Category: Russian Universities

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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On August 4, a representative delegation headed by Deputy Head of the Administration of the President of the Russian Federation Maxim Oreshkin, Deputy Minister of Industry and Trade of the Russian Federation Mikhail Ivanov, Deputy Minister of Science and Higher Education of the Russian Federation Dmitry Afanasyev and Deputy Minister of Digital Development, Communications and Mass Media of the Russian Federation Sergey Kuchushev visited Polytechnic University on a working visit.

The delegation also included Chairman of the State Duma Committee on Competition Protection Valery Gartung, Vice-Governor of St. Petersburg Vladimir Knyaginin, Acting Chairman of the Committee on Industrial Policy, Innovation and Trade of St. Petersburg Alexander Sitov, Deputy Chairman of the Committee on Industrial Policy, Innovation and Trade of St. Petersburg Alexey Yakovlev, and heads of departments of ministries.

The guests were met by the rector of SPbPU Andrey Rudskoy, vice-rectors Vitaly Sergeev, Lyudmila Pankova, Yuri Fomin, Dmitry Tikhonov, director of the Institute of Mechanical Engineering, Materials and Transport Anatoly Popovich, scientific secretary Dmitry Karpov, heads and employees of scientific centers and laboratories.

It is a great honor for us to receive such a representative delegation interested in getting acquainted with the advanced developments of our scientists, – noted the rector of SPbPU Andrey Rudskoy. – Today, our university is one of the leading scientific and educational centers, where innovative ideas are born and the most daring engineering projects are implemented. We are proud of the achievements of our researchers and are happy to share our accumulated experience. I am sure that your visit will open up new prospects for our scientists, for the interaction of the university with the industrial sector and various branches of the economy. We are ready to share our developments and are open to dialogue, which will undoubtedly contribute to the development of science and technological leadership of our country.

During the visit, government officials learned about the latest achievements of the Polytechnic’s research teams, saw the unique equipment developed at the university and the products manufactured on it, including those ordered by industrial partners.

The acquaintance began with a visit to laboratories and centers engaged in additive manufacturing. In the Laboratory of Lightweight Materials and Structures, the delegation members were told about additive electric arc growing (WAAM), and were shown the first robotic WAAM printer in the Russian Federation and other installations. They were also presented with the technology for manufacturing parts using friction stir welding on a robotic complex of their own production.

The staff of the Research Laboratory "Laser and Additive Technologies" of the Institute of Metallurgical Engineering and Technology presented the mobile laser cladding complex "Nomad". This is a unique development for Russia, created on a single platform using a robot, a powder feeder and a high-precision laser. The complex is compact and mobile: it can be easily transported for on-site work on the restoration of large-sized and specialized products. With its help, key elements of gas turbine engines of both Russian and foreign manufacture have already been restored.

Another development that has attracted interest is the laser welding complex for hydrogen energy source fuel cells. This is the only equipment in the country that has produced more than 700 hydrogen energy source fuel cells, 350 of which are undergoing sea trials on board the Ecobalt vessel.

The guests were also shown hip joint cups created by a combined method, using the technology of applying a porous coating to the blank. Now the laboratory is creating a production complex that will allow serial production of up to 40 thousand such products per year.

It is important for us to show developments live – not on slides, but in action. This is the only way to truly convey the scale and potential of these technologies, – said the director of the Institute of Mechanical Engineering, Materials and Transport Anatoly Popovich. – When guests see examples of work created by the hands of engineers and scientists, this turns from an abstract innovation into a subject of real interest and further support.

The guests also learned that the Polytechnic University became the first university to have a section for serial production of gas turbine engine parts: nozzle assemblies and injectors. In addition, SPbPU has the first domestically produced high-temperature 3D printing equipment in Russia and Western Europe, which allows for the growth of products with a directional structure.

In the lobby of the Technopolis Polytech Research Building, delegations presented scientific and technical developments by young scientists and engineers, including university students.

