January 25 – Student Day: How Polytechnicians studied, argued, and worked throughout the years

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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January 25th is Students' Day in Russia. This holiday has a long history, connected to the founding of Moscow University in 1755. In those years, students celebrated their day boisterously and joyfully. However, after the 1917 Revolution, the holiday almost faded away.

Since 2005, Russian Students' Day has been officially recognized. And today, we congratulate all Polytechnic students on their day! Coincidentally, it falls near the end of the winter exam period, so it won't be long before we can relax and truly unwind.

In the meantime, let's remember what Polytechnic students were like at the dawn of its history. Times change, but do the students?

First of all, in the late 19th century, universities were all-male institutions. Women were not allowed to study at higher education, and when the ban was finally lifted in the early 20th century, they were only accepted as auditors. At the St. Petersburg Polytechnic Institute, women studied in the economics and electromechanical departments. However, auditors were not allowed to live in the dormitory. This was important at the Polytechnic Institute, as the university was located on the outskirts of the city.

The dormitory opened five days before the institute itself, on September 25, 1902. It was located in what is now the 1st Academic Building. A single room cost 80 rubles per year, while a double room cost 120 rubles per year. 270 students enrolled in the first year: 61 in the metallurgy department, 63 in the electromechanical department, 129 in the economics department, and 27 in the shipbuilding department. Admission was without examinations; the selection criterion was the average grade point average in Russian, mathematics, physics, and Latin (or another foreign language) on the school certificates. If there were more suitable candidates than available spots, their certificates were drawn by lot.

So, out of 500 applicants to the shipbuilding department, only 27 were accepted. And eight of them dropped out before the end of the first semester. It was a shame, after all, they had taken someone else's place. The dean of the faculty, K. P. Boklevsky, deeply regretted the loss of one candidate who hadn't been accepted. The young man was the heir to shipping companies and two shipyards in Nizhny Novgorod and Tyumen, and he needed an education. Fortunately, the future shipowner was accepted the following year.

Despite the fee-based education—it cost 50 rubles per semester—there were plenty of people willing to study. As always, parents and the young people themselves tried every possible way to get into the institute: they wrote letters of petition to the Institute Council, the director, the Minister of Finance, and even the Tsar. Sometimes, this worked.

Before the Revolution, wearing a uniform was mandatory even outside the institute. After the events of 1905, this became dangerous: the Black Hundreds beat students, identifying them by their uniforms. Fortunately, there was no need to leave the Polytechnic unless absolutely necessary—fortunately, there was an independent water supply, gas, a power plant, paved roads, and an outpatient clinic. It had two doctors, two paramedics, and three pharmacists. Students received medication at half price.

And the young people had no time to be bored in their leisure time. Throughout its history, the Polytechnic Institute was vibrant with cultural, athletic, and social activities. The institute boasted regional associations, professional societies, and over 120 clubs: philosophy, chess, psychology, sports, sailing, aeronautics, music, literature, balalaika, piano, a jazz band, a symphony orchestra, and much more. Opera and ballet evenings, ideological debates, and meetings with interesting people were also held.

The Institute Council oversaw all university affairs. But the most active students also wanted to participate in governance. On September 19, 1906, at a regular meeting, they decided to adopt a charter for the Council of Heads of School. The professors were wary of the newly formed self-governing body, but eventually accepted it.

One day, students learned of a significant overspending in the cafeteria. The Council of Heads of State demanded that the Institute Council conduct an audit. Failure to comply threatened a boycott and strike. The Institute's director, Prince Gagarin, managed to calm the unruly youth. A joint student-faculty commission was soon established to discuss various issues.

In general, the students enthusiastically addressed many pressing issues within their institute and even beyond. They were concerned with the everyday needs of Lesnoye residents: paving and lighting streets, electrifying homes, providing affordable tram fares, and providing entertainment for families.

The prevailing mood among the student population can be judged by the bold and emotionally charged articles on their worldviews that students published in the newspaper "Polytechnic." "On Academic Topics," "Where Are We Going?", "The Death of Students," "The Invasion of the Huns," "The Terrible Hun," and "Heroes of Timelessness"—these were the titles under which the polemical articles and responses to them appeared.

