Translartion. Region: Russians Fedetion –
Source: Moscow Government – Government of Moscow –
President of the Russian Federation Vladimir Putin visited the new campus of the Moscow State Technical University (MSTU) named after N.E. Bauman. He familiarized himself with the research and development of teachers, students and postgraduates in the field of space exploration, as well as in other areas. The Mayor of Moscow Sergei Sobyanin reported to the head of state on the work of the Moscow Government to develop Russia’s leading engineering university.
Vladimir Putin also held a meeting at the university on the development of space activities, which was attended by representatives of departments related to this industry.
“Our focus today is on the development of the domestic space industry for the long term. Addressing this topic is always a special responsibility to the pioneers of space, to those people who set the highest bar for us,” said the Russian President.
Vladimir Putin congratulated veterans of the industry, cosmonauts and servicemen of the Russian Aerospace Forces on the recent Cosmonautics Day, and also thanked all employees of state enterprises, private space companies, scientific organizations and universities for their work. Particular attention was paid to the merits of the team of Bauman Moscow State Technical University, among whose graduates there is a whole galaxy of famous cosmonauts, outstanding scientists and designers.
“The best traditions of personnel training are developing and multiplying these days, and, as we have seen, in the new campus. Modern conditions are being created here for obtaining in-demand competencies. Of course, we will implement such projects in other cities of Russia,” Vladimir Putin emphasized.
Construction of the campus of the Bauman Moscow State Technical University
The project for the construction of a new educational complex of the Bauman Moscow State Technical University was implemented by the Moscow Government together with the Russian Government on behalf of Vladimir Putin. The new campus became the first facility in the country built under the federal project “Creation of a Network of Modern Campuses”. It became part of the national project “Science and Universities”, the implementation of which has been ongoing since 2025 within the framework of the national project “Youth and Children”This is one of the largest and most complex projects in the field of development of higher professional education.
“A total of 14 buildings with a total area of about 170 thousand square meters were built and restored in the shortest possible time. This was achieved through coordinated work – the facilities were built and designed in parallel. In almost 90 percent of cases, components and equipment from domestic manufacturers were used,” the Moscow Mayor said.
Source: Sergei Sobyanin’s Telegram channel @Mos_Sobyanin
In 2022 – early 2024, six facilities of the MSTU research cluster were opened.
The Life Sciences Engineering Cluster (formerly the Biomedical Systems and Technologies Center) is designed to implement modern educational programs, conduct research and development in the field of engineering and life sciences. Along with the educational programs of the Biomedical Engineering Faculty, research and development in the field of advanced biomedical engineering is conducted here. The building houses classrooms, including an office with a transformable partition, rooms for teachers, and a meeting room. Much space is allocated to advanced laboratories, including Biophotonics and Visualization of Living Systems, Neuroinfobionics, Rapid Prototyping, Cellular Technologies and Tissue Engineering, and Functional Hydrogels.
The Engineering Center for Ground Transport and Technological Systems is designed to carry out research and development work, as well as to implement educational programs in the field of creation and operation of ground transport and technological machines and complexes. The building houses laboratories, engineers’ offices, educational and laboratory premises, office premises for employees, a classroom, premises for scientific research and meetings. The KAMAZ-Bauman Scientific and Educational Center and several specialized laboratories operate here. In particular, the Wheeled Machines laboratory has been opened, conducting work in five key areas, such as Traction Electric Drives and Mechatronic Transmissions, Intelligent NTTS Systems, Hydraulic Testing, On-Board Storage Devices, and Acoustic Testing.
The multifunctional scientific and educational building is a new five-story building with an area of 20 thousand square meters, designed to accommodate research laboratories, scientific, administrative and educational spaces. The building houses seven departments of the university, as well as a complex of laboratories of mechanical engineering technologies, ground-based technological and launch equipment for rocket and space, vacuum and compressor technology. In total, 26 laboratories are open here, including laboratories of additive manufacturing technologies, reverse engineering and prototyping, research and certification of additive materials and additive manufacturing technologies.
The exhibition and educational media space “Palace of Technologies” is located in the building of an architectural monument – the restored two-story Phanagoria barracks built in the 18th century. The ceremonial halls of the palace are intended for holding ceremonies, international meetings, scientific and educational forums and other thematic events of congress and exhibition activities. The university’s specialized departments are located here – the information policy department and the organizational and protocol work department. In December 2023, the building hosted the first open day of the Faculty of Robotics and Complex Automation, which was attended by more than 200 people. Representatives of the faculty prepared lectures on the digital transformation of industry, robotics and engineering infrastructure of a modern industrial enterprise. Applicants and their parents were told about the admission rules, curricula of educational programs, as well as future employment, career and salary prospects.
