As part of this program, students master the methods of designing, developing, and operating laser optoelectronic devices, systems and engineering units of various uses; they learn to develop software and perform computer modeling of laser optoelectronic devices and systems. Having completed the program, they are able to develop and design new laser-based systems, to operate existing hardware, and to handle optical materials. Students that follow the program can refine their skills and competences with state-of-the-art equipment; they undergo practical training and are to complete a qualifying graduation project under the supervision of their core departments.
Alumni can be employed as
- laser technology engineer
- design engineer
- laser equipment operator
- optical technician
- lighting technician
- manufacture engineer
Program subjects
- Quantum and optical electronics
- Radiant energy receivers
- Laser system assembly, alignment and control
- Fundamentals of holography and coherent optics
- Fundamentals of nonlinear optics
- Laser optics
- Solid-state and fiber lasers
- Applied optics
- Computer-aided design systems
- Opto-electronic systems
- Laser technology
Graduating departments:
• Opto-electronic Instruments and Systems Department
• Core Department No 131 on Optical-Physical Measurements
• Core Department No 132 on Laser Equipment
• Core Department No. 134 on Infrared Technology and Electronic Optics
• Core Department No. 136 on Microwave Devices and Devices
• Core Department of Optical Systems and Technologies at AO Lytkarino Optical Glass Plant