Category: Наука и инновации/

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The RAW 2025 scientific and practical conference "Robots, Additive Manufacturing, and Welding" was held at Peter the Great St. Petersburg Polytechnic University. The event was organized by the Lightweight Materials and Structures Laboratory with the support of its partners, TECHLAB and Robowizard.

Over the course of two days, participants discussed current issues at the intersection of science and industry. The conference program was quite comprehensive.

A day of expert presentations on innovations, real-world implementation cases, and support measures in robotics, additive manufacturing, and welding. A practical day included a demonstration of equipment and developments in the university laboratory. Participants observed the metal growth process, robotic welding, laser technologies, and even had the opportunity to process metal using ablation. A poster session featured students from SPbPU, NUST MISIS, and Xi'an University of Technology presenting their research projects.

The conference provided experts from industrial companies, researchers, and students with a platform for professional dialogue and exchange of experiences.

The RAW conference demonstrated that the fastest path from idea to implementation is through direct collaboration between universities and industry, where the former create new technologies and supply personnel, and the latter set ambitious goals.

"We are pleasantly surprised by such increased interest in the developments of the Lightweight Materials and Structures Laboratory, part of the Institute of Mechanical Engineering, Materials, and Transport," said Anton Naumov, Deputy Director of IMMiT. "I want to highlight the uniqueness of this event! Firstly, we witnessed the birth of a new large-scale RAW conference, which we plan to hold regularly. Secondly, the conference combined science and industry—the first day was devoted to plenary and poster presentations, and on the second day, participants were introduced to the laboratory's and our partners' developments, held master classes, and demonstrated the implementation of technological processes on equipment. Thirdly, this conference not only brought together students, researchers, and company directors from various cities across Russia, but also became international. Students from Xi'an University of Technology, who came to IMMiT for an internship, presented their poster presentations. This is an excellent start for the RAW scientific and practical conference!"

This was our first experience organizing a conference and practical seminar. We tried to address the most pressing issues: financing, production and design challenges, visions for future results, and working with modern equipment. Together with our participants, we found answers to many questions. Therefore, I consider the RAW 2025 conference a success. See you next year! said Oleg Panchenko, Associate Professor at the Higher School of Physics and Metallurgy and Head of the Lightweight Materials and Structures Laboratory.

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Young scientists from Peter the Great St. Petersburg Polytechnic University presented oral reports at the 4th All-Russian School-Seminar in Mathematical Modeling on Exa- and Zettaflops Supercomputers at the National Center for Physics and Mathematics.

Polytechnic University was represented by Alexey Matyushenko, a senior researcher in the Computational Hydroaeroacoustics and Turbulence laboratory of the Advanced Engineering School "Digital Engineering," a graduate of the Department of Hydroaerodynamics at the Physics and Mechanics Institute, and Maxim Akunets, a postgraduate student at the Higher School of Applied Mathematics and Computational Physics and a research intern in the same laboratory.

The National Center for Physics and Mathematics is a research and educational center specializing in developing fundamentally new knowledge in the fields of new physics, advanced mathematics, and information technology. The center was established in Sarov at the request of Russian President Vladimir Putin.

The 4th All-Russian School-Seminar of the National Center for Physics and Microphysics on Mathematical Modeling was held at the Sarov branch of Moscow State University and the National Center for Physics and Microphysics with the support of the Rosatom State Corporation and the Russian Nuclear Center for Experimental Physics.

Over the course of five days, more than 80 young researchers from across the country immersed themselves in the world of high-performance computing, digital twins, and hybrid modeling. The school's theoretical program included 25 lectures by leading scientists from the Russian Academy of Sciences, research universities, the Rosatom State Corporation, and a number of high-tech companies.

The event discussed the modern capabilities of supercomputers for solving large-scale and computationally complex problems in various fields—from aerohydrodynamics to geophysics and medicine—and learned how digital twins of complex industrial systems are created. During the practical portion of the school, participants worked with the Russian software package "Logos," modeling aerodynamics and hydrodynamics, heat transfer, material strength, and creating mesh models.

Alexey Matyushenko presented a paper on "Application of the Flexible GEKO Turbulence Model for Flows with Separation," and Maxim Akunets presented a paper on "Application of a Hybrid Feature Selection Method for Improving Turbulence Models with Machine Learning." The papers generated considerable interest and were followed by insightful questions and lively discussions.

The program committee selected the five best papers, which included a report by Alexey Matyushenko.

