Category: Russian Universities

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NSU is developing a mobile complex to search for residual oil reserves.

Translation. Region: Russian Federal

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

Artem Zavadko, a master's student at the NSU Advanced Engineering School, is developing a mobile system for searching for residual oil reserves, which are a crucial reserve for increasing oil production in Russia. A prototype of the device is already ready, and over the next year it will be modified, software for processing and interpreting the data will be developed, and testing will begin—first at geophysical testing sites and then at operating fields. The project was one of the winners of the federal "Student Startup" competition from the Foundation for Assistance to Small Innovative Enterprises and received a grant of 1 million rubles.

The system operates using near-field transient electromagnetic sounding (NFEES). This inductive pulsed electrical exploration technology relies on studying the transient field generated by changes in source current. During the survey, a transmitter and receiver loop are placed on the earth's surface. The transmitter loop pulses the current, creating a transient field or secondary currents propagating deep into the section, while the receiver loop records this signal. Using the contrasting electrical conductivity of rocks, information can be obtained on the reservoir properties and composition of formations. The obtained data is processed and interpreted, and then used to construct 2D and 3D section models. The advantages of this method over other geophysical methods include its relative low cost, the ability to obtain detailed depth sections, and high productivity.

Increasing oil recovery is a key objective in the later stages of field development. Seismic-based monitoring is an effective tool for optimizing production systems and monitoring fluid movement within the reservoir. However, seismic exploration costs can reach hundreds of millions of rubles, is time-consuming, and requires highly complex data processing and subsequent interpretation. For this reason, seismic exploration is more suitable for exploring new fields. When assessing the presence and volume of residual oil in reservoirs—that is, oil remaining in reservoirs after the field has been depleted—electrical prospecting is more suitable. Experts estimate that residual oil reserves in Russia could reach 40-60 billion tons.

"Our system is mobile, and we use a high-precision method based on near-field transient electromagnetic sounding. We plan to improve the existing prototype device, conduct testing at a geophysical site, and develop simplified data processing software. This system will allow us to pinpoint the location of residual oil traps with a high degree of accuracy. Similar mobile systems are not yet available on the Russian market," explained Artem Zavadko.

Artem Zavadko began working on the project two years ago as part of his thesis under the supervision of researcher Evgeny Valerievich Krupnov. A prototype has now been created, consisting of transmitter and receiver coils, a current meter, and a current switch. For now, the system operates using off-the-shelf software.

The system will operate as follows: a generator loop that generates a transient field will be mounted on the chassis of an all-terrain vehicle. A receiver will be located behind the generator, recording the received signal. After recording the secondary currents, they will undergo primary processing—cleaning them of interference; then, secondary data processing and interpretation will take place.

"The signals obtained after measurements contain information about the structure of the geological section due to the contrast in the medium's electrical conductivity. It is known that oil does not conduct electricity, while water-saturated rocks and formation fluids with high mineralization have low electrical resistivity. With proper data processing and integration of well data, the accuracy of interpretation can exceed 80%. Survey depths range from 500 to 1,500 meters, depending on the signal source's power and the section's electrical conductivity," explained Artem Zavadko.

Funds from the grant are planned to be used to refine the prototype to increase the depth of research. Extensive testing of the system will also be conducted at geophysical sites, and further improvements will be made based on the results. Simultaneously, simplified software will be developed in C, and a desktop version of the application will be created. Following successful completion of these tests, trials are planned for real fields.

The project will result in the creation of a mobile near-field transient electromagnetic sounding system, which will enable the acquisition of reliable, verified data. This data will be used to construct models identifying the location of residual oil reserves within strata. This development can also be used to search for ore minerals. The system will be used primarily by Russian geological exploration and service companies working with organizations in the fuel and energy sector.

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 Department of Ground Transport and Technological Machines is improving devices for transporting bulk materials.

Translation. Region: Russian Federal

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

An important disclaimer is at the bottom of this article.

The Department of Ground Transport and Technological Machines (GTM) at SPbGASU is conducting research into improving devices for transporting bulk materials for municipal vehicles.

Federal road construction programs are currently being implemented in Russia, including in Arctic regions. Both existing and under-construction transport infrastructure require systematic maintenance. Technologies that effectively remove deposits (snow and ice, frozen or dried dust, etc.) from surfaces include those using high-speed pneumatic or liquid jets. The introduction of solid abrasive particles into the jet increases the efficiency of the cleaning process.

