Category: Санкт-Петербургский государственный архитектурно-строительный университет

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

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In the Botanical Garden

The last week of March was a busy one at the Faculty of Environmental Engineering and Urban Management (FEEGU) of the St. Petersburg State University of Architecture and Civil Engineering: the Department of Water Management and Ecology organized a large-scale series of events that comprised Ecology Week. Students and faculty explored a range of topics, from addressing pressing regional issues to discussing the fundamental mysteries of the universe.

March 23: The Baltic's pain and hope for salvation

The week opened with a lecture by Svetlana Makarova, Associate Professor of the Department of Water Management and Ecology and PhD in Biology, dedicated to Baltic Sea Day. The Baltic Sea is currently under unprecedented anthropogenic pressure. Students learned about the critical situation of ringed seals: due to the abnormally early melting of the ice, pups are losing their mothers and are left alone in the harsh environment. An important practical outcome of the lecture was an introduction to the work of the Marine Mammal Research and Rehabilitation Center in Repino. Students learned how the Baltic Seal Friends Foundation's hotline operates and how everyone can help save this rare animal.

Hidden threats were also addressed: the problem of dumped chemical weapons from World War II and the eutrophication of the Neva Bay. Excess nitrogen and phosphorus lead to aggressive algal blooms, requiring future specialists to seek new technological solutions.

March 24: Space Odyssey and Professional Innovation

This day became a dual celebration of science and practice. First, the students immersed themselves in fundamental research and listened to a scientific report on the origins of water on Earth, prepared by department alumnus Mikhail Ryakhovsky, PhD in engineering. The students explored complex hypotheses about endogenous and exogenous sources of the oceans, drawing parallels between the evolution of our planet and the search for life in deep space, and discussed research aimed at finding water in space.

On the same day, students majoring in "Environmental Management and Water Use" (major in "Engineering Ecology") explored the practical side of the profession at the St. Petersburg International Environmental Forum. A visit to the "Big City Ecology" exhibition provided a powerful impetus for future environmental engineers to develop. Of particular interest were:

Online monitoring systems: modern sensors allow for real-time monitoring of water quality with remarkable accuracy; mobile eco-laboratories: mobile systems for rapid air and soil analysis impressed with their autonomy and comprehensive equipment; circular economy: during a workshop, students hand-crafted recycled plastic into stylish keychains, proving that recycling is a creative and effective process.

The students were particularly impressed by the applied technological solutions. "NAECO's environmental marine systems and intelligent monitoring systems were a real revelation. It's amazing how machines, using neural network cameras, can automatically detect illegal dumps, and how specialized scanners can instantly analyze exhaust emissions right in the middle of city traffic," noted first-year student Timofey Tarakanov.

March 26: Tropical technologies in the heart of St. Petersburg

Just a few steps separated the bustle of the city from a veritable jungle. For future specialists, a visit to the Peter the Great Botanical Garden became a lesson in engineering: they studied the complex microclimate of the greenhouses, created by automatic drip irrigation, misting, and ventilation systems.

Among blooming azaleas and exotic carnivorous plants, students also learned about cultural traditions. For example, they learned about the ancient custom of giving tangerines—these "little suns" symbolize wealth and warmth, which are so often lacking in northern latitudes. The vibrant photographs against the tropical backdrop provided a wonderful finale to this educational marathon.

"The visit to the Botanical Garden was an exceptionally positive experience. It was a kind of recharge: we admired the beautiful plants, breathed in the fresh air, and learned a lot. I especially remember the citrus greenhouse and the fact that a fig is a ficus," shared second-year student Stanislav Schilling.

