An educational course from Lenstroytrest has launched at St. Petersburg State University of Architecture and Civil Engineering.

Translation. Region: Russian Federation –

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

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Marina Malyutina opens an educational course

Students from St. Petersburg State University of Architecture and Civil Engineering (SPbGASU) participated in the "Development 360" educational course offered by Lenstroytrest. Vice-Rector for Youth Policy Marina Malyutina emphasized our university's existing experience with similar courses: last year, practical courses were offered by industry partners, and this form of collaboration in personnel training has proven its relevance and effectiveness.

"Our university trains virtually the entire spectrum of development specialists, so the students in this educational course represent virtually all courses and faculties. We understand that today's market demands young professionals who not only possess specific knowledge but also understand the practical processes of the industry. Therefore, we create conditions and platforms for direct interaction between students and the industry. This provides students with a deep immersion in the industry, which will help them adapt more easily to the professional environment," the Vice Rector noted.

Lenstroytrest representatives emphasize that the course's particular significance lies in its absolute practical focus: it's not abstract theory, but rather case studies and knowledge tested in real-world conditions.

"All the material is based on Lenstroytrest's many years of experience. Students learn the intricacies of the work from key executives who solve daily problems in construction, economics, customer service, marketing, and law. We deliberately focus on the most relevant and complex aspects of development: from land acquisition and the project lifecycle to organizing life in an already populated neighborhood. This allows us to present the industry as a unified whole and give students a holistic picture that cannot be obtained from textbooks," explained Ksenia Kolotenko, Head of Communications Projects at Lenstroytrest Group.

According to her, by launching its proprietary educational course, "Development 360," the company is pursuing several key strategic goals. First and foremost, it aims to train highly qualified personnel for the construction industry, familiar with the full cycle of creating a modern residential project—from concept to managing a completed development. Furthermore, the company is interested in ensuring that future architects and urban planners enter the profession not only with theoretical knowledge but also with an understanding of the real-world challenges of development. Finally, this is an investment in the long-term development of the company and the industry as a whole. Lenstroytrest intends to share its unique experience, develop students' understanding of modern quality standards, and, of course, introduce them to the values and approaches of one of the oldest and most experienced companies in the market.

"We consider the first lecture, given by CEO Valeria Malysheva, a successful and symbolic start to the entire course. We noted the high interest and engagement of the audience. The fact that the course was opened by the company's CEO underscores the high importance we attach to this educational project and demonstrates our commitment to dialogue and sharing our experience with students. This format allowed us to immediately immerse the audience in strategic development issues, creating an excellent foundation for subsequent lectures," says Ksenia Kolotenko.

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.

NSU hosted a YADRO laboratory day.

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Source: Novosibirsk State University –

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A large-scale hackathon dedicated to indoor navigation was held at Novosibirsk State University by the YADRO laboratory. This unique event brought together 78 participants in 22 teams representing not only Faculty of Information Technology (FIT), but also other faculties and institutes of NSU.

The YADRO laboratory, based at the Faculty of Information Technologies but with university-wide status, emphasizes an interdisciplinary approach, allowing students from various fields to immerse themselves in solving real-world engineering problems and gain invaluable experience in team development. The hackathon's theme, "Indoor Navigation Technologies," was chosen deliberately: today, when global positioning systems such as GPS/GLONASS have become indispensable in everyday life, indoor navigation systems remain a pressing issue without a universal solution.

The hackathon consisted of two intense stages. In the first, teams were given a testing ground with special beacons installed in advance. Using a signal from these beacons, they had to record the route they had taken on the computer, which required both technical and organizational skills. In the second round, participants presented their innovative solutions to indoor navigation, described their architecture, shared their experiences, and were evaluated by a panel of experts.

Hackathon organizer Alexander Alexandrovich Vlasov spoke about the significance and relevance of the task:

"Each of us is accustomed to the all-powerful GPS or GLONASS outdoors, but indoors, this service stops working, creating serious challenges—from finding classrooms at universities to navigating large shopping malls and airports. We are confident that our future IT engineers, whom we train today, will use robots and artificial intelligence to automate everyday and industrial processes in buildings—where most of our lives take place, and this is impossible without a precision positioning system."

The selection process was as open as possible: even schoolchildren and humanities students with basic IT knowledge were welcome to apply. The hackathon's rules allowed teams to independently assign roles and choose strategies, while the organizers provided comprehensive support in the form of consultations and the selection of training materials relevant to the task.