The student mutual aid fund played an important role at the institute. Established in 1903, it not only raised funds and provided benefits to those in need but also conducted a wide range of activities. The fund owned a publishing house and a bookstore, a chemical glassware warehouse, a drawing supplies store, a bathhouse (which students had been using free of charge since 1908), and three refreshment rooms (including a night bar). The fund supported the operation of service and retail businesses within the institute and assisted students with employment.

Immediately after the 1917 Revolution, the Soviet government opened the door to higher education for absolutely everyone: admission was not only free but also without exams or certificates. This, of course, led to a sharp decline in the standard of education. The experiment was discontinued, and faculties for working youth (rabfaks) were established at universities to prepare for admission.

Student sports at the Polytechnic University have always been at the forefront, both in terms of the number of sections and the athletes' performance. For example, in 1934, the LII took first place in the All-Union University Spartakiad in Moscow: gold in volleyball and the all-around; silver in track and field, basketball, and the Swedish relay; fourth in aquatics; and sixth in gymnastics. In 1938, our gymnasts won gold at the All-Union Competition in Kyiv. In 1939, the LII won the Leningrad Checkers Championship.

After the Great Patriotic War, the core of the Polytechnic University's student body consisted of veterans with combat experience. They were distinguished by their discipline and diligence in their studies—and set an example for others.

There were 78 people in our class, divided into four groups. Each group contained two or three veterans, mostly former officers. At that time, they were appointed group leaders because they were mature individuals who had consciously chosen their profession and were eager to learn. We feared the group leaders more than the dean's office. We asked them for time off from classes; they didn't tolerate tardiness, and we tried to help them remember the school curriculum. For ten years after the war, this constellation of veterans had a beneficial influence on the spirit of the Polytechnic students, recalled SPbSPU President Yuri Sergeyevich Vasiliev in an interview with the Politechnic newspaper on April 8, 2009.

In 1948, the country's first student construction team was formed at the Leningrad Polytechnic Institute. They set off to build the Alakus Hydroelectric Power Station in the Leningrad Region, pledging to bring power to collective farm workers' homes within a month. Student B. Shapiro wrote in the Politechnik newspaper on July 29, 1948: 330 Polytechnic students installed approximately 2,500 power line poles, strung over 300 kilometers of wire, and wired 900 collective farm homes. Within a few days, electric lights would be turned on in 11 collective farms in the Rautovsky District of the Leningrad Region.

The same issue quotes Bazhenov, Secretary of the Rautovsky District Committee of the All-Union Communist Party (Bolsheviks): "When meeting with collective farmers, I often heard words of gratitude to the students of the Polytechnic Institute. The electricity from the Alakus Hydroelectric Power Station will help collective farmers reap the new harvest more quickly. Re-equipping agricultural machinery with electric drives will shorten the harvest time and make the collective farmers' work easier."

Soviet students also helped collective farmers with the harvest. Every September, they traveled to sponsored state farms in the Leningrad Region to harvest carrots and potatoes, and the school year began a month later than for their descendants today.

These days, students no longer travel to state farms, but the student work brigade movement hasn't disappeared; on the contrary, it's become more diverse and widespread. This summer, 25 student work brigade teams from the Polytechnic University set out on their 77th work shift. They worked on construction sites, in children's health camps, on long-distance trains, on archaeological expeditions, in hotel complexes, and at agricultural enterprises. So, much has certainly changed over time, but much (the best) has remained and continues.

Dear students! For many years, Polytechnic University has been nurturing generations of thoughtful, highly professional, and worthy individuals—and you continue this glorious tradition. Today, you are a vibrant, talented generation of Polytechnic students: you combine courage and openness, cheerfulness and ambition. You are unafraid of the challenges of the times, find the strength to overcome obstacles, and confidently move forward. Your achievements are impressive—in your studies, in scientific research, in athletics, in creativity, and in community service.

May your university years be filled with events, meaning, and good deeds. Believe in yourself and in the power of the Polytechnic University.

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.

Polytechnic students are finalists of the Sistema scholarship competition

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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The Sistema Charitable Foundation has announced the finalists of its scholarship competition for students of higher education institutions. The finalists include 226 students from 102 higher education institutions across 51 regions of Russia, including the St. Petersburg Polytechnic University. They are the authors of technology-based projects aimed at solving real-world problems from employers overseeing the project's key areas. The scholarship recipients will be selected following open presentations beginning in late January.