However, despite the obvious advantages, using this technology also presents a number of challenges, particularly critical in the low temperatures of the Arctic. These include the loss of mobility of bulk materials with high moisture content at low temperatures. This can be avoided by using a pneumatic-mechanical conveyor, which performs both pneumatic transport of the material and mechanical mixing. However, the widespread use of this technology is hampered by the lack of a mathematical framework that would explain the operating mechanism of such a device and allow for the justification of its design parameters, as well as its operating modes that maximize energy efficiency.

As part of a research grant for SPbGASU faculty, a review of the technical state of bulk material handling devices was conducted. It showed that such devices are highly sensitive to the properties of the abrasive used, including its moisture content and particle size distribution, and are also quite large. This significantly complicates their use in municipal vehicles, especially at low temperatures. At the same time, the pneumatic-mechanical conveyor design adopted for the study reduces the overall size while simultaneously improving abrasive pickup and delivery.

During the study, an analytical review of calculation and design methods for similar devices was conducted. This review revealed that existing calculation methods do not account for the combined effects of a mechanical auger and a high-speed airflow on the bulk material being transported. The study proposed a mathematical model for the movement of mechanical particles of bulk material in a pneumatic-mechanical conveyor under the influence of a mechanical auger and a high-speed airflow.

Experimental studies of the pneumatic-mechanical conveyor of a municipal vehicle revealed the key principles of the process. Based on the experimental results presented in Figure 1, the empirical coefficients of the mathematical model were determined and the operating modes of the device were established that maximize transportation energy efficiency.

The developed regression model for calculating the performance of a pneumatic-mechanical conveyor when transporting bulk materials with a specified set of properties—particle size, material density, and mechanical auger speed—allows for an informed choice of conveying equipment for municipal vehicles. A comparison of the performance values obtained by the Prasch calculation with the experimental results of the Pexp is shown in Figure 2.

The substantiation of the design parameters and operating modes of a pneumatic-mechanical conveyor for bulk materials of a municipal vehicle was carried out as part of research work by research and teaching staff of SPbGASU using internal grants in 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.

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The results of the admissions campaign and summer session were discussed at a meeting of the Academic Council of the State University of Management.

Translation. Region: Russian Federal

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

On September 23, 2025, a meeting of the updated Academic Council of the State University of Management was held. The main items on the agenda were the preliminary results of the admissions campaign and the results of the summer exam session.

At the beginning of the meeting, Maxim Dzhetygenov, head of the Moscow branch of the VSKS and Moscow City Duma deputy, presented Vladimir Stroyev, rector of the State University of Management, with a letter of gratitude on behalf of the command and personnel of the BARS 15 "Ermak" detachment for their active work for the benefit of the Russian Armed Forces and the provision of charitable assistance to the detachment's volunteers.

"We've repeatedly donated aid to this unit, collected through the GUU-SVOim project, which has been running for two years now. Humanitarian aid collection is ongoing, and anyone can join in. We also continue to manufacture camouflage nets, dry showers, trench candles, and stoves, which is especially important as winter approaches. We thank all the institutes for engaging their staff and students in this effort," added Maxim Dzhetygenov.

"It's especially valuable for us to receive a letter of gratitude from a military unit for the assistance provided. This once again underscores the importance of the GUU-SVOim campaign, which we will undoubtedly continue. Soldiers defend our freedom in difficult circumstances, and it's our duty to help them," Vladimir Stroyev recalled.

Continuing the celebratory portion, the rector congratulated Irina Brikoshina, Head of the Project Management Department, on her belated birthday and presented several GUU employees with letters of gratitude from the Vykhino-Zhulebino District Administration for their high professionalism, conscientious approach to their duties, and significant personal contributions to the university's development.

After this, those gathered moved on to discussing the issues on the agenda.

Vadim Dikikh, Director of the Department of Digital Development and Admissions, discussed the results and innovations of the undergraduate admissions campaign.