"Navigation in large buildings is a complex task. Beyond shopping malls and airports, there are major industrial facilities with robotic lines, where positioning is a matter of safety and an accuracy of 1-2 meters. We proposed a system based on beacons and an intelligent algorithm that achieved an accuracy of about 1.5 meters," said Bogdan Afanasyev, a Master's student in Philosophy and a member of the AKL team, about his project.

The results of the first round were announced on October 3, and the second round on October 4 at the YADRO Lab Day celebration. On that day, the participants discussed the challenges they encountered during the rounds, presented their solutions, and participated in the awards ceremony. Team "Barebuhi" emerged as the winner, with ProBLEms taking second place and SysCall taking third. Team n00bmasters also received the Audience Choice Award for their original engineering solution.

Participants gained not only valuable experience and knowledge, but also worthy prizes from YADRO, including financial support, which provided them with additional incentive for further research and development.

Material prepared by: Ekaterina Mukovozchik, NSU press service

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.

Novosibirsk State University and Kim Il Sung University will hold a lecture series on Juche philosophy.

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Source: Novosibirsk State University –

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Novosibirsk State University and Kim Il Sung University will hold a lecture series on Juche philosophy. The first lecture will be held on October 16 at 3:00 PM Novosibirsk time. It will be delivered in Russian by the dean of the North Korean university's philosophy department. Vladimir Diev, Director of the NSU Institute of Philosophy and Law, will moderate the meeting. The next two lectures are scheduled for October 21 and 23.

"Earlier this year, a delegation from Kim Il Sung University, North Korea's leading university, visited Novosibirsk State University. During the visit, representatives from the two universities agreed to intensify interuniversity cooperation. One of the key components of building effective collaboration is familiarization with the partner country's culture, as culture reflects a people's worldview and values. And the soul of culture, in turn, is philosophy, which examines the foundations of human activity. Therefore, to better understand partners from other countries, it is important to begin by studying philosophy and culture," commented Vladimir Diev.

Kim Il Sung University is interested in developing cooperation with Russian universities, particularly NSU and the Novosibirsk Scientific Center. The university is currently exploring the possibility and selecting a site for opening a representative office in Akademgorodok. The Russian side, in turn, is committed to strengthening the partnership.

"We've only just announced the lecture series, but 10 Russian universities have already expressed their willingness to join the online broadcast. Little is known about North Korean philosophy and culture in our country, so these lectures offer an opportunity to gain a deeper understanding of the unique way of life, traditions, and foundations of this country," added Evgeny Sagaydak, Head of the Education Export Department at NSU.

Contact information for universities wishing to connect their students to lectures:

Evgeny Ivanovich Sagaydak, Head of the Education Export Department of NSU, sei@lab.nsu.ru

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.

An NSU student has created an intelligent robotic arm for automated tomato harvesting in industrial greenhouses.

Translation. Region: Russian Federal

Source: Novosibirsk State University –

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A student has created an intelligent robotic arm for the automatic harvesting of tomatoes in industrial greenhouses, which can distinguish ripe fruits from unripe ones. Faculty of Information Technology, Novosibirsk State University Anton Vlasenko. His robot is capable of analyzing the ripening time of different tomato varieties and harvesting only ripe ones. It leaves unripe ones on the bushes and returns to them as they ripen. The young researcher is currently testing his device at home, and plans are underway for industrial testing at the Tolmachevsky greenhouse complex, for which a preliminary agreement has already been reached.

We used computer vision algorithms to analyze the condition of the fruit and make decisions. The system also incorporates ultrasonic sensors. They help the robot estimate the distance to objects and avoid collisions. To prevent the robotic arm from accidentally crushing tomatoes when picking them from the branches, we equipped the device with sensors that regulate the force of compression. An interesting aspect relates to the "time to harvest" algorithm itself. We don't simply classify tomatoes as "green" or "red," but rather attempt to estimate how many days remain until the optimal harvest. To do this, we use color channel and saturation data. Using this data, the system predicts the harvest time. This will allow us not only to harvest the fruit "here and now," but also to plan when exactly to dispatch the robot to a specific plant. Our robotic arm doesn't simply determine the overall color of the tomato, but divides its image into a grid, like a chessboard. Each cell is analyzed individually based on the fruit variety, separating out areas that are red, green, or yellow. This way, the system understands whether the fruit is ripe, partially ripe, or still green, and then predicts the optimal time for harvesting, explained Anton Vlasenko.