Results of Ecology Week

The results of Ecology Week once again confirmed that modern construction is unthinkable without in-depth environmental assessment. For future civil engineers and designers, understanding the life cycle of materials, the design of complex climate control systems, and the protection of water resources is not just a "green" trend, but the key to creating a high-quality, safe, and sustainable urban environment. The events demonstrated that technological progress in construction today goes hand in hand with a respectful attitude toward nature.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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The all-Russian database of vacancies and resumes "Work of Russia" has published National Graduate Employability Rankings for 2025The rankings reflect an assessment of the demand for graduates of universities and secondary vocational educational institutions, calculated based on their employment rates and median salaries.

The Saint Petersburg State University of Architecture and Civil Engineering has been ranked among Russia's leading universities in terms of graduate employment success.

The Engineering, Technology, and Technical Sciences program is among universities with a large number of graduates (by major)

In the Architecture major group of specialties and areas of study (UGSN) (undergraduate/specialist's degree), SPbGASU ranked fourth, and in the same group of master's degree specialties, it ranked sixth. Among St. Petersburg universities, our university is the leader in this group of specialties.

Our university ranks fifth in the "Construction Engineering and Technology" (undergraduate/specialist) program, and sixth among master's degree graduates. Across all levels of training in this program, SPbGASU ranks second among St. Petersburg universities.

In the "Engineering and Technology of Ground Transport" UGSN, our university is also among the best in St. Petersburg: second place (bachelor's/specialist's degree) and first place in employment of master's degree graduates (sixth place in the overall ranking).

The field of study "Engineering, Technology and Technical Sciences" among universities with a small number of graduates (by field)

In terms of employment of graduates majoring in Mechanical Engineering, SPbGASU ranks first among St. Petersburg universities for bachelor's/specialist's degree graduates and second for master's degree graduates. (In the overall ranking, it ranks sixth and eighth, respectively.)

SPbGASU also ranks second in St. Petersburg in the specialties of "Electric and Thermal Power Engineering" (Master's program), "Applied Geology, Mining, Oil and Gas Engineering and Geodesy" (all levels of training), and third in the employment of bachelor's/specialist graduates in the field of "Technosphere Safety and Environmental Management."

In the field of training "Mathematical and Natural Sciences" among universities with a small number of graduates (in the direction)

In the UGSN "Mathematics and Mechanics" (bachelor's/specialist's degree), SPbGASU ranks third among universities in the Northern capital (ninth place in the overall ranking).

A number of other indicators also rank high both in the overall ranking and among St. Petersburg universities.

High demand for graduates

These results confirm the high demand for SPbGASU graduates in the labor market, which is ensured by the quality and practical orientation of the university's training, as well as the close connection between the educational process and industry demands. This is also confirmed by data. analysis of information on graduate employment conducted at SPbGASU in early 2026, which notes that 88% of university graduates in 2025 are already employed in their field.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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On March 25–26, the Moscow State University of Civil Engineering (NRU MGSU) hosted the conference "Infrastructure for Life – A Look into the Future." Organized by the Russian Ministry of Construction, Housing and Utilities and NRU MGSU, the conference focused on the development of the domestic housing and utilities sector.

The event was attended by representatives of the Federation Council and the State Duma of the Russian Federation, heads of federal executive bodies, regional delegates, representatives of professional associations, educational and scientific institutions, and housing and communal services organizations.

The conference became an important platform for developing solutions aimed at updating professional standards, aligning educational programs with the objectives of the national project "Infrastructure for Life," developing mechanisms for targeted training and retention of young specialists, and introducing digital competencies as a mandatory element of personnel training.

Representatives of SPbGASU who participated in the conference, along with other industry employees, were awarded departmental awards, which were presented by Alexey Eresko, Deputy Minister of Construction and Housing and Public Utilities of Russia.

Dmitry Ulrikh, Dean of the Faculty of Environmental Engineering and Urban Management at SPbGASU, was awarded a Certificate of Gratitude from the Ministry of Construction, Housing and Utilities for his outstanding achievements and productive work.

