School – university – enterprise: SPbGASU is a participant in the continuous educational cycle

Translation. Region: Russian Federation –

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

An important disclaimer is at the bottom of this article.

Victoria Vinogradova, Vladislav Ruzavin and Alexandra Ivanova

On December 19, the Saint Petersburg State University of Architecture and Civil Engineering, Murino Secondary School No. 8 (Murino, Vsevolozhsk District, Leningrad Region), and the MAVIS Investment and Construction Group signed a trilateral cooperation agreement.

The main goal of this collaboration is to create a model for a continuous educational cycle between school, university, and enterprise, enabling schoolchildren to develop research skills and engineering thinking, receive early career guidance, and see the practical application of their knowledge. The signing ceremony, held at Murinskaya School No. 8, was attended by Victoria Vinogradova, Vice-Rector for Continuing Education at SPbGASU, Alexandra Ivanova, Principal of School No. 8, and Vladislav Ruzavin, Deputy Administrative Director of the ISG "MAVIS."

In her welcoming remarks, Alexandra Ivanova noted: "We are extremely interested in collaborating with SPbGASU. Today, we are preparing future university applicants, and tomorrow, you will be preparing future employees for our main partner company and other companies in the construction industry. The agreement signed today will serve as a starting point for the joint development of new ideas for creating a unified scientific and educational information environment, partnerships in education and science, and the development and implementation of effective forms of cooperation."

Victoria Vinogradova emphasized the importance of the concept of continuous education and the university's collaboration with industry partners in career guidance. "Today marks the launch of a project in which the school, university, and employer are uniting to train successful and in-demand specialists in the construction industry," she said.

"MAVIS has been successfully collaborating with SPbGASU for several years. Currently, a number of employees are studying at the university part-time, and students have the opportunity to complete internships at our facilities," said Vladislav Ruzavin.

After the agreement was signed, representatives of the admissions committee and faculties of SPbGASU addressed the school's teachers, students, and their parents.

Ilya Gladushevsky, the Admissions Committee's responsible secretary, spoke about the university as a whole and the career guidance activities it hosts: "SPbGASU begins working with prospective students as early as their school years. For us, it's not just Unified State Exam results that matter, but a conscious interest in the construction industry. We recognize and support students who want to develop in this field, and we are ready to encourage their aspirations: the best of them will receive additional points for individual achievements upon admission."

Dmitry Ulrikh, Dean of the Faculty of Environmental Engineering and Urban Management, noted: "The faculty works closely with schools in St. Petersburg and the Leningrad Region, developing career guidance programs, including long-term ones, where students can come to the university, immerse themselves in the educational environment, and work on a project with faculty."

Speaking about the training programs offered by the SPbGASU Faculty of Civil Engineering, Associate Professor Sergei Lanko of the Geotechnical Department emphasized: "Artificial intelligence won't build a building. Every blogger, doctor, and IT professional needs a building built by an engineer."

Denis Nizhegorodtsev, Director of the Digital Competency Educational Center, discussed the implementation of the "Digital Construction Classes" project, outlining its key features: "This is an educational program that provides practical knowledge; it focuses on modern technologies at the intersection of IT, construction, and 3D modeling; and it offers the opportunity to gain a first profession—we have already seen graduates of our project find work as draftsmen immediately after graduating from school."

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.

The most secure internet

Translation. Region: Russian Federation –

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

Dear staff and students of the State University of Management, we remind you that, in accordance with the recently adopted Russian Government Resolution No. 1667, previously developed and tested measures to protect domestic network infrastructure, user security, and restrict internet resources banned in Russia will come into effect on March 1, 2026.

This means that in the event of external cyberattacks or internal technical failures, all internet traffic will be routed through threat countermeasures (TCMs). Using these, Roskomnadzor, the Federal Security Service, and the Ministry of Digital Development, Communications, and Mass Media of the Russian Federation will be able to filter traffic, restrict access to certain resources, or reroute data if necessary.

Should such situations arise, traffic restrictions will not affect the operation of services, apps, and applications included in the list of Russian digital platforms prepared by the Ministry of Digital Development, Communications, and Mass Media. This list includes:

— National messenger MAX;— Portal "Gosuslugi";— Yandex services;— Services "VKontakte", "Odnoklassniki", Mail.ru;— Websites of the Government, the Administration of the President of Russia, the State Duma, federal ministries, services and agencies, state information systems, the Prosecutor General's Office, governments of the constituent entities of the Russian Federation;— Telecom operators "Beeline", "MegaFon", MTS, "Rostelecom", T2;— Payment system "Mir";— Marketplaces Ozon and Wildberries, classifieds service Avito;— Online service for hosting and viewing videos Rutube;— and other socially significant resources.