Read more atPhysMech website.

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IPMEiT alumni, employers, students, and faculty united for Business Informatics Day 2025 across competitive tracks, establishing new traditions in training specialists at the intersection of economics and IT. Business Informatics Day brought together over 130 students from the Graduate School of Business Engineering, alumni, and a team of faculty.

Teams from the Higher School of Business and the Institute of Industrial Management, Economics, and Trade competed in intellectual, practical, and creative rounds in the fields of digital economics and IT. This event was timed to coincide with the celebration of Informatics Day in Russia—a symbol of the dawn of the digital age, with the development of the first domestic computer.

Vladimir Shchepinin, Director of the Institute of Industrial Management, Economics, and Trade, opened the event: "This celebration unites everyone who contributes to shaping the digital future. It's important for students to actively master knowledge at the intersection of economics and information technology, for teachers to inspire students to implement breakthrough projects, and collaboration allows us to shape the digital future of the Russian economy. The format of Business Informatics Day at the Institute of Industrial Management, Economics, and Trade clearly demonstrates that modern engineering and economic education is impossible without teamwork, creative thinking, and the ability to quickly solve complex problems."

The program included presentations from alumni and employers, as well as four competitive tracks, allowing participants to spend the day in an atmosphere of teamwork, healthy excitement, and professional networking.

In his welcoming address, Igor Ilyin, Director of the Higher School of Business Engineering, noted: "With the participation of Polytechnics, a decision was made at the state level in 1961 to train specialists who would become the bridge between complex calculations and management decisions, introducing mathematical, statistical, and instrumental methods into economic research. Today, the Higher School of Business Engineering (HSBE) IPMEiT continues to train such in-demand specialists for the digital economy."

Following the opening ceremony, ten teams of students from the Business Informatics bachelor's program and a team of HSE faculty engaged in a series of activities, including "Introduction and Corporate Identity," a case competition, and a thematic quiz. Questions covered a wide range of topics: from the fundamentals of business informatics and digital transformation to enterprise architecture and e-business, IT service management, and data analysis, including practical cases that required not only theoretical knowledge but also teamwork skills.

The atmosphere in the room was friendly yet exciting. The teams cheered each other on with applause. The team of teachers not only advised the participants during the case championship but also actively competed for points, demonstrating their professional experience and willingness to take on unconventional challenges! "— emphasized Olga Chemeris, Associate Professor at the Higher School of Business Studies.

The various stages of Business Informatics Day allowed participants to try their hand at being analysts, architects, and digital project managers, demonstrating their erudition, team spirit, and sense of humor. Teams also proposed their project ideas for automating various processes at Polytechnic University, which could serve as inspiration for coursework topics and future theses.

Maxim Ivanov, Deputy Director for Promising Projects and Youth Policy at the Institute of Economics, Management and Telecommunications (IPMET), emphasized: "Event formats like these help build a new level of dialogue between generations. Students see faculty not only as mentors and examiners, but also as active participants in collaborative work, while faculty receive live and meaningful feedback from future professionals. Business informatics, in this context, is a key growth area, combining economic thinking, digital technologies, and a practice-oriented approach to teaching. These formats demonstrate the demand for interdisciplinary competencies and teamwork skills today. Forward!"

The best student teams received branded gifts with the Polytechnic logo and diplomas from the director of the Higher School of Business. This added to the emotional atmosphere of the celebration and motivated the participants to pursue further professional growth.

1st place — a team of 1st, 2nd, and 3rd-year students majoring in Business Informatics, captain Timur Sattarov 2nd place — a team of 1st and 2nd-year students majoring in Business Informatics, captain Arseniy Bezdeneshnykh 3rd place — a team of 1st and 3rd-year students majoring in Business Informatics, captain Egor Musnitsky

All participants received certificates, highlighting their contribution to the development of the business informatics community at Polytechnic University. The organizers thanked the students, graduates, and faculty for their work and expressed confidence that events of this format will become a good tradition and expand to include new tracks and partners.

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Peter the Great St. Petersburg Polytechnic University has been officially included in the subcommittee "Artificial Intelligence in the Road Transport Complex" (PC 03) of the Technical Committee for Standardization TC 164 "Artificial Intelligence".

This will allow the university to participate at the federal level in the development and evaluation of standards for end-to-end technology—the application of AI in the transportation industry.