The achievements of the Advanced Engineering School of SPbPU "Digital Engineering" were presented by the Deputy Head of the Engineering Center (CompMechLab®) of SPbPU Nikolay Efimov-Soini. He spoke about a unique Russian development focused on ensuring the design and production of globally competitive high-tech products in various industries and in new markets in the shortest possible time — the CML-Bench® Digital Platform. Nikolay Konstantinovich emphasized that dozens of breakthrough projects have been implemented on the CML-Bench® Digital Platform to develop digital twins of products for high-tech industries, including engine building, aircraft manufacturing, nuclear energy, oil and gas, automotive manufacturing, shipbuilding, shipbuilding and medicine, in accordance with the national standard of the Russian Federation — GOST R 57700.37–2021 "Computer models and modeling. DIGITAL DOUBLES OF PRODUCTS. General Provisions".

In accordance with the current needs of industrial enterprises and the unmanned aircraft systems sector, SPbPU Advanced Engineering School is adapting the Digital Platform for the Development and Application of Digital Twins CML-Bench® to the UAS industry. The digital platform CML-Bench.BASTM has been supplemented with a system for constructing virtual test benches and testing grounds for conducting digital tests of both individual UAS elements and the aircraft as a whole. In addition, the platform includes a Digital Certification module, which allows for full-scale certification tests to be passed the first time by conducting a large number of preliminary digital tests. This reduces the cost of development, the timing and cost of certification work, and also accelerates the launch of products to the market, – noted Alexander Gordeev, Deputy Head of the Experimental Design Bureau of the Advanced Engineering School of SPbPU "Digital Engineering".

At the stand, guests saw a prototype of the unmanned aerial vehicle (UAV) "Snegir-1.5", created in 2024 on the basis of the CML-Bench® Digital Platform for flight tests, control system development, validation and verification of calculation models. And Nikolay Efimov-Soini presented innovative solutions of particular interest for the development of UAVs that are competitive in terms of technical characteristics – demonstrators of overprinting technologies, induction welding of thermoplastic composite materials and automated laying of thermoplastic unidirectional prepregs.

Among the developments of the SPbPU PISh "Digital Engineering" there was also a full-scale sample of an anti-debris filter – a high-tech solution created in the interests of JSC TVEL (part of the Fuel Division of the Rosatom State Corporation) and ensuring the uninterrupted operation of equipment in extreme operating conditions.

Optimization technologies made it possible to generate a design with a large number of "needles" that form the optimal internal microstructure of the channels to intensify heat exchange. At the same time, the design provides rigidity and dynamic strength under the impact of foreign objects weighing up to 200 grams, flying at a speed of up to 6 meters per second, – emphasized Nikolay Efimov-Soini. – As a result, due to the use of digital design and additive manufacturing methods, the filtration efficiency has increased by 10 times.

Let us recall that at the International Industrial Exhibition INNOPROM-2025 specialists from the Advanced Engineering School of SPbPU "Digital Engineering" presented a model of the UAV "Snegir-2", a prototype of which will be created in August 2025.

The Center for Technology Projects demonstrated the Morena unmanned boat for hydrographic and search operations and the Octopus-M remotely controlled unmanned underwater vehicle.

The students' developments aroused keen interest among the guests. Thus, the Polytech Voltage Machine student association presented a firefighting robot on a caterpillar track called "Freze" and an unmanned truck.

And the guys from the Student Design Bureau showed the first modification of the combat robot Honey Badger and shared that in its third version it won bronze atInternational Championship "Battle of Robots" in 2024.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

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Translation. Region: Russian Federal

Source: Official website of the State –

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A meeting with the Deputy Director of the Department of Industrial Policy of the Eurasian Economic Commission, Vitaly Vovk, took place at the State University of Management.

Vice-Rector Maria Karelina, Director of the Engineering Project Management Center Vladimir Filatov and young scientists of the university spoke with the former Minister of Industry of the Republic of Belarus.

The meeting was devoted to current issues of expanding integration within the Eurasian Economic Union (EAEU). The central topic was the development of cooperation between manufacturers and suppliers of components from the EAEU member states to create innovative types of equipment.

Particular attention was paid to the development of unified digital platforms for agricultural machinery – participants discussed the prospects for using global positioning systems, monitoring agricultural land, collecting climate data and analyzing soils on tractors and combines produced at enterprises in the EAEU countries.

