Category: Russian Universities

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SPbGASU faculty members took part in the large-scale transport exhibition "Road-2025"

Translation. Region: Russian Federation –

Source: Saint Petersburg State University of Architecture and Civil Engineering –

An important disclaimer is at the bottom of this article.

From October 21 to 23, the 12th International Specialized Exhibition "Road-2025" was held in Mineralnye Vody. It was organized with the support of the Russian Ministry of Transport and the Federal Road Agency. Among the guests of honor were Deputy Prime Minister of the Russian Federation Marat Khusnullin, Minister of Transport of the Russian Federation Andrei Nikitin, Head of Rosavtodor Roman Novikov, Chairman of the Board of the State Company "Avtodor" Vyacheslav Petushenko, and Governor of the Stavropol Krai Vladimir Vladimirov.

Stanislav Evtyukov, Doctor of Engineering, Head of the Department of Transport Systems and Road and Bridge Construction at SPbGASU, and Egor Golov, Associate Professor of the same department and Candidate of Engineering, actively participated in the exhibition, including participating in the panel discussion "Strategic Approaches to Ensuring Road Safety" and in the conferences "The Digital Ecosystem of the Transport Complex: Aspects of Efficiency and System Interaction," "Information Modeling in the Road Sector: Synergy of Accumulated Experience and Technological Progress," "Career Track – the Development Path of a Specialist in Road Sector Organizations," and "Experience with the Application of Unmanned Technologies in the Road Sector, Best Practices, and Opportunities for Russia." The event became the largest professional platform for discussing current issues in the development of the Russian road transport industry.

The key event of the exhibition was a demonstration of the laying of the top layers of asphalt concrete pavement using exclusively Russian-made unmanned equipment.

Representatives of SPbGASU were also able to learn about the latest technologies and innovative solutions in road construction and exchange experiences with colleagues from leading specialized universities across the country.

Particular attention was paid to the digitalization of road infrastructure, the implementation of intelligent transport systems, and the development of environmentally friendly technologies for the construction and operation of highways.

Participation in the exhibition allowed us to establish new professional contacts, discuss prospects for developing educational programs, and discuss the possibility of implementing joint research projects with leading industry companies and research centers.

The exhibition organizers noted the high level of professional training of the university's representatives and expressed their readiness to further develop cooperation in the field of training specialists for the transport industry.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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A New Approach to Safety: Polytechnic University Scientists Develop an Innovative Emergency Hammer Pistol

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Polytechnic University engineers have unveiled a new device for ensuring the safety of public transport passengers—an emergency hammer pistol. This development will make evacuation from public transport in emergency situations more accessible for everyone, including children and the elderly. The invention has already received positive reviews. patent for a utility model in the Federal Service for Intellectual Property.

According to official data statistics According to the State Road Safety Inspectorate, there have been 5,322 accidents involving buses in Russia since January 1, 2025. Experts note that in some accidents, every second counts.

For an emergency evacuation from public transport, a window must be broken. Special devices are usually designed for this purpose. Polytechnic University engineers noted that existing emergency hammers may be ineffective, as they require proper striking technique and a certain amount of force. The university developed a prototype device that is guaranteed to break a vehicle's window with minimal physical effort.

"Our development solves a fundamental problem: the dependence of survival chances on a person's physical abilities. In a critical situation, our device allows a child or an elderly person to evacuate. To achieve this, we developed a simple and reliable hammer mechanism in the emergency hammer. The user simply needs to place our hammer against the glass and press the trigger lever—the glass will break," notes Nikolai Chumakov, one of the project's authors and an associate professor at the Higher School of Technosphere Safety at the Institute of Civil Engineering at SPbPU.

The invention's striking mechanism is driven by a leaf spring. It is compact and has a small amplitude, releasing stored energy in a strictly limited space, allowing precise control over the direction of its release. The spring's energy is transferred to the striker, which is sharpened at a 130° angle. This ensures instantaneous cracking of the glass. A versatile and simple activation mechanism allows the device to be activated even with limited mobility.