The key goal of the Sistema scholarship program is to support talented students who offer practical solutions for high-tech industries. This season, for the first time, the project was offered in two separate tracks—one for students from vocational schools and one for students from higher education institutions. A total of 20,382 students from all regions of Russia participated in the program.

The finalists of the competition for students of higher education institutions were selected in nine thematic categories: "Technologies for a Comfortable Life," "Technologies in Architecture and Construction," "Health Preservation and Longevity Technologies," "Chemical Technologies and Biotechnology," "Technologies in the Agricultural and Forestry Industry," "Technologies in the Space Industry," "Technologies in Energy and Electrical Engineering," "Technologies in Microelectronics," and "Technologies in Creative Industries and Folk Crafts." St. Petersburg Polytechnic University was among the top universities in terms of the number of finalists.

Each nomination found an industrial partner in the form of an employer—a leader in the relevant industry. These included MTS, Etalon Group, National Gas Company, AFK Sistema's Hydrogen Energy Center, Natura Siberica, and many others. Representatives of these partner companies served as experts during the remote evaluation stage, selecting the finalists.

The key feature of the scholarship competition is the initial alignment of participants' projects with the needs of the real economy. The remote assessment was conducted by industry experts from partner companies, who will then present the students' work at the finals. "This is an excellent opportunity for the students to interact with future technology customers, receive in-depth feedback, and for the most successful, continue the dialogue through an internship," explains Alevtina Ksenofontova, Head of Career Guidance and Mentoring at the Sistema Charitable Foundation.

The finalists will soon present their projects to experts from industry leaders in open presentations, after which the winners will be announced. The names of the scholarship recipients will be announced by February 10, 2026. In addition to financial support, the authors of the best projects will have the opportunity to complete an internship or receive a job offer at a partner company.

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.

Cuban graduate student Leoandris Martinez Serrano: "Russia inspires me"

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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Leoandris Martínez Serrano came to St. Petersburg from sunny Cuba to study. He's now a graduate student at the Polytechnic University. We talked about his choice of Russia, amusing linguistic oddities, the rigorous academic discipline, and how to find common ground with northern culture.

Hello, Leoandris! Please tell us about yourself and how you ended up in Russia.

Hello! I'm Leoandris Martínez Serrano from Cuba. After completing my master's degree in Cuba, I decided to continue my education abroad and am now a graduate student at Peter the Great St. Petersburg Polytechnic University.

— Why did you choose Russia and the Polytechnic University to continue your education?

"Firstly, because of the historical friendship between our countries—it created a sense of security. Secondly, I was specifically looking for a strong engineering school with a global reputation. The St. Petersburg Polytechnic University is exactly that. I really wanted to get to know this legendary academic environment from the inside, and I must say, the curriculum fully met my expectations."

— What challenges did international students face in their first few months? And what advice would you give to newcomers?

"The most important piece of advice is to not lock yourself in the dorm and textbooks. Immerse yourself in the language through TV series, music, and socializing. And be sure to find time for exercise—it helps you recharge and learn more effectively. And the challenges? They were often funny! Once, at the store, my friend and I asked for "one gram of salad" instead of a kilogram. The saleswoman laughed so hard she couldn't speak! And at the bank, because of the language barrier, I spent a long time sincerely answering completely wrong questions. It was awkward, but it was a valuable experience of real, live adaptation."

— What is the most useful academic habit you have acquired here?

The Russian education system taught me discipline and proactivity. I created a strict schedule, trained myself to study regularly, read a lot of scientific literature in Russian, and, most importantly, I stopped being afraid to ask questions if I don't understand something. They also really develop the skill of solving non-standard problems—it's like mental gymnastics, teaching you to look at problems from different angles.

— Is studying at a Russian university difficult?

"It's a profound opportunity to delve deeply into my research interests. Sometimes so deeply that I sacrifice sleep—that's my biggest challenge right now, establishing a routine. But we have tremendous support: the professors at the Polytechnic University are excellent specialists and always open to dialogue. I've also made wonderful friends here, with whom we study together, developing strategies for better mastering both the language and complex subjects."

— Tell me about your research work.

My research area is automation and control in the electric power industry. More specifically, I develop new mathematical methods and algorithms for controlling powerful technical systems, such as national power grids. Implementing these methods will improve the reliability, stability, and quality of electricity in large power systems. This is an important step toward creating "smart grids" that effectively integrate renewable energy sources and are resilient to disruptions. Thus, I work at the intersection of automatic control theory, applied mathematics, and energy science, striving to make the electricity supply more stable and secure.