The list will be updated. The latest update was released on December 18th and can be found on the Ministry of Digital Development, Communications and Mass Media website.

In this regard, the Russian Ministry of Science and Higher Education and the State University of Management recommend using the above-mentioned services for work and communications to avoid potential disruptions. The best solution for work communications is the MAX platform, which can be used as a smartphone app, a desktop program, or a web version on the official website www.max.ru.

Starting January 1, 2026, all official and verified information from the State University of Management will be published primarily on the university's channel on the MAX platform.

The Ministry of Education and Science also recommends using the MAX platform for teaching at universities. The cards include instructions for downloading the national messenger and creating work chats.

Subscribe to the "Our GUU" Telegram channel. Publication date: December 25, 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.

In memory of the departed polytechnicians

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The year 2025 is drawing to a close. Sadly, for some, it was their last. Today, we remember the Polytechnicians who are no longer with us.

In January 2025, the outstanding scientist, Doctor of Physical and Mathematical Sciences, Corresponding Member of the Russian Academy of Sciences, Professor of the Higher School of Mechanics and Control Processes of the Physicomechanical Institute V. V. Rybin passed away.

Valery Vasilyevich was born in Belarus. He graduated from Leningrad State University in 1963 with a degree in Physics. He completed his postgraduate studies at the A.F. Ioffe Physicotechnical Institute. Valery Vasilyevich began his scientific career at the Prometey Central Research Institute of Structural Materials, where he began working in the electron microscopy department. Within a short time, under Valery Vasilyevich's leadership, the department became a recognized center for electron microscopy in the USSR and abroad. V.V. Rybin applied his experience as a physicist to systematize empirical, often disparate, information. He elucidated many structural processes in solids, opening up fundamentally new avenues for the development of metal science.

While studying steels, Valery Vasilyevich discovered unusual structures, which he called "high-temperature martensite" and "carbide-free bainite." These structures form the basis of high-strength, low-carbon, weldable structural steels. V. V. Rybin developed a theory of secondary hardening of steels and studied the structures of radiation-resistant steels for nuclear and thermonuclear power plants.

From 1997 to 2009, V. V. Rybin was the first deputy general director for scientific work at the Central Research Institute of Spacecraft Design “Prometheus”.

V.V. Rybin has published approximately 500 scientific papers, including seven monographs, 58 copyright certificates, and patents. Valery Vasilyevich supervised seven PhD candidates and three doctors of science.

Since 2010, Valery Vasilyevich has worked part-time as a professor in the Department of Physics of Strength and Plasticity of Materials, now the section of the Higher School of Mechanics and Control Processes of the Physical-Mechanical Institute of St. Petersburg Polytechnic University.

Also in January, S. V. Zakharenko, an employee of the Operations and Maintenance Department of the Operations and Maintenance Services Department, passed away. His responsibilities included ensuring cleanliness and order at the university.

In March, Polytechnic University bid farewell to several employees: E. V. Dementyeva, Chief Librarian of the Book Storage, Rare Books, and Local History Sector of the Information and Library Complex; A. V. Karpov, Plumber of the Utility Networks Operation Section of the Engineering Services Department; N. V. Dvoretskaya, Lead Engineer of the Higher Engineering Physics School of the Institute of Electronics and Telecommunications; and I. N. Zhilinkova, Senior Lecturer of the Department of Economic Theory of the Institute of Industrial Management, Economics, and Trade.

In April, E. G. Elicheva, a security guard at the Department of Property Relations' Property Complex and Parking Department, passed away.

In May, Professor F. S. Nasredinov, a Doctor of Physical and Mathematical Sciences and professor in the Physics Department of the Institute of Physics and Mathematics, passed away at the age of 78. He had worked in the department for over 30 years. He was an Honorary Professor of the Polytechnic University and an Honorary Worker of Education of the Russian Federation.

Farit Sabirovich was born in Akmola, Kazakhstan. He graduated from the Physics Department of Leningrad State University. He worked at the Physicotechnical Institute of the USSR Academy of Sciences. Since 1992, he has worked in the Department of Experimental Physics at St. Petersburg State Polytechnical University.

Farit Sabirovich's early work focused on the study of the electric capacitance of space charges in semiconductors. His primary research focus was Mössbauer spectroscopy (impurities and radiation defects in semiconductors, crystal-to-glass transitions, and the structure of high-temperature superconductors). Farit Sabirovich participated in pioneering work identifying and studying two-electron centers with negative correlation energy and studying electron exchange between neutral and ionized impurity centers in semiconductors. His doctoral dissertation focused on the use of impurity Mössbauer probes to study the electronic and atomic structure of solids, specifically to determine the spatial distribution of electron defects in the lattices of high-temperature superconductors.

