control project work in LabVIEW environment* (BMETE11AF39)
• Computer measurement control* (BMETE11AF38)

Course Details

Each course has a unique code, credit value, and requirements. The courses are taught in various formats, including lectures, practices, and laboratory work. The evaluation methods include exams, coursework, and project work.

Notes

• The courses marked with an asterisk (*) are part of the BME physics BSc program and can only be taken by students who have not already completed them in their BSc studies. ** The "Optics" course is a compulsory course in the BME physics BSc program and can only be taken by students who have not already completed it in their BSc studies.