"The university's inclusion in PC 03 strengthens the connection between academic research in AI and the practical challenges of developing a regulatory framework for the digital transformation of Russia's transport sector," noted Yuri Fomin, SPbPU Vice-Rector for Research.

Two experts are authorized to represent the interests of SPbPU in the subcommittee:

Marina Bolsunovskaya, PhD, Associate Professor at the Higher School of Computer Technology and Information Systems, Head of the Industrial Stream Data Processing Systems Research Laboratory at the Higher School of Computer Technology and Information Systems, and Project Manager for Machine Vision Systems and Digital Platforms for Data Analysis; and Dmitry Plotnikov, PhD, Associate Professor at the Higher School of Transport, Project Manager for Transport Process Modeling and Unmanned Vehicle Development.

The subcommittee's work will cover areas such as vision systems, digital modeling, and the development of highly automated vehicles.

Photo: Federal Autonomous Institution "ROSDORNII"

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The annual conference of the Digital Technologies in Industry Association, "Time for Digital Solutions," was held in St. Petersburg. The event brought together representatives of industrial enterprises and technology companies to discuss key development areas: engineering AI, robotics, R&D support, and the development of engineering competencies.

Dmitry Plotnikov, Associate Professor at the Higher School of Economics, Institute of Mathematics and Information Technology (HSE IMMiT), and Senior Researcher at the Industrial Stream Data Processing Systems Research Laboratory, participated in a discussion titled "Where Robots Meet Capital," which was also attended by representatives from Gazprom Neft, the St. Petersburg Science Foundation, and manufacturers of service robots for the fuel and energy sector.

Dmitry Plotnikov discussed Polytechnic University's experience in developing robotic mobile platforms for various purposes, as well as the specifics of interacting with industrial customers.

The speaker noted the complexity of transitioning projects from prototype robots to industrial implementation and the importance of a qualified customer in this process.

Dmitry Plotnikov also noted the challenges of integrating robots into the actual technological processes of fuel and energy companies and the need to redesign processes for the effective implementation of mobile robots.

Engineer at the Higher School of Transport of the Institute of Mechanical Engineering, Materials and Transport of SPbPU Vsevolod Gaiduk demonstrated a utility robot developed by the Polytech Voltage Machine team for use in the Far North.

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Scientists at the Polytechnic University have developed a robotic system for automating the precise dosing and application of materials. Initially developed to address the laboratory's internal needs, the system has demonstrated broad potential for application in microelectronics, mechanical engineering, chemistry, and education. Experts note that the robotic system already outperforms its closest foreign counterparts.

The system consists of a three-axis robot combined with a dispensing unit and a machine vision system for feedback. It can handle polymers, sealants, solder pastes, liquid suspensions, and low-melting glasses. Dispensing can be performed using a piston or air pressure, allowing it to handle materials with a wide range of viscosities.

A key feature of the system is its machine vision integration, which enables real-time robotic control along unprogrammed trajectories. This opens up opportunities for creating complex-shaped gaskets for silicone, polyurethane, or rubber products, and is also indispensable for the precise application of sealants and the alignment of micro-optical elements. Manually creating complex trajectories or writing codes is unnecessary: the operator can send commands to the robot using color differentiation via the machine vision of a configured camera.

"We initially created a system to automate routine tasks in our laboratory, as we work extensively with dispensing low-melting glasses to produce micro-optical elements. To replicate the processes, improve precision, and increase the speed of element production, we needed to develop specialized designs, electronic boards, and our own software. This is how the first version of the robotic system was born. We focused not on the design itself, but on the tasks the robot would perform. The result is a more user-friendly and intuitive system that doesn't require studying hundreds of pages of instructions, as with some similar systems," explained Alexander Semencha, Director of the Nanotechnology and Coatings Research and Educational Center at the Institute of Mechanical Engineering, Materials, and Transport at SPbPU.

The robot's technical specifications allow it to be used in the production of microelectronics products: positioning accuracy of up to 20 microns, axis travel speed of up to 300 mm/sec, and a workspace of 300 x 300 mm with the ability to expand. The system supports the installation of up to two manipulators and six peripheral devices.

The development was led by a team from the Nanotechnology and Coatings Research Center, including engineers, electronics engineers, IT specialists, technologists, and industrial designers. They assembled more than eight versions of the design before achieving the required level of reliability. One of the models has already successfully completed over 100,000 cycles without loss of accuracy.