F. S. Nasredinov is the author of about 140 scientific papers, one invention and 30 articles in international publications.

On July 23, V. I. Lebedev, Deputy Director of the Institute of Nuclear Energy (branch) of SPbPU in Sosnovy Bor and former Director of the Leningrad Nuclear Power Plant, passed away. He dedicated more than 54 years to nuclear energy.

Valery Ivanovich was born on November 3, 1947, in Teikovo, Ivanovo Region. In 1971, he graduated from the Ivanovo Power Engineering Institute with a degree in "Automation of Thermal Power Processes" and was assigned to the Leningrad Nuclear Power Plant in Sosnovy Bor. Initially, he worked as an instrumentation and automation engineer, then became a senior engineer for the Skala information system, a senior repair foreman for the Skala information system, a head of the thermal automation and measurement shop, and the plant's chief engineer. In 1996, he became head of the Leningrad Nuclear Power Plant.

In 1998, V. I. Lebedev received his PhD in engineering, and in 1999, his doctorate. Since 2000, he has worked as a professor in the Department of Nuclear and Thermal Power Plants at the Power Engineering Faculty of the Saint Petersburg State Polytechnical University.

After 14 years as the director of the Leningrad Nuclear Power Plant, Valery Lebedev transferred to the Institute of Nuclear Energy (branch) of SPbPU in Sosnovy Bor. He served as its director until 2018, then as deputy director.

V. I. Lebedev is the author of three scientific discoveries, 80 inventions, five monographs and over 150 scientific articles.

In September, a leading specialist of the SPbPU History Museum and an Honorary Worker of the Polytechnic University passed away. A. N. Kobyshev.

Alexander Kobyshev entered the Leningrad Polytechnic Institute in 1966. He studied at the Faculty of Mechanical Engineering, specializing in "Machines and Technology of Metal Forming."

In 1972, after receiving a degree in mechanical engineering, he worked as a junior research fellow in the Department of Machines and Technologies for Metal Forming and as an assistant in the Department of Machine Parts. He worked on hydrostatic deformation of metals—stamping using liquids—and in 1975 won the Lenin Komsomol Prize in Science and Technology for Young Scientists.

In 1976, he defended his PhD dissertation and returned to the Department of Machines and Technologies for Metal Forming. In 1983, Alexander Nikolaevich was appointed Dean of International Students.

In 1989, the Progress Management and Marketing Center was established at the M. I. Kalinin Polytechnic Institute, and Alexander Nikolaevich became its director. In 2009, he returned to the Polytechnic University and became first the director of the Management and Marketing Center at St. Petersburg State Polytechnical University, and then the head of the Corporate Public Relations Department, which he led until 2018.

In 2019 Alexander Nikolaevich He served as acting director of the Higher School of Creative Industry and Design at IMMiT. And for the last few years, he worked as a leading specialist at the SPbPU History Museum, writing a book about the Polytechnic.

In November 2025, V. V. Ris, director of the scientific and educational center "Computer Technologies in Aerodynamics and Thermal Engineering" of the Physics and Mechanical Institute, passed away. He dedicated 58 years to the Polytechnic University.

Vladimir Ris was born in Leningrad on September 17, 1944. In 1961, he entered the M. I. Kalinin Leningrad Polytechnic Institute (LPI), in the Department of Hydroaerodynamics of the Physics and Mechanics Faculty. In 1967, he received a degree in engineering physics, specializing in aerodynamics and thermodynamics. After graduating, he found work in the Power Engineering Department of LPI (now part of the Institute of Power Engineering of St. Petersburg Polytechnic University). He held positions as an engineer, junior research fellow, senior research fellow, associate professor, and professor in the Department of Theoretical Foundations of Heat Engineering. Since 2011, V. V. Ris has served as director of the scientific and educational center "Computer Technologies in Aerodynamics and Heat Engineering."

V. V. Rees dedicated 45 years to teaching. He lectured and conducted practical classes on thermodynamics, heat and mass transfer theory, and fluid dynamics. He developed a course on fluid dynamics for students majoring in energy sciences.

In 1982, Vladimir Voldemarovich, co-authored with A. I. Kirillov, P. M. Mikhailov, and G. G. Gavra, compiled and published a textbook on calculating heat exchangers for compressor units. In 2020, Vladimir Voldemarovich, co-authored with A. G. Abramov and N. G. Ivanov, associate professors of the Physicomechanical Institute, prepared a textbook entitled "Fluid Flow in Volume Force Fields."

