SUAT Campuses

The Khimki Branch Campus of the State University of Aerospace Technologies focuses on specialized aerospace technologies and engineering disciplines. Located near Moscow, this campus provides a conducive environment for students interested in the technical and operational aspects of aerospace systems, with a strong emphasis on innovation and industry collaboration.

• Spacecraft Engineering: Focuses on the design and operation of spacecraft for various missions.
• Satellite Technology: Covers the development and deployment of satellites for communication and research.
• Navigation Systems: Teaches the principles of navigation technology for aerospace applications.
• Electrical Engineering in Aerospace: Focuses on electrical systems critical to aircraft and spacecraft functionality.
• Robotics in Aerospace: Explores the use of robotic systems for space exploration and maintenance.
• Environmental Control Systems: Studies systems that maintain life support and environmental conditions in aerospace vehicles.

The Khimki Branch is known for its modern facilities, including laboratories dedicated to satellite technology and spacecraft simulation. Students have access to industry-standard tools and software, preparing them for careers in high-demand aerospace sectors. The campus also emphasizes sustainability in aerospace design, encouraging research into eco-friendly technologies. With close ties to aerospace manufacturers and research centers in the region, students benefit from internships and collaborative projects. This campus is a key player in shaping the future of space technology education in Russia, offering a blend of theoretical knowledge and practical skills to its students.

The Main Campus of the State University of Aerospace Technologies in Moscow serves as the central hub for aerospace education and research in Russia. This campus offers a wide range of programs focused on the design, development, and operation of aerospace systems. Students here are trained in cutting-edge technologies and innovative practices to prepare them for careers in the aerospace industry.

• Aerospace Engineering: Focuses on the design and construction of aircraft and spacecraft.
• Avionics: Covers electronic systems used in aviation, including navigation and communication systems.
• Rocket and Space Technology: Emphasizes the development of rockets, satellites, and space exploration systems.
• Mechanical Engineering: Provides foundational knowledge in mechanics tailored for aerospace applications.
• Information Technology in Aerospace: Combines IT skills with aerospace applications for system control and data analysis.
• Materials Science: Explores materials used in aerospace for durability and performance under extreme conditions.

The curriculum integrates theoretical learning with practical, hands-on experience in state-of-the-art laboratories and simulation centers. Students also have opportunities to collaborate with leading aerospace companies and participate in internships to gain real-world experience. The campus fosters innovation through research projects, encouraging students to develop solutions for modern aerospace challenges. With a strong emphasis on interdisciplinary learning, graduates are well-equipped to contribute to advancements in aviation and space exploration. The Main Campus in Moscow is not only a place of learning but also a center for pioneering aerospace technology in Russia.

The Zhukovsky Branch Campus of the State University of Aerospace Technologies is located in the heart of Russia’s aviation research and testing hub. Named after the father of Russian aerodynamics, Nikolai Zhukovsky, this campus specializes in applied aerospace sciences and testing methodologies. It offers programs tailored to the practical and experimental aspects of aerospace engineering.

• Aerodynamics and Flight Testing: Focuses on the study of airflow and aircraft performance under various conditions.
• Aircraft Design and Construction: Teaches the principles of designing safe and efficient aircraft.
• Propulsion Systems: Covers the engineering of engines and propulsion technologies for aircraft and spacecraft.
• Experimental Aviation: Provides hands-on experience in testing and validating aerospace technologies.
• Control Systems Engineering: Focuses on the automation and control mechanisms critical for flight operations.
• Safety and Reliability Engineering: Emphasizes the importance of safety protocols in aerospace design and operation.

Students at the Zhukovsky Branch benefit from proximity to major aerospace testing facilities and research institutes, allowing for unique opportunities to engage in real-world projects. The campus is equipped with advanced wind tunnels, flight simulators, and testing rigs to support experimental learning. Collaborative partnerships with industry leaders ensure that the curriculum remains aligned with current technological advancements. This campus is ideal for students passionate about the practical application of aerospace theories and those looking to contribute to the future of flight testing and aircraft development in Russia.