The project's potential encompasses three main areas: the creation of fully robotic chemistry labs for schools and universities, applications in scientific research (for example, for the production of lighting fixtures with special phosphors for growing agricultural crops), and the solution of non-standard tasks, such as sorting or engraving. The scientists note that the robot is ready for mass production.

There are only a few companies worldwide producing similar devices: in the US and China. The system developed at the Polytechnic University is significantly cheaper than its Western counterparts, and its functionality already surpasses that of other systems available on the market.

This is an example of the successful convergence of engineering, IT, and materials science competencies within the university. Such interdisciplinary projects directly contribute to technological sovereignty, ensuring the effective transfer of knowledge from fundamental science to applied solutions, and developing personnel for the economy of the future, noted Yuri Fomin, SPbPU Vice-Rector for Research.

The team's plans include developing an automatic calibration system, implementing AI tools for simplified programming, and creating a remote control center for the system.

About the development of Polytechnic University scientists federal media reported.

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Jamila Idrisova, a senior lecturer at the Institute of Civil Engineering at Peter the Great St. Petersburg Polytechnic University, participated in the international conference "Nuclear and Radiological Emergencies: Building the Future in a Changing World" in Riyadh. The event was organized by the International Atomic Energy Agency (IAEA) and the Saudi Arabian Nuclear and Radiological Regulatory Commission (NRC).

The event, dedicated to strengthening emergency preparedness and response systems, brought together over 700 representatives from 103 countries and six international organizations. The conference featured 120 oral presentations, over 100 poster presentations, four roundtable discussions, and technical sessions covering ten thematic areas. Experts, emergency preparedness and response specialists, regulators, and technical specialists shared their experiences, presented research results, and discussed practical measures to strengthen global preparedness and response to nuclear and radiological emergencies.

In his opening address, NRRC Director General and Conference President Dr. Khalid Aleissa emphasized: "Through the integration of new technologies, the sharing of practical experience, and close collaboration with the IAEA and international partners, we are working together to strengthen global resilience in nuclear and radiological emergency preparedness and response."

Jamila Idrisova, a senior lecturer at the Higher School of Technosphere Safety and the head of the international educational program "Emergency Preparedness and Response" at the Civil Engineering Institute, presented a report at the "Capacity Building – 1" section on the topic: "Experience in training specialists in the international master's program "Emergency Preparedness and Response" at Peter the Great St. Petersburg Polytechnic University."

During the "Capacity Building 1" and "Capacity Building 2" sessions, Jamila Idrisova participated in discussions on key personnel training issues, including exercise and training programs; training opportunities, knowledge management and education, and postgraduate education programs; best practices in national training programs, including distance, hybrid, and practical training; and mechanisms for knowledge retention and transfer of experience.

Plenary sessions and panel presentations focused on coordination and cooperation in nuclear safety and security, public relations, innovative technologies, capacity building, protection strategies, the interplay between nuclear safety and security, and many other topics. Roundtable discussions addressed current issues of international cooperation, including the use of artificial intelligence in emergency management, effective decision-making under uncertainty, ways to enhance emergency preparedness through exercises, and measures for floating and mobile reactors.

"It was especially gratifying to meet Osama Alzahrani and Tamer Alhakbani, both 2024 graduates of the International Master's Program in Emergency Preparedness and Response at the Institute of Civil Engineering. Both graduates are now employed by the Saudi Arabian Nuclear and Radiological Regulatory Commission," noted Jamila Idrisova.

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Dmitry Fedorov, head of educational projects at Positive Technologies (Positive Education), gave a lecture at the Polytechnic University. The topic was "Cybersecurity Specialist in Modern Conditions."

Dmitry Yuryevich spoke to students of the Higher School of Cybersecurity and the Higher School of Artificial Intelligence Technologies, who are studying in top-level educational programs, about the profession of "cybersecurity specialist," the specifics of such a specialist's thinking, and the application of artificial intelligence technologies in solving applied problems in cybersecurity.

Guest lectures expand the standard academic program, providing students with the opportunity to gain unique practical experience and insight from industry experts, helping them better understand the real prospects of their future careers. Interacting with practicing experts can inspire new ideas and encourage further exploration of the topic, emphasized Vasily Krundyshev, head of the educational program.

During the final session, first-year students had the opportunity to personally ask the speaker their questions and receive advice on getting started in their careers. Those who asked the best questions received gifts.