The parties also considered the application of reverse engineering in mechanical engineering as an important factor in achieving the technological sovereignty of the Eurasian Economic Union.

In relation to the development of human resources, mechanisms for interaction in the field of training and advanced training of specialists for key industries of the EAEU countries were discussed. Emphasis was placed on the need to jointly address issues of digitalization and the introduction of artificial intelligence in industrial enterprises.

At the end of the meeting, the possibilities of using financial assistance mechanisms for the implementation of joint projects were discussed, which will become an additional incentive for strengthening economic ties within the EAEU.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

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Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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Gazprom held the 10th International Scientific and Technical Conference "Gas Transportation Systems: Present and Future" (GTS-2025) for the first time in St. Petersburg at Gazprom VNIIGAZ. The conference was attended by over three hundred representatives of PJSC Gazprom and its subsidiaries, leading companies in the oil and gas sector, research institutes, centers and universities of the Russian Federation, as well as suppliers of products and services, industrial groups working in the field of gas transportation. The venues were Gazprom's flagship universities: the Empress Catherine II St. Petersburg Mining University and Peter the Great St. Petersburg Polytechnic University.

The conference program included a plenary session, technical sections and round tables, an exhibition “Gas Transport Systems: Present and Future,” and technical excursions.

The second and third days of the conference were held at the Polytechnic University. Scientists and engineers from SPbPU took part in the work of technical sections and round tables, where promising developments and technologies for gas transportation facilities were discussed.

Thus, at the section "Pipe Products and New Materials for PAO Gazprom Facilities", Director of the Scientific and Technical Complex "New Technologies and Materials" Alexey Alkhimenko presented a report on the research of the metal of steel pipes for transporting hydrogen-containing gas. He covered the methods of transporting hydrogen, the prospects for the development of the global hydrogen fuel market, the problems and mechanisms of hydrogen impact on materials and their compatibility. The speaker presented various testing methods that are carried out at the Polytechnic University.

The tasks of the Polytechnic University were to create an experimental base that would allow us to study the effect of hydrogen on materials, as well as to develop methods for this and a knowledge base that could then serve as the basis for creating domestic regulatory documentation. Accordingly, with VNIIGAZ and with the participation of companies that are our partners, we have created and are developing a laboratory complex, – said Alexey Alkhimenko.

Leading researcher of the Scientific and Technical Complex "New Technologies and Materials" Ivan Golubev took part in the work of the section "Design and Construction of GTS". He gave a report "Predictive Analytics of the Corrosion State of Field Pipelines for Transporting Untreated Gas".

Ivan Andreevich presented the research of the team of the Scientific and Technical Complex "New Technologies and Materials", which developed its own system of mathematical models for predicting the development of corrosion-erosion wear based on laboratory tests conducted at the Polytechnic University. The project was implemented as part of the R&D for PJSC Gazprom and includes the development of a software product that allows issuing recommendations on the selection of methods for ensuring the reliability of field pipelines. In the future, it is planned to develop the topic using both the experience gained during the implementation of the project and the accumulated over the years of research into the behavior of the material under specified operating conditions.

The combined use of mathematical modeling, experimental data and ML algorithms makes it possible to identify local areas with intense corrosion, predict the development of defects depending on changes in transportation modes, optimize the diagnostics and repair strategy, reducing operational risks, noted Ivan Golubev.

The program of the section "Operation, reconstruction and new technologies for GTS facilities" included reports by Professor of the Institute of Energy Alexander Drozdov "Experience of development and application of virtual simulators with PJSC Gazprom", engineers of the Higher School of Power Engineering Anton Pulin "Prospects for optimization of the gas transportation process due to complex digital twins of the gas transportation system and compressor stations" and Kirill Alisov "Application of modern additive technologies in the modernization of the internal cooling system of turbine blades".

At the section "Power Systems of PJSC Gazprom", representatives of the Higher School of Power Engineering covered the following topics: "Development of a Low-Capacity Microturbo-Expander Unit" (engineer Anton Balakin), "Criterial Optimization Using Regression Analysis" (assistant Mikhail Laptev), "Application of Modern Additive Technologies for Unscheduled Repairs of Gas Turbine Elements" (engineer Ivan Talabira), and "Development of an Automated Complex for Designing and Optimizing Radial-Axial Turbines" (engineer Ivan Nurkov).