The presented development has similar products, but scientists emphasize that the system developed at the Polytechnic University is not only more reliable but also less expensive. The main distinguishing feature of the Polytechnic University's development is its focus on accessibility, simplicity, and design effectiveness, especially for children, the elderly, and people with disabilities.

"This isn't just an improvement on an existing device, but a completely new approach to safety. We've created a tool that always works, regardless of the circumstances or a person's physical condition. We hope that in the future, our invention will form the basis of a new safety standard for all public transport in the country," emphasizes Angelina Burkova, a co-author of the development and a master's student at the Institute of Social and Industrial Safety's Higher School of Technosphere Safety.

The development has already attracted interest from Russia's largest transport operators. Further testing is planned for the near future.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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Career Navigator for Young Physicists

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The Polytechnic Society of Physics Students (PCPS) held the fall SPARK field school for students majoring in physics and engineering. This educational format allowed students to make new connections, lay the foundation for successfully implementing student research projects in a team of like-minded individuals, and enjoy some time outdoors.

School participants heard first-person accounts of the career trajectories of established professionals, learned about the challenges young scientists may face, and learned about the mistakes best avoided at the beginning of their professional journey.

Students practiced writing motivation letters and resumes, and also received practical advice on how to navigate the labor market and become the most attractive candidates for employment at knowledge-intensive companies.

It was a true boost of scientific inspiration. Without a doubt, the speakers, who generously shared their experiences, were the main guides to the world of knowledge.

Maria Kalyashova, Associate Professor at the School of Fundamental Physics Research, PhD in Physics and Mathematics, and a researcher at the Laboratory of High Energy Astrophysics. Lecture topic: "The Challenges of Building a Scientific Career and How to Overcome Them." Nikolai Ushakov, Doctor of Physics and Mathematics, Professor at the School of Applied Physics and Space Technology, and Leading Researcher at the Fiber Optics Laboratory. Lecture topic: "My Career Path. A Doctor of Science Before 35." Kirill Kukushkin, first-year PhD student at the Faculty of Physics and Mechanics, research assistant at the Laboratory of Plasma Physics and Controlled Thermonuclear Fusion. Lecture topic: "How to Get Involved in Science from Your First Year: Participating in Conferences and Writing Articles." Evgeny Shilov, third-year student at the Faculty of Physics and Mechanics, member of the PCPS community. Lecture topic: "How the Student Community Can Help in Building a Scientific Career." Elvira Tuktamysheva and Ekaterina Pridanova, Career Development Department. Lecture topic: "How to Write a Resume."

The school was organized by the Polytechnic Society of Physics Students with the support of

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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The Polytechnic University's scientific school received recognition at a forum on fusion research.

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The 30th IAEA Fusion Energy Conference (IAEA FEC) was held in Chengdu, China. This event, known as the IAEA FEC, is held under the auspices of the International Atomic Energy Agency every two years in a different city and is the leading international scientific and technical forum on controlled nuclear fusion. The Polytechnic University is a member ofConsortium of flagship universities of the Rosatom State Corporation, coordinating interaction with the IAEA.

Russia presented approximately 40 papers at IAEA FEC 2025, six of which were prepared by Polytechnicians: Pavel Goncharov, Head of the Scientific Laboratory of Advanced Methods for Spherical Tokamak Plasma Research at the Institute of Physics and Mechanics; Elizaveta Kaveeva, Professor at the Higher School of Fundamental Physics Research; Ilya Senichenkov, Leading Researcher at the Scientific and Educational Center for Digital Engineering in Nuclear and Fusion Energy; Vladimir Timokhin, Leading Engineer at the Higher School of Fundamental Physics Research; Anna Ponomarenko, Junior Researcher at the Laboratory of Advanced Methods for Spherical Tokamak Plasma Research; and Alexander Yashin, Head of the Scientific Laboratory for High-Temperature Plasma Diagnostics.