— What struck you most about Russian culture after Cuba?

— Contrasts. In Cuba, because of the warm climate, life happens outdoors, and people are immediately very open. In Russia, especially in St. Petersburg, people take longer to get to know people, but friendships formed "in the long twilight" become very strong. I've learned to appreciate the local punctuality and the inner resilience, the fortitude that helps people overcome difficulties. It's very inspiring.

— What are your plans for the future?

— To defend my doctoral dissertation here at the Polytechnic University and stay on as a teacher. I want to continue immersing myself in the Russian language and culture. And I sincerely hope that Russia will continue to be as welcoming to international students, especially those from Latin America.

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.

Winning the Hydrogen TechnoLeaders Awards: Contributing to the Future of Energy

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Source: Peter the Great St. Petersburg Polytechnic University –

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The Polytechnic University project "Methodology for Assessing Hydrogen Embrittlement of Pipe Steels" won the All-Russian scientific and technical competition "Hydrogen Technoleaders" in the "Hydrogen Energy" category.

Hydrogen is being called the fuel of the future. Hydrogen energy projects have already been launched in Russia, focusing on the development of electrolysis technologies, solar energy, and the construction of production stations and transportation infrastructure, including for pressurized gaseous hydrogen.

One of the risks of hydrogen energy infrastructure projects is materials. The use of widely used steels requires confirmation of their resistance to hydrogen embrittlement, while the use of non-metallic materials and coatings requires studies of hydrogen density and permeability.

For the fifth year, the team from the New Technologies and Materials Scientific and Technological Complex at SPbPU (A. S. Tsvetkov, S. E. Dagaev, A. I. Kolotiy, A. D. Evdokimov, O. V. Molina), together with industrial partners from the metallurgical and oil and gas sectors, has been developing test methods and conducting research on steels and coating materials directly in a high-pressure hydrogen-containing gas environment, as well as with their preliminary saturation with hydrogen.

Pipeline transport is being considered for transporting hydrogen and/or methane-hydrogen mixtures. Given the range of pipes used, steel grades, and operating conditions, continued research is essential for the future of hydrogen energy. A prototype of a new research facility for assessing crack resistance was presented at the competition, along with the results of previous work conducted using unique methods on developed test rigs. "Winning the competition is recognition of our work and confirmation that the chosen approach is in demand and truly important for the future of hydrogen energy," said Anton Tsvetkov, project manager for the New Technologies and Materials Scientific and Technical Complex at Polytechnic University.

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.

SPbGASU is launching a new educational program in the field of engineering protection of territories.

Translation. Region: Russian Federation –

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

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Dmitry Ulrich

Starting in 2026, the Faculty of Environmental Engineering and Urban Management at the Saint Petersburg State University of Architecture and Civil Engineering will begin accepting applicants for a new program, "Environmental Management and Engineering Protection of Territories," within the framework of the 20.03.02 "Environmental Management and Water Management" program. This program is aimed at training specialists capable of addressing key issues related to ensuring the safety of territories, engineering infrastructure, and citizens.

Dmitry Ulrikh, Dean of the Faculty of Environmental Engineering and Urban Management at SPbGASU, Professor of the Department of Water Management and Ecology, Doctor of Engineering Sciences, and Associate Professor, discussed the specifics and significance of the new program. He stated that by launching this program, the university is contributing to the achievement of the national development goals of the Russian Federation, as stipulated by Presidential Decree No. 309 of May 7, 2024. The decision to launch the program was the result of an analysis of industry needs and the current challenges facing cities and regions.

"If we talk about the key task, it is, first and foremost, the engineering protection of territories. Every year, we face flooding, erosion processes, and the risk of infrastructure destruction. All these problems require practical, not theoretical, engineering solutions," noted Dmitry Ulrikh.

Engineering solutions instead of declarations

The new program focuses not on abstract discussions of territorial protection, but on the development and implementation of specific engineering measures. The educational program focuses on the design, construction, and operation of protective structures that ensure the safe and sustainable use of territories.

"As part of our program, we focus on the technologies for creating engineering barriers, dams, retaining and reinforcing structures, and methods for stabilizing banks and slopes from erosion. We will train students in the design of systems that protect territories and infrastructure and prevent negative natural processes such as flooding, landslides, erosion, and floods," explained the dean.