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

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Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Jesus graduated with honors from the Peter the Great St. Petersburg Polytechnic University with a master's degree. He spoke about his educational path at the Institute of Energy, which began in his homeland, Bolivia, and continued in the Polytechnic's graduate program.

— Why did you decide to come to Russia and choose the Saint Petersburg Polytechnic University?

— At 18, I became interested in Russia. There are still specialists who studied in the USSR working in Bolivia, including teachers from my university. I was especially impressed by Russia’s rich history and its engineering feats: the first satellite, the first nuclear power plant in Obninsk, and others. After completing my bachelor’s degree, I decided it was time — and chose St. Petersburg. The city attracted me with its culture, theaters, and museums. And the Polytechnic University became my choice because of its centuries-old traditions — after all, the university is already 126 years old!

— What were your first impressions of St. Petersburg and the Polytechnic?

— The first impression was that it was very cold! I come from a bright, sunny country, and the climate adaptation was difficult. But I still remember walking along Nevsky Prospect and being amazed by the architecture of your city! At first, I studied for a year at the preparatory faculty — I studied Russian. It was a very interesting process. Before coming, I studied Russian for about a year in Bolivia, but only at the basic level. The preparatory faculty helped a lot. It was also incredibly interesting for me to study basic subjects, such as physics and mathematics, in another language. Spanish is my native language, and Russian is very far from it. I was even surprised at how effective the Russian language is, in my opinion, for science. We speak a lot in Spanish, and in Russian, it seems to me, the rules are more logical. So scientific phenomena or concepts are explained more effectively, with fewer words.

— You graduated with honors — that’s a huge achievement! What was the hardest thing at the beginning of your studies?

— It was difficult for two main reasons. Firstly, knowledge of the language. Russian is considered one of the most difficult languages. After the preparatory faculty, it was still difficult for me to understand all the teachers at once. Over time, I managed to master the language. Secondly, there is a big difference in the education systems. It was difficult for me to adapt, because everything is different here. If we talk about the engineering industry, then the Polytechnic University has a very practical approach to solving problems.

— What is your specialization at the Institute of Energy?

— My area of expertise is electric power engineering. I deliberately chose this broad area because of its versatility and the presence of various specializations. After studying possible development paths, I decided on the areas closest to me: energy ecology, autonomous systems, and renewable energy sources.

— How did you organize your time for effective study? Were there any special methods?

— The main thing is that I was not afraid to ask any questions to the teachers. They were always ready to help! I had a huge interest in deepening my knowledge, and they constantly supported me. The second important aspect is that studying Russian never stopped. I was always interested, asked questions to my Russian classmates, who eventually became my friends. They were also always ready to help.

— Were there any difficulties in communicating with Russian students?

— Of course, there were difficulties at first. But from the very first days, people came up to me, asked where I was from, asked about Latin America — what we have, what we don’t. That’s how the first contacts were made. And by the end of my master’s degree, I proudly realized that I had written my thesis in another language! It was a real challenge that required persistence and determination. There were moments of despair when I wanted to give up everything, but I knew that I had to go towards my goal.

— What were the biggest non-academic difficulties you encountered in Russia? Climate, food, everyday life, mentality?

— First of all, the climate! I arrived at the end of September. I am still surprised that this city has two faces — winter and summer, it is interesting, but difficult. Secondly, a bit of a mentality. We, Latin Americans, are not as straightforward as Russians. It was hard for me to get used to the fact that in Russia everything goes very quickly, straight to the point. And everything changes constantly. Even the weather! In my city, Bolivia, there are practically no seasons. Here you need to constantly change clothes depending on the season. But it was a very interesting adaptation process.

— What did you like most about St. Petersburg?

— You can find everything here! It was the capital of the Russian Empire. I see old buildings and feel like I am in the 19th century! I went to theaters, museums — there is always something new and interesting here.

— Have you been to other cities in Russia?

