Category: Russian Universities

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White Nights Rally in Karelia: Team Extreme Climbs to Podium

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The sports and technical creativity club "Extreme" took part in the final of the Karelia Rally Cup – the legendary race "White Nights", which took place in the Lakhdenpokhsky district of the Republic of Karelia. In the team standings, the polytechnicians were awarded bronze medals.

The competition was held on roads that had never been used as race tracks before. The new tracks became a real test of strength for the pilots and equipment. The mechanics also had to face various difficulties: on narrow rocky special stages, which were washed away by rain on the second day, not all athletes managed to find a balance between speed and caution.

Three Extreme crews reached the finish line. In the 2000N category, bronze medals were won by Andrey Zhukovsky and Konstantin Mukhamendrikov in a Ford Fiesta, despite the fact that the crew overcame the last special stages with serious problems.

Getting there somehow is better than dropping out of the race, the crew members sum up briefly.

IMMiT 2022 graduate Danil Kolpin and Valery Smirnov earned credit points in the 1600N category on a VAZ-2108. The Polytechnicians assembled the car on the basis of the KSTT from a bare body.

On the first day, the brakes created problems, on the second day, the electrics and gearbox. On such roads, the power steering was sorely lacking. The development vector is clear, we will improve the car and next time we will drive much more effectively, – shared Danil Kolpin.

Pavel Alekseev and IE student Mikhail Krasovitsky were one step away from winning medals in a Renault Logan in the Standard category, which is intended for cars without serious sports modifications.

On the very first special stage, a couple of turns from the finish, we hit the fuel tank and tore off the fuel pump. We got to the service station on a rope and spent the rest of the first day searching for and fixing the problem. We started the second day in eighth place with a big time penalty, we didn’t finish any special stage lower than third place, but, alas, we couldn’t make up the rest of the penalty minutes. In the end, we were fourth. For a fully factory “Logan”, this is an excellent result, but we strive for the best, – said Mikhail Krasovitsky.

It was a tough race for the Polytechnicians. In such conditions, it is important not to give up, to continue the fight to reach the finish. It is impossible to win if you do not reach the end. This is probably our main principle of the team, – commented the team leader, mechanic of the Department of Transport and Mechanization of SPbPU Sergey Korovay.

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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Day of Military Glory: Battle of Poltava

Translation. Region: Russian Federal

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

On July 10, our country celebrates the Day of the Russian army’s victory over the Swedes in the Battle of Poltava – one of the 20 days of military glory in the Russian holiday calendar.

The Battle of Poltava became the decisive battle of the Northern War (1700-1721), in which the Russian Tsardom, which was in the period of reforms of Peter I, was confronted by the powerful Swedish Kingdom, led by the talented military leader Charles XII.

Charles's self-confidence played a cruel joke on him. Being in the minority, cut off from supplies, having lost his baggage train in the battle near the village of Lesnoy and having suffered serious losses in attempts to take Poltava by storm, the Swedish king decided on a general battle, hoping to defeat the Russian army, which was not yet well trained and equipped. Contrary to his expectations, the Russians had an overwhelming advantage in artillery and well-fortified positions.

In the first stage of the battle, the Swedes managed to occupy two unfinished redoubts on the move, but they were no longer able to advance. Having withstood heavy artillery fire and mixed up their ranks, they moved into a decisive attack, which quickly turned into a bayonet fight. Two hours later, they were surrounded by the Russians from the flanks, panicked, and fled the battlefield.

As a result, the Swedish corps was completely routed. About 9,000 people were killed, and 19,000, including all the generals, were captured. The Russians got the entire royal treasury, but Charles XII himself managed to escape to Turkey with a small detachment, where he continued to intrigue against Russia.

Despite the fact that the Northern War lasted for another 12 long years after the Battle of Poltava, Sweden could no longer pose a significant threat to the Russians. At the end of the war, Russia retained the territories of Karelia, Livonia, Estonia, Ingria and free access to the Baltic Sea, opening up broad strategic and trade opportunities.

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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Polytechnic University Endowment Fund is Growing: Fundraising for Endowment Capital of Two More Institutes Opened

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The SPbPU Endowment Fund has opened a fundraising campaign to form two new target capitals. The initiative to create them was put forward by the directorates of the Civil Engineering Institute and the Institute of Power Engineering.