The research center is a new six-story building with an area of 5.1 thousand square meters. The advanced engineering school “System Engineering of Rocket and Space Technology” operates on its basis. In addition, departments developing products for space and aviation have launched their activities here.
The multifunctional library building is a restored three-story building of the chemical laboratory of the Imperial Moscow Technical School, built in the 19th century according to the design of the architect Lev Kekushev. It trains IT specialists. It houses classrooms and computer labs for lectures, seminars and laboratory work, specialized laboratories for classes with senior students of the university’s industrial partners – IT companies, as well as coworking spaces and premises for teachers and postgraduate students of the departments. Since February 2024, the building has been hosting strategic sessions, scientific and practical conferences and other socially significant events. In addition, it was used as an accreditation center on the day of the Bauman Moscow State Technical University alumni meeting, which was attended by more than two thousand people.
Vladimir Putin and Sergei Sobyanin opened new buildings of Bauman Moscow State Technical University
By September 2024, work on several sites was completed.
The central cluster with a total area of about 51 thousand square meters includes five buildings of different heights – from four to six. The main task of the architects was to visually separate different functional areas without disturbing the overall harmony of the ensemble. To do this, they decided to detail the facades of the buildings with the help of scientific formulas. The facade glass looks different: in some places the formulas and equations are visible as clearly as possible, in others they are reflected, and in buildings with atrium spaces they can disappear depending on the viewing angle. All five buildings are united by a hovering dome roof – a membrane structure with an area of 2.5 thousand square meters, which will protect the ensemble and the inner courtyard from bad weather and make it more comfortable.
The center of the square is the “tree of knowledge” – an oak tree, around which an amphitheater for students and employees of the Bauman Moscow State Technical University is located. The inner courtyard is open to city residents, which made it possible to create a new center for meetings and communication.
The central cluster of Bauman Moscow State Technical University houses an innovation hub and a congress center, a cluster of “Environmental Protection Technologies – Green Territory”, a center of excellence and a scientific and educational cluster of digital transformation, a center of excellence and a scientific and educational cluster of “Digital Materials Science”, as well as a federal testing center.
The multifunctional complex “Quantum Park” with a total area of 13.8 thousand square meters houses research laboratories with advanced equipment, including world-class “clean rooms”, co-working spaces and transformable spaces for presenting scientific developments.
Today, it is one of the most advanced research complexes in the world. It is designed to solve practical problems at the intersection of quantum, photonic and fluid technologies that will determine the future of science and industry.
The Quantum Park building is one of the largest and at the same time the most equipped in the new cluster. “House of Light” was the working title of the new building. The architects sought to make it truly airy and luminous.
The Bauman Moscow State Technical University dormitory complex consists of the Spektr and Strela buildings. It is designed to accommodate about 2.3 thousand students.
According to Sergei Sobyanin, a small plot of land between the river and the city collector was chosen for its construction. Now the dormitories have everything necessary for a comfortable stay of students.
In addition to living quarters, the buildings with a total area of 60.5 thousand square meters house a multifunctional educational and leisure center, multimedia spaces and the necessary social infrastructure. An unusual form of faceted crystals was chosen for the student dormitory buildings: the monoform effect was achieved by increasing the size of the glass on the facades.
The flat facade of the building reflects the surrounding environment during the day: trees, clouds and sun. From the street, spectacular panoramic glass spanning the entire floor is visible. The windows inside the building are not only beautiful, but also fully functional: there are window sills and ventilation sashes.
The seven-story Spektr building on Gospitalnaya Embankment is designed for 550 students who live in single, double, triple and quadruple rooms. Some of the rooms have been adapted for people with disabilities. The residential units have a kitchen area, an entrance hall, a bathroom with a bathtub, and modern and functional furniture. The building houses the Novoselye information center. It processes documents for moving in and accepts requests for electrical, plumbing and furniture repairs. Public spaces include coworking spaces and rooms with individual work areas, music classrooms and rehearsal rooms. The Spektr building also has a modern canteen with 140 seats.
Sergei Sobyanin announced the completion of construction of two new buildings of Baumanka
Metro station and pedestrian bridges
Simultaneously with the construction of the research cluster, the Moscow Government implemented a set of measures to develop transport infrastructure and improve the territory in the area of the Bauman Moscow State Technical University.