Polina Fedyuchek, Director of the SPbGASU branch of the corporate department of the Ministry of Construction of Russia, was awarded a Letter of Gratitude from the Ministry of Construction of Russia with appreciation for her creative and constructive work and achievement of high results in her professional activities.

Congratulations and we wish you continued 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.

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In 2026, the Saint Petersburg State University of Architecture and Civil Engineering ranked 76th among the best universities in Russia according to Forbes.

The Forbes ranking, launched in 2021, aims to identify the 100 best universities in Russia. Educational institutions are assessed based on five key areas: networking quality, employer reputation, international reputation, academic environment, and the Forbes factor (the number of alumni on the Forbes list of Russian billionaires for the corresponding year).

A mandatory requirement for a university to be included in the Forbes ranking of the best universities is the availability of undergraduate and specialist degree programs.

In addition, a mandatory criterion for participation is that the number of students must be at least 400 people during the two academic years preceding the reporting year.

SPbGASU entered the top 100 universities in the Forbes 2025 ranking for the first time.

The results of the Forbes rating can be found at link.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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On March 30, a career guidance meeting between students and recent graduates of the Faculty of Civil Engineering was held at the "Growth Point" educational space of the St. Petersburg State University of Architecture and Civil Engineering. The event was organized with the participation of Sergey Bovteev, Deputy Dean for Career Guidance, Associate Professor, and Candidate of Technical Sciences.

The graduates discussed their employment prospects after graduation and the beginnings of their careers in the construction industry. Sergey Vladimirovich emphasized the importance of participating in such events, noting that live interaction with graduates provides an opportunity to ask pressing questions and form a clearer picture of their future careers.

The meeting was attended by 2024 graduates of the Department of Geotechnics, majoring in "Construction of Unique Buildings and Structures." They shared their employment experiences, discussed combining study and work, and discussed their first professional achievements.

One of the speakers, Daniil Fedotov, a reinforced concrete engineer with the Etalon Group of Companies, shared his journey from working in the design department to designing structures and presented projects he has participated in.

His colleague, Alexandra Rakhmankulova, a metalwork design engineer, noted that she began her professional career after her third year, completing an internship at a specialized company. She emphasized the importance of early immersion in the profession and actively seeking internships: "Don't be afraid to try different directions. It's okay to make mistakes. The main thing is to find what truly suits you."

Graduates discussed with students the differences between construction fields—design, construction work, and building surveying—and shared personal observations about the advantages and disadvantages of each field. Particular attention was paid to the skills necessary for a successful career start, including the ability to work with calculations, drawings, and professional software.

The meeting addressed the issue of choosing a specialization. The speakers emphasized that the choice largely depends on personal preference – some seek detailed design and calculations, while others prefer working on a construction site.

Students actively asked questions about salaries, career advancement, and professional prospects. The organizers noted that similar meetings will be held regularly with the participation of graduates from various fields.

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On March 23, as part of career guidance events, fifth-year students majoring in "Construction of Unique Buildings and Structures" carried out a series of engineering surveys of the load-bearing structures of the building at 21 Blagovatnaya Street.

By participating in such activities, students acquire professional skills in identifying defects, determining opportunities for increasing loads, redevelopment, and developing design documentation for these purposes, and learn to make decisions on the technical and economic feasibility of reconstruction work.

Under the guidance of Anton Firsakov, an assistant professor in the Department of Metal and Wood Structures, the students completed comprehensive measurements of a real façade, using photo-recording with overlap to construct a model and additional control measurements for verification.

Students were able to evaluate the capabilities of the photogrammetric method for measuring facades and its limitations.

In the future, it is planned to carry out office processing of the materials and compare the obtained results with laser scanning data.

Fifth-year student Vyacheslav Kharkov noted: "The classes, which involve using professional equipment and combining traditional building surveying methods with photogrammetry, allow me to study the specific features of building surveys in greater detail. I'll be interested in comparing the final data obtained using different methods. Thank you to the instructors for their clear and structured approach!"

