Basic subjects
Foreign language for professional communication Philosophical and psychological problems of creativity Modeling and optimization methods Theory of electromagnetic compatibility of radio-electronic means and systems Project activity module
Specialized subjects
Additional sections of mathematics Quantum optics and quantum computer science in communication systems Theory of building infocommunication systems and networks Modern methods of digital signal processing Microcontrollers and microwave in communication systems Special Practice
Program Overview
This educational program trains future engineers-developers of advanced network technologies, cloud, distributed and embedded radio systems and networks, researchers-developers of new methods for solving various tasks in the field of creating modern radio systems for special and civil purposes.
Prospects. Career & Employment
Graduates can successfully work as highly qualified specialists, easily adaptable to related fields of professional activity as scientists and engineers capable of developing, implementing and operating modern telecommunications systems and other radio equipment. A significant number of telecommunications companies and radio engineering enterprises. During studies, through close cooperation with partner enterprises, the requirements of the regional labor market, the state and prospects of the telecommunications and information technology industry are considered. Furthermore, our specialists can be employed as Senior Wireless Communication Systems Engineer, Foreign Service Diplomatic Technology Officer, Wireless Network Engineer, Telecommunications Specialist, Network Systems Administrator, etc. Graduates will also be able to continue their studies and work in: graduate school of the Russian and foreign universities, leading foreign research institutes and centers, leading corporations and technology startups, and any field of activity where creative thinking and originality of solutions based on fundamental knowledge are needed.
Why is it important to pursue a higher education?
Our graduates can use the laws and methods of natural sciences and computational mathematics for engineering activities in the field of digital signal processing systems, conduct experimental research, apply methods of search, storage, processing, analysis and presentation in the required format, while observing the basic requirements of information security, apply modern computer technologies to prepare design and technological documentation, to monitor the use and evaluate the performance of network devices and software to correct the performance of the network infrastructure of the infocommunication system, to carry out development, installation, commissioning, configuration, adjustment, pilot health check, testing and commissioning. The latest educational technologies will be used to prepare masters in the field of Information and Communication Technologies and Communication Systems.