"This year saw many new developments: for the first time, admissions were conducted entirely through Gosuslugi for all levels of preparation, from college to graduate school, and for the first time, there was a competition for key university preparatory programs for fee-paying studies, due to a limited number of places available. Nevertheless, the admissions campaign for undergraduate programs went quite smoothly: we assisted applicants with correctly completing their information, promptly resolved any issues that arose, including responding to premature complaints that could have been resolved without further delay. I'd like to note that this year, the number of applications from applicants generated using artificial intelligence increased by two-thirds, but we managed this too, guiding students on how to more accurately formulate AI queries so that they would be less prone to errors and would assist them in their personal development," concluded Vadim Dikikh.

The university rector agreed that this year's admissions campaign was truly emotional.

Next, the head of the University's Electronic Dean's Office, Kristina Firsova, reported on the results of the summer examination session for the 2024/2025 academic year.

"The number of successful students in full-time undergraduate and graduate programs remained at last year's level, at 89% and 77%, respectively. Meanwhile, the number of excellent students in part-time undergraduate programs increased," the specialist reported.

In addition, the Academic Council discussed social support measures for students, approved new continuing education programs, and approved the candidacies of scientists who are permitted to supervise postgraduate students and applicants.

At the end of the meeting, Vladimir Stroyev noted the high attendance rate of members of the updated Academic Council and thanked the participants for their active participation.

Subscribe to the "Our GUU" Telegram channel. Publication date: September 24, 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.

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International collaboration in tribology: a delegation of professors from China visited the Polytechnic University

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

A delegation of nine tribology professors from China visited the BaltTribo-Polytechnic International Scientific and Educational Center at the Institute of Mechanical Engineering, Materials, and Transport at SPbPU. The visit was organized at the recommendation of Academicians Nikolai Myshkin (Belarus) and Irina Goryacheva (Russia) and at the initiative of Tsinghua University.

The purpose of the visit was to get acquainted with the Tribology Center in St. Petersburg and discuss partnership programs. The project's scientific director is Margarita Skotnikova.

The Chinese delegation included:

Professor Jianbin Luo (Tsinghua University, head of the delegation) Professor Xiangjun Zhang (Tsinghua University) Associate Professor Jie Jin (Tsinghua University) Assistant Professor Xinfeng Tang (Tsinghua University) Dr. Yi Luo (Tsinghua University) Professor Linmao Qian (Southwest Jiaotong University) Professor Aiying Wang (Ningbo Institute of Materials Technology and Engineering) Professor Zhiguang Guo (Hubei University) Professor Guoxin Xie (Tsinghua University)

The following representatives took part in the event from the Russian side:

Professor Margarita Skotnikova Professor Anton Naumov Professor Alexander Breki Research assistants: Galina Tsvetkova, Dmitry Plotnikov, Galina Ivanova, Egor Kuoma, Dmitry Misharev, Mark Evsin Graduate students: Roman Korneev, Vlada Sokolova, Mark Dergach, Laysan Razetdinova, Alexey Ryabikin, Mohseni Emad Ghasem, Yuri Biserov

As part of the visit, a roundtable discussion was held, attended by all members of the Chinese and Russian delegations. Topics discussed included the development of plastic lubricants, surface engineering and coating tribology, tribotesting and monitoring of tribosystems, contact interaction modeling in tribology, and nanotribology.

MNRC postgraduate students actively participated in discussions in English, accompanied guests on a tour of the SPbPU campus, and attended an evening musical concert in the White Hall.

Following the meeting, scientific and educational ties were established with Chinese colleagues, valuable information in the field of nanotribology was obtained, and a decision was made to continue cooperation and exchange experiences within scientific and educational programs. Participation in the III International Scientific and Practical Conference "Intelligent Tribology in Mechanical Engineering: BALT TRIBO 2026," which will be held at the BaltTribo-Polytechnic International Scientific and Educational Center, is planned.

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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Polytechnic University students are among the best at the All-Russian Occupational Safety Week

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The 10th All-Russian Occupational Safety and Health Week (VNOT) was held in Sirius. Russian Minister of Labor and Social Protection Anton Kotyakov and Andrey Betin, Director General of the presidential platform "Russia – Land of Opportunities," spoke at the opening ceremony.

The VNOT Youth Day is the premier event for young professionals, offering a short introduction to best practices in enhancing safety culture, productivity, and commitment to corporate goals. The theme of the 2025 Youth Day is "Sustainable and Safe Development: The Formula for the Future."

The event was attended by students from 40 leading universities in the country and more than 130 delegations of young company professionals.

Students presented the Polytechnic University Civil Engineering Institute AndInstitute of Industrial Management, Economics and Trade.

Youth Day participants had the opportunity to attend more than 20 practical sessions, business and intellectual games, take part in the online occupational safety championship "Three Shifts," and participate in interactive events from leading PPE suppliers and manufacturers.

Several competitions were held as part of Youth Day: a case championship titled "Effective Tools for Developing Human Resource Potential and Safety Culture in Organizations," a digital solutions competition titled "Safety Technologies: Digital Transformation in Occupational Safety and Human Resources Management," and an innovation competition titled "Innovations in PPE: Engineering Solutions of the Future." Over 270 teams of university students and young professionals from Russian companies applied to participate in the competitions, 37 of which advanced to the in-person final round at VNOT-2025.

Polytechnic students presented three projects, which were highly praised by the jury.

The PolySafeBot project, designed to solve a wide range of occupational safety and health problems using Telegram, took first place in the "Safety Technologies: Digital Transformation in Occupational Safety and Human Resources" category. The project was created by a team from the ISI Higher School of Technosphere Safety: Alexander Gorshkov, Anastasia Dzhur, and Arina Puchkova, and supervised by graduate student Sergey Shavurov.

The project "Unified Analytical Data Platform: A System for Real-Time Monitoring of Operator and Environmental Conditions" also won a prize in the same category. The project's authors are a team from the IPMEIT Graduate School of Industrial Management: Polina Alyushkina, Daniil Plushenko, Polina Savchuk, and Anastasia Zagorodnyaya, supervised by Associate Professor Anna Timofeeva.

The project aims to prevent industrial accidents by integrating wearable sensors that monitor worker health and environmental parameters with predictive analytics on a single platform.

In the "Innovations in PPE: Engineering Solutions of the Future" category, a team of students from the Institute of Social Sciences' Higher School of Technosphere Safety took second place with their project "Hand Protection for the Far North," which provides adequate protection for a wide range of tasks in the Arctic and Far North. This project was presented by Artyom Mironov, Marina Petukhova, and Vadim Kurmyshov.

During the All-Russian Occupational Safety and Health Week, Polytechnic students also actively participated in the "GosLeague" business game, demonstrating their high qualifications in the fields of public service and occupational safety.

At the closing ceremony of Youth Day, ISI representatives Sergey Shavurov and Vadim Kurmyshov, along with representatives from other universities, took part in an intellectual game, where their opponents were the heads of leading industry representatives.

At the 10th All-Russian Occupational Safety and Health Week, Polytechnic students demonstrated excellent results and strengthened the university's position in matters of occupational safety and health.

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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31 school rescue teams arrived at the State University of Management for the semi-finals of the All-Russian competition.

Translation. Region: Russian Federal

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

On September 23, the State University of Management hosted the district semi-final of the All-Russian competition among school rescue teams of the Central Federal District (VSKS).

246 schoolchildren from 16 regions of the Central Federal District gathered at the State University of Management. 31 teams represented the team.

Vladimir Stroev, Rector of the State University of Management, spoke at the opening of the competition:

"I'm delighted to welcome the teams to the country's premier management university. It's no coincidence that the semifinals are being held here for the second year, as the Moscow branch of the VSKS has been located on the campus of the State University of Management. I wish you all success in the competition, and that you may enroll at our university after high school and join the ranks of the State University of Management's Student Rescue Corps!"

Maxim Dzhetygenov, head of the Moscow branch of the VSKS, deputy of the Moscow City Duma, and the Emergency Response and Basic Military Training Center at the State University of Management, also gave a motivational speech to the students:

"The competition was preceded by extensive preparation, and I'm confident you'll achieve your goals. As a reminder, today we'll determine who will go to the final round at the Smena All-Russian Children's Center in Anapa. But the most important thing isn't winning, but getting through the competition injury-free. I wish everyone the best of luck."

Deputy Chief Judge Daria Timoshenko then reminded participants about safety precautions, the importance of completing tests according to the instructions of those in charge, the role of counselors, and adhering to timelines.