Since the early 1970s, V. V. Ris has been researching convective heat transfer as applied to soil temperature stabilization systems in permafrost regions. Since 1974, in collaboration with staff from the Department of Hydrodynamics at the Faculty of Physics and Mechanics, he has been performing calculations and experimental studies of flow and heat transfer in rotating channels, aimed at improving the efficiency of rotor cooling systems for powerful turbogenerators.

After 1991, V. V. Rees was the manager and responsible executor of grants from the Russian Foundation for Basic Research and contractual work carried out at the Department of Hydroaerodynamics.

V. V. Rees is the author of over 100 scientific papers. Under his supervision, 12 people became PhD candidates.

In December, at the age of 87, Doctor of Economics, Professor, Honored Worker of Higher Education of the Russian Federation, Professor of the Higher School of Industrial Management of the Institute of Industrial Management, Economics and Trade, Professor of the Department of Management Viktor Andreevich Dubolazov passed away.

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.

St. Petersburg Student Team Festival: Achievements and New Records at the Polytechnic University

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

The traditional festival of student brigades in St. Petersburg took place at the Oktyabrsky Concert Hall, where the results of 2025 were summarized. The event brought together movement veterans, active members, employers, and partners. The best brigades, leaders, and organizers of the region's student movement received awards.

By the end of the year, the SPbPU Student Team Headquarters had strengthened its leadership position. The Polytechnic University received a letter of gratitude from the Vice Governor of St. Petersburg for its significant contribution to the development of student teams. The Headquarters' press service won the Audience Choice Award at the citywide competition.

Among the Polytechnic teams, the following traditionally showed high results:

The student construction team "Iskra" confirmed its title of best in the construction category; the student conductor team "Provorny" retained its leadership in its category; and the student teaching team "SOzvezdie" deservedly earned its place among the best.

Special mention was given to fighters who achieved outstanding results in the past year:

Anna Kurakina (SSSO Altair) was awarded a letter of gratitude for achieving high results in industrial, cultural and socially significant work and contribution to the development of the activities of the Russian Student Brigades, as well as a 3rd degree certificate of honor for her contribution to the development of student brigades of St. Petersburg; Sergey Saplin (SSO Iskra) was awarded an honorary certificate with a badge of distinction for achieving the highest results in industrial, cultural and socially significant work and active support of the activities of the Russian Student Brigades; Alexey Pashukhin (SSO GOST) was recognized as the best headquarters commander; Anastasia Popova (SPO Legenda) was recognized as the best headquarters commissar; Ekaterina Ryabizo (SPO SOzvezdie) was recognized as the best headquarters methodologist; Polina Timoshkova (SSO Nika) was recognized as the best headquarters foreman; Ksenia Zubenko (SOP Provorny) was recognized as the best headquarters commandant.

In 2025, Polytechnic University teams celebrated anniversaries: the student teaching team "SOzvezdie" turned 15 years old, and the guide team "Provorny" turned 10 years old.

The festival's creative program also featured Polytechnic students. The dance number "Earth," choreographed by Lyuba Skorobogatova (SPO "Scarlet Sails"), was warmly received by the audience. The dance group was made up of representatives from three groups: "Scarlet Sails," "SOzvezdie," and "Astra."

The student teaching group "Rassvet" held its fifth annual environmental campaign to collect plastic bottle caps. This annual event aims to foster environmental awareness among its members and support charitable initiatives.

The St. Petersburg Student Brigades Festival is a large-scale event that vividly demonstrates the strength and unity of the movement in our city. The fact that over three thousand people, whose lives are somehow connected to the brigades, gather in the hall on a weekday speaks to the deep integration of this tradition into student life. The festival has become a long-awaited final event of the year, for which students meticulously prepare, organizing their formations and creating a special, festive atmosphere. "It is here, among like-minded people, that the community spirit is truly felt, and the work of each member receives well-deserved recognition," shared Yuri Gaichuk, head of the press service for the Polytechnic University Student Brigades Headquarters.

The festival confirmed that the Polytechnic's student teams continue to develop, set new standards of performance, and make a significant contribution to the development of the St. Petersburg SSO movement.

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.

Study in Russia! Polytechnic University at the International Education Fair in Kazakhstan

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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The 2025 season of international education exhibitions concluded with the participation of a delegation from St. Petersburg Polytechnic University in the ninth exhibition and presentation of Russian education, "Study in Russia!", held in Kazakhstan.

The event served as a platform for dialogue with prospective students and their parents. Over the course of two days, the exhibition attracted over 3,500 visitors. The exhibit featured 43 leading universities from Moscow, St. Petersburg, Kazan, Yekaterinburg, and other Russian cities. The Polytechnic University's booth generated considerable interest among guests, attracting hundreds of prospective students who learned about the opportunities offered by studying at one of the country's top technical universities.

Anastasia Prokopchuk, Deputy Head of the International Education Department, and Evgenia Borodina, Specialist of the International Educational Programs and Academic Mobility Department, held individual consultations over two days. They provided detailed information about the undergraduate, graduate, and doctoral programs, admission requirements, campus housing, and employment prospects. They placed particular emphasis on the application process under the Russian Government quota and opportunities for compatriots.

The most popular educational fields among applicants were construction, software engineering and applied computer science, applied mathematics and physics, electrical power engineering and mechanical engineering, design, as well as management and business informatics.

Motivated applicants with clear questions attended the exhibition, which significantly increased the effectiveness of our work. "We not only answered hundreds of questions but also collected the contacts of interested students, which will allow us to support them throughout the admissions process," noted Anastasia Prokopchuk.

Participation in the "Study in Russia!" exhibition allowed the Polytechnic to strengthen its position in the Kazakhstani educational market, establish direct contact with its target audience, and analyze the needs of prospective students to further improve its career guidance services.

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.

SKB Power Machines – Polytech: A New Educational Space for Training the Engineers of the Future

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Peter the Great St. Petersburg Polytechnic University (SPbPU) celebrated the grand opening of a renovated educational space for the "Power Machines — Polytech" student design bureau (SDB), a key component of the SDB "Systems Engineering" ecosystem. The project is being implemented as part of a strategic partnership between the Polytechnic University and Power Machines, providing practice-oriented training for engineers in the high-tech industry. The "Power Machines — Polytech" student design bureau was established in 2020. The space will become a focal point for students involved in real-world engineering and research projects in power engineering.

The Special Design Bureau "Power Machines – Polytechnic" accepts students from the Institute of Energy, the Institute of Mechanical Engineering, Materials, and Transport, the Physical-Mechanical Institute, the Institute of Computer Science and Cybersecurity, and the SPbPU "Digital Engineering" vocational school. To work at the Special Design Bureau, students undergo a selection process aimed at building a promising talent pool for Power Machines. Students can begin their careers with the company while still undergraduates.

During their collaboration, Peter the Great St. Petersburg Polytechnic University and Power Machines have implemented other new formats for training future engineers. They organized the educational project "Power Machines Trajectory," which won the 2024 All-Russian Competition for Best Practices in Youth Employment in the "Partnership in Developing Professional Competencies" category. They also host Power Machines Youth Days and the "Energy of Youth" scientific and practical conference. In 2025, work was completed to revive the "Engineering and Management of Electric Power Facilities" program. Students in the master's program gain knowledge and skills in electrical machines and potentially become engineers, designers, and testers at the Electrosila plant (part of Power Machines). This dual-degree program, in addition to core disciplines, teaches the fundamentals of project management and production economics, broadening the professional horizons of future specialists.

Representatives from Power Machines and SPbPU participated in the opening ceremony of the educational space. Guests were introduced to the capabilities of the Scientific and Engineering Center for Advanced Electrical Insulation Systems, where students and young researchers conduct computational and experimental work, participate in R&D, and master modern methods for testing and modeling power machine components.

Particular attention was paid to the demonstration of laboratory equipment and experimental setups, where students test insulating materials, study electrical and thermal aging processes, and investigate vibratory arc discharges and the mechanical properties of samples. This is the only laboratory among Russian universities dedicated to the study of electrical insulating materials and structures. Work in the laboratories is carried out according to technical specifications from Power Machines engineering.

In addition to extensive research and development, we collaborate with the Polytechnic University to create conditions for students to seamlessly transition from their studies to professional careers. This year, we launched a new student design bureau for electrical insulation and a targeted master's program in electrical machines. These programs allow students to participate in the full equipment development cycle—from concept and calculations to implementation in high-tech production. This fosters the modern engineering thinking of future specialists, which ultimately contributes to the development of our country's engineering potential, emphasized Alexander Ivanovsky, General Designer of Power Machines.

The renovated SKB space features student workstations, where they use the same software suites as engineers and designers at Power Machines. The students explained the training format at SKB Power Machines – Polytech and the tasks they are working on.

"The development of student design bureaus is one of the Polytechnic's priorities," noted Maxim Pasholikov, SPbPU Vice-Rector for Information, Youth Policy, and Security. "Joint projects with industrial partners, such as Power Machines, allow us to build a practice-oriented, seamless training program for engineers and create an environment in which education is directly linked to the real-world challenges of the country's economic and technological development."