The SPbPU papers focused on calculating the energy and angular distributions of thermonuclear neutrons, developing numerical simulations using the SOLPS code taking into account drifts on extended grids, obtaining the first physical results for plasma flows near the inner wall of the ITER and EAST facilities, and studying fast processes in peripheral plasma, Alfvén waves, and peripheral coherent oscillations at the Globus M2 tokamak. SPbPU scientists also co-authored papers with representatives of other Russian organizations. Among those participating in the conference were Anatoly Krasilnikov, Director of the ITER Project Center; Viktor Ilgisonis, Director of Scientific and Technical Research and Development at the Rosatom State Corporation; and specialists from the Rosatom State Corporation, the National Research Center Kurchatov Institute, the Ioffe Physical-Technical Institute, and the Institute of Nuclear Physics SB RAS.

"The Scientific Laboratory for Advanced Methods of Spherical Tokamak Plasma Research brings together SPbPU specialists in the field of fusion plasma physics and comprises 26 researchers, more than half of whom are young scientists, graduate students, and undergraduates," said Pavel Goncharov. "Considering the relatively small size of the department and the overall number of papers from our country, SPbPU's representation at this leading international forum can be considered significant. In total, over 2,000 specialists from universities, research centers, and companies from over 50 IAEA member countries participated in the event. Considerable attention was paid to both physics and the development of supporting technologies. These competencies are maintained and developed through practical application. In this regard, I would particularly like to highlight the paper on the Russian reactor-based tokamak (RBT) project."

"This conference was a significant event for me," said Elizaveta Kaveeva. "I was interested in the results of experiments with various magnetic field topologies in edge plasma. There have been significant advances in modeling fusion plasma, and new neural network technologies are being actively implemented. Of course, I was pleased with the progress in the construction of ITER, for which toroidal magnetic field coils are already being installed. It was an honor to present a report on the achievements of our research group."

Anna Ponomarenko, a junior researcher at the Laboratory of Advanced Methods for Spherical Tokamak Plasma Research, received an award for the best poster presentation among young people, in which she presented the results of a study on the spatial localization of Alfvén waves.

The emergence of plasma physics and the physical term "plasma" itself dates back to the mid-1920s, and the formation of the Polytechnic's scientific school in this field began in the mid-1970s. The classic monograph "Fundamentals of Plasma Physics" by eminent Polytechnicians V. E. Golant, A. P. Zhilinsky, and I. E. Sakharov was published in 1977. The high level of representation from our university at the recent conference was evidence of the international recognition of the SPbPU scientific school in the field of plasma physics and controlled thermonuclear fusion.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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Black Bears-Polytech at the Digital Atom Festival: Sporting Success and a New Partnership

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The SPbPU team competed among teams from Russian nuclear power plants and Rosatom State Corporation's flagship universities at the All-Russian Digital Sports Festival "Digital Atom," dedicated to the 80th anniversary of the nuclear industry. The festival was organized by Rosenergoatom Concern, and its Center for Modern Sports Technologies served as the operator.

Among the honored guests were representatives of the Leningrad Nuclear Power Plant, the St. Petersburg administration, and the Leningrad Region government. The festival began with a vibrant opening ceremony featuring Russian basketball legends Evgeny Gomelsky and Irina Sumnikova. The highlights of the sports program included performances from the Football Skills and Slam Dunk Contest.

More than 150 participants competed in interactive basketball and football, basketball and football combined events, Counter-Strike 2, and sports programming.

The Polytechnicians won bronze medals in three disciplines:

Counter-Strike 2 (participants included Rodion Negura, Artem Boyarov, Yaroslav Karaban, Maxim Fedorov, and Kirill Borovsky); Basketball Combined Event (participants included men's national basketball team players Mark Kofler, Nikolai Mukhametzhanov, and Mikhail Gusev; Egor Alekseenko from the phygital sports team was named best player); Individual Interactive Basketball (NBA) (Egor Alekseenko).

During the festival, a cooperation agreement was signed between Peter the Great St. Petersburg Polytechnic University and the Autonomous Non-Profit Organization "Center for Modern Sports Technologies of Rosenergoatom Concern." The document was signed on behalf of SPbPU by Valery Sushchenko, Director of the Institute of Physical Education, Sports, and Tourism, and by Sergey Fomin, General Director, on behalf of the Center.

