The academic program Mobile Telecommunication Technologies provides modern knowledge and practical skills in mobile and wireless communication systems—from radio engineering, electronics, and programming to the design, operation, and maintenance of telecommunication networks. During the program, students learn to work with equipment, advanced infocommunication technologies, and develop skills in analyzing, designing, and implementing high-speed communication systems.The program fosters engineering thinking, teamwork, research skills, and professional communication, ensuring graduates to be competitive, ready for career growth, and further education in a rapidly evolving digital world.

— Radio Wave Propagation and Antenna-Feeder Systems

— Mobile Communication Networks and Systems

— Design and Operation of Mobile Communication Systems

— Radio Transmitters

— Radio Receivers

— Electromagnetic Compatibility and Radio Frequency Spectrum Management

— Theory and Technology of Radio Navigation and Radar Systems

— Broadband Access Networks and IoT Systems

— Satellite and Radio Relay Communication Systems

— Principles of Infocommunication Systems and Networks with AI.

— Ability to consider modern trends in electronics, measurement and computing technology, and IT in profesional activitys; proficiency in signal processing and experimental data representation

— Ability to operate wireless network equipment, identify problems and solutions, conduct experimental research and measurements, and implement experimental research programs, including technical equipment selection and result processing

— Ability to classify, measure, evaluate, design, and calculate parameters of components and nodes of wireless communication systems and process the obtained results in accordance with the technical specification, as well as provide technical support and maintenance of intelligent radio system software

— Ablity to identify and troubleshoot issues in network devices and operating systems, deploy and maintain all network components, document faults and develop recommendations for resolving them, and possess knowledge of current trends in the development of wireless communication systems.

— Extensive technical infrastructure from leading equipment manufacturers: Rohde & Schwarz, Anritsu, Emona Instruments Pty Ltd, St.Petersburg State University of Telecommunications named after M.A. Bonch-Bruyevich, and others

— Academic mobility agreements with universities such as Halic University (Istanbul, Turkey), Schmalkalden University of Applied Sciences (Schmalkalden, Germany), Inha University (South Korea) and some others

— Training through Cisco Academy courses with opportunities for international vendor certification

— Branches of the Department operate at the facilities of the Republican Space Center, the Institute of Space Technologies, and RTEL GROUP LLP

— Cooperation agreements have been concluded to organize industrial and pre-graduation internships with the following telecommunications companies: JSC “NC Kazakhstan Gharysh Sapary”, JSC “Transtelecom”, JSC “Kazteleradio”, JSC “Astel”, RSE “State Technical Service”, RSE “State Radio Frequency Service”, JSC “Republican Center of Space Communications”, LLP “Institute of Space Technologies”, LLP “Mobile Telecom Service”, and others, which ensures students complete internships and gain subsequent employment opportunities.

— Radio Electronics Engineer

— Radio Navigation, Radar, and Communications Engineer

— Network Coordinator

— Broadcasting Engineer (TV/Radio)

— Mobile Network Equipment Installer

— Technical Support and Network Diagnostics Specialist.