We fully support the Ministry of Digital Development's initiatives, which force the higher education system to step out of its "comfort zone" and begin training cybersecurity specialists not only in accordance with formal standards (regulations, sample curricula), but also those truly in demand in the labor market. Positive Technologies has extensive practical experience in information security and IT, and we are ready to openly share this with aspiring specialists," noted Dmitry Fedorov, head of educational projects at Positive Technologies (Positive Education).

Also, the heads of the educational programs V. M. Krundyshev (10.03.01_06 "Computer Systems Security (Artificial Intelligence Technologies in Cybersecurity)"), A. A. Lukashin (02.03.01_03 "Machine Learning and Artificial Intelligence Technologies") and V. A. Mulyukha (02.03.03_02 "Data Mining Technologies") discussed with D. Yu. Fedorov the issues of expanding cooperation between FSAEI VO "SPbPU" and JSC "Positive Technologies", including the opening of an R&D center, providing access to training simulators, organizing internships and practical training for students at production and research sites, as well as attracting leading specialists from the company in the field as mentors, tutors and experts.

The lecture is part of a project to train top specialists in artificial intelligence, implemented at the initiative of the Russian Ministry of Digital Development, Communications, and Mass Media with the participation of the Analytical Center under the Government of the Russian Federation as part of the federal projects "Artificial Intelligence" and "Personnel for Digital Transformation" of the national project "Data Economy and Digital Transformation of the State."

Detailed information about the Polytechnic University's training of top specialists in artificial intelligence available at the link.

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Students from the Institute of Civil Engineering at Peter the Great St. Petersburg Polytechnic University, led by ISI Associate Professors Maria Drebezgova and Alena Sheremet, and Assistant Victoria Pedenko, participated in the architectural design session "Molzavod: Starting Point," held in Gatchina. The workshop brought together leading experts in architecture, urban planning, cultural heritage preservation, and economics, practicing architects, and faculty and students from specialized St. Petersburg universities. Over the course of one day, the participants developed conceptual proposals for transforming the site and buildings into a modern cultural and social cluster.

The architectural session was organized by the Gatchina Municipal Administration and the ARCH-EVENT Association of Architects. The event, supported by the Council for Architecture and Urban Development of the Leningrad Region, the St. Petersburg Union of Architects, ALFRESCO and BERKANO, and the Leningrad Region Committee for Urban Development Policy, brought together teams from leading architectural universities in St. Petersburg: Peter the Great St. Petersburg Polytechnic University, St. Petersburg State University of Architecture and Civil Engineering, St. Petersburg Mining University of Empress Catherine II, and the St. Petersburg State Stieglitz Academy of Art and Design.

During the workshop, participants were tasked with conducting a comprehensive analysis of the site, including its historical and cultural context and current conservation regulations, and developing conceptual proposals for the functional content and architectural and spatial transformation of the site. Particular attention was paid to the methodology for working with industrial heritage, developing principles for careful reconstruction, and shaping a sustainable architectural vision.

The team leaders were Irina Barto, head of the Umbra architectural bureau; Tatyana Dmitrieva, head of the Formanorma architectural studio; Arseniy Mamoshin, chief architect of the Mamoshin architectural studio; and Evgeny Novosadyuk, architect and partner of the Studio 44 architectural bureau.

The expert evaluation of the projects was carried out by a council including representatives of government bodies of the Leningrad Region and the Gatchina Municipal District, as well as leading practitioners in the field of urban planning and architecture—members of the urban planning councils of St. Petersburg and the Leningrad Region and heads of architectural firms.

The team from the Higher School of Design and Architecture of the St. Petersburg Polytechnic University's Civil Engineering Institute successfully presented a concept for the development of the plant's territory and received a commendation from Igor Kulakov, Chairman of the Leningrad Region Committee for Urban Development Policy.

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Associate professors from the Higher School of Design and Architecture of the Civil Engineering Institute of Peter the Great St. Petersburg Polytechnic University, Elena Ladik and Maria Drebezgova, took part in the 10th All-Russian Forum "Barkamp 2025."

The forum's business program included an expert session, "The Arctic as a Breakthrough Scientific and Technological Project for Russia," dedicated to the strategic objectives of developing the Russian Federation's Arctic zone. Participants discussed key development areas for the region: enhancing its attractiveness as a place to live and work, creating sustainable social and engineering infrastructure, implementing advanced technologies, and mechanisms for government and industry support for the implementation of innovative projects.

Elena Ladik and Maria Drebezgova participated in the session, