27.04.04 Autonomous Information and Control Systems

Master's degree training is focused on the needs of enterprises working in the field of computer modeling, design and production of autonomous information and control systems for aviation, spacecraft and high-precision weapon complexes.

Master’s students study Autonomous Information and Control Systems that are integrated into missile, aviation, space and other high-tech complexes in various designs:

• Onboard short-range location systems, intelligent sensors, navigation devices and calculators for controlling high-speed vehicles;
• 3D systems for search, guidance, docking and landing on complex surfaces;
• multispectral optoelectronic and radio systems for object detection and recognition;
• optoelectronic devices and control systems for robots and unmanned aerial vehicles;
• satellite optoelectronic devices for spatial and spectral conversion of signals;
• autonomous systems of navigation, measurement, control and safety in transportation;
• protected information systems and objects for defense and industrial purposes.

Master's students acquire the following skills:

• fulfillment of knowledge-intensive projects on creation of autonomous dual-use information and control systems;
• formation and coordination of target programs of work in the unified information space of planning and management of the firm;
• modeling of highly informative noise-immune AIUS and complexes with their application;
• conducting scientific research;
• teaching at universities.

Scientific directions of work of master's students:

• methods of image recognition in all wavelength ranges;
• research of the structure of phono-target signals of on-board systems;
• development of adaptive guidance systems for high-precision complexes;
• on-board computers and digital platforms;
• noise-resistant information systems.

The actual percentage of graduates employed (continuing education) in the field of education is 90%.