The creation of the Electromekh and Energomash and Engineering and Construction capitals will be officially announced after each of them accumulates funds in the amount of more than 3 million rubles, which will be sent to the management companies. Currently, the Polytechnic Endowment has six target capitals, and three more are being formed. The total volume of the fund's funds by January 2025 exceeded 111 million rubles.

Let us recall that the Endowment Fund is never spent, its funds are invested in liquid financial instruments, and the income from the endowment capital is annually directed to scientific, educational and social projects, including support for students, postgraduates, teachers and their projects, improvement of living conditions in dormitories, financing of internships in Russia and abroad, support for foreign students, as well as development of infrastructure and material and technical base of institutes.

Anyone can support the initiative of the Civil Engineering Institute and the Institute of Power Engineering. To do this, simply follow the link HTTPS: //Donate.SPBSTSTE.RU/ and make a donation by selecting the desired target capital from the drop-down list.

The creation of new endowments is an important step towards the sustainable development of the Polytechnic University and the support of talented students and teachers. Join the development of your institute and support the future of the Polytechnic University!

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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Summer School "Cryptography and Information Security" Started in Saint Petersburg

Translation. Region: Russian Federal

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

From July 7 to 21, the summer school "Cryptography and Information Security" is taking place at the Saint Petersburg State University of Aerospace Instrumentation. It is a traditional event organized by the Cryptographic Center (Novosibirsk) and the International Mathematical Center in Akademgorodok.

More than 200 teachers and students, postgraduates and schoolchildren from 35 cities of Russia took part in the summer school dedicated to the issues of modern cryptography and information security. Participants will have 15 days of work and interesting communication at the Boiling Point of GUAP: 40 hour-long lectures from leading experts from the scientific field and business, unique offers from the event partners, excursions around St. Petersburg and key enterprises of the city, training and sports games. School schedule — on the website.

The organizers and partners of the summer school are the Cryptographic Center (Novosibirsk), the International Mathematical Center in Akademgorodok, the Saint Petersburg State University of Aerospace Instrumentation, the Southern Federal University, Special Technology Center LLC, Practical Security Systems LLC, Infotex JSC, Perspective Monitoring JSC, NeoQUEST and Enseukripto-lab LLC.

The head of the summer school is Natalia Tokareva, director of the Cryptographic Center (Novosibirsk). The co-head of the summer school is GUAP professor Sergey Bezzateev.

At the opening of the summer school, GUAP Rector Yulia Antokhina wished the participants fruitful work, interesting lectures and vivid impressions

“During the two weeks of participation in the summer school, you will learn a lot of new things in the field of your chosen specialty, meet your peers, gain invaluable experience in teamwork on projects and see the sights of our beautiful city,” noted Yulia Anatolyevna.

Participants were welcomed by representatives of the event partners.

— The direction you have chosen for your future professional activity is very much in demand today. And we are interested in your support, in developing your competencies, — noted Svetlana, a representative of the company "Special Technology Center".

— The summer school can become the beginning of such a long journey for you, immersion in such an interesting science as cryptography, such an important field of activity as information security. New professional personnel in these areas are very important, — said Elena Mareeva, Deputy General Director of the company "Systems of Practical Security".

— This summer school has attracted a record number of participants. They are all active and interested. Our goal as organizers is to give students from many regions of the country the opportunity to try themselves as researchers and open up prospects for their professional growth. We are doing everything for this, — noted the head of the summer school Natalia Tokareva, head of the cryptography laboratory of the NSU MMC.

The students were presented with research projects that they will work on during the summer school. Participants listen to lectures, go on excursions and participate in sports activities. The topics of the projects touch upon various issues of modern cryptography and information security: algorithms of symmetric and asymmetric cryptography, issues of constructing cryptographic protocols for solving authentication, identification, key transfer, and message exchange problems.

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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NSU student develops software for configuring SKIF accelerator

Translation. Region: Russian Federal

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

As is known, SKIF is a mega-science facility that has become the first in Russia and the most powerful source of fourth-generation synchrotron radiation in the world. This complex opens up the broadest possibilities for research in a variety of fields – from materials science to medicine. Due to the high brightness and coherence of the radiation, SKIF allows you to literally "look inside" a substance, obtain ultra-precise data on its structure and behavior. The implementation of such projects significantly strengthens Russia's position in international scientific cooperation and creates a technological base for breakthrough developments in science-intensive industries.