The partnership aims to develop education, sports, and the projects "Planet Basketball – Orange Atom," "Digital Atom," and "Atomic Energy of Sports."

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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The Impulse T1 conference was held at the new NSU campus.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The Novosibirsk Region boasts one of the most developed IT training ecosystems in the country. Thousands of IT specialists and engineers graduate annually from 10 universities and 14 colleges in the region. Many of them are in demand at leading Russian and international companies and become proponents of the latest technologies. This was announced by Elena Proforuk, head of the Novosibirsk Region Ministry of Digital Development, at a press briefing that kicked off the "Impulse T1" conference in Novosibirsk. The event took place on the new campus of Novosibirsk State University.

Novosibirsk has traditionally been among Russia's IT leaders. Today, the sector employs over 30,000 specialists, and approximately 3,000 IT companies are registered in the region. In 2025, the digital industry's contribution to the gross regional product reached 4%, exceeding the Russian average. In the first six months, the local IT sector contributed over 7 billion rubles to the budget, with revenue and tax revenues increasing by 20-30%.

"Our main competitive advantage is our highly qualified workforce. The region boasts a unique combination of education, science, and industry, which ensures dynamic growth in the IT sector and the digital transformation of the entire economy, as well as provides young people with opportunities to successfully find employment in their home region," said Elena Proforuk, head of the Novosibirsk Region Ministry of Digital Development, Communications, and Mass Media project office.

Mikhail Knigin, Executive Director of T1 Integration, noted that Novosibirsk is one of the key regions for the T1 IT holding company. "Today, we have over 500 employees in Novosibirsk, and the team has grown by 37% over the past year. This demonstrates the growing potential of the region's engineering workforce and the effectiveness of the practice-oriented approach to training specialists, which is achieved through the collaboration between educational institutions and businesses," Mikhail Knigin emphasized.

This year, NSU launched a bachelor's degree program in applied artificial intelligence: 176 students from more than 20 regions are studying not only technical disciplines and programming but also IT project management. All students are participating in the development of real-world solutions for Russian businesses. The program's anchor industry partner is the IT holding T1. As part of the program's training, the company provides students with access to its own IT solutions. In 2026, NSU will implement the Cybox platform for a full cycle of working with machine learning models, which will be used both in education and for research purposes.

"Artificial intelligence isn't a privilege for a select few, but a tool that should be taught to students from their first year. The sooner we introduce practical and project-based learning, the faster young specialists become marketable," says Alexey Okunev, Director of the NSU Institute of Intelligent Robotics.

As part of the conference, IT holding T1 also held a hackathon across two tracks: "Digital Dress Code: Creating Local ML Video Segmentation Modules and a Personalized Background Generator"; and "CodeMetrics: Developing a System for Automatically Assessing Team Performance Through Git Metrics Analysis." Over 630 students registered for the competition, with 10 teams reaching the finals. Third place in the "Digital Dress Code" track was taken by first-year students from the Institute of Intelligent Robotics, studying in the new bachelor's degree program "Applied Artificial Intelligence," supported by IT holding T1 and supervised by the Analytical Center under the Government of the Russian Federation.

A cooperation agreement was also signed between NSU and the IT holding T1 in the field of education. Key areas include improving the quality of IT education, taking into account current practical needs, and developing students' research activities in the field of AI.

The event demonstrated that Novosibirsk is becoming not only a magnet for high-tech companies, but also a true laboratory for new educational solutions, forming the foundation for Russia's digital future.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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Novosibirsk scientists have developed a nanotube-based concentrate for creating "smart" silicone rubber.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

Novosibirsk, October 28, 2025: Researchers at the National Technology Initiative (NTI) Competence Center for Modeling and Development of New Functional Materials with Predetermined Properties (CNFM) at NSU have developed a concentrate based on multi-walled carbon nanotubes (MWCNTs) that can improve the properties of silicone rubbers. This new solution opens up potential applications in a wide range of industries, from medicine to oil and gas production. The development was funded by the National Technology Initiative Foundation.