The opening ceremony concluded with the ceremonial presentation of the Russian flag and the performance of the Russian anthem. Afterward, the athletes began the competition itself.

Semi-finalists competed in disciplines such as first aid, orienteering, fire relay racing and the use of primary fire extinguishing equipment, water rescue, mountaineering knots and visual rescue signs, donning firefighter uniforms and equipment as part of a team, and also underwent a general test on knowledge of first aid, psychological support, the use of primary fire extinguishing equipment, and actions in the event of a fire or road accident.

That evening, an awards ceremony was held for the winners, attended by Evgeny Kozeev, head of the All-Russian Student Rescue Corps, and Maxim Dzhetygenov, head of the Moscow branch of the All-Russian Student Rescue Corps. They congratulated the students on successfully completing the tests and wished them success in their future endeavors.

Results of the Central Federal District semi-finals of the All-Russian competition among school rescue teams (VSKS)

Winners in the junior league: 1st place, School of Sports "Zero One" – Moscow Region 2nd place, "Brand" – Vladimir Region 3rd place, "Iskra Stavrovskaya" – Vladimir Region

Winners in the senior league: 1st place "Storm" – Moscow 2nd place "Rybinsk-26" – Yaroslavl region 3rd place "Baywatch" – Moscow

We congratulate the winners and participants of the competition and wish them new achievements and further successful studies.

Subscribe to the "Our GUU" Telegram channel. Publication date: September 24, 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.

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Novosibirsk State University will develop Russia's first diagnostic system to predict the development of obesity and its complications.

Translation. Region: Russian Federal

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

A new research project, "Development of a Diagnostic System for Assessing Ceramide Profiles to Detect Risks of Obesity Phenotype Development," has been launched at the NSU Institute of Medicine and Medical Technologies. The project is being implemented with the support of the "Priority 2030" strategic academic leadership program. The work will be conducted using the infrastructure of the new NSU campus, which is being built as part of the national "Youth and Children" project.

Obesity is a chronic disease characterized by excess fat deposition in the body. According to experts at the World Health Organization, obesity is the non-communicable pandemic of the 21st century. The latest data from the World Obesity Federation indicate that, if current trends continue, at least 2.7 billion adults (approximately 38% of the global population) will be overweight by 2025. Of these, 177 million will be diagnosed with severe obesity, requiring medical attention.

However, the effectiveness of therapeutic approaches is limited, and the risk of relapse is quite high. Obesity is currently understood to be complex and results from the interaction of multiple factors (heredity, environment, behavior, etc.). Therefore, the treatment and prevention of obesity should focus on personalized predictive methods that can prevent the development of the obesity phenotype (the combination of external and internal signs, properties, and characteristics of the body). From this perspective, the study of the human lipidome (the complex of all lipids in cells, which provides comprehensive information on the body's health using mass spectrometry and bioinformatics) is of particular scientific interest.

"Recent research has focused on the role of lipids in the development of the obesity phenotype, which likely plays a key role in the prevention and treatment of obesity. Lipidome analysis has demonstrated not only the diversity of lipids in various biological tissues but also revealed complex relationships with obesity and its complications. As the obesity epidemic continues to spread and the incidence of obesity-related metabolic diseases increases, there is a need to find new diagnostic markers and targets for therapeutic intervention to change the current situation. This is the focus of the research project 'Development of a diagnostic system for assessing ceramide profiles to detect risks of developing the obesity phenotype,'" said Daria Podchinenova, Deputy Director of the Institute of Biomedical Sciences, about the goals of the new project. Institute of Medicine and Medical Technologies (IMMT) NSU.

This approach holds promise for the prevention of chronic non-communicable diseases and the discovery of new therapeutic strategies and molecules. Currently, no similar diagnostic systems exist in Russia.

"Our research team has already obtained data showing that certain combinations of ceramides (lipid molecules involved in the regulation of lipid and carbohydrate metabolism) have high diagnostic value for the development of the obesity phenotype. These methods need to be adapted for use in routine clinical practice," added Daria Podchinenova, project manager.

The research project is being implemented jointly with the Siberian State Medical University of the Russian Ministry of Health. The project team will include staff from NSU's Institute of Medical Technologies, graduate students, and undergraduate students.

