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

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

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.

Admission Rules 2026: Polytechnic University Awaits Its Leading Heroes

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

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 –

An important disclaimer is at the bottom of this article.

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.

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.

Lean Technologies: Polytechnic University Hosts Seminar on Optimization of Housing and Utilities

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

A seminar was held at SPbPU to discuss the results of replicating housing and utilities optimization projects implemented by St. Petersburg district administrations as part of the "Efficient Region" program.

The event focused on the practical implementation of lean technologies in the city's housing and utilities system. It was attended by heads of St. Petersburg districts, members of relevant city government committees, and representatives of St. Petersburg Polytechnic University. SPbPU was represented by First Vice-Rector Vitaly Sergeev, Vice-Rector for Organizational and Economic Affairs Stanislav Vladimirov, and Advisor to the Rector's Office Vladimir Glukhov. Ksenia Strelets, Head of the Center for Continuing Professional Programs at the Institute of Civil Engineering, represented the Institute of Civil Engineering.

Vice Governor of St. Petersburg Evgeny Razumishkin delivered a welcoming address. He noted that the "Efficient Region" program has already yielded proven results: projects to prepare apartment buildings for the heating season are being rolled out, a unified dispatch service is in place, and courtyard cleaning is being coordinated. Evgeny Razumishkin expressed gratitude to SPbPU for providing a forum for discussion.

Denis Udod, Chairman of the St. Petersburg Housing Committee, noted the importance of collaboration with St. Petersburg Polytechnic University, emphasizing that the recently signed cooperation agreement lays the foundation for joint work. The parties intend to explore ways to find optimal solutions to improve the quality of the urban environment. Work is underway to establish a housing competence center, drawing on the university's scientific potential and students from the St. Petersburg Polytechnic University's Institute of Civil Engineering, who are capable of solving practical problems.

SPbPU First Vice-Rector Vitaly Sergeev expressed gratitude to his colleagues for choosing the university as the venue for the seminar. He noted SPbPU's involvement in this agenda, as well as the university's expertise and resources to address needs in the housing and utilities sector and city management.

For the Civil Engineering Institute, the seminar's results are particularly significant in light of the agreements signed on December 26, 2025, between the university and the city government. These agreements are overseen by Vice Governor Yevgeny Razumishkin.

The agreement with the Housing Committee provides for joint work on projects related to maintenance and repair management, including capital, residential, and non-residential buildings in St. Petersburg. Collaboration with the State Administrative and Technical Inspectorate is aimed at implementing educational initiatives aimed at improving the quality of the urban environment and preserving its elements, including through the completion of coursework and final qualifying theses by ISI students on relevant industry issues. Collaboration with the St. Petersburg Capital Repairs Fund provides an opportunity to integrate projects and research aimed at improving the efficiency of capital repairs of apartment buildings into the practical training of students at the Civil Engineering Institute.

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 University on the podium: December brought awards in nine sports

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 ended with a bang for Polytechnic University athletes. At the Mining University Open Cup in mini water polo, the women's team, "ChM-Polytech-1," defeated "ChM-Polytech-2" 8-2, "VoenMekh" (5-0), and the Mining University's second team, "Gornyak-2" (9-2), to take second place, losing only to the Mining University's first team, "Gornyak-1," on additional scores (3-3).

Fourteen athletes competed for the university: Anzhelika Bondarenko, Anastasia Voevodina, Daria Dybulina, Ekaterina Zhurkova, Elizaveta Efremova, Kristina Kabanova, Irina Kabanova, Daria Kazakova, Anastasia Kozlova, Sofia Krasovskaya, Yulia Kudyasheva, Daria Kuznetsova, Elizaveta Pushkareva and Lilia Semutina.

The men's team beat all their opponents and took first place, leaving behind the winners of last year's VoenMekh Cup (score 11:7) and the first team of Gorny (11:4).

The honor of the Polytechnic was defended by 18 athletes: Alexander Aleshin, Daniil Antonov, Ilya Bolshakov, Alexander Brekhov, Stepan Gatsura, Ivan Davydkin, Dmitry Jolos, Oliver Thomas De Lowbank, Fedor Ilyin, Anton Kireev, Yaroslav Ostapenko, Igor Pobegalov, Danil Ponomarev, Denis Prostov, Nikita Romashko, Ilya Tornushenko, Oleg Fedorov, Nikita Fominov.

Valeria Abakanova won a silver medal at the St. Petersburg Junior Shooting Championships for men and women under 22 and a bronze medal in the superfinal of the Vladimir Khotko Memorial International Shooting Tournament in Brest, Belarus.

Polytechnic student Roman Ivasishin won a gold medal at the St. Petersburg mini-golf championship.

At the student kettlebell lifting competition in Pushkin, the SPbPU team took second place overall. The individual winners and medalists were:

Igor Narbutovsky, Maxim Shatalov – 1st place; Olga Mochalova, Alina Akhmetgareeva – 1st place; Yan Polyakov, Sergey Timofeenko – 3rd place.

The national hockey team won the Student Hockey League's 3×3 Cup trophy for the third time. In the group stage, the team won all three matches: the match against Nevsky Lions ended 7-5, Spartak RANEPA SPb lost to Black Bears 3-12, and the Foxes 4-13. In the deciding match against Lesgaft University, the Polytechnicians won 15-6.

Individual achievements: best goalkeeper – Stepan Trotsenko, top scorer – Gleb Sedykh.

At the All-Russian competition "Chirmania-Piter", the Polytechnic University cheer team took 1st place in the "Cheer-jazz-group" category, 2nd place in "Cheer-freestyle-pair" and "Cheerleading (large group), 1st and 3rd places in "Cheerleading-stunt" (mixed).

The regional stage of the All-Russian Summer Universiade in Memory of A.N. Kudrin brought together over 100 students in St. Petersburg. The Polytechnic University boxers did not disappoint.

Sofia Karyakina, Alexandra Noskova, Ekaterina Petruchkova, and Ekaterina Volokitina won gold medals; Marat Safin, Olesya Konovalova, Elizaveta Kadantseva, Sofia Argandeikina, Margarita Golubova, Elena Fedorova, and Daria Zagorskaya won silver. Anna Glukhova, Polina Sokolova, Elizaveta Orlova, and Batyr Osmanov won bronze.

The SPbPU team also took 2nd place among women.

The All-Russian competition in sports acrobatics "Nikolskie Pirouettes" was held in Veliky Novgorod, where Ksenia Kuznetsova took first place in the "Championship" category.

The dancers also showcased their talent. At the MSU Winter Cup 2025 Open Dancesport Championship in Moscow, Sofia Tsivkovskaya (solo) took first place in the Latin American program (D class), Ivan Kobernyuk and Sofia Safronova took second place in the Latin American and European programs (E class), and Arseniy Bauman and Anastasia Kozlenko won silver in the Latin American and European programs in C class.

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 Polytechnic History Museum in 2025: Results and New Horizons

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

How is the Polytechnic History Museum approaching 2026? With a commitment to profound and meaningful work. The priority is not simply displaying exhibits, but creating meaning. Drawing on the university's priceless legacy, the museum staff intends to strengthen the dialogue between science and society, archival documents and personal history, between yesterday and tomorrow.

In 2025, which marked the 80th anniversary of the Great Victory, the museum organized and held a series of commemorative events and exhibitions. These initiatives offered a tribute and gratitude to the heroism of the victorious generation. Each event served as a powerful reminder of the unparalleled heroism, national resilience, and the decisive role of science, engineering, and technology during the harsh years of the Great Patriotic War. In total, the History Museum implemented nine projects related to the celebration of the 80th anniversary of Victory in the Great Patriotic War of 1941–1945.

The numbers speak for themselves: last year's figures reflect the dynamics of attendance and the activity of the exhibition program.

Around 600 tours were conducted for over 12,000 visitors. Two new exhibitions were opened: the "Laboratory and Museum of Mineralogy and Geology" and an exhibition dedicated to Prince Andrei Grigoryevich Gagarin. Over the course of the year, the museum prepared eight exhibitions, held 17 events, and participated in 14 specialized conferences.

The History Museum always welcomes visitors. Every visit is important: the exhibition walls hold stories we want to pass on, and a stroll through the halls should leave a lasting impression. Groups are greeted with a smile, tours are conducted in a friendly, accessible manner, and we strive to make everyone feel part of the university's history.

Classes for schoolchildren occupy a special place in the museum's program. Several educational routes and interactive formats have been developed for them, adapted for different age groups, from elementary to high school. The classes combine live exhibits, multimedia materials, and game elements, ensuring that even the youngest visitors are engaged and eagerly learn about the university's science, everyday life, and achievements.

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.

Competitions for the appointment of increased scholarships for the spring semester of the 2025/26 academic year have been announced.

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 has approved the dates for competitions for enhanced scholarships for the spring semester of the 2025/26 academic year. Students on state-funded scholarships are invited to participate in two main competitions.

Competition for the Enhanced State Academic Scholarship (PSAS)

Students enrolled full-time and on a state-funded basis with demonstrated achievements in academic, research, community, cultural, creative, or athletic activities are invited to participate. The PGAS is a monthly supplement to the basic state academic scholarship and is awarded based on a competitive selection process.

Applications will be accepted from 9:00 AM on January 20 to 4:00 PM on January 26, 2026. They must be created and submitted through the "My Polytechnic" personal account. After receiving all applications, verifiers will check the uploaded achievements for compliance with the required criteria by February 2, 2026. Following the committee meeting that approves the final lists of recipients of the enhanced state academic scholarship, they will be published on February 9.

It's important to remember that once submitted, your application cannot be changed, and the applicant is personally responsible for the accuracy of your documents. Carefully review scanned copies of your diplomas, certificates, and orders before uploading.

Competition for the S. Yu. Witte Scholarship

This competition is open to full-time students enrolled in state-funded programs who are classified as "members of low-income families" or "low-income citizens" and who received "excellent" grades in their most recent midterm assessment. Applications for participation in the competition are accepted through the corporate information system. "My Polytechnic" system The competition will also begin at 9:00 AM on January 20 and end at 4:00 PM on February 26, 2026. Students applying for the S. Yu. Witte Scholarship competition have the opportunity to complete the corresponding applications for the right to receive a PGAS for academic activity, which provides additional points and increases their chances of receiving the S. Yu. Witte Scholarship. Details should be clarified with the administration of your institute.

You can find information about the competition and the requirements for applicants on the university's website in the "Students" section. Select "Scholarships and Support," then click "Scholarship Support" and review the "Scholarships, Social Support" section.Increased state academic scholarship). For your convenience, we suggest you familiarize yourself withinstructions submitting an application for the competition.

The application period for both competitions overlaps and lasts just one week. This is your chance to receive well-deserved financial support. Gather your achievements, prepare your documents, and make a statement!

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.

170th Anniversary of Prince Gagarin's Birth: Polytechnic University honors the memory of the institute's first director at the Kholomki estate.

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Polytechnic alumni, students, staff, and representatives of its partners visited the Kholomki estate to honor the memory of Prince Andrei Gagarin, the first director of the St. Petersburg Polytechnic Institute, on the 170th anniversary of his birth.

Andrei Grigorievich Gagarin was a descendant of a noble family dating back to Rurik, the baptizer of Rus', Grand Duke Vladimir Svyatoslavich, and Vladimir Monomakh. The Gagarins adhered to two family mottos: "Not to us, but to us" and "Strong with mighty roots." The father of the first director, Grigory Grigorievich Gagarin, was a major general in the retinue of His Imperial Majesty, a privy councilor, vice president of the Imperial Archaeological Society and vice president of the Imperial Academy of Arts, an artist, and an architect. His mother, Sofia Andreyevna Gagarina (née Dashkova), was a lady-in-waiting to Grand Duchess Maria Alexandrovna, a lady-in-waiting at the Imperial Court, an artist, and the organizer of an art salon. Andrei Gagarin's godfather was Emperor Alexander II, and his godmother was the Dowager Empress Alexandra Feodorovna.

Andrei Gagarin was born on December 22, 1855 (Old Style). According to the New Calendar, this is January 4, 1856. Interestingly, in 2026, we celebrate another anniversary associated with the Gagarin name—the 65th anniversary of Yuri Gagarin's spaceflight. Although the first director of the Polytechnic University and the first man in space are not related, the mysteries of the universe nevertheless intrigued Andrei Grigorievich. A graduate of the Physics and Mathematics Department of St. Petersburg University, Andrei Gagarin received a silver medal and a PhD in Astronomy for his research paper, "The Most Convenient Method for Preliminary Calculations of Solar Eclipses and Similar Phenomena with Prediction of the Total Eclipse of 1887."

Andrei Grigorievich was also no stranger to more mundane scientific questions. In 1884, he graduated from the Mikhailovsky Artillery Academy with first class honors and defended his dissertation on the most efficient rifling of gun barrels. He is the inventor of several engineering inventions. For example, the "Gagarin circular ruler," named after him, was awarded a gold medal at the Paris World's Fair in 1900. But not only that.

While working at the Petersburg Arsenal plant, the prince designed and built a band saw, a hanging cross-cut saw, a wood sawing machine, an electric device for automatically balancing forces for the Mohr and Federgadr tensile testing machine, a diagrammatic device for a twisting machine in Riga and a crusher press, later called the "Gagarin press", as well as a device for testing the hardness of materials.

On January 7, 1900, by decree of Emperor Nicholas II, Andrei Grigorievich was appointed director of the newly founded St. Petersburg Polytechnic Institute. His candidacy was proposed by the same person who initiated the creation of the Polytechnic Institute itself—Russian Imperial Finance Minister Sergei Yulyevich Witte. Andrei Grigorievich also headed the institute's construction commission. Together with architect Ernest Franzevich Wirrikh, he made a special trip to Europe to become acquainted with the best foreign universities.

The decision to locate the St. Petersburg Polytechnic Institute on the outskirts of the city was no accident. The turn of the 19th and 20th centuries was a time of turmoil, and students played an active role in the revolutionary events. Therefore, the distance from the city allowed for greater oversight over them. The director's candidacy was closely scrutinized; it had to be beyond the ken of the state apparatus. And Andrei Grigorievich suited everyone well in this role.

He tried to strike a balance: on the one hand, he sided with the institute's students and faculty, while on the other, he tried to shield the university from problems and reassured his fellow polytechnicians as best he could. He lived with his family on campus, and when the police raided the dormitories at night, "our prince," as the students called him, would rush to their side to support them and protect them from potential abuse.

On February 27, 1907, the Polytechnic University campus was surrounded by infantry, artillery, cavalry, and Cossacks, supported by police officers. Searches were conducted. No arrests were made, but those "at the top" decided that the Polytechnic University director had failed to pacify the youth. A pretext was needed to fire Gagarin, and this pretext was found in the attic in the form of "bomb casings." On February 28, 1907, Prince Gagarin was removed from his post as director of the institute and brought to trial.

The investigation lasted two years. The Senate met on April 6, 1909. The trial was public, so almost all of the Polytechnic's students and professors attended. The Senate delivered its verdict: "by supreme command," expulsion from the position of director and deprivation of the right to enter and work in government and public service for three years.

After leaving the institute, Andrei Grigorievich immersed himself in science. On May 14, 1913, he defended his dissertation at the Polytechnic University for the title of Adjunct Professor in Applied Mechanics (Doctor of Engineering Sciences) on the topic: "Devices Providing the Relationship between Forces and Deformations During Impact."

In 1911, the Gagarins purchased a plot of land in the Porkhov district of the Pskov province, in the village of Kholomki, on the banks of the Shelon River. In June 1914, they built a house (Andrei Grigorievich himself, along with his sons and a farmer contractor). A month later, World War I began. A 15-bed hospital was opened on the estate. During this time, Gagarin was appointed a member of the Technical Artillery Committee in the optics department. From 1916 to May 1917, Andrei Grigorievich, together with Academician A.N. Krylov, served as an inspector in the Putilov Factory administration. In 1917, after the revolution, a scientific and experimental institute was established in Moscow under the Commissariat of Railways, and from June 1918, Andrei Grigorievich worked there as a senior designer. The Gagarin estate was nationalized and transferred first to the St. Petersburg House of Arts, and then to a sanatorium for tuberculosis patients. But in February 1920, by written order of Vladimir Lenin, Andrei Gagarin was allowed to move to Kholomki. The prince continued his scientific work for the benefit of the Soviet Republic. He died on December 22, 1920, on his 65th birthday.

At the Polytechnic University, we always remember Andrei Grigoryevich Gagarin, the institute's first director, an outstanding scientist and a man of high moral character, with deep respect and sincere affection. During his anniversary year, his brainchild is hosting events dedicated to him: virtual Andart exhibitions, concerts, opening of new museum exhibitionsAnd the trip to Kholomki is one in a series of such memorable events.

On the first evening in Kholomki, the Polytechnic delegation was treated to a screening of a documentary film broadcast by the Kultura TV channel about the fate of the estate and the life of Prince A.G. Gagarin and his family in the Porkhov region.

The next day, museum-reserve staff gave guests a tour of the estate and introduced them to an exhibition dedicated to Prince Gagarin. It features photographs, personal belongings, books, furniture and clothing, portraits, and reproductions of paintings. This collection provides an insight not only into the daily life and habits of the Gagarin family, but also into the Gagarin himself as a scientist and a man of broad interests and high culture.

After the tour, the delegation headed to the village of Belskoye Ustye to honor the memory of the university's founder. Archpriest Alexander Baranov, rector of the Church of the Ascension of the Lord, held a memorial service at the grave of Prince Andrei Grigoryevich Gagarin. The service was attended by graduates, students, and staff of the Polytechnic University from various generations, as well as Andrei Gagarin's great-great-granddaughter, Sofia Korotkova.

Following the service, a wreath from Peter the Great St. Petersburg Polytechnic University was laid at the tombstone, to which each participant added their own flowers, paying tribute to the memory of the university's first director.

The group then visited the Church of the Ascension of the Lord, where restoration work is currently underway with the support 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.

Polytech Tower: 2025 Results and 2026 Plans

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

2025 marked a year of remarkable achievements, strong growth, and confirmation of Polytechnic University's leadership at the national level for its youth policy. The Youth Policy Department demonstrated that its development strategy is working in practice. Polytechnic University was ranked among the best in youth out of 293 Russian universities, and also ranked in the top five in the "Career Guidance and Alumni Relations" category.

The financial results speak for themselves: thanks to projects from PROF, Adapters, PoliKapital, Aktiva Academy, Polymer, and others, we raised 15.6 million rubles through the Rosmolodezh.Grants platform. We received seven million rubles in support from the Priority 2030 program, which helped us integrate more actively into the corporate system. we.spbstu.ru and launch university-wide initiatives, such as systematically organizing student travel.

A separate breakthrough is the development of mentoring. With 1.3 million rubles in financial support from the Mashuk Center, we analyzed best practices from 53 Russian universities and modeled our own effective system for integrating mentors into the life of the Polytechnic University.

The Polytech Tower Youth Trajectory Center has confirmed its status as a unique environment of trust and inspiration, marking the year with many accomplishments.

Social victories: over 4 million rubles in the Rosmolodezh.Grants competition, eight winners of the Tvoy Hod competition, triumph in the Student of the Year competition, and nine scholarships from leading partners.

A scientific and technological boom: 28 winners of the Student Startup (12 Tower projects). One of the startups was ranked among the top 30 in Russia by the Agency for Strategic Initiatives. "Omnivores" won the "Battle of Robots" competition. 7.5 million rubles were raised from industrial partners for the technology projects.

Infrastructure: a robotics lab with an RCP industrial robot and a media lab have opened. Over the past year, 276 events have been held at the Polytech Tower.

The power of partnerships: the "Idea v Delo" project fair, the Student Design Bureau, and the endowment fund are all operating successfully.

In 2026, the Youth Policy Department will focus on three key areas:

Grant support: implementation of the already planned 3.2 million rubles and scaling of successful projects throughout St. Petersburg; full launch of the student's "digital footprint" in the system we.spbstu.ru— from trips to career paths, as well as the creation of a unified events calendar; · development of the Tower Mentors program, a mentoring system within communities, and support for first-year students.

The Youth Policy Department wants to make the Polytechnic University an even more comfortable, technologically advanced, and inspiring home for talented people. If you have any ideas, please contact us.Polytech Towers group on VK.

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.

Innovative coffee from Polytech – delicious and healthy

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

Scientists from the St. Petersburg Polytechnic University have developed an innovative method for producing an alternative coffee drink. The new method guarantees the absence of both caffeine and toxic acrylamide, which forms during the roasting of plant materials, in the finished product. It is based on the use of specially selected okra seed biotypes. The development has received patent Federal Service for Intellectual Property.

The current coffee substitute market offers numerous alternatives made from plant-based sources, such as Jerusalem artichoke root or cereal grains. Researchers note that the most important problem in the production of coffee, coffee drinks, and other products is the transformation of the biochemical composition of the raw materials due to the high temperatures during roasting. When foods containing sugars and starchy substances are exposed to high temperatures, the Maillard reaction occurs, leading to the formation of acrylamide. The International Agency for Research on Cancer has classified it as carcinogenic to consumers. The formation of acrylamide involving free asparagine and sugars during the thermal processing of cereal grains has been described. To reduce acrylamide content in roasted coffee beans, enzymatic treatment of the raw materials, vacuum or steam roasting, extraction of roasted beans in a supercritical fluid, final processing of the finished beverage, and, finally, yeast fermentation and the addition of amino acids have been commonly recommended. However, these time-consuming and expensive processes degrade the characteristic flavor and reduce the health benefits of the resulting coffee alternatives. The technology developed at the Polytechnic University makes it possible to prepare a delicious, safe, and inexpensive coffee drink.

The key idea behind the proposed method lies not in the subsequent removal of harmful substances from the resulting products, but in the initial use of properly selected raw materials. The technology begins with the careful selection of specific seed chemotypes with a unique biochemical composition—okra. The raw material must have extremely low levels of sugars: sucrose, glucose, fructose, maltose, and galactose. A critical requirement is a record-high level of free glycine (over 1000 mg per 100 g of dry matter) and a near-zero content of free asparagine, an amino acid that is a precursor to acrylamide.

The selected seeds are air-dried to a moisture content of no more than 18%, then gently roasted at 170°C for no longer than 40 minutes. The cooled seeds are ground to a particle size of approximately 0.5 mm. To prepare the drink, the resulting powder is steeped in water at 95-100°C for 4-7 minutes. This process maximizes the biologically active substances in the seeds and preserves the drink's original flavor and aroma, the authors note.

The health benefits of natural coffee, as well as the potential risks of excessive consumption, are being studied worldwide. The generally accepted scientific consensus is that caffeine abuse and addiction are becoming increasingly common and can lead to intoxication, withdrawal symptoms, and an increased risk of cardiovascular disease. "Our technology paves the way for the creation of a new class of healthy and safe coffee drinks that can be harmoniously integrated into a healthy diet," noted Ksenia Illarionova, Associate Professor at the Higher School of Service and Trade of the Institute of Industrial Management, Economics, and Trade.

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.