Summing up the visit, university and company representatives emphasized that SKB Power Machines – Polytech exemplifies the effective integration of education, science, and industry. This collaboration helps train sought-after engineers, build the industry's talent pool, and engage students in solving pressing technological challenges already during their studies.

The Specialized Design Bureau "Power Machines – Polytechnic" is an important element of the University Development Program, integrating education, project work, and research into a single trajectory. Furthermore, the Specialized Design Bureau format allows the university to flexibly respond to the needs of high-tech industries and train specialists to meet current challenges. "It's important to note that we are building a unified chain, permeating all levels of education, from school design bureaus to student design bureaus, including secondary vocational education, and this chain culminates in design bureaus at high-tech industrial enterprises," commented Oleg Rozhdestvensky, Head of the SPbPU Office of Technological Leadership.

The educational space of the SKB "Power Machines – Polytech" will become a platform for expanding joint scientific research and developing new areas of training for industry specialists capable of addressing technological leadership challenges.

In April 2025, the student design bureau "System Engineering" won the Student Design Bureau Competition of the Ministry of Science and Higher Education of the Russian Federation in the "Student Design Leadership" category, receiving a subsidy from the federal budget.

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.

The Kerch-Feodosia Operation of 1941: A Chronicle of Events

Translation. Region: Russian Federation –

Source: Official website of the State –

An important disclaimer is at the bottom of this article.

On December 25, 1941, the Soviet Navy's Kerch-Feodosia Operation began. It was the Red Army's largest amphibious operation of the Great Patriotic War.

The main goal was to create conditions for further actions to defeat enemy troops in Crimea, and the immediate goal was to stop the enemy troops’ offensive on Sevastopol and eliminate the threat of their invasion of the Caucasus through the Taman Peninsula.

Battles for Crimea

The battle for Crimea began in late September 1941. On September 26, units of the Wehrmacht's 11th Army broke through the fortifications of the Perekop Isthmus and entered the peninsula. The remnants of the 51st Army retreated to Kerch and by November 16 were evacuated to Kuban. The only remaining pocket of resistance was the Sevastopol defensive region. The Wehrmacht's attempt to take Sevastopol on the move between October 30 and November 21, 1941, failed. To continue the siege of Sevastopol, Erich von Manstein, commander of the 11th Army, concentrated the majority of his available forces near the city, leaving only one infantry division to cover the Kerch area.

The Soviet command decided to take advantage of the opportunity to take revenge for the abandonment of Kerch and divert enemy forces from capturing Sevastopol.

The beginning of the landing

The operation began on the evening of December 25, but a violent storm struck during the night, scattering the ships and tearing down some of the fencing on the Tuzla ravine. It seemed the landing was doomed to failure, but the heroic efforts of the Soviet soldiers ultimately succeeded. Under a hail of bullets, exploding shells, and mortar shells, the paratroopers leaped into the icy water and reached the shore, where their uniforms turned into a crust of ice. On average, 57 out of every 100 paratroopers perished that day.

At dawn on December 26, despite a storm, landing forces were launched on the northern and eastern shores of the Kerch Peninsula. Troops were landed simultaneously at several points to deprive the enemy of the ability to maneuver its reserves and pin them down in all key areas. Having overcome enemy resistance, the landing forces consolidated their positions on the shore and, throughout December 27–28, repelled numerous enemy attacks aimed at driving them back into the sea.

On December 29, the landing of troops began in Feodosia under the cover of artillery fire, and by evening our soldiers had captured the port and the northern part of the city.

On December 30, German aircraft spent the entire day attacking Soviet ships in the port of Feodosia, where they had not yet had time to transport air defense systems.

On December 30-31, having withstood an enemy counterattack, a second echelon of troops landed in the port, after which our troops launched a general offensive from the Kerch and Feodosia region.

German retreat

The Soviet landing force in Kerch was vastly superior to the Wehrmacht forces in the area. Furthermore, the landing in Feodosia threatened encirclement, so Lieutenant General von Sponeck, commander of the 42nd Corps, immediately ordered a retreat. Later, an order was received from the commander of the Crimean operation, von Manstein, commander of the 11th Army, to hold the defense, but it was no longer possible to carry it out. The German forces retreated, thus avoiding encirclement, but abandoned all their heavy weapons. For formally violating the order, von Sponeck was removed from command and court-martialed.

Results of the operation

On January 2, 1942, the Kerch Peninsula was liberated, where three Soviet armies were subsequently concentrated and the Crimean Front was created.

In January 1942, Sevastopol was saved and received several months of respite, but Soviet and German troops faced a new stage of the struggle for Crimea, which was only fully liberated in 1944.

