Bachelor's
Degree
Russian
Language
4 years
Duration
About the program
Radio engineering is an interesting and intensively branch of science and technology, which combines various methods of wireless transmission of signals with the use of electromagnetic waves. Radio technical methods are used in data transmission systems, radio communication, radio broadcasting and television, radar and radio navigation systems, radio control, automation and computer systems, in transport, medicine, military facilities, aviation and space technologies. One of the most important applications of radio engineering methods is also the technology of non-destructive diagnostics of objects, research of materials and the environment. Radio engineering students study electronics, foundations of designing electrical circuits and signal modelling, devices for signal forming, generating, receipt and digital signal processing, electrodynamics and radio waves propagating, standards of modern wireless systems for high-speed data transmission, principles of radio navigation and radio location.
Learning outcomes
- Practical skills in programming of radio electronic equipment;
- Knowledge in using digital devices and microprocessors;
- Knowledge in difital signal processing;
- Ability to design, test, and adjust radio electronics;
- Knowledge in modern satellite and ground-based wireless communication technologies;
- Practical skills in programming of radio electronic equipment;
- Practical skills in prototyping of radio electronics;
- Knowledge in using digital devices and microprocessors;
- Knowledge in difital signal processing.
Career opportunities
You will be able to work at communication enterprises (traditional, mobile, satellite communication companies), at enterprises operating radio-electronic equipment (aviation industry, air navigation services, television and radio broadcasting, security and fire alarms, etc.). Also, close cooperation with scientific organizations gives students the opportunity to undergo internships and employment in radio physical observatories and learn how to work with unique research equipment. INRTU has close collaboration with the Institute of Solar-Terrestrial Physics SB RAS, PJSC Rostelecom, Irkutsk State University, Irkutsk Aircraft Plant, Russian Railways, En+ Group, radio engineering students take part in joint projects. Graduates can continue their studies in the magistracy and receive at INRTU a master's degree in the field of radio engineering and telecommunication systems.
Curriculum
1 semester
1 year
2 semester
1 year
Engineering and Computer GraphicsInformation TechnologiesMathematicsPhysicsForeign LanguagePhysical Education and SportEducational Practice: Introductory PracticePhilosophyBasics of Business CommunicationRadio Materials and Radio ComponentsCircuit Theory FundamentalsProgramming Methods in Radio Communication Systems
3 semester
2 year
4 semester
2 year
Foreign LanguagePhysical Education and SportRadio Engineering Circuits and SignalsRadio AutomationBasics of Project ActivityProbabilistic Analysis of Radio Engineering SystemsCircuitry of Analog Electronic DevicesPhysical Foundations of OptoelectronicsProduction Practice: Technological PracticeFundamentals of Microelectronics
5 semester
3 year
Foreign LanguagePhysical Education and SportFundamentals of MicroelectronicsMeasurement Methods in Radio Engineering Devices and SystemsElectrodynamics and Propagation of Radio WavesDigital Signal ProcessingApplication Software for Design of Radio Electronic DevicesBasics of Radio Electronic Devices EngineeringPower Supply Devices for Radio Electronic SystemsProject Activity
6 semester
3 year
Physical Education and SportProduction Practice: Technological PracticeProject ActivityJurisprudenceTelevision and Video Technology BasicsCommunication Networks and Switching SystemsInstruments and Equipment for Radio MeasurementsDigital Devices and MicroprocessorsStatistical Theory of Radio Engineering SystemsDevices for Signal Generation and Signal Forming
7 semester
4 year
Physical Education and SportProject ActivityDevices for Signal Generation and Signal FormingDesign and Production Technologies of Radio Electronic SystemsComputer Modelling of Radio Electronic SystemsSafe Living BasicsNetwork Information TechnologiesProgrammable Devices in Radio EngineeringRadio Engineering SystemsDevices for Signal Receipt and Signal ProcessingTheory and Methods of Electromagnetic Compatibility of Radio Electronic Systems
8 semester
4 year
Foreign LanguageProject ActivityRadio Engineering SystemsDevices for Signal Receipt and Signal ProcessingTheory and Methods of Electromagnetic Compatibility of Radio Electronic SystemsProduction Practice: Undergraduate PracticeOptical Devices in Radio EngineeringData Communication SystemsUltra-High Frequency Devices and Antennas
Teaching staff
Phone
Mail
Senior Teacher:
Department of Applied Mathematics and Computer Science
Phone
Head of the Laboratory:
Catalysis and Organic Synthesis Lab
Phone
Mail
Associate Professor:
Institute of Quantum Physics
Phone
Associate Professor:
Department of Radioelectronics and Telecommunication Systems
Phone
Associate Professor:
Department of Radioelectronics and Telecommunication Systems
Associate Professor:
Base Department of Radioelectronics and Telecommunication Systems
Phone
Mail
Associate Professor:
Department of Law Theory, Constitutional and Administrative Law
Senior Teacher:
Base Department of Radioelectronics and Telecommunication Systems
Phone
Mail
Phone
Mail
Fees and funding
*Part-time mode of study is also available. For the detailed information about tuition fee and the training period please contact International admission office
Entrance exams
Applicants take a computer entrance exam in Russian or provide CEFR level B1, TORFL level 1 or equivalent to the Russian-taught program.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us