Opened in 2020 Elektrozavodskaya station Large metro ring line. Thanks to the improvement of the adjacent territory, convenient approaches and access roads to it from residential buildings were provided.
In April 2022, a pedestrian bridge across the Yauza River was opened near the new station. The 111-meter-long artificial structure connected residential areas on the Semenovskaya and Rubtsovskaya embankments, providing convenient access for teachers and students of Bauman Moscow State Technical University, as well as local residents, to the Elektrozavodskaya metro station of the Arbatsko-Pokrovskaya and Big Circle Lines and the station of the same name on the third Moscow Central Diameter.
In September 2024, the construction of a 243-meter-long bicycle and pedestrian bridge across the Yauza River was completed. It provides a connection between the educational buildings of the Bauman Moscow State Technical University, as well as unimpeded passage from Rubtsovskaya Embankment to the buildings of the N.N. Burdenko Main Military Clinical Hospital. The artificial structure was made in the form of open caissoned steel structures with lighting from the bottom. This gives a sense of the fluidity of the bridge and the river beneath it. The smooth lines of the structures compositionally continue the lines of the concrete supports.
The accent points of the bridge are the staircase and elevator units, made in the form of crystals. They harmoniously connect the appearance of the engineering structure with the architecture of the new campus buildings. In addition, the crystals have a symbolic connection with education and scientific activity. Cyclists and pedestrians can move along the bridge. There is a recreation area and a viewing area – a comfortable observation deck with an amphitheater. In addition to bike paths, the bridge is equipped with ramps for cyclists, stairways and elevators for people with limited mobility.
Moscow Mayor: 25 Tunnels, Overpasses, Bridges and Overpasses Built in 2024
Metallurg Stadium
The historic Metallurg stadium on the bank of the Yauza River was donated to Bauman Moscow State Technical University. It became the university’s main home arena.
According to Sergei Sobyanin, a complete reconstruction of the stadium is currently underway, within the framework of which a modern gym and changing rooms will be built here, and all the necessary infrastructure will be created.
The comprehensive renovation of the sports facility is planned to be completed in the third quarter of 2025. It will house a football and rugby field, a basketball and volleyball court, beach volleyball, workout and tennis areas. In addition, sports enthusiasts will be provided with a physical education and health complex and an administrative and household complex with volleyball courts that can be transformed for other sports (table tennis, basketball and mini-football), as well as a hall for the volleyball super league, exercise machines, comfortable locker rooms, coaches’ rooms, a room for storing sports equipment and a first aid station. In addition, the stadium will have an event venue, a recreation area, a pavilion-cafe with a summer terrace and a children’s play area.
The renovated Metallurg stadium will become a modern sports complex — Sobyanin
Improvement of neighborhoods in the area of the Bauman Moscow State Technical University
“Along with the construction of the research cluster, much was done to improve the transport infrastructure in the area of the university. The nearby neighborhoods were also improved,” said Sergei Sobyanin
Source: Sergei Sobyanin’s Telegram channel @Mos_Sobyanin
Landscaping works were carried out in the areas located near the Bauman Moscow State Technical University complex of buildings and the Metallurg stadium. In particular, in 2023, landscaping of 14 objects was completed: Baumanskaya, 2-ya Baumanskaya, Malaya Pochtovaya and Ladozhskaya streets, as well as Staro-Kirochny, Denisovsky, Gardnerovsky, Brigadirsky, Maly Gavrikov, Gospitalny and Spartakovsky lanes, Proektiruyemy proezd No. 1106, the inter-yard area from Lefortovskaya Square to Gospitalny Lane, as well as Khomutovsky blind alley.
Comfortable conditions for pedestrians were created on the landscaped streets: sidewalks were widened where possible, new outdoor lighting supports with energy-saving lamps were installed, and comfortable public spaces with places to rest were arranged.
Four new pavilions with charging slots and information boards were installed at public transport stops. Convenient parking for 278 cars was arranged, and for cyclists – bicycle parking for 63 places.
During the additional landscaping work, lawns and flower beds with a total area of over 14 thousand square meters were laid out, and large trees and shrubs were planted.
Under the Clean Sky project, overhead cable lines were moved to underground collectors. In addition, storm drains were put in order, the asphalt pavement of the roadway was replaced, road signs and other infrastructure facilities were updated.