To detect objects, the young researcher used the YOLOv8 (Ultralytics) core neural network in his development. It finds the bounding boxes of tomatoes in the frame. The robot's software is written in Python. The OpenCV (cv2) computer vision library handles several tasks: reading the video stream from the camera, image transformation (HSV, LAB), and creating color masks. Numerical calculations—channel averages, array operations, and pixel counting in masks—are performed using the NumPy library. An Orange Pi 5 controller powers the stepper motors and control drivers. This allows the robotic arm to receive tomato coordinates from YOLO, convert them into angles for the servo motors, and then pick the fruit.

The manipulator itself was manufactured using 3D printing. It consists of a gearbox, arm segments, brackets, and a gripper. A total of 115 parts were manufactured. After printing, each one underwent meticulous post-processing. A significant portion of this work was performed by the project's second participant, Yakov Gubarev, a student at the Siberian State University of Geosystems and Technology. Supports had to be removed from each part, contact surfaces had to be manually sanded, mounting holes for fasteners had to be drilled, and the accuracy of the mounting surfaces had to be verified.

"While working on printing the manipulator parts, we encountered a serious problem. It's a fairly large structure—if its "arm" is fully extended, it's about 1.5 meters long. Our existing printer couldn't handle this. We started looking for alternatives, and it turned out that printing ready-made 3D models would cost us more than a new printer with the capabilities we needed. So we had to buy a new 3D printer," said Anton Vlasenko.

The manipulator is currently assembled, and the young researchers will now fine-tune its motion and then assemble a mobile platform that will allow the robot to navigate between rows in greenhouses. After that, they will be able to move on to pilot testing in real-world conditions. Anton Vlasenko will defend his master's thesis, which will be the basis for his project. He also plans to submit it to a student startup competition.

The idea to create a robotic manipulator for this task came to me at a hackathon held by TRK. One of the tracks was to create a small robot that would use computer vision to pick certain types of fruit. The task wasn't difficult—we just needed to make sure the robot touched the fruit it had selected. Later, we decided that it would indeed be a good idea to create a robot that could pick tomatoes in industrial greenhouses. After speaking with Sergei Evgenievich Lozhnikov, the former director of the Tolmachevsky greenhouse complex, we learned that there was a real need for automated harvesters. Currently, this process is done manually, but there's a labor shortage, which is becoming a serious problem for greenhouse complexes. Our idea to create a robot that could perform this task found support, and we got to work. First, we studied existing robots, and then began considering which architecture to use to more effectively harvest tomatoes, as well as planning for future development. In the future, we plan to adapt our tomato picker to other vegetable crops, Anton Vlasenko shared his plans.

Material prepared by: Elena Panfilo, NSU press service

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.

One day – two agreements: GUU and TNU will create a system of cooperation for the development of science and education.

Translation. Region: Russian Federal

Source: Official website of the State –

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On October 7, 2025, a signing ceremony was held for two cooperation agreements between the State University of Management and the Pacific National University.

On behalf of the State University of Management, the agreements were signed by Rector Vladimir Stroyev, and on behalf of Pacific National University, by Rector Yuri Marfin, a graduate of the "Academic Reserve 2022" program. The first agreement covers cooperation in improving the quality of education and research, information exchange, and the training, retraining, and professional development of specialists. The second agreement envisages the creation of a unified system of long-term cooperation in the development and implementation of work programs and curricula in the field of computer-aided design systems and the use of modern CNC systems.

Following the signing ceremony, the leaders discussed the specifics of the Far East region and its universities. Vladimir Stroyev, Rector of the State University of Management, noted the independence and leadership positions of Vladivostok universities, as well as the high practical focus of Khabarovsk higher education institutions. Yuri Marfin, Head of the Pacific National University, noted their shared interests in developing network educational programs and confirmed their desire to act as an operator in the Khabarovsk Krai. He also expressed interest in joint expert and analytical work commissioned by manufacturing companies, the government, and international partners.

Maria Karelina, Vice-Rector of the State University of Management and Management, and Dmitry Nikitin, Head of the CNC Laboratory, visited PNU at the end of September. They spoke about the university's completed projects on expert analytics in mechanical engineering and the overall development of its engineering competencies.