This approach will develop in future specialists an engineering mindset focused on results and responsibility for the decisions they make.

Interdisciplinarity as a competitive advantage

One of the key features of the new program is its interdisciplinary nature.

"The combination of engineering knowledge with practical skills in developing and implementing engineering measures for landscaping, as well as designing protective and fortifying structures, will make our graduates highly sought after in the relevant field," explained Dmitry Vladimirovich.

This approach allows us to train specialists capable of working at the intersection of design, construction, and operation of engineering facilities.

Practical training and work with real objects

The training of specialists in this new field is primarily focused on practical experience. The university builds its educational process in close collaboration with industrial partners.

During their studies, students will have the opportunity to:

Complete internships at leading industry organizations; solve real-world engineering problems; and complete coursework and final theses based on materials from partner companies.

"We introduce our students to their partners from their first year so they understand the challenges they will face in their professional careers," the dean explained.

The courses will be taught by practicing specialists with practical experience in the field of engineering protection of territories and hydraulic engineering.

Labor market-oriented competencies

Graduates of the "Environmental Management and Engineering Protection of Territories" program will possess a broad range of professional competencies. They will be able to work as engineers specializing in hydraulic structures, environmental management, engineering protection of territories, land reclamation, monitoring and operation of protective systems, and more.

"Market analysis shows that specialists in this field are always in demand. It's a profession with clear career prospects and opportunities for growth," noted Dmitry Vladimirovich.

In addition, the program develops skills in risk assessment and engineering systems management, which is especially important in the face of increasing natural and man-made threats.

A profession with high social significance

Engineering protection of territories involves not only design and calculations, but also responsibility for the safety of people, the sustainability of the urban environment, and the preservation of infrastructure.

"Working in this field is a contribution to the safety of thousands of people and to the reliable operation of communications, transport, and energy facilities," says Dmitry Ulrikh. He believes the new training profile rightfully aligns with the motto "Create a safe future and protect the country's infrastructure!"

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.

Congratulations to Professor Yuri Georgievich Kotikov on his anniversary.

Translation. Region: Russian Federation –

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

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Yuri Kotikov

On January 23, Yuri Georgievich Kotikov, a consulting professor at the Department of Transport Systems and Road and Bridge Construction at the Automobile and Highway Faculty of St. Petersburg State University of Architecture and Civil Engineering, turns 85.

Yuri Georgievich began his career in 1957 as a mechanic at a motor transport company in Grozny. After graduating from the Leningrad Polytechnic Institute in 1964 with a degree in tracked vehicles, he worked at the Kirov Plant, where he rose through the ranks from foreman to design engineer.

Yuri Georgievich joined the Leningrad Civil Engineering Institute (now SPbGASU) in 1970. As a leading researcher in the research sector, he defended his dissertation for the degree of Candidate of Technical Sciences in 1973. In 1990, Yuri Georgievich began working in the Department of Transportation Organization, Management, and Safety in Automobile Transport (now the Department of Transport Systems and Road and Bridge Construction). In 1996, he successfully defended his dissertation for the degree of Doctor of Technical Sciences.

Yuri Georgievich is a recognized expert in the field of mathematical modeling of vehicle motion and modern object-oriented technologies in transportation and logistics systems. He is the author of numerous methodological publications and research papers. He was awarded the title of "Honored Worker of Higher Professional Education of the Russian Federation."

We congratulate Yuri Georgievich on his anniversary! We wish him good health, long life, happiness, success in his scientific endeavors, and good luck in achieving his goals!

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 scientists will implement artificial intelligence technologies for the urban environment together with their Chinese colleagues.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

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Novosibirsk State University has signed a cooperation agreement with the Shenzhen New Energy Industry Association (China). Under the agreement, the parties intend to collaborate (both in exchanging experience and implementing joint projects) on the implementation of artificial intelligence technologies in various areas of construction and urban infrastructure. The university will be responsible for this work. Research Center for Artificial Intelligence (RCAI) of NSU.

"Shenzhen is one of the world's leading 'smart cities' and the 'Silicon Valley of China.'" The city is renowned for its electronics manufacturing, its status as a 'startup city,' and a unique ecosystem that integrates development, manufacturing, and logistics. It is actively implementing information technology for efficient management and improving quality of life, with advanced smart transportation and smart building systems. Hundreds of high-tech companies are concentrated here, and collaboration with them will be very beneficial for the university," said Alexander Lyulko, Director of the NSU Center for Information Technologies.