Sobyanin: A number of areas near universities in Moscow will be improved by 2024
In September 2024, the reorganization of the space between Lefortovo Embankment and Bauman Moscow State Technical University was completed. A convenient route from the main building of the university to the Faculty of Power Engineering and a new pedestrian path from Lefortovo Square to the embankment were created for students and teachers. The area in front of Lefortovo Palace was also transformed: an additional approach to the main building of the university was organized in place of the dilapidated buildings, the granite paving of the staircase near the building was renewed, benches were installed on the territory, a lawn was laid out and a video surveillance system was installed. The sidewalk along the embankment was widened, protective screens and lanterns with energy-efficient lamps were installed, and the parking area was reorganized.
Leading space university in Russia
Bauman Moscow State Technical University is rightfully considered the largest center for training personnel for the space industry. Among the university’s graduates are outstanding designers Sergei Korolev, Vladimir Barmin, Nikolai Pilyugin, many other managers and leading employees of industry enterprises, as well as 15 cosmonauts.
Today, more than 4.5 thousand students are studying at the university in areas related to space exploration. By the end of 2024, 90 percent of graduates in these specialties were successfully employed.
For the practice-oriented training of students and the implementation of research and development work on space topics, specialized divisions operate at Bauman Moscow State Technical University:
— educational and experimental center based at the Dmitrov branch;
— an educational and scientific youth space center with a flight control center, in which students develop microsatellites, payloads for space experiments, and special software and mathematical support;
— the design bureau “Breakthrough Space Research and Technology”, which implements the full cycle of spacecraft and their systems development, integration of target equipment from third-party developers and leading domestic scientific organizations. Currently, there are six satellites in orbit, designed for weather monitoring and forecasting. They are also used for marine navigation of ships, including in the Northern Sea Route zone;
— advanced engineering school “System Engineering of Rocket and Space Technology”. The federal project was created in 2022 on the initiative of the Ministry of Science and Higher Education of the Russian Federation with the aim of training specialists in the field of system design to solve breakthrough problems in the rocket and space industry, as well as to implement projects in the interests of high-tech companies. Special equipment and machinery have been purchased for specific educational and research purposes, which are already being used by teachers and students.
Today, 160 students are studying at the engineering school. The training includes practical work at enterprises of the state corporation Roscosmos and private space companies in the laboratories of the advanced engineering school, work with mentors in team projects. Students in interdisciplinary teams participate in the implementation of research and development work commissioned by industry enterprises. The school works in several areas, including the creation of the Russian orbital station and the production of a promising component base to ensure Russia’s technological sovereignty in space.
On cooperation with the Moscow Innovation Cluster
MSTU named after N.E. Bauman is a member Moscow Innovation Cluster. The university carries out research and development work for government and commercial customers in the field of creating spacecraft, electronic systems, and other strategically important areas. In particular, work is underway on the project of a small-sized descent vehicle “Zaryanka” – a system for delivering samples and materials for research from orbit of space stations.
On the development of the Moscow aerospace industry
Moscow is the center of the rocket and space industry of Russia, where over 40 enterprises, scientific and technical centers, laboratories and research institutes work. They employ over 30 thousand people. These are engineers and designers, developers and other specialists in related fields, thanks to whom almost everything is created in the city: from ultra-light cables to launch vehicles and components for spacecraft.
In 2024, manufacturers of aircraft, including spacecraft, and related equipment increased shipments by 11.7 percent compared to 2023: companies delivered products worth about 214.4 billion rubles. The revenue of enterprises in 2024 amounted to almost 200 billion rubles, and investments in fixed assets exceeded nine billion rubles.
The Khrunichev State Space Research and Production Center operates in Moscow. It is one of the basic enterprises of the Roscosmos state corporation, a leading domestic developer and manufacturer of space launch vehicles of various payload capacities and their components for federal and commercial programs. For example, it created the third stage, assembly units, payload fairing and other parts of the Angara-A5 heavy rocket, which was launched on April 11, 2024.
The development of control systems for rocket and space technology is carried out by the Scientific and Production Center for Automation and Instrumentation (NPCAI) named after Academician N.A. Pilyugin. Here they produced the control system for the Angara-A5 rocket, and for the Proton-M launch vehicle – a single hardware and software complex that ensures control of pre-launch preparation and flight mode. In addition, the Fregat upper stage, designed to launch spacecraft into various specified orbits, is equipped with an integrated inertial-satellite control system of JSC NPCAI.