— Yes, I visited Murmansk, Moscow and Bryansk. The contrast with St. Petersburg is striking. Moscow lives at an accelerated pace. However, the unique atmosphere of St. Petersburg turned out to be closer to me. Despite all the modernity of Moscow, I realized: this is not my city. St. Petersburg, which has become my home, wins in terms of sensations. Murmansk is remembered for its harsh climate and the special mentality of its residents: the long winter seems to foster mutual assistance. I was amazed by the views of the Arctic Ocean and the tundra – a completely different nature. Polar day and night – an experience that is difficult to comprehend, but incredibly impressive.

— How have you changed during your studies at the Polytechnic?

— Polytechnic changed me both as a professional and as a person. Thanks to the teachers, I did not just gain knowledge — I immersed myself in the world of modern technologies and methods of electric power engineering, which I had only heard about before. Now, holding a diploma in my hands, I feel that this is not just a piece of paper, but confirmation that I have become a real engineer. And life in Russia has taught me much more than textbooks. The St. Petersburg weather and all the difficulties have made me stronger in spirit, taught me patience and incredible persistence. Now I know that to achieve a goal, you need not only a head, but also character.

— If you knew then, on the first day of school, what you know now, what advice would you give yourself?

— The advice is simple. Communicate with the locals as intensively as possible from the first day. This is the shortest and most effective way to understand the cultural code, mentality and real "rules of the game" in studying and life in Russia. Knowledge of these nuances — from informal traditions to approaches to solving problems — turned out to be no less important than academic skills.

— What was the most unexpected or even shocking experience in life and studies?

— The education system is what surprised me the most! Here in Bolivia, a bachelor's degree is a base, a foundation without specialization. You become a specialist only in master's degree, choosing that one and only focus. Here, everything is different. You choose a specialization already in the bachelor's degree! Master's degree is the next level. Can you imagine my surprise? It was not easy to adapt! In lectures, teachers sometimes started from the middle — as if we all skipped the first six chapters of the textbook and should immediately understand the seventh.

— What are your plans after graduate school?

— I hope that I can become a teacher, either in my home country or in another country. I really like doing science, ever since school. I would like to combine my studies with work here in Russia during my postgraduate studies. Your country gave me the opportunity to study, and I would like to try my hand here. We'll see.

— Do you think that a Polytechnic diploma will give you an advantage when applying for a job, whether in Bolivia or another country?

– Yes, definitely! Especially in Asia and Latin America. Employers value those who studied in Russia because they know that you have a very practical approach and methods in engineering. In Latin America, they know about St. Petersburg and the Polytechnic University well. A diploma from this university shows that a person has received deep practical knowledge and is able to solve any engineering problems.

— What is the main piece of advice or advice you would give to a future foreign student entering the Polytechnic?

— Believe in yourself and be persistent. Entering and studying in another country is a challenge. Your confidence and persistence will help you overcome any difficulties. Learn Russian — this is the key. Without the language, it will be difficult to study, communicate, make friends. Be interested in the culture. Don’t be afraid of “seriousness”. Russian people may seem serious and straightforward. But! My experience has shown that there is a real “Russian soul” behind this! They are reliable and always ready to help. The most important thing is to be open, curious and don’t be afraid of new things. Studying at the Polytechnic is a chance not only to get an excellent education, but also to experience an amazing adventure that will change you.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

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Translation. Region: Russian Federal

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

Representatives of the State University of Management held an educational block "Youth Entrepreneurship" at the All-Russian Youth Forum "Targim-2025", held in the Republic of Ingushetia with the support of Rosmolodezh and Rosmolodezh.Grants.

As part of the track, young leaders from all over the country received practical knowledge to implement their ideas and advice on how to turn ideas into real projects.

GUU experts shared their experience, held master classes and interactive lectures, and helped participants improve their entrepreneurial skills.

The program is being implemented within the framework of the interregional accelerator “Entrepreneur for Russia”.

It should be noted that the participation of the State University of Management in the forum became possible, among other things, thanks to the signed cooperation agreement with the Republic of Ingushetia. The joint work is aimed at supporting and developing youth initiatives, entrepreneurial thinking and leadership potential.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

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