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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Students at a construction site

On March 26, a large-scale career guidance tour was held for students majoring in Water Supply and Sanitation, organized with the support of Setl Group. The future engineers had a unique opportunity to step outside the classroom and see how life support systems are designed and installed at a real facility – the Palace Facade residential complex. This low-rise residential complex is located on the southern shore of the Gulf of Finland, near the historic ensembles of Strelna and Peterhof.

The construction site tour began with a mandatory step that every professional must complete: leading occupational safety specialist Maria Kuropatkina gave the students a detailed briefing. She emphasized that modern construction is a highly sensitive area, where knowledge of industrial safety regulations is just as important as mastery of engineering formulas.

Leading industry experts, who daily translate complex blueprints into working systems, led the tour for their future colleagues. Construction Manager Sergey Afanasenko spoke about the specifics of managing a large-scale construction project. The students learned how the work of various departments is coordinated and why it's critical to precisely maintain utility entry points during the frame construction phase.

Dmitry Prosvirov, Lead Engineer of the Heating, Ventilation, Water Supply, and Sewerage (HVAC) Section, immersed the participants in the technical intricacies of their future profession. Under his guidance, the students studied the construction of main pipelines, metering units, and pumping equipment. Dmitry Alekseevich demonstrated how drainage systems are implemented in modern residential complexes and the innovative materials used to protect the networks from wear and tear.

Career guidance at operational facilities allows students to gain insight into the profession's inner workings. Today, the water supply industry involves more than just pipes and valves, but high-tech systems with elements of automation and smart resource management. Roman Gurdin, Assistant Professor at the Department of Water Use and Ecology at St. Petersburg State University of Architecture and Civil Engineering, attended the tour with the students and emphasized, "The students learned about the installation of utility systems, modern water supply and wastewater solutions, and received answers to their professional questions. The event was organized as part of a practice-oriented learning program and allowed future engineers to see the application of their theoretical knowledge at a real facility."

A visit to the Palace Façade helped the students realize that their future work provides invisible yet vital comfort to thousands of people. Direct interaction with practitioners of such caliber as Sergey Alekseevich and Dmitry Alekseevich provides a powerful incentive for further education and professional growth.

"We study diagrams and calculations in the classroom, but only here, at the Palace Facade, do you truly understand the scale of the profession. When you see these enormous nodes and main lines in person, you realize that utility systems are truly the heart of the home. After speaking with experts like Dmitry Prosvirov, I clearly understand: we're building more than just piping systems, but comfort for thousands of people," noted third-year student Victoria Marusey.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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The grand opening of the exhibition "Preservation of Architectural Heritage Sites of St. Petersburg and the Leningrad Region" took place at the Project-Based Learning Educational Center (PBL) of the St. Petersburg State University of Architecture and Civil Engineering.

The exhibition brings together diploma projects, models, and modern multimedia formats prepared by students—future restoration architects. It features models of cultural heritage sites, diploma projects from the Department of Architectural and Urban Heritage at SPbGASU and the model workshop, as well as video flyovers of completed projects. A special highlight is the VR zone, allowing visitors to immerse themselves in one of the projects.

According to the organizers, the historical heritage of the Northern Capital is a priceless global asset that requires constant attention and the development of restoration approaches. The goal of the exhibition is to promote the preservation of cultural heritage sites, demonstrate the potential of digital technologies in restoration, and highlight the level of training of specialists in this field at our university.

On the opening day of the exhibition as part of the conference "Reconstruction and restoration of architectural heritage" A roundtable discussion entitled "The History of St. Petersburg's Industrial Heritage: Continuity and Modernity" was held. Representatives of the Committee for State Control, Use, and Protection of Historical and Cultural Monuments of St. Petersburg (KGIOP), the Scientific Committee on Industrial Architecture and Engineering Heritage of the International Council on Monuments and Sites (ICOMOS), the Department of Architectural and Urban Heritage and the Regional Center for Professional Education at St. Petersburg State University of Architecture and Civil Engineering (SPbGASU), experts from the A. L. Stieglitz St. Petersburg State Academy of Art and Design, the St. Petersburg Polytechnic University, as well as specialized universities from Moscow, Kazan, and Nizhny Novgorod, and industry organizations participated. Participants presented papers, discussed current industry issues, and shared professional experiences.