The program created by Vladislav is a configuration database. It stores information about the accelerator devices and allows it to be automatically transferred to the control systems.

— Essentially, this is a description of a number of parameters of SKIF devices, which is then transferred to the control software. That is, my program provides other programs with up-to-date data for working with the accelerator hardware, — says Vladislav Rodyakin, a bachelor's degree graduate Physics Department of NSU.

The work on the program became Vladislav's final qualification work. He did it as part of a team of employees of the Institute of Nuclear Physics SB RAS, which is responsible for the automation of processes in the SKIF project and other Russian accelerators. The software was developed from October to May and took about 20 hours a week for several months. Now Vladislav continues to support and improve his system based on requests received during operation.

— I especially liked that working at INP gave me real independence. I went through the whole cycle — from database design to creating an interface, web application and integration into the management system. This is a unique experience: in the business industry, novice programmers often get routine tasks, but here I worked like a one-man band, — he notes.

Close cooperation between the scientific institutes of the Siberian Branch of the Russian Academy of Sciences and Novosibirsk State University has continued throughout the history of the university. This approach allows students to get involved in real research and engineering projects already at the stage of study. And the project completed by Vladislav is a vivid confirmation of this.

— Our program at the NSU Physics Department specifically prepares students to work with scientific installations and write software for them. In my third year of study, I took a course whose teacher was working on software for SKIF — he invited me to join the team. That’s how I ended up in a large scientific project, — says Vladislav.

Today, Vladislav Rodyakin continues his studies in the Master's program and works at the Institute of Nuclear Physics. His experience shows that a university can be not only a place of study, but also a launching pad for participation in advanced projects of national and international scale.

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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INNOPROM-2025: New Horizons of Industrial Development

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The 15th anniversary industrial exhibition INNOPROM continues its work in Yekaterinburg. Today the pavilions opened their doors to all categories of visitors, and the flow of guests has noticeably increased. The trend of this year's exhibition is the demonstration of advanced developments that have already proven their effectiveness in real production conditions.

The delegation of the Polytechnic University takes part in key events of the business program, where current issues of industrial development, innovative technologies and scientific and technical cooperation are discussed.

Thus, at the Polytechnic stand, a cooperation agreement was signed between the Federal State Autonomous Institution “Digital Industrial Technologies” and Peter the Great St. Petersburg Polytechnic University.

The document, which envisages cooperation between the parties in order to implement joint expert and analytical activities aimed at highlighting the results and stimulating the development and effective application of advanced digital and production technologies, artificial intelligence technologies in industrial sectors of the Russian Federation economy, was signed by the director of the organization Eduard Shantayev and the chief designer for the key scientific and technological development area of SPbPU "System Digital Engineering", director of the Advanced Engineering School of SPbPU "Digital Engineering" Alexey Borovkov.

Alexey Borovkov also took part in the events of the INNOPROM business program, including the session "Fast. Complex. Precise. How additive technologies accelerate industrial development." The participants discussed the prospects for industry growth due to increased demand for additive technologies and materials, tools for interaction between business, science and the state, as well as successful cases of implementing such technologies in industry.

During his speech, Alexey Ivanovich spoke about a world-class project carried out in the interests of the Fuel Division of the Rosatom State Corporation – the development of a digital twin of a VVER-1000 fuel assembly (FA) with an anti-debris filter and mixing grids.

The optimized design of the anti-debris filter and the geometry of the mixing grids of the fuel assembly was developed in six months and, in contrast to the original product, is 10 times more efficient, the speaker emphasized.

Alexey Borovkov also presented the developments of the Polymer Composite Materials laboratory of the Advanced Engineering School of SPbPU "Digital Engineering", including demonstrators of overprinting and induction welding technologies for thermoplastic composite materials, as well as automated laying out of thermoplastic unidirectional prepregs.

According to Alexey Borovkov, overprinting technology is ideal for working with engineering polymers due to the absence of a number of technological limitations and is of great interest for integration into large technological chains: laying out – stamping – printing.