"We've filed a Russian patent application for the invention 'concentrate composition and method for producing it.' This material is used to modify silicones, both low- and high-viscosity. It increases strength and imparts electrically conductive properties to the material, which were previously difficult to achieve," explained Andrey Skuratov, a research fellow at the NSU Center for Scientific Physics and Mathematics. Silicone rubbers are widely used in industry and medicine: they are used to make O-rings, gaskets, metal coatings, conveyor belts, and medical equipment components.

Standard methods for introducing nanotubes into silicone do not produce the desired results. According to researchers, simply adding nanotube powder to the material causes it to lose its properties, degrade more quickly, and the claimed antistatic properties are not realized. The NSU Center for Scientific Physics and Microphysics team proposed a fundamentally different approach: the nanotubes are pre-treated and distributed throughout the concentrate. This prevents the formation of agglomerates and evenly integrates them into the silicone structure.

"We use a special method in which the nanotubes are 'untangled' and dispersed. The result is a working product—a concentrate. Using this nanotube concentrate can be easily integrated into the silicone rubber manufacturing process without changing it, making our development convenient for industrial applications," explained Andrey Skuratov.

One of the key advantages of the new materials is the ability to finely tune their electrical conductivity by adjusting the concentration of MWCNTs in the silicone matrix. The effective range of nanotube content is from 0.2 to 0.8% by weight, enabling the production of materials with tailored electrical characteristics without compromising their elasticity or strength. This approach allows for tailoring the material to specific application requirements, from antistatic to conductive properties. This is particularly important in medicine, as static electricity can attract dust and contaminate the surface of products. In the oil, gas, and mining industries, controlled electrical conductivity provides an antistatic effect, preventing sparking and improving equipment safety. Furthermore, the introduction of MWCNTs significantly increases the mechanical strength of silicone: the developers were able to increase the elastic modulus and tear resistance by 25–35%. As a result, the products become more durable and more resistant to mechanical stress, including friction and contact with metal surfaces.

The developed nanotube-based concentrate paves the way for the creation of so-called "smart" silicone materials with tailored properties. These materials can be used to manufacture components for the automotive, space, and mining industries, as well as medical equipment and conveyor systems.

"We were able to not only confirm the improvement in physical properties but also demonstrate that the material becomes functionally flexible. It can be used to adjust its electrical properties to meet customer needs. This opens up a wide range of applications," the scientist noted.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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At St. Petersburg State University of Architecture and Civil Engineering, economic and legal issues of transforming public relations in the context of digitalization were discussed.

Translation. Region: Russian Federation –

Source: Saint Petersburg State University of Architecture and Civil Engineering –

An important disclaimer is at the bottom of this article.

On October 22, the SPbGASU hosted a regional roundtable discussion titled "Economic and Legal Issues of Transforming Public Relations in the Context of Digitalization."

Participants exchanged views on industry-specific issues of legal regulation in the context of digitalization; current trends in the digitalization of civil and arbitration proceedings; and controversial issues related to the application of artificial intelligence in the legal sphere.

Nikolai Zhilsky, Head of the Department of Legal Regulation of Urban Development and Transport at St. Petersburg State University of Architecture and Civil Engineering, spoke about the relevance of the roundtable: "Everyone is switching to digital technology now. Public attitudes toward this are mixed, and it's difficult for people to adapt. There's no legal framework, and creating one will take years. This is the topic of our roundtable.

Together with my colleague, Elizaveta Yankovskaya, a lecturer in our department, we prepared a report on the legal framework for the digitalization of insolvency (bankruptcy) procedures for legal entities. On the one hand, digital technologies improve the efficiency, transparency, openness, accessibility, efficiency, cost-effectiveness, and acceleration of bankruptcy procedures. The ability to collaborate remotely is also a major advantage. On the other hand, new risks arise in the areas of cybersecurity, legal compliance, and personal data protection. We wanted to draw the attention of the scientific community to these and other issues related to digital transformation."

Irina Borodushko, Head of the Department of Law at St. Petersburg State University of Architecture and Civil Engineering, presented a report titled "A Seamless Digital Sky for Russia: State Policy, Regulatory Framework, and Technologies." She highlighted the challenging aspects of developing unified legal regulation of ground, air, and low-orbit space in the Russian Federation.