Alexey Volkov, a restoration architect, first-year Master's student in the Faculty of Architecture, and the event's moderator, noted the significance of the event: "The roundtable and exhibition were a great success – we brought together professionals and students to discuss important restoration issues. The participation of future restoration architects from various cities was particularly valuable. The exhibition clearly showcased the department's achievements and generated keen interest among the guests."

Nadezhda Akulova, Acting Head of the Department of Architectural and Urban Heritage at SPbGASU, delivered a welcoming speech. She emphasized the importance of studying history through architectural heritage sites and the need for interdisciplinary collaboration among specialists: "SPbGASU has been bringing together the professional community in the field of architectural restoration since 2016. It's important that, alongside educators and practitioners, scientific and expert communities, material manufacturers, and students participate in the discussion. This exchange of experience plays a key role in preserving the country's architectural heritage."

Inna Sukhanova, Director of the Regional Center for Professional Education, spoke about the development of digital approaches in restoration. Together with the department, they are working on projects to create digital information models of architectural heritage sites in the Leningrad Region. Students will be able to participate in these initiatives through the "Project Activity" elective and the TIM elective.

The organizers invite all architecture and history enthusiasts to visit the exhibition and learn about unique restoration projects for historic buildings, as well as how modern technologies are helping to preserve the region's cultural heritage.

The exhibition will be open to visitors until April 3, 2026, daily from 10:00 to 17:00 at the Regional Center for Preservation of the Arts (123/5 Fontanka River Embankment, entrance from Voznesensky Prospekt).

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Since the beginning of the second semester, international and Russian students at the St. Petersburg State University of Architecture and Civil Engineering have been participating in language competitions, which universities across the country are actively hosting during this period. The results of several competitions and olympiads have been announced. Our students were able to test their knowledge of a foreign language and Russian as a foreign language and earn well-deserved diplomas and certificates.

Hoang Ngoc Hu

Hoang Ngoc Hu, a student from Vietnam in the preparatory department of SPbGASU, took part in the All-Russian Russian Language Olympiad, the final round of which took place on February 25. The Olympiad was held at the Fevzi Yakubov Crimean Engineering and Pedagogical University in Simferopol. The student represented SPbGASU with distinction and took third place. Elena Safronova, a professor in the Department of Intercultural Communication, prepared him for the Olympiad.

Alena Belkova, a fourth-year civil engineering student, took part in the annual German language dictation "Tolles Diktat." This nationwide event is timed to coincide with International Mother Language Day, celebrated on February 21. Its goal is to promote German culture and history in Russia and to develop a culture of writing in German. Alena has already participated in this dictation and chooses a more challenging level each year.

Alena Belkova

Alina Beglerova, a second-year student in the Faculty of Architecture, took part in the All-Russian competition of scientific and journalistic translation "Masters of Higher Education," dedicated to Russian Science Day. Her supervisor was Tatyana Sakharova, senior lecturer in the Department of Intercultural Communication. The competition was held at V.N. Tatishchev Astrakhan State University. Alina took first place in the "Translation of Popular Science Text" category.

We sincerely congratulate our students and wish them new victories, inspiration, and success in their studies!

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Anastasia Denisova

Research into composite materials used to strengthen building structures with external reinforcement systems continues at the laboratory of the Saint Petersburg State University of Architecture and Civil Engineering. The work is being conducted at the Department of Reinforced Concrete and Masonry Structures as part of the PhD thesis of Anastasia Denisova, a senior lecturer in the department. One of the stages of the research involved tensile testing of carbon composite laminates using a high-speed camera.