An award ceremony was held at the Polytechnic stand. For his great contribution to the development of Peter the Great St. Petersburg Polytechnic University, the General Director of the Union of Defense Industry Enterprises of the Sverdlovsk Region Vladimir Shchelokov received the "For Merits" badge of distinction. The honorary award was presented to him by the Scientific Secretary of SPbPU Dmitry Karpov.

SPbPU is an active member of the Union. The University improves the quality of personnel training in the military-industrial complex, as well as in the field of scientific research and educational services. The Union participates in the implementation of federal target programs and technology platforms to achieve leadership in the leading high-tech sectors of the economy: aviation and engine building, rocket and space industry, nuclear power complex, shipbuilding, electronic and radio-electronic industry and others. The Union includes more than 100 enterprises and organizations.

It is a great honor for me to receive this award. I would like to express my gratitude for the fruitful cooperation with the Polytechnic University. A distinctive feature of your university is the ability to implement projects, and visual confirmation of this can be seen at the exhibition stand. There is much to learn from the Polytechnic University. And I am sincerely proud of our friendship, – said Vladimir Shchelokov.

In turn, Vladimir Shchelokov awarded the director of the Center for Scientific and Technological Partnership and Targeted Training of SPbPU Oleg Ipatov with a commemorative medal “80 Years of the Great Victory”.

This year, INNOPROM pays special attention to machines, units, machine tools and robotic systems that are actively used in various industries today. The technological potential of SPbPU is presented at a separate stand. Here, visitors can get acquainted with innovative developments that have undergone practical testing and are ready for implementation in industrial production.

At the exhibition, a team from the Laboratory of Light Materials and Structures (LLMS) of IMMiT demonstrated electric arc 3D printing. Right before the eyes of the audience, a "Laval nozzle" was created – a gas channel of a special profile designed to accelerate the gas flow to supersonic speeds.

The printing technology is based on melting metal wire using an electric arc. This approach allows for high-speed production of products: up to 2.2 kg/h for aluminum alloys and up to 6 kg/h for steel. The key advantage is the absence of restrictions on the shape of the part: the manipulator easily moves along the rail system and follows the growth of the product, which allows for the implementation of the concept of an open production cell.

The laboratory carries out a full cycle of implementation of additive technologies – design and launch of 3D printing installations, personnel training, technical support and production support.

Mikhail Kuznetsov, Head of the Laser and Additive Technologies Research Laboratory at the Institute of Metallurgy and Metallurgy at St. Petersburg Polytechnic University, spoke about the laboratory's work at INNOPROM: At the exhibition, we presented the "Nomad" laser cladding complex, samples made using laser welding and additive technologies. Of particular interest are the hip joint cups. The samples were made as part of R&D in close cooperation with the Armalit JSC company with the participation of the Vreden Institute of Traumatology and are evidence of how modern solutions can effectively work to address the challenges of import substitution and technological sovereignty of the country. We held a number of productive meetings with industry representatives and engineering centers from different regions of Russia. It is especially valuable that enterprises from a wide variety of industries, from aircraft manufacturing to medicine, are interested in our technologies. This indicates a high degree of versatility and applied significance of our solutions.

The Polytechnic University was also represented in the international agenda of the forum. Candidate of Technical Sciences, Associate Professor of the Higher School of Computer Technology and Information Systems of Peter the Great St. Petersburg Polytechnic University, Leading Researcher of the Gazpromneft-Polytech Scientific and Educational Center, Analyst in the project "Automation of Seismic Data Processing Using Artificial Neural Networks" Sergey Khlopin took part in the round table "Russian-Chinese Scientific and Technical Cooperation in the Field of Development and Implementation of High Technologies". As part of the session "Projects and Technologies in the Field of Intellectual Production", he made a report "Current Models for the Implementation of Digital Technological Projects in the Field of Geological Exploration". Sergey Vladimirovich spoke about the cooperation between SPbPU and Chinese partners.

Sergey Khlopin, commenting on the results of his speech, noted: This year, INNOPROM-2025 became a platform for demonstrating the start of the work process of Gazpromneft-Polytech REC specialists in the field of AI application for geological exploration. One of the key tasks that the models being created will be aimed at solving in the future is the labor-intensive manual processing of seismic information. In tests, the model shows accuracy comparable to classical methods on linear data, but significantly exceeds them in cases with nonlinear dependencies, which are more common in practice. However, the project has just started, so the team faces various difficulties during development. Neural networks do not always give the correct result. We are solving the problem of the relevance of the data received.

