Faculty of Optical Instrumentation
Faculty of Optical Instrumentation
The Faculty of Optical Instrumentation is represented by three departments:
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Department of Optoelectronic Devices
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Department of Applied Optics
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Department of Optical Device Design
Bachelor / Specialist Degree Programs
⇓ Optical Engineering
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Period of study:
4 years
Mode:
Full-time
RUS
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Focus Areas:
• Optical Technologies and Materials
• Optoelectronic devices and systems
• Applied Optics
• Optical Systems Design • Medical optics and Optometry |
Learning Outcomes
After graduating the programme you can:
take optical measurements
create drawings and models using computer and engineering software
construct typical optical and optoelectronic devices, systems, and their components
install, test and exploit optical devices
elaborate technical and design documentation
Career Paths:
Graduates are ready to work in optical design, optical fabrication and testing, optical fiber communications, laser and optical engineering, — and to successfully pursue higher degrees and an academic career.
Qualified optotechnical engineers are in demand in laboratories that research and develop devices and systems based on the use of optical radiation. Specialists are needed in the production sphere and can find employment in organizations and companies that operate optoelectronic devices for various purposes.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Laser Engineering and Technologies
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Period of study:
4 years
Mode:
Full-time
RUS
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Focus Areas:
• Laser Information Systems
• Laser Technology
• Metrology, Standardization and Certification
• Laser Optoelectronic Devices and Systems
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Learning Outcomes
After graduating the programme you can:
adjust, repair and operate laser and optoelectronic devices
create optoelectronic and laser devices, systems and their components
make drawings using computer technologies
carry out experimental studies in the field of laser influence on substances and materials
engage in research and design activities in the field of laser systems and technologies
Career Paths:
Graduates are ready to work in optical design, optical fabrication and testing, lasers, optical detectors, optical instrumentation, and optical fiber communications — and to successfully pursue higher degrees and an academic career.
Qualified optotechnical engineers are in demand in laboratories that research and develop devices and systems based on the use of optical radiation. Specialists are needed in the production sphere and can find employment in organizations and companies that operate optoelectronic devices for various purposes.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
⇓ Electronic and Optoelectronic Devices for Special Purposes
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Period of study:
5 years
Mode:
Full-time
RUS
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Focus Areas:
• Laser Technology
• Optoelectronics
• Coherent and Nonlinear Optics
• Applied Optics
• Metrology, Standardization and Certification |
Learning Outcomes
The degree programme is focused on training specialists in the field of development and use of optical and laser technologies for remote sensing.
The graduate of the specialty program is able to:
implement GIS in Information Analytics
use electronic and optoelectronic remote sensing systems
design and construct optoelectronic devices using image recognition technologies
analyze and forecast the results of complex technical systems operation
develop basic information components for remote sensing GIS
Career Paths:
Specialization implies a wide range of activities for graduates. After graduation, specialists can work as design engineers, process engineers, and mechanical engineers at enterprises that develop and produce Earth remote sensing instruments as well as at organizations that operate instruments and systems of Earth remote sensing.
Entry Requirements:
Compulsory :
Russian
Mathematics
Optional :
Computer Science
Physics
Master Degree Programs
⇓ Optical Engineering
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Period of study:
2 years
Mode:
Full-time
RUS
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Focus Areas:
• Optical Technologies
• Optoelectronic Devices and Systems
• Applied Optics
• Optical Systems Design
• Nanotechnology and Microsystems in Optical Engineering
• Military Optics and Optoelectronics
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Learning Outcomes
Graduates of the programme are able to:
perform optical, electrical and photometric measurements using modern technical equipment
design units and systems of optical, laser and optoelectronic equipment by means of computer programs
elaborate plans of experimental research in optical engineering
create engineering technologies and models to diagnose the state of optical devices and systems in the process of operation
Career Paths:
The master's degree program means a significant increase in employment opportunities and self-fulfillment. Graduates will be able to work at enterprises and at the initial stage take positions of design engineer, research engineer, optics-analyst or junior researcher. In the future, they may become project team leaders, laboratory chiefs, senior research scientists, and managers at various scales.
Entry Requirements: Core subject examination
Doctoral Degree Programs
⇓ Optical and Optoelectronic Devices and Systems
Period of study:
2 years
Mode:
Full-time
RUS |
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Areas of Research:
• Laser Physics
• Wave, Integral, and Fiber Optics
• Nonlinear Optics
• Optoelectronics • Plasmonics and Bioengineering • Optical Communcation Systems Development • Development, Modernization, and Creation of Devices and Systems Based on Various Photonic Principles • Creation of New Materials (metamaterials) for Photonic, Optic, Optoelctronic and Other Application |
Administrative Staff of the Faculty
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Dean: Irina Torshina Professor, Doctor of technical sciences Tel: 8 (499) 261-37-41 E-mail: fop@miigaik.ru |
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Deputy Dean: Irina Lisitsyna Associate Professor E-mail: fop@miigaik.ru |