Communication and Informatics Moscow Technical University

History

Communication and Informatics Moscow Technical University emerged as a leading institution in telecommunications and information technology education. The university developed from Russia’s growing need for specialized professionals in communications during the Soviet era and evolved into a major center for training and retraining highly qualified specialists. Throughout its development, the institution expanded its focus to encompass telecommunications, computer science, radio engineering, economics, and management disciplines. The university established regional presence through science centers and institutes in multiple Russian cities including Rostov-on-Don and Novgorod, extending educational reach beyond Moscow. As telecommunications technology transformed globally, the university adapted curricula and research priorities to remain at the forefront of technological advancement. Strategic partnerships with leading global telecommunications companies and international technical universities strengthened academic excellence. The institution developed specialized pre-university and advanced studies programs addressing emerging technologies and market demands. Today, the university stands recognized as Russia’s leading higher education institution in telecommunications, with graduates serving as renowned scientists and leaders across Europe, Asia, Africa, and Latin America.

Belarusian State University (BSU)
BELARUS STATE UNIVERSITY
Current Position and Infrastructure

Communication and Informatics Moscow Technical University operates as a major educational and scientific center training specialists in telecommunications, computer science, radio engineering, economics, and management. The institution maintains multiple campuses including science centers, advanced studies institutes, telecommunications faculty, pre-university education center, and new technology research facilities in Rostov-on-Don and Novgorod. The university employs approximately 700 teaching and research staff, including more than 100 professors and 400 associate professor candidates. Approximately 14,000 full-time and part-time students, including graduate students from various institutions, pursue education across multiple programs. Student research engagement is significant, with over 900 full-time students participating in the educational and scientific process. Students engage in individual expert training for enterprises, research projects, scientific conferences, seminars, and technical creativity competitions. The university intensifies educational work promoting creative, social, and patriotic initiatives while fostering general culture, citizenship, and healthy lifestyles. Students participate actively in national festivals, competitions, and championships, receiving numerous awards and recognition for achievements.

Foreign Student Opportunities

Communication and Informatics Moscow Technical University welcomes over 400 international undergraduate and graduate students from 48 countries across Europe, Asia, Africa, and Latin America. The university offers comprehensive programs in telecommunications, computer science, information systems, radio engineering, and digital economy. International cooperation encompasses education in higher and postgraduate programs, joint education initiatives, student and faculty exchanges with leading technical universities, and training centers established with global telecommunications companies. The institution conducts joint research projects and scientific information exchanges with international partners. Students participate in organized joint conferences, symposiums, and seminars. The university engages in international education and communication technology programs supported by leading organizations and foundations. Modern facilities, experienced faculty, and extensive telecommunications infrastructure support quality education. International students benefit from Moscow’s location and exposure to Russia’s technology sector development.

Departments and Faculties
Faculty of Information Technology (4 years undergraduate; 2 years graduate)
  • Basic Information and Information Technologies
  • Computer Science and Engineering
  • Information Systems and Technologies
  • Information Security
  • Information Communication Technologies and Communication Systems
  • Automation of Technological Processes and Production
  • Management in Technical Systems
  • Software Information Systems Program
  • Information Protection Software Program
  • Mobile and Internet Application Development Program
Faculty of Radio and Television (4 years undergraduate; 2 years graduate)
  • Radio Equipment and Circuit Systems
  • Radio Engineering Systems
  • Radio Communication and Broadcast Systems and Networks
  • Television and Voice Broadcast
  • Technical Electrodynamics and Antennas
  • Electronics
  • Electromagnetic Compatibility and Radio Frequency Spectrum Management
  • Radio Security
  • Mass Communication Systems and Networks
  • System and Broadcast Setup, Reception and Processing of Signals
  • Audiovisual Technology
  • Radio Communication, Mobile Communication and Radio Access Systems
Faculty of Networks and Communication Systems (4 years undergraduate; 2 years graduate)
  • Optical Systems and Communication Networks
  • Secure Systems and Networks
  • Multi-Channel Telecommunications Systems
  • Communication Networks and Switching Systems
  • Networks, Systems and Telecommunications Equipment
  • Multi-Service Information Communication Technologies
Faculty of Digital Economy and Mass Communication (4 years undergraduate; 2 years graduate)
  • Business Informatics
  • Digital Economy, Business and Business Technology
  • Social Relations, Advertising and Public Relations
  • Economy
General Technical Faculty 1 (4 years)
  • Mathematical Analysis
  • Physics
  • Physical Education
  • Probability Theory and Applied Mathematics
General Technical Faculty 2 (4 years)
  • Foreign Languages
  • Electric Circuit Theories
  • Informatics
  • Philosophy, History and Intercultural Communication
  • General Communication Theory
Distance Education Center – Undergraduate Programs (4 years)
  • Information Communication Networks and Systems
  • Transport Networks and Communication Systems
  • Radio Communication and Radio Access Systems
  • Mobile Communication Systems
  • Industrial Internet and Robotics
  • Information Systems and Technologies
  • Management in Cyber-Physical Systems
Distance Education Center – Master’s Programs (2.5 years)
  • Computer Science and Engineering
  • Automation of Technological Processes and Production
  • Information Communication Technologies and Communication Systems
  • Management in Technical Systems
  • Economy