Subscribe to the "Our GUU" Telegram channel. Publication date: December 25, 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.

The NSU team won two bronze medals at the All-Russian Aerobics Competition.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

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The All-Russian Aerobics of Siberia competition concluded at the NSTU Sports Palace. More than 600 athletes from 19 regions of the country participated.

NSU students won bronze medals in two categories: Dance Gymnastics and Gymnastics Platform. This was an excellent performance and a tremendous achievement for our team, which included:

Valeria Shatskova (GI) Victoria Detusheva (GI) Olga Shishkina (GI) Anastasia Iskova (FF) Polina Maryasova (IFP) Alina Leksina (FIT) Lada Avdonina (FIT) Arina Gulenko (FEN) Nadezhda Semina (MMF)

We express our gratitude to all the girls and especially to team leader Valeria Shatskova. Congratulations to the athletes and wish them continued motivation, skill growth, and success!

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.

A team of NSU researchers won the "Code Without Borders" developer grant competition.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

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The RAGU project, presented by the development team of the Applied Digital Technologies Laboratory International Scientific and Educational Mathematical Center of NSU, won the "Innovations in Artificial Intelligence" category of the "Code Without Borders" competition, held as part of the "Code Without Borders" grant program by GitVerse, Cloud.ru, and Habr. Over 200 applications from across the country were submitted, but the project by NSU researchers was recognized as the best. Its concept forms the basis of the "Menon" chatbot, which they are developing for NSU applicants. The RAGU software library was presented at the Datafest conference. A research paper on the library and its applications is currently planned. Ivan Bondarenko, a research fellow at the Laboratory of Applied Digital Technologies at the International Scientific and Educational Mathematical Center at NSU, spoke about the grant program and how his RAGU project became a winner.

RAGU (Retrieval-Augmented Graph Utility) is an open-source software library designed to integrate knowledge graphs with large-scale language models (LLMs), improving the accuracy and reliability of responses and reducing the risk of hallucinations. Its architecture is similar to the GraphRAG approach, but is based on the principle of "stepwise" knowledge graph construction: a multi-step process is used, with a pre-trained smaller model used for the first step, reducing resource requirements.

Ivan Bondarenko explained that the key to success lies in combining knowledge graphs and modern language models, which improves accuracy and reduces the risk of hallucinations in responses.

"The initial idea behind RAGU was to open access to tools for the efficient, synthesized operation of knowledge graphs and LLMs. Our open-source software library enables the integration of large language models with knowledge graphs to improve the accuracy, reliability, and reduce the hallucination of responses from large language models to user questions. We used a multi-step approach—we specifically retrained a generative neural network to be an effective tool for constructing a knowledge graph, and to do so in multiple steps rather than in a single step. This approach reduces hardware requirements and accelerates the process. With the original approach, efficient knowledge graph construction often required enormous language models (up to ~32 billion parameters). Our approach reduced the size to approximately 600 million parameters through retraining and a multi-step architecture, while maintaining or even improving the quality compared to traditional solutions within the GraphRAG methodology," the researcher explained.

The project attracted participants from various cities and universities across Russia, highlighting its nationwide reach. In addition to NSU students and staff, it included representatives from Lomonosov Moscow State University, Immanuel Kant Baltic Federal University, MISIS University of Science and Technology, Far Eastern Federal University, and ITMO University: Ivan Bondarenko (NSU), Mikhail Komarov (NSU), Yana Dementyeva (NSU), Roman Shuvalov (NSU), Nikita Kukuzei (MSU), Ilya Myznikov (IKBFU), Alexander Kuleshevsky (MISIS), Stas Shtuka (FEFU), Matvey Soloviev (ITMO), and Fyodor Tikunov (NSU).

"We didn't come up with the concept itself. We borrowed the idea for the GraphRAG architecture from a Microsoft paper published a year ago. It turned out to be a good one, but we noticed a number of shortcomings: a very lengthy knowledge graph construction procedure and non-deterministic results. We were able to speed up the process and improve reliability using our approach. The architecture includes multi-step tuning and retraining of a smaller model, which allows us to reduce the model size and hardware requirements. The knowledge graph is built on nodes—named entities—and arcs—the relationships between them. This allows us to create a human-readable and reliable world graph, separated from the "black box" of a neural network," explained Ivan Bondarenko.

RAGU is already the basis for accelerating processes and demonstrates speed advantages over larger models. Ivan Bondarenko plans to write a scientific paper about the library and its application. This paper will be further developed and ported to the Menona engine within NSU.

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.