SUM Vice-Rector Dmitry Bryukhanov highlighted the university's extensive experience in developing a leadership talent pool. Currently, 44 graduates of the Academic Reserve program are heading Russian universities, including a distinguished guest from PNU. Specifically, the program's recently launched international track was mentioned. Dmitry Bryukhanov also briefly introduced the guest to SUM's capabilities in distance education.

Returning to the topic of joint network programs, Vladimir Stroyev proposed holding a meeting of vice-rectors to identify specific areas of collaboration and prepare a presentation for students by the spring. As a recent successful example, the rector cited a unique network program with the I.T. Trubilin Kuban State Agrarian University, which enrolled 57 students in its first year.

Yuri Marfin proposed combining the universities' marketing efforts to recruit applicants who, for whatever reason, were unable to enroll in the partner universities' main programs.

Yuri Marfin also expressed strong interest in SUM's project-based learning competencies. He described this topic as a pressing one for the Far East and invited his colleagues to join the upcoming meeting of regional university rectors on this topic.

Dmitry Bryukhanov confirmed his willingness to share his experience in this area, especially since the Interregional Educational and Methodological Center for Project-Based Learning has been operating at SUM since last year, and the journal "Project Management Bulletin" has been published since June. SUM's high level of expertise in this area is also demonstrated by the victory of our student Danila Yakovlev in the All-Russian Competition of Graduate Theses in the "Startup as a Diploma" format.

Discussing plans for further developing relations with PSU, Vladimir Stroyev offered assistance in promoting youth policy and career guidance. The rector mentioned that PSU is the best university in Moscow for educational work, and that it hosts a Methodological Center for the Study and Strengthening of the KVN Movement in the Russian Regional Youth Organization. The First Management School organizes and conducts entrepreneurship sessions at the country's largest children's camps and is also preparing an innovation Olympiad in collaboration with the Wildberries company.

Yuri Marfin then took a short tour of the university. At the Media Center, he was told about the six existing online master's programs and the work of the PSU Digital Corps, including plans to integrate artificial intelligence into it. The PSU Rector expressed keen interest in the distance learning system and asked for an account so he could explore the software's capabilities in his free time.

Vladimir Filatov, Director of the Engineering Project Management Center at the State University of Management, spoke in detail about the operating principles of the inter-university student design bureau, the opening of new laboratories, and collaboration with industrial partners. He also answered questions about the design bureau's recruitment process.

Yuri Marfin was equally interested in the GUU Pre-University. Director Marina Grigorieva answered his questions about the faculty, meals, class composition, preparation for the Unified State Exam, and the availability of paid tuition.

Subscribe to the "Our GUU" Telegram channel. Publication date: October 7, 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.

It's your turn, Vitaly Savelyev: "Your brain needs to be trained just like your body."

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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Russian Deputy Prime Minister and Polytechnic University graduate Vitaly Savelyev became the thirteenth guest of the discussion club. "The floor is yours!" project "Lepota".

The Semenov Hall was over 100 percent full. First, Vitaly Gennadievich was congratulated on being awarded the title of Honorary Doctor of SPbPU: the mantle presentation ceremony took place on the same day, two hours earlier.

Vitaly Savelyev graduated from the Faculty of Mechanical Engineering at the M. I. Kalinin Leningrad Polytechnic Institute in 1977, specializing in mechanical engineering for construction and road machinery and equipment. After ten years of engineering experience, he received a second degree from the Leningrad Engineering and Economics Institute, earning a PhD in economics.

He worked on the construction of the Sayano-Shushenskaya Hydroelectric Power Plant, rising from a commissioning engineer to the manager of the All-Union Trust "Sevzapmetallurgmontazh" (Sevzapmetallurgmontazh) of the USSR Ministry of Construction and Special Construction. He also worked for large commercial organizations, including Deputy Minister of Economic Development and Trade of the Russian Federation and CEO of PJSC Aeroflot. In 2020, he was appointed Minister of Transport of the Russian Federation. On May 14, 2024, he was appointed Deputy Prime Minister of the Russian Federation. That same year, he became the Special Representative of the President of Russia for the Development of the North-South International Transport Corridor.

At a meeting with Polytechnic University students and staff, Vitaly Savelyev gave a short lecture on the construction of high-speed highways in Russia and on future technologies such as magnetic levitation (maglev) and vacuum travel (Hyperloop). He emphasized that today's students will be working with these technologies. Afterward, Vitaly Gennadyevich answered questions from the audience and offered some valuable advice.