At the end of last year, a group of Center employees visited Shenzhen and held a series of meetings with representatives of companies operating in the city, which resulted in the conclusion of a cooperation agreement.

"The association we work with unites approximately three hundred software development companies. Their main goal is to promote and develop innovations and the use of new energy sources. They make extensive use of artificial intelligence technologies in their solutions, which has created the basis for potential collaboration," explained Alexander Lyulko.

As examples of technologies that could be interesting for implementation in our region, he named intelligent transportation systems, building automation systems (energy management, access control, video surveillance), solutions for people with disabilities (smart glasses with augmented reality elements, an all-terrain wheelchair, a robotic guide dog), and a number of other developments.

As part of the signed agreement, the Chinese side proposes opening a dedicated "Shenzhen Smart City Technology Demonstration Center" on the campus of NSU.

Chinese specialists have also expressed interest in the expertise and developments of Novosibirsk scientists. Therefore, in addition to implementing their products in our country, the possibility of implementing joint projects in the field of artificial intelligence technologies is being discussed.

"Signing the agreement is just the first step. A working group is currently being formed that will travel to China again, this time to negotiate specific projects that will be formalized as separate agreements. We are also negotiating expanded exchanges of experience and a dedicated Russian-Chinese forum on artificial intelligence technologies, which could possibly be held at NSU this year. We are also discussing sharing experiences with Shenzhen universities on creating a 'smart campus,'" concluded Alexander Lyulko.

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 GUU student became Vice-Mr. of Moscow Students

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Source: Official website of the State –

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On January 21, the final of the annual city competition "Miss and Mister Students of Moscow" took place, timed to coincide with Russian Students' Day.

Twenty finalists from 17 Moscow universities performed on the stage of the Moscow Concert Hall. The State University of Management was represented by Alexander Tavadze, a third-year student at the Institute of Marketing and Mr. GUU 2024.

Over 100 students from over 60 Moscow universities participated in this year's qualifying round. Each contestant presented a creative performance, and then the 40 semifinalists competed in five challenges: intellectual, culinary, athletic, creative, and dance.

The final stage took the form of a gala concert, which transformed into a true story about Moscow. The audience witnessed a show where the city became a grand stage, giving everyone a chance to express themselves. The creative youth embodied the energy of the metropolis—its rhythm, aspirations, and hopes. All numbers were performed to live music.

At the end of the evening, the winners of the competition were announced: Miss and Mr. Students, as well as Vice-Miss and Vice-Mr.

GUU student Alexander Tavadze rightfully became Vice-Mr. of Moscow Student Union and thanked everyone for their support. And, of course, the event couldn't have been complete without our signature chant, which echoed throughout Moscow: "This is Vykhino, this is the South-Eastern Administrative District, this is our GUU, we love it!"

We congratulate Alexander on his latest victory. We are immensely proud of our talented students and wish them success in their future endeavors!

Subscribe to the "Our GUU" Telegram channel. Publication date: January 22, 2026.

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.

Admission Rules 2026: Polytechnic University Awaits Its Leading Heroes

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Source: Peter the Great St. Petersburg Polytechnic University –

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Every year, January 20th becomes an exciting day for applicants – universities publish their admission rules. This document This is very important for prospective students. It sets out the admissions campaign deadlines, the list of entrance examinations and documents, and the admissions process for different categories of applicants.

In 2026, St. Petersburg Polytechnic University allocated 3,400 state-funded places for full-time undergraduate and specialist degree programs and 3,023 contract-based places (full-time, part-time, and distance learning). For future master's students, 2,338 state-funded places are available in more than 170 educational programs.

The admissions campaign begins on June 20 and runs until August 27. This is the day the final round of applicants—those applying to fee-paying master's programs—will be accepted.

This year, applicants will only be able to submit documents in three ways: through the Gosuslugi portal, in person, or by mail.

In 2026, the minimum threshold for submitting documents changed. Applicants must now score at least 47 points for each Unified State Exam (USE) subject or internal entrance examination. The only exception is the minimum score for additional creative exams in the "Design" and "Architectural Environmental Design" programs: here, the minimum threshold remains unchanged at 55 points.

In accordance with legislative requirements, the list of entrance examinations for a number of technical fields has also been adjusted this year: 11.03.01 "Radio Engineering", 11.03.04 "Electronics and Nanoelectronics", 13.03.01 "Thermal Power Engineering and Thermal Engineering", 13.03.02 "Electric Power Engineering and Electrical Engineering", 13.03.03 "Power Engineering", 14.03.01 "Nuclear Power Engineering and Thermal Physics", 14.05.02 "Nuclear Power Plants: Design, Operation and Engineering" (including the Institute of Nuclear Power in Sosnovy Bor), 16.03.01 "Technical Physics". While previously applicants could choose between physics and computer science, physics has now been approved as a compulsory subject for admission to these specialties.

By making physics a mandatory subject for a number of leading engineering programs, we're focusing on applicants with a strong foundation and prepared for today's most pressing challenges. This is a step toward high-quality engineering education, and we're optimistic about our future leaders—motivated and talented students," comments Vitaly Drobchik, Executive Secretary of the SPbPU Admissions Committee, on the new initiative.

An important change has also occurred for applicants applying with secondary vocational education (SVE). Application without the Unified State Exam is now only possible for programs whose profile matches the profile of the SVE diploma they received. Those wishing to change their professional field will need to provide Unified State Exam results in the required subjects for admission. The corresponding fields are listed in Section 26.1 of the admission rules.

This year, the range of undergraduate programs is expanding. Applicants are offered new promising tracks, namely 18.03.01 "Chemical Engineering" at the Institute of Mechanical Engineering, Materials, and Transport and the "Asian Studies" track within the "International Regional Studies" track.

Applicants can receive up to 10 points toward their Unified State Exam scores for certain achievements. The main achievements remain a certificate/diploma of secondary vocational education with honors, GTO (Ready for Labor and Defense) distinctions, and participation in various Olympiads and competitions.

The number of programs eligible for simultaneous application has not changed. Applicants can select up to five programs. Each selected program must be listed in order of admission priority on the application. To be accepted to the university, students must submit an electronic consent form on the Gosuslugi portal.

Students wishing to enroll in the master's program can choose from four options: winning a portfolio competition, becoming a winner or medalist of the All-Russian "I Am a Professional" Olympiad, winning an All-Russian engineering competition, or successfully passing an interdisciplinary exam. Furthermore, a completely new master's program, "Hydrocarbon Pipeline Transportation," will open in 2026 within the Oil and Gas Engineering program.

The Admissions Committee's primary goal is to make the admissions process as transparent and convenient as possible for applicants, while maintaining high selection standards. We are open to dialogue and look forward to welcoming all future Polytechnic students to the Open Day to discuss new opportunities in detail and answer all your questions, noted Varvara Sotova, Director of the Student Recruitment Center.

To help prospective students understand the admissions process, an online Open Day will be held on February 1. Representatives from the SPbPU Admissions Committee will discuss changes to the 2026 admissions campaign, introduce the university, and answer questions about admission.

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.

Polytechnics Winners of the BRICS Future Skills Challenge

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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At the BRICS Future Skills International Championship on Advanced Technologies and Skills

The team's mentors were Anna Korotkova, an international expert and senior lecturer at the Institute of Civil Engineering's Higher School of Industrial, Civil, and Road Construction, and Dmitry Zharkov, a sixth-year student specializing in the Construction of Unique Buildings and Structures program and the national team's coach.

In the competition, participants created the architectural design of an office center integrating energy-saving and environmentally friendly technologies, developed structural and space-planning solutions, a digital model, completed attribute information, prepared documentation in accordance with international requirements, and presented technologically sound façade solutions using advanced materials.

The final tasks included organizing the construction site, creating a work schedule, and creating a 4D simulation using software. Each solution required not only technical precision but also creativity and the ability to think one step ahead.

Following the championship, Alexander Kolosov and Polina Shirokova were awarded second-place diplomas. Their mentors, Anna Korotkova and Dmitry Zharkov, received BRICS Future Skills certificates.

This result is more than just a medal; it's clear evidence that Russia is confidently taking a leading position globally in digital development in construction. Our students and experts demonstrate a depth of knowledge, innovative thinking, and a willingness to set new standards in BIM technologies. "We're not just participating in global processes—we're shaping the future of the industry," emphasized Anna Korotkova.

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