Igor Kravets, Head of the Department of Constitutional and Municipal Law at the Institute of Philosophy and Law at NSU, took part in the Tavrichesky Readings for the fourth time.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

On December 12, 2025, the 19th International Academic Conference on "Current Issues of Parliamentarism: History and Modernity" was held at the Tauride Palace. The conference brought together a wide range of scholars, researchers, experts, and participants in legislative and parliamentary activities from many Russian cities—Moscow, St. Petersburg, Perm, Novosibirsk, Nizhny Novgorod, Yaroslavl—as well as from Belarus, Kyrgyzstan, and Azerbaijan. Novosibirsk State University was represented at the event by Igor Kravets, Doctor of Law, Professor, Head of the Department of Constitutional and Municipal Law, and Chief Research Fellow. Institute of Philosophy and Law of NSU.

The plenary session took place in the Duma hall, where the State Duma of the Russian Empire previously met at the beginning of the 20th century.

Traditionally, special attention at the Tauride Readings is given to six research and information blocks:

The article covers the history of the State Duma of the Russian Empire and its relationship with the State Council at the beginning of the 20th century; the electoral process in the regions of the Russian Empire during the elections of deputies to the State Duma; the work and role of the Congresses of People's Deputies of the USSR and the RSFSR at the end of the 20th century, when a two-tier legislative system was in effect, the USSR collapsed, and a new system of state and legal interaction in the post-Soviet space was being established; the experience of modern parliamentarism in the CIS and BRICS countries, including the procedure for organizing and holding elections, the digitalization of parliamentary activity, the interaction of parliaments with governments and civil society, and the development of international inter-parliamentary structures; the formation of parliamentary biographies based on the personal and professional experience of individual State Duma deputies, the procedure for interaction with government institutions and civil society; the role of archival, memoir, and journalistic sources in covering the parliamentary history of Russia.

Igor Kravets presented a paper on "Parliamentary Digital Platforms and the Future of Latin American Constitutionalism," exploring the prospects for using and developing digital platforms for interaction between parliamentarians, citizens, experts, and civil society institutions in legislative activities. The paper presented the results of two years of work that Igor Kravets has been leading as the project manager for a project supported by the Russian Science Foundation (RSF).No. 23-28-00627), – “Communicative constitutionalism and constitutional mobilization: the problem of deliberative participation in the public and information space and the transformation of the public authority system (concepts, norms and institutional mechanisms).

In preparing this report, we used original sources (translations from English, Spanish, and Portuguese) and materials collected during the monitoring of the websites of parliaments of individual Latin American states (Brazil, Chile), as well as the scientific works of Russian and Latin American authors.

"The study of new Latin American parliamentarism and constitutionalism is relevant in the context of comparison with the experiences of other BRICS countries, including Russia, China, South Africa, and Brazil. Expanding forms of citizen participation in parliamentary activities and constitutional amendments is not only an innovation in the subregion (Latin America), increasing the engagement and awareness of citizens and experts, but also an international trend in light of digitalization and constitutional and parliamentary inclusion," explained Igor Kravets.

Following his presentation, Igor Kravets proposed measures to improve the effectiveness of institutional and communications interactions between public authorities and citizens, on the one hand, and parliamentary institutions (federal, regional, and municipal levels) and the subjects of various legislative initiatives, on the other. These measures include:

Create a regulatory framework and technological solutions in the field of digital platforms (including crowdsourcing platforms) for interaction between citizens and deputies (at various levels) in the area of discussion and adoption of various regulatory legal acts through interactive discussion and voting.

Create e-citizenship and e-democracy platforms in representative institutions (at the federal, regional, and municipal levels) for the participation of citizens and lawmakers in the legislative and regulatory process in order to increase social responsibility, solidarity, and accountability of representative institutions in the area of legislative activity.

On the website of the State Duma of the Federal Assembly (in particular, the control committee), create an interactive portal for discussion with the participation of citizens and other interested parties (from the professional community, civil society institutions) of the results of the implementation of parliamentary control and parliamentary investigations.

Expand information accessibility for citizens and civil society institutions regarding the results of work on parliamentary and deputy inquiries (currently, such inquiries are posted on the website, but the results of their implementation are not available for review or participation in discussions).

"The Tauride Readings allow us to share the research findings of many Russian and international scholars, as well as the experiences of practicing deputies and parliamentary institutions. Within the walls of the Tauride Palace, the history and contemporary spirit of parliamentary institutions are preserved. Each visit offers a new perspective, revealing new facets of parliamentary life in Russia and abroad through the perspectives of those who have created and continue to create the history of parliamentarism in both domestic and comparative dimensions," Igor Kravets emphasized.

Next year, the 20th anniversary conference "Tavrichesky Readings" will take place, in which Igor Kravets also plans to participate.

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.