"Developing the diagnostic system may take some time, but the first prototype is planned for 2026. It will include a ceramide detection system and a bioinformatics module that assesses the risk of developing an obesity phenotype," explained Yulia Samoylova, professor and director of the Institute of Medicine and Medical Technologies at NSU. "This is especially important for the implementation of technological leadership projects planned as part of the federal project 'Creating a Network of Modern Campuses.'"

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 ceremony to present certificates to graduates of the TIM classes of School No. 69 and sign a new cooperation agreement took place at St. Petersburg State University of Architecture and Civil Engineering.

Translation. Region: Russian Federal

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

An important disclaimer is at the bottom of this article.

Victoria Vinogradova, Vladislav Etnis and Olga Chernyadyeva

The Saint Petersburg State University of Architecture and Civil Engineering held a ceremony to present certificates of completion of TIM classes to students from School No. 69 in the Kalininsky District of Saint Petersburg. On the same day, the school, the university, and Renga Software signed a trilateral cooperation agreement for the 2025/2026 academic year.

As a reminder, several years ago, SPbGASU, together with several St. Petersburg schools and Renga Software (a joint venture between 1C and ASCON), launched the TIM classes project. In these classes, students study information modeling (IMT) technologies in construction—a sought-after area of digitalization in the industry.

"Our university is actively developing digital competencies in construction and is working to interest the younger generation through collaboration with schools. The results of the last academic year prove we're moving in the right direction—students are showing great interest and achieving excellent results," noted Denis Nizhegorodtsev, Director of the Digital Competencies Educational Center at SPbGASU. "Next academic year, TIM classes will be transformed into Digital Construction Classes, where students will be taught not only information modeling but also other advanced construction technologies."

Vladislav Etnis, Principal of School No. 69, emphasized that the knowledge gained in such classes is valuable even for students who don't plan to pursue construction careers. "Students are introduced to key developments in the industry, and these skills will be useful in the future, regardless of their chosen specialty," he noted.

Olga Chernyadyeva, head of the ASCON educational program, noted: "Studying in TIM classes gives students access to the professional community of both construction and information modeling specialists. This is an important step in developing and enhancing their competencies."

Boris Lysich, First Deputy General Director of the SRO "Association of Builders of St. Petersburg," added that more than 2,500 partner companies collaborate with schools and universities to train qualified specialists. "Experience shows that over 80 percent of TIM-class graduates enroll at SPbGASU. We have extensive experience in career guidance," he noted, presenting the graduates with certificates for completing the "TIM-class: Creating an Information Model of a Residential Building in Renga Software" program.

Dmitry Ulrikh, Dean of the Faculty of Ecology and Urban Management, presented eleventh-grade graduates with certificates of completion of the "Construction and Housing and Utilities" program at SPbGASU and certificates of qualification as "Draftsman-Designer" from the St. Petersburg Center for Advanced Professional Training. "The students have already acquired important professional competencies while still in school, and I hope they will continue to develop them. The first year of the program's implementation has shown that construction and housing and utilities professions are generating a keen interest among young people, as these are not only in-demand but also creative and well-paid. We look forward to welcoming you as our students," he said.

Particularly inspiring was the story of Olesya Zinovieva, a ninth-grader who dreams of building a large house for her future family. Thanks to her TIM class, she has already created a sketch of a two-story house with a swimming pool. "I'm glad I received a lot of useful and visual information not only about construction but also about business management. I think I'll choose a career in design in the future," Olesya shared.

Anna Pogozina, a graduate of the school who studied in the TIM class for one year, admitted that the program inspired her interest in architecture and plans to pursue it professionally.

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 Engineering League at the legendary Baikonur Cosmodrome

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

In September, a group of young engineers, participants in the Polytechnic University's "Engineering League" rocket science intensive, embarked on a truly cosmic journey. They visited the legendary Baikonur Cosmodrome, where they not only witnessed the launch of the Soyuz-2.1a launch vehicle but also experienced the history of space exploration.

The trip was organized by the Polytechnic University's Student Admissions Center and coincided with the 27th International Conference "Rocket Modeling in Aerospace Education for Young People." The event brought together 154 young researchers from Russia, Belarus, Kazakhstan, Uzbekistan, Kyrgyzstan, and other countries to discuss the design, construction, and launch of rocket models.