Since 2018, Polytech has implemented more than 20 contracts for research and development work with 12 of the largest industrial and research companies in China. The most active cooperation is in the field of telecommunications and IT technologies, aviation industry, automotive industry and new materials. During the discussion of the interaction of the Gazpromneft-Polytech REC with an industrial partner, Sergey Khlopin demonstrated the successful experience of implementing a scientific project aimed at the practical application of the results of industrial operation. He also emphasized the importance of further developing cooperation and expressed confidence in the formation of reliable partnerships with representatives of the PRC in an alliance with an industrial partner.

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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HSE and Zhejiang Communication University Strengthen Partnership in Creative Education

Translation. Region: Russian Federal

Source: State University “Higher School of Economics” –

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HSE Launches Professional Retraining Program in Secure Software Development

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Source: State University “Higher School of Economics” –

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The site may not display correctly in older browser versions. For optimal site experience, we recommend using a modern browser.

We use cookies to improve the HSE website and make it more convenient to use. More detailed information about the use of cookies can be foundHere, our rules for processing personal data are –Here. By continuing to use the site, you confirm that you have been informed of the use of cookies by the HSE website and agree with our rules for processing personal data. You can disable cookies in your browser settings.

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Double success: the first graduates of SPbPU and Lanzhou University of Economics and Finance received diplomas

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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The Institute of Industrial Management, Economics and Trade of SPbPU hosted the first graduation of bachelors of the international educational double degree program with Lanzhou University of Economics and Finance (China).

The defense of final qualification works in the direction of "Economics" (profile "Finance") was held in English on the campus of Lanzhou University of Economics and Finance in Gansu Province. Students presented the results of their research on current issues of finance, economic analysis and investment management. The examination committee from SPbPU included the director of the Higher School of Engineering and Economics of IPMEiT Dmitry Rodionov, associate professor of VIES and program director Daria Krasnova, associate professors of VIES Ekaterina Burova and Evgeny Konnikov. The members of the committee highly appreciated the level of preparation of the graduates.

Joint final assessment is a vivid example of successful academic cooperation. Each defense becomes not just an exam for students, but an important step in strengthening scientific and cultural ties between our countries. We highly value the partnership with our Chinese colleagues and are confident that it will develop, opening up new opportunities for students and teachers, – commented Dmitry Rodionov.

During the award ceremony for the best graduates, student Zhang Liwen was awarded the badge of excellent student of the 3rd degree. Student Zhang Xinran received gratitude for the responsible performance of the duties of a class monitor during two years of study in St. Petersburg.

This project confirms that international partnership in education opens up new opportunities for students and teachers. It was very nice to see the guys and take part in the defense of their research achievements. Joint defenses not only strengthen academic ties, but also allow for the exchange of best practices in training future financiers, says Daria Krasnova, head of the international educational program.

"It is a great honor for me to participate in the joint defense of theses between our universities," shared student Shan Yuhong. "It was an invaluable experience that allowed me not only to present the results of my research to an international commission, but also to get acquainted with Russian approaches to economics and finance. I would especially like to thank the teachers for their qualified comments and recommendations, which will help me in my future academic and professional activities."

A joint educational program with a Chinese university is not only an academic exchange, but also a bridge between cultures. Today's defenses have shown how effective such a partnership is: students demonstrate unique competencies, and their research opens up new prospects for scientific cooperation. I thank all participants of this project for their contribution to strengthening international ties! – concluded the Director of IPMEiT Vladimir Shchepinin.

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Joint projects of SPbPU and KRSU: contribution to the development of scientific potential

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Another working visit of the Polytechnic University delegation to the Kyrgyz-Russian Slavic University (KRSU) took place. This time, the participants discussed joint events aimed at developing the scientific potential of KRSU. The delegation of SPbPU included the head of the Project Office "Slavic Universities" Nikita Golovin, associate professor of the Higher Engineering Physics School of the Institute of Economics and Technology Viktor Malyugin, representatives of the Higher School of Hydraulic Engineering and Power Engineering of the Institute of Scientific Research – Professor Natalia Politaeva and Associate Professor Alexander Chusov, as well as the head of the Quality Control Department Maxim Dyuldin.

