Here is our application form.
Please fill it out and send us by e-mail to admissions@inter.nstu.ru or through the web form "Apply"
Please fill it out and send us by e-mail to admissions@inter.nstu.ru or through the web form "Apply"
Radio Engineering / Statistical Methods for Signal and Image Processing
Master program: Radio Engineering
Profile: Statistical Methods for Signal and Image Processing
The object (mission) of the educational program
Teaching Master students, able to carry out research professional activities in the field of rocket and space industry in the sphere of design, development, installation and operation of systems and means of the rocket and space industry, aimed at radio engineering systems and means of their modeling and design
Scope of the educational program:
120 credits, 2 yearsLanguage of instruction:
Russian
Characteristics of the educational program
- Consideration of the regional characteristics of the labor market and the needs of employers;
- Orientation to the area "Rocket and space industry", in which graduates will be able to carry out their professional activities in the field of design, development, installation and operation of systems and means of the rocket and space industry;
- Combination of types of tasks "Collection, processing and systematization of scientific and technical information”
- Understanding of the methods and tools for modeling radio engineering devices and forming appropriate competencies;
List of disciplines studied
- Mathematical modeling of devices and systems
- Computer-aided design systems in electronics
- Commercialization of scientific results research and development
- Modern problems of building infocommunication networks and systems
- Computer networks and telecommunications
- Theory of electromagnetic compatibility radio electronic means and systems
- Theory and technology of radar and radio navigation
- Special processing software signals
- Digital signal and image processing in radio engineering systems
- Synthesis of linear electrical circuits in radio engineering devices and systems
- Theory of detection, parameter estimation and filtration
- Modern television systems