After graduating from the Polytechnic University, you rose through the ranks from an engineer to high-ranking government positions. What principles and inner values helped you along the way?

— For me, maintaining balance has always been fundamental. In everything you're building now—your body, your health, sports—and I played a lot of sports at university. And secondly, you need to constantly learn. You have to constantly push yourself, never let yourself slack off. You should have a professional hobby. It distracts you, gives you a different perspective on what you're doing. I was a professional photographer; I was the Nikon ambassador in Russia. I still shoot, and I find time on Sundays. Yesterday, I was out for a walk with my eldest son, and I was photographing autumn Moscow. You have to be able to distract yourself. I teach this to my children too; I have three (applause), and I also have four grandchildren (applause). You have to always be balanced. That's the most important thing.

— Vitaly Gennadievich, what sports did you do?

— I'm a candidate for Master of Sports of the USSR in boxing (applause). I was a two-time Burevestnik champion and a prize winner of the Leningrad student championship. But it's important to keep your mind in shape, not just your body. If you don't develop it, it starts to deteriorate. I picked up my latest hobby after COVID. In my spare time, I'm learning pi. I can recite the first 376 digits from memory. So there has to be something that motivates you to keep doing something. Brains are trained like muscles—believe me. If you maintain balance, you'll succeed. You're studying at one of the best universities. I've always been and remain proud to have graduated from the Polytechnic University. My teachers and mentors, Vladimir Vachaganovich Badalov and Albert Yakovlevich Bashkarev, are here in the audience today. The foundation you learn at university lasts a lifetime. You are now being imbued with knowledge, taught things that will definitely be useful in life. Your teachers are developing you and teaching you how to think.

— How will high-speed transport impact regional development and tourism?

"One of the key parameters of quality of life is mobility. That's why the construction of high-speed roads creates significant opportunities for regional development."

— If students have ideas for high-speed transportation technologies, such as autonomous vehicle repairs, where can they apply?

"Nobody considers ideas directly. But ideas can be patented and obtain a copyright certificate. Another option is to publish an article in a professional publication, and you'll definitely be found if the idea is innovative. We monitor all publications in our industry."

— What are the environmental advantages and disadvantages of high-speed transport, and how is automation of traffic on the line ensured?

"A high-speed railway will have an even greater environmental impact than an airplane. Airlines generally operate on clean kerosene, and air pollution is less than two percent per year globally. You're absolutely right to ask how safety will be ensured, since the project calls for trains to run at 15-minute intervals; maintaining such a discrete interval is impossible without automation. Several institutes are working on this issue. We must achieve this; this is our technological sovereignty."

— Why are you focusing on high-speed rail instead of promoting airspace, given that air transport is considered safer?

"An airplane can't always compensate for the train. Yes, Moscow-St. Petersburg flights fly every 15 minutes, 70 flights a day. But how will you land in Tver? In Veliky Novgorod?"

— Given your successful experience as a manager, what key principles of process management can you highlight?

Management is the art of achieving results through your subordinates. You need to set goals so that employees achieve at least 4% of the desired results. If you accept their lack of accomplishment and do it yourself, you've lost. You should never do anything for your subordinates. There are several important functions. The main one is planning. It binds. If you set a date, that's it, you're its hostage; explaining why you didn't complete it by the deadline will be difficult. Sometimes you've planned everything, but 20 minutes later the conditions change. That's when the "regulation" function comes in. Once you've adjusted the process, the control function appears. You must constantly monitor your subordinates. Finally, the function of analysis and reaching a new level is new planning. You make adjustments to the plan. If you work like this, I guarantee you'll be successful. I read about this when I was starting my career, I still use it, and I always say: there are no unsolvable problems, only complex solutions.

At the end of the meeting, Vitaly Savelyev received a branded Lepota project T-shirt with the lucky number thirteen as a gift.

"I love this number!" Vitaly Gennadievich rejoiced. "I had a car with the license plate number 13 and an apartment number 13." And on the second T-shirt, which remained at the Polytechnic University, the hero of the evening signed a wish for everyone good luck.

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.