The program of the visit focused on two main areas: the development of a comprehensive plan for the development of the High-Mountain Observatory of Atmospheric Physics of KRSU (VGOFAP) and the joint implementation of applied projects in the interests of KRSU’s industrial partner, Alliance Altyn LLC.

The high-mountain observatory is located in the north-east of Kyrgyzstan and is a unique scientific laboratory conducting scientific research in the field of atmospheric physics, ecology, climate change, interaction of geospheres, geodynamics and seismology. To get acquainted with the scientific equipment and areas of research, the Polytechnic delegation visited the observatory and assessed the capabilities of the infrastructure.

The Polytechnics also held a field meeting with the Vice-Rector for International, Scientific and Innovative Activities of KRSU and the Director of the Observatory Leonid Sverdlik, where they discussed the observatory's development directions and possible applied projects. Dean German Lotsev, Deputy Dean for Research Natalia Ershova and Director of the Scientific and Technical Center Dmitry Glazunov participated in the meeting on behalf of KRSU. The Polytechnic representatives proposed solutions to problems aimed at maintaining a safe environmental situation in the Issyk-Kul Lake area and in Bishkek.

In particular, they discussed a project to measure the parameters of dust aerosol flows (concentration, quantitative and granulometric composition of dust particles, direction and speed of dust flow transfer) based on the observatory, as well as dustiness within Bishkek (comparative diagnostics method). To do this, it is necessary to modernize the infrastructure and place additional equipment on the territory of KRSU in Bishkek. It is possible to use the existing mobile environmental laboratory of KRSU. The project will result in recommendations for improving the environmental situation. It is planned to involve specialists from the Civil Engineering Institute and the Institute of Electronics and Telecommunications in the work.

The Polytechnic delegation visited the scientific station of the Russian Academy of Sciences in Bishkek, which conducts research into modern geodynamic processes as a basis for earthquake forecasting, seismological research based on the digital telemetry seismological network in the territory of the Bishkek forecasting polygon and a number of other works related to seismic processes in the region. For KRSU, the scientific center is a partner for student practices and internships, as well as in conducting scientific work, including jointly with the High-Mountain Observatory of Atmospheric Physics of KRSU.

The station's director, Anatoly Rybin, introduced the polytechnicians to the laboratories, main areas of work and results. SPbPU professor Viktor Malyugin shared with his Kyrgyz colleagues proposals for the implementation of a joint (with KRSU and the RAS) applied project to develop fiber-optic sensors for measuring seismic activity and predicting catastrophic situations. Its goal is to measure displacements and stress distribution in the Issyk-Ata fault area (Bishkek is located in a seismically dangerous region, and most of the city is in the 8-9-point zone). In the future, it will be possible to use the measurement results to predict seismic activity in the region. It is planned to involve specialists from the Institute of Electronics and Telecommunications and the Institute of Power Engineering.

The final stage of the visit was an extended meeting of representatives of the two universities. The parties confirmed their interest in developing the infrastructure of the KRSU VGOFAP and implementing scientific and educational projects on its basis. The participants also discussed cooperation between the research groups of the universities and interaction with industrial partners. According to the roadmap of joint events of SPbPU—KRSU, by the end of 2025 they will develop a comprehensive plan for the development of the KRSU High-Mountain Observatory of Atmospheric Physics and determine the range of work, including the modernization of the scientific infrastructure.

In addition, a meeting was held with the industrial partner of KRSU "Alyans Altyn" to coordinate joint projects. At the first stage, SPbPU specialists will participate in the implementation of developments in three areas:

implementation of lean manufacturing principles to optimize processes, reduce losses and improve the efficiency of all departments (PISh CI SPbPU); automation and digitalization of production and management processes to improve efficiency, reduce costs and ensure transparency (Higher School of UKFS IKNK SPbPU); implementation of technologies and practices aimed at reducing the negative impact on the environment, based on environmental monitoring data (ISI SPbPU).

The meeting participants discussed the conclusion of contracts for R&D, as well as the involvement of students and young scientists in applied developments and industrial projects. The polytechnics shared their experience of cooperation with large industrial companies and gave recommendations on contractual work with Alliance Altyn. The parties agreed to consider in more detail the issue of opening a specialized scientific and educational center at KRSU together with a partner company.

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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