The Polytechnic delegation was accompanied by Yegor Temirgaliev, a senior lecturer at the Higher School of Industrial Management. The group included 10 students from St. Petersburg schools passionate about space and rocket science. Their stay at Baikonur was extremely intensive. The students lived on the grounds of the Chelomey International Space School (ISS), and were personally guided on tours by the ISS director and cosmodrome staff—all industry experts.

Over the course of a week, the young polytechnic students saw almost everything. They visited Assembly and Test Building (ATB) No. 112, where the Soyuz rockets are assembled, stood at the Gagarin Launch Pad—the historic site where the first human spaceflight began, and saw the Buran orbiter's landing complex and the Energia rocket launch command post.

They also visited the memorial houses of Sergei Korolev and Yuri Gagarin, which preserve the unique atmosphere of the era of the first space victories, and strolled along Cosmonaut Alley, where every tree was planted by cosmonauts. The highlight of the trip was the launch of the Soyuz-2.1a launch vehicle carrying supplies for the ISS, which the participants observed from a short distance. This spectacle left no one indifferent.

Safira Tavliyarova, an 11th-grade student at Academic Gymnasium No. 56, shared her impressions: "The moment the fuel ignites, the entire sky is bathed in a bright light; it feels like the sun has returned for a moment. The flames flare up and rise. Everything around you bursts into flames, and you feel the warmth on your face, even though you're a kilometer away. You feel the vibrations of the rocket's takeoff through your entire body. This event reminded me that anything is possible in this world."

As Safira noted, the journey to Baikonur took almost two days, including a flight, a border crossing by car, and a train ride. However, all the difficulties were worth it, thanks to the unforgettable experience of immersing yourself in the world of cosmonautics.

"This trip left a warm, pleasant mark on my life. In my opinion, such impressions, emotions, and events are worth living for," she added.

This trip is a shining example of the Polytechnic University's strategy for engaging talented young people. The Engineering League project allows schoolchildren not only to gain theoretical knowledge in rocket science but also to see its practical application in the real economy, meet future employers, and immerse themselves in the professional environment.

"Seeing the scale of the space industry with your own eyes, feeling the power of engineering and the vibrations of a rocket taking off is an invaluable experience," notes Yegor Temirgaliyev. "Such experiences become a powerful motivation for young people to study the exact sciences in depth, enroll in technical universities, and eventually create their own breakthrough projects here at the Polytechnic University."

The Polytechnic University's Engineering League educational intensive program continues to open doors to the world of high technology and real science for talented schoolchildren, igniting new stars in the country's engineering firmament.

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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Scientists from St. Petersburg State University of Architecture and Civil Engineering are developing a methodology for predicting the reliability of steel-reinforced concrete structures.

Translation. Region: Russian Federal

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

An important disclaimer is at the bottom of this article.

The Department of Transport Systems and Road and Bridge Construction (TSiDMS) continues research into steel-reinforced concrete structures of superstructures under conditions of incomplete compatibility between steel beams and reinforced concrete slabs.

Although composite superstructures are now widely used in medium- and large-scale bridge projects, their calculation methodology has not been fully developed. In particular, one of the remaining open questions is the adequate analysis of connecting elements—one of the most important components of a composite structure that ensures the combined performance of the slab and beam.

The standard engineering approach, enshrined in both Russian and international design codes, assumes the connection between the slab and beam via connecting elements to be absolutely rigid in shear, which is rarely achieved in practice. While such a simplification is acceptable for new bridges, it appears inappropriate for existing structures or for assessing the durability of new bridges.

Nikolai Kozak, Associate Professor of the Department of Structural Engineering and Design, proposes evaluating steel-reinforced concrete structures using a method that takes into account the gradual decrease in shear stiffness of connecting elements, which depends on the process of accumulation of fatigue damage.

The general concept of the methodology includes an iterative calculation of structures with the determination of the level of damage accumulation in the elements of the connection and updating their rigidities (the concept is shown in the figure).

Today, the department's staff, including both faculty and students, is conducting research to develop methods for determining components such as:

models for reducing the rigidity of connecting elements; a model for calculating the load based on data on the actual traffic composition; methods for determining reliability indicators.

The research is being carried out within the framework of research projects by the research and teaching staff of SPbGASU using internal grants in 2025.

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