Department of Aerospace and Electronic Engineering

The Aerospace Engineering educational program is aimed at training highly qualified specialists in the development, design, and operation of aerospace systems. The program combines fundamental knowledge in physics, mathematics, aerodynamics, and engineering with modern digital technologies and modeling methods.Key areas of study:Rocket enginesControl and navigation systemsSpace engineeringThe program is designed to develop specialists capable of participating in the creation of spacecraft, the development of flight control systems, and the implementation of complex aerospace projects.

The doctoral program "Instrument Engineering" is aimed at training highly qualified researchers in the development, research, and modernization of modern control and measurement systems and electronic devices.The program is designed to equip doctoral students with the profound theoretical knowledge and practical skills necessary to conduct independent scientific research, develop innovative technologies, and implement advanced engineering solutions in industry and science.Particular attention is paid to digitalization, automation, intelligent control systems, and the application of modern modeling and design methods.

The Master's program "Instrument Engineering (Scientific and Pedagogical Focus)" is designed to train highly qualified specialists in the development, research, and operation of modern electronic devices and information and measurement systems.The program combines scientific research, engineering, and pedagogical training, enabling graduates not only to work in high-tech industries but also to teach at universities and colleges.Key areas of study:Information and measurement systems in roboticsInformation and measurement systems in the electric power industry

The "Robotics and Mechatronics" educational program is aimed at training a new generation of specialists in the development, design, and operation of intelligent automated systems. The program combines knowledge from mechanics, electronics, programming, and control systems, forming a comprehensive engineering approach.Key areas of study:Robotics and mechatronic systemsUnmanned aerial vehicle (UAV) electronicsThe program is focused on developing skills in creating modern robotic solutions for use in industry, transportation, energy, and high-tech sectors.

The Master's program in Space Engineering and Technology is designed to train highly qualified specialists and researchers in the development, analysis, and modernization of spacecraft and systems. The program focuses on in-depth study of modern space industry technologies, scientific research, and the implementation of innovative solutions.The program combines engineering training, scientific research, and teaching skills, enabling graduates to work in both industry and academia.

The doctoral program "Space Engineering and Technology" is aimed at training highly qualified researchers capable of solving complex problems in the development, analysis, and modernization of space systems and vehicles.The program focuses on independent scientific research, the development of innovative technologies, and the implementation of advanced engineering solutions in the aerospace industry. Particular attention is paid to an interdisciplinary approach integrating engineering sciences, information technology, and the management of complex technical systems.

The Systems Engineering program is designed to train highly qualified specialists in the design, analysis, and operation of complex engineering systems in the telecommunications and energy sectors. The program combines fundamental engineering knowledge with modern digital technologies, enabling graduates to effectively work in a rapidly changing technological environment.Particular attention is paid to the following areas:Electronic devices for telecommunications systemsMicrogeneration based on renewable energy sources (RES)

The "Electronic Engineering Technologies" educational program is designed to train specialists in the development, analysis, and operation of modern electronic systems and devices. The program combines fundamental knowledge in electronics, electrical engineering, and automation with practical skills in designing and implementing engineering solutions.Key areas of study:Electronic EngineeringRoboticsThe program focuses on the application of digital technologies, the development of intelligent electronic systems, and the implementation of automated solutions in various industries.