The faculty was founded in 2011.

Directions of scientific research:

Manned and unmanned space and aviation aircraft, rocket engines, orientation, stabilization and navigation systems, aerodynamic properties and structural strength, control systems and flight dynamics, life support systems and others;
Computer science, information technology and programming, computers (including quantum computers), computer systems and networks, fuzzy logic and neural networks, modeling of complex processes and systems, ultrafast computing, Internet of everything, big data, machine learning and artificial intelligence systems, and others;
Robots, robotic systems and complexes on the ground, in the air and space, mobile robots, multifunctional robots, industrial and household robots, robots for work in extreme situations, robots and manipulators for medical diagnostics and treatment with invasive and non-invasive methods, object vision and recognition systems, robots in transport, hydraulics, pneumohydraulics and other;
Unconventional energy sources, nuclear power, ion-plasma technologies, cryogenic systems for cooling and air conditioning, internal combustion engines for trucks, passenger cars and sports cars, life support systems for aircraft and spacecraft, air, water and fuel filtration systems, industrial ecology systems;
Biological systems, methods of computer diagnostics of diseases, devices, instruments and systems for medical diagnostics, surgery and therapy, laser systems for diagnosis and treatment of diseases;
New materials and technologies, composite materials and structures, additive technologies in industrial design, the formation of coatings with special properties, nanoengineering, technologies for the production and processing of metals, machine tools and tools for mechanical engineering, automation of production processes and others;
Electronics and microprocessor technology, nanoelectronics, algorithms and devices for digital and analog information processing, precision mechatronics devices, fiber-optic, semiconductor and solid-state lasers for research, production, medical diagnostics and therapy, laser photonics and optoelectronics, quantum computers, optical information processing devices and others;
Mathematical and computer modeling of physical processes occurring in various environments, control processes of aircraft and spacecraft, various types of robots, strength of materials and structures, 3D computer modeling in aerogasodynamics and others;
Management of enterprises, scientific research and projects, intellectual property management, innovation management, entrepreneurship and foreign economic activity, industrial logistics, finance.

Practice shows that foreign graduates of Bauman Moscow State Technical University become highly qualified specialists and form the scientific and engineering elite of the countries from which they came.

Currently, about 1,500 foreign citizens from 74 countries located on different continents are studying at MSTU: from CIS countries — from Kazakhstan, Uzbekistan, Armenia, Tajikistan, etc.; from Southeast Asian countries - from China, Vietnam, Myanmar, India, Korea, Mongolia, etc.; from the Middle East and Africa — from Syria, Egypt, Iran, Tunisia, Kenya, Yemen, etc.; from Europe — from Turkey, Germany, Italy, France, Spain, Serbia, Montenegro, etc.; from North and South America — from Mexico, Cuba, USA, Brazil, Guatemala, Peru, etc.

Also, the faculty has a Preparatory Department (PD the FIEP), whose task is to help foreign applicants in intensive study of the Russian language or in improving their proficiency to a level sufficient for admission to the University and the development of appropriate educational programs. In addition to the Russian language, students under the FIEP have the opportunity to improve their level of knowledge in such specialized subjects as mathematics, physics, computer science, chemistry, social studies and others.