A unique development of Moscow industrialists was space bread. The capital’s Research Institute of the Baking Industry is responsible for its production. This product, which can be stored for 15 months, is supplied to cosmonauts in the form of mini-loaves. In addition, flour flatbreads with onions, cheese and ketchup are prepared for them, as well as mini-muffins and rolls for tea.
The capital’s Spetskabel plant produces a cable for onboard computer networks using SpaceWire technology. Information is transmitted at a speed of 400 megabits per second, four times faster than similar products. It is manufactured using lightweight foam insulation technology, which makes the cable thinner and lighter than foreign analogues. Its operating temperature is from minus 198 to plus 200 degrees, which guarantees stable operation in extreme space conditions.
In the Moscow engineering center “Automated Control Systems” they test the electronic component base for products of the rocket and space industry in the components of ground simulators for training cosmonauts for flight, as well as in many other devices. They are tested, in particular, for resistance to shock loads and for determining the critical frequencies of the product.
Ventilation systems produced in the capital are used at key facilities in the space industry. Thus, the GalVent ventilation factory ensures a comfortable microclimate in the premises at the Vostochny and Plesetsk cosmodromes, the country’s scientific and production centers, and the center for the operation of ground-based space infrastructure facilities.
The Russian aerospace company Bureau 1440 is developing a low-orbit satellite constellation that will provide broadband Internet access with data transfer rates of up to one gigabit per second with minimal delays anywhere on Earth. The work is being carried out as part of the national project Data Economy.
Sobyanin: Moscow remains the center of Russia’s high-tech industry
A number of other companies also work in the Moscow space industry. For example, the N.A. Dollezhal Research and Design Institute of Power Engineering produces systems for the automation of reactors and nuclear space installations.
ExpertStroyProekt LLC produces antenna and telemetry systems, ground-based receiving telemetry stations, as well as command radio line equipment, space, rocket and aviation based for stationary monitoring of the Earth’s surface and its atmosphere, measuring, receiving and control radio engineering and optoelectronic testing complexes for rocket and aviation equipment.
The State Research Institute of Instrument Engineering produces drones and various devices of a wide range, on-board systems for space and aircraft.
The Kometa Corporation produces computing systems, automated control systems, spacecraft payloads, television systems, automatic equipment, radio measuring equipment, artistic castings and television surveillance systems. The Research Institute of Precision Instruments produces products for radio control of spacecraft.
The research and production enterprise (RPE) “Impulse” is creating a controlled thermostatic system for liquid fuel of a rocket engine under conditions of variable thermal load, and the RPE “Quantum” is creating autonomous power supply systems.
OOO Sputniks (Skolkovo) manufactures debugging tools and devices for microsatellites, and the scientific and production concern Barl develops and implements solutions in the field of remote sensing of the Earth and satellite communications.
The VNIIEM corporation is engaged in space systems for remote sensing of the Earth, and the scientific and production association Nauka creates life support systems.
The All-Russian Research Institute of Aviation Materials of the National Research Center “Kurchatov Institute” is producing a light-filtering gold coating for the Orlan spacesuit.
JSC Aeropribor-Voskhod produces aerometric, radio-electronic and navigation equipment, precision and working pressure gauges for aviation and space technology.
A large number of projects in this industry and the telecommunications sector are being implemented in the special economic zone (SEZ) Technopolis Moscow. At the Pechatniki site, one of the leading Russian developers of high-tech equipment, Neoros LLC, in partnership with Biforcom Tek LLC, produces transceivers used in telecommunications equipment. The Goodwin Concern produces a microcellular communication system used to service subscribers. Labs 1440 JSC (ICS Holding Company) has placed the production of components for a low-orbit satellite system.
At the Alabushevo site in Zelenograd, the Electroinvest group of companies launched the production of radiation-resistant secondary power sources.
The construction of the Moscow Photonics Center has been completed. Its production capacity will be 100 thousand photonic integrated circuits (PIC) per year. A PIC is a microchip designed for ultra-fast processing of light (photonic) signals, which increases the data transfer rate by 100 times. It is a basic element for the implementation of modern technologies of artificial intelligence, fifth-generation mobile communications (5G), biomedicine, lidars, radars and much more.
Another important project at the Alabushevo site is the construction of a photomask center, which is used to create integrated circuits. The enterprise’s capacity will allow it to produce up to 5.5 thousand photomasks per year.
Over the year, 30 high-tech production facilities have been launched in the Technopolis Moscow SEZ
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