The main goal of the experiment is to study the failure mode of the composite material and determine where exactly the specimen begins to fail during tensile testing. The tests themselves play a key role in developing engineering solutions, especially when dealing with new materials or new operating conditions. In the construction industry, all decisions are directly linked to safety requirements, and safety must be substantiated either by calculations, if methods exist, or by experiments, if such methods are not yet available.

Unexpected effect of sample width

The work began with a series of mechanical tests on a composite material—carbon fiber-reinforced polymer (FRP) laminate. The researchers determined the key mechanical properties of specimens with a width similar to that used in real-world reinforcement (50 mm): tensile strength, elastic modulus, and relative deformation. However, the results of the initial tests were unexpected: the specimens failed in a manner not expected—the fracture pattern was different, and the resulting ultimate strength was lower than expected.

After testing samples with a GOST-compliant width of 20 mm, it was found that their strength characteristics matched the stated ones. This led to the hypothesis of the so-called "width effect"—the influence of sample size on the performance of FRP laminate. During the experiment, the researchers tested samples with widths ranging from 10 to 50 mm in 10 mm increments. It was found that at a width of 40–50 mm, the tensile strength decreased and the failure pattern of the material changed. However, it was not possible to visually detect the onset of failure.

As Anastasia Denisova notes, FRP laminates possess a number of properties that are not always reflected in regulatory and technical literature. The "width effect" was discovered experimentally, after it became apparent that the material was not behaving as expected. This necessitated a series of additional tests to confirm the hypothesis.

Why was a high-speed camera needed?

To pinpoint the exact location of the sample's failure, the scientists used a high-speed camera with a shooting speed of approximately 3,000 frames per second. This allowed them to record the composite's failure process, which under normal conditions occurs almost instantaneously. The goal was essentially to "catch" the moment the failure began, and high-speed photography was the only solution available.

During the experiment, two sets of specimens were examined—20 mm and 50 mm wide. The imaging showed that the narrow specimens failed in the test zone across their entire cross-sectional area, as expected. However, for the wider specimens, failure began in the grip area of the testing machine, after which the specimen essentially ceased to function. Thus, the hypothesis regarding the influence of specimen width was experimentally confirmed.

Practical significance of the results

The obtained results have important implications for both laboratory testing and design practice. On the one hand, they can lead to adjustments to composite material testing methods to prevent specimen failure in grips. On the other hand, they allow for recommendations to manufacturers on improving the structure of composites, particularly by increasing interfacial strength at the fiber-matrix interface.

Research is particularly important in the context of strengthening existing structures. In this case, composite materials act as a "cure" for structures already suffering from defects and damage. Therefore, it is crucial to ensure the predictability of their performance. Understanding the mechanisms of material behavior allows not only for its correct use in strengthening projects but also for predicting its failure, which is directly related to ensuring the mechanical safety of structures.

Such studies help designers more accurately assign standard characteristics to materials and take into account possible failure mechanisms when calculating structures.

Prospects for further research

Research into composite materials at SPbGASU continues. In the future, scientists plan to use high-speed imaging to study the performance of composite-adhesive-concrete joints, as well as to analyze the failure of reinforced structures and the behavior of composites at various temperatures.

According to Anastasia Denisova, despite the widespread use of composite materials in construction, experimental research into their behavior remains insufficient. The work being conducted at the university is aimed at gaining new knowledge about the mechanics of these materials and developing a scientific basis for their wider and safer use.

The experimental research is being conducted by Anastasia Denisova, Senior Lecturer in the Department of Reinforced Concrete and Masonry Structures (RCMS), and Yegor Kuzhman, Senior Laboratory Assistant (until September 2025). The research supervisor is Alexey Shekhovtsov, PhD in Engineering and Associate Professor in the RCMS Department.

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.