AI technologies for solving engineering problems in real-world industries

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Source: Peter the Great St. Petersburg Polytechnic University –

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The 12th Artificial Intelligence Seminar was held at Peter the Great St. Petersburg Polytechnic University. The heads of the KNTN-3 project, "Artificial Intelligence for Solving Cross-Industry Problems," presented interim research results. Students, faculty, and researchers interested in this topic also participated in the seminar.

KNTN-3 is one of three key scientific and technological areas dedicated to the creation of digital platform solutions for multimodal data analysis (in accordance with the SPbPU Development Strategy to 2030). The area is led by Yuri Fomin, Chief Designer and Vice-Rector for Research at SPbPU.

At the seminar, Irina Anikina, Associate Professor at the St. Petersburg Polytechnic University School of Nuclear and Thermal Energy and Head of the "Flexible Power Plant Equipment Lifecycle Management System Using Predictive Analytics Tools" project, presented a prototype of the system. The project involves developing self-parameterizing digital twins of thermal power plants (TPPs)—dynamically updated models that take into account the actual condition of the equipment, its degradation, and technological limitations. This enables analyzing trends in key parameters reflecting equipment degradation and transitioning from planned to predictive maintenance. The combination of physical models (digital twins) and neural network approaches (a multilayer autoencoder based on LSTM and Transformer) overcomes the shortcomings of each method individually and improves the accuracy of anomaly prediction.

Digital twins have already been developed for six combined heat and power plants in the Northwest region, and neural network technologies have been tested on a PGU-450T combined cycle gas turbine unit, processing 536 parameters in real time. This has enabled a reliable assessment of the current condition of the equipment and reduced the risk of unscheduled repairs.

The developers' plans for 2026–2027 include registering software as a result of intellectual activity (RIA), implementing the system at TGK-1 facilities, developing functionality in the system for optimizing repair schedules for power equipment, and expanding the event library for automatic equipment defect detection.

The project's preliminary results already demonstrate the effectiveness of integrating machine learning and digital twins to generate recommendations for managing energy infrastructure assets, directly impacting their reliability and performance.

Daniil Miroshnichenko, a specialist at the Gazpromneft-Polytech Scientific and Educational Center, presented the interim results of the project "Automation of Seismic Data Processing Using ANN" to seminar participants. The project manager is Ivan Zhdanov, Chief Engineer of the Laboratory for Digital Modeling of Underground Oil and Gas Reservoirs and Well-Test Analysis. The researchers developed algorithms based on Transformer-type architectures and convolutional neural networks. These solutions automate routine operations (such as seismogram interpolation and noise filtering), which traditionally require significant time and highly qualified specialists. This will help reduce the processing time and free up geophysicists' resources for more complex interpretation tasks.

Marina Bolsunovskaya, head of the Industrial Stream Data Processing Systems laboratory at the SPbPU Advanced Engineering School "Digital Engineering" and project manager for the "Digital Platform for Transport Systems Data Analysis Using Hybrid Artificial Intelligence" project, presented the universal digital platform "POLANIS" and a hybrid AI optimizer for transport systems at the seminar.

The universal POLANIS platform and ecosystem enables the integration of computing modules, calculation version management, input data configuration, and results analysis through customizable dashboards. The platform serves as the foundation for creating digital models in transportation, industry, and other fields. The platform and optimizer enable the transition to predictive management of transportation systems, coordinated infrastructure development, and the implementation of highly automated modes of transport.

The seminar confirmed that our strategy is working. We are moving from theory to real systems. Digital twins of thermal power plants, neural networks for geologists, AI optimizers for transport—these are no longer prototypes, but tools that are changing approaches in energy, mining, and logistics. The strength lies in hybrid solutions, where physical models are enhanced by artificial intelligence. The results speak for themselves: higher accuracy, lower risks, and new opportunities. We're not just researching—we're creating a technological standard for industry," commented Yuri Fomin, Vice Rector for Research at SPbPU, on the seminar's results.

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.

Endowment funds in science and education: a conference at the Polytechnic University brought together leading experts

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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The All-Russian scientific and practical conference "Formation and Development of Endowment Funds in Educational and Scientific Organizations: Theory and Practice" was held at Peter the Great St. Petersburg Polytechnic University. It brought together over 200 participants from across Russia.

The conference was organized by the Polytechnic University with the support of the Ministry of Science and Higher Education of the Russian Federation, the St. Petersburg branch of the Russian Academy of Sciences, and the National Association of Endowments.

On the first day of the conference, leading experts and representatives from academia and business met to discuss current trends in endowment development. Elena Vinogradova, Chair of the Board of the SPbPU Endowment Fund and Director of the Department of Economics and Finance, moderated the plenary session.

Aslan Kanukoev, Director of the Department of Economic Policy and overseeing the development of this area, addressed the conference participants with a welcoming address on behalf of the Ministry of Science and Higher Education of the Russian Federation. Kanukoev emphasized the importance of establishing endowment funds as a long-term strategic tool for the sustainable development of educational and scientific organizations, as well as the relevance of a comprehensive approach to studying, developing, and improving management methods for such funds.

Maxim Pasholikov, Vice Rector for Information, Youth Policy, and Security, delivered welcoming remarks on behalf of the Polytechnic University: "It's gratifying that the Polytechnic University is hosting a scientific and practical conference dedicated to endowment funds. This is an important step—the university is not only participating in the development of a culture of philanthropy but also engaging in research into this phenomenon from a scientific perspective. I'm pleased to see young researchers in the audience who are choosing the topic of endowment funds for their term papers, theses, and dissertations. I am confident that this initiative will not only contribute to the development of a culture of philanthropy but also strengthen the connection between education, science, and society. The relevance of these issues today is difficult to overestimate.

The keynote presentations at the plenary session focused on the past, present, and future of endowments. Svetlana Lavrova, Advisor to the Rector of the European University on Financial and Economic Issues, Executive Director of the European University Foundation, and Chair of the Board of the National Institute of Economics (NAE), a leading expert on endowment funds not only in Russia but also internationally, delivered a report titled "Endowments in Russia and Globally: Status, Trends, and Development Prospects."

Svetlana Golovkina, Head of the Department of Economic Theory at the Institute of Mechanics, Economics, and Technology, introduced conference participants to the development of endowments in pre-revolutionary Russia. Many learned for the first time that the tradition of creating "perpetual deposits" originated in Tsarist Russia and served as an important tool for helping those in need. Beginning in 1902, the Polytechnic Institute (as the Polytechnic University was then known) paid stipends based on the interest earned on "perpetual deposits" established by the Ministry of Finance, the St. Petersburg Exchange Society, and the First Russian Insurance Company.

A report by Marina Borovskaya, President of Southern Federal University, Academician of the Russian Academy of Education, and Chair of the Council of Rectors of Southern Russia, emphasized the challenges of developing endowments: the need to expand mechanisms for forming endowments, including the use of intellectual property and proceeds from the commercialization of scientific research.

Following the plenary session, the conference continued in four sections. In the section "Endowment Funds: From Origins to Current Trends—History, Development, and Promotion Strategies" (moderated by Svetlana Golovkina, Head of the Department of Economic Theory at the Institute of Economics, Methodology, and Technology, and Artem Klinitsky, Associate Professor at the Higher School of Law and Forensic Expertise at the State University of Economics), participants were able to explore the evolution of endowment funds in Russian education from their origins to the present day.

The moderators of the "Legal Aspects of the Creation and Development of Endowments" session—Olga Novikova, Executive Director of the SPbPU Endowment Development Fund, and Irina Tolmacheva, Deputy Director of the Endowment Formation Fund "Foundation for the Development of Social and Economic Sciences and Education" and Director of Legal Affairs at the All-Russian Foreign Trade Academy of the Ministry of Economic Development of the Russian Federation—noted the participants' strong interest in issues related to legislation and its application to endowment funds. Real estate as a potential endowment asset became a hotly debated topic.

The section "Financial Strategies and Instruments for Forming Endowment Funds in Educational and Scientific Organizations in a Changing Macroeconomic and Regulatory Environment" (moderated by Yuri Kuporov, Associate Professor at the Higher School of Engineering and Economics at IPMEIT, and Anna Chizhova, Deputy General Director and Head of Corporate Clients at VIM Investments Management Company) examined passive and active strategies for managing university endowments, taking into account international experience and the possibility of contributing large equity stakes to university endowments. Financial models for their formation, along with economic and statistical verification of strategic decisions, were also presented.

Participants in the "Modern Fundraising Tools" section (moderated by Olga Kalinina, Director of the Higher School of Industrial Management at the Institute of Mechanics and Technology, and Elena Osipchukova, Deputy Director of the Center for Developing Partnerships with Alumni at the Ural Federal University named after the first President of Russia B.N. Yeltsin) discussed modern tools for replenishing endowments and current fundraising development trajectories. Elena Osipchukova also shared her experience engaging international UrFU graduates in endowment programs, while Marina Stupnikova, Director of the Endowment Fund at the National Research Nuclear University MEPhI, shared her experience developing the fundraising system at MEPhI.

At the end of the first day, a tour of the SPbPU History Museum was organized for external conference participants, led by the museum's director, Valery Klimov.

On the second day, the IPMET conference hosted a project session titled "Young People's Views on Endowments: Ideas That Work."

The event was organized by Olga Novikova, Executive Director of the SPbPU Endowment Fund, Maxim Ivanov, Deputy Director for Promising Projects and Youth Policy at the Institute of Economics, Management and Telecommunications, and Tamerlan Tuganov, Responsible for Work with Youth and Alumni at the Institute of Economics, Management and Telecommunications.

The session was attended by 15 student teams representing various SPbPU institutes: IPMEiT, IE, IKNK, IMMiT and IFKST, as well as student associations "SPbPU Case Club" and "SPbPU Business Club".

The students developed projects aimed at developing the university's endowment fund. The work focused on three key areas: the role of the endowment fund in student life, new approaches to communications and promotion, and the development of an active student and alumni community.

The students received expert advice. The best projects were distinguished by their originality and practical applicability. Following the session, the youth teams "IKNK Rabochiy" and "Kogda IMMiT?" received support from the SPbPU Endowment Fund to implement their projects. Three other teams—SPbPU Business Club, "Natalie" (IPMET), and "Sportiki" (IFKST)—were awarded diplomas and commemorative prizes for their creativity and high level of preparation.

The project session demonstrated that students have fresh ideas and a strong desire to participate in the university's development. The endowment fund is becoming an important unifying point for students, alumni, and all Polytechnic staff, opening up new opportunities for joint initiatives.

A new experience in holding conferences on endowments brought together the academic community, student bodies, and expert community. A dynamic two-day discussion among all participants identified key issues in this area and proposed ways to develop endowments in educational and scientific organizations, with the necessary involvement of young people.

Since 2025, the Ministry of Education and Science's "Priority 2030" program monitoring system has included an indicator for the effectiveness of endowment fundraising. This has given participating universities an additional incentive to develop alumni communities, partnerships, and other mechanisms for increasing endowment capital.

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.

Attention, students: New registration system for physical education classes

Translation. Region: Russian Federal

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

The State University of Management reminds you that a new registration system for physical education classes and university teams has been in effect since this year.

Registration is now available on the SUM Digital Corps educational platform. To access, register using your corporate email address and fill out your personal account information.

Next, on the main page, select the "Student" section and proceed to the "Physical Education" course, where you'll find the schedule of classes and sections. Sign up for classes at a convenient time, attend the required number of hours, and receive credit.

Additionally, you can earn additional points by participating in events found in the "Events" section, passing standards at the State University of Management, or passing the GTO (Ready for Labor and Defense) tests at other institutions.

Detailed instructions

Subscribe to the "Our GUU" Telegram channel. Publication date: October 7, 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.

Take part in the "Above Dreams" scholarship educational program

Translation. Region: Russian Federation –

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

The State University of Management invites students to participate in the "Above Dreams" scholarship educational program.

Students of financial, economic and mathematical specialties of full-time/part-time/evening forms of study from the third to sixth years inclusive, no older than 25 years of age with high academic potential are admitted to the selection.

The program was initiated by former partners of the investment company Troika Dialog (which became part of the Sberbank Group in 2012) with the goal of identifying and supporting young talent in the financial sector.

During their studies, students learn to apply theoretical knowledge in practice, broaden their horizons, and gain access to a platform for professional and personal growth.

Participation in the program involves a remote competitive selection process, which takes place in the format of a case championship.

Those who reach the finals will spend a week studying at the SKOLKOVO School of Management campus in Moscow. Classes are held during the student winter break. During this stage, participants will work on a real-world business problem provided by VTB Bank and attend lectures from renowned finance experts and senior managers from major companies.

Based on the program's results, the best graduates are offered preferential terms for internships at companies such as AVITO, ATON, Aspring Capital, D8, VTB, KEPT, Renaissance Capital, and others.

Registration for participants will be open until October 31, 2025, on the project's official website.

Subscribe to the "Our GUU" Telegram channel. Publication date: October 7, 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.