Elena Silina, professor of the Department of Civil Procedural Law at the North-West Branch of the V. M. Lebedev Russian State University of Justice, presented a paper entitled "Current Issues and Priority Areas for the Development of Digitalization in Civil and Arbitration Proceedings."

Of particular interest was the report by Valentina Maksimova, a lawyer with the Baltic Interregional Bar Association of St. Petersburg, entitled "The Economic Consequences of Uncontrolled Access to Lawyers' Personal Data in the State Automated Systems "Pravosudie" and "My Arbitrator": Risk Assessment and Development of a Defense Strategy."

Professors from St. Petersburg universities, practicing lawyers, and representatives of organizations in the real sector of the economy participated in the discussion of the regional roundtable discussion "Economic and Legal Issues of Transforming Public Relations in the Context of Digitalization."

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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The next Master's degree hearings were held at the Automobile and Highway Faculty of St. Petersburg State University of Architecture and Civil Engineering.

Translation. Region: Russian Federation –

Source: Saint Petersburg State University of Architecture and Civil Engineering –

An important disclaimer is at the bottom of this article.

Text: Igor Chernyaev, Head of the Department of Technical Operation of Vehicles

Photo: courtesy of the Faculty of Automobile and Road Engineering

October 27

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On October 23 and 24, the 10th National (All-Russian) Interuniversity Scientific and Practical Conference "Master's Hearings" was held at the Automobile and Highway Faculty of St. Petersburg State University of Architecture and Civil Engineering.

The conference is traditionally held at the end of October, in the lead-up to Automobile and Urban Passenger Transport Workers' Day, and serves as a platform for master's students to present preliminary results of their work, followed by discussion with colleagues and relevant specialists, exchange experiences in preparing master's dissertations, and discuss issues related to the implementation of master's educational programs.

In 2025, the conference topics included four specialized sections:

Highways, bridges and tunnels; road and construction machinery; technical operation of motor vehicles; technology of transport processes.

Listeners and out-of-town participants were able to join section meetings remotely.

In total, more than 60 presentations were presented, covering all relevant areas of research and development in the road transport sector. Among the most interesting presentations were those related to improving the quality of road construction, developing intelligent transport systems, predictive vehicle diagnostics, and automating road construction equipment.

Based on the conference results, a collection of materials will be published with indexing in the Russian Science Citation Index (RSCI).

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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First-year students at the State University of Management got acquainted with professions in the transport industry.

Translation. Region: Russian Federation –

Source: Official website of the State –

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On Saturday, October 25, 2025, first-year students from the State University of Management's Logistics and Supply Chain Management program attended an Open Day at the Corporate University of the Moscow Transport Complex and were deeply impressed.

The students were introduced to the university, told about the in-demand professions taught there, and shown the classrooms and training equipment at both sites—on Varshavskoe Shosse and Krivorozhskaya Street.

As part of the presentation of career opportunities in Moscow transport, students were addressed by Ekaterina Sukhova, Director of the Corporate University of the Transport Complex; Daria Rogovskaya, First Deputy Director and Head of the Unified Center for the Organization of Professional Training and Continuing Education; and Olga Novikova, Head of the Unified Center for the Development of Youth Projects and Social Initiatives.

Students learned about professions, internships and practical training, targeted training, and benefits packages for Moscow transport employees.

As part of the excursion program, students visited the Corporate University training center, learned about the facilities, and practiced on simulators.

The Moscow Transport Complex Corporate University was established in 2021. It encompasses the entire training chain, from career guidance for schoolchildren through vocational training to the development of a talent pool for management positions. This experience, along with all successful training practices, has now been scaled up, creating a unified training system for Moscow's transport sector—the metro, trams, and buses. Educational institutions within Moscow's transport sector have united to develop the best approaches and unified high standards—to develop professional personnel for the capital's transport sector.

Subscribe to the "Our GUU" Telegram channel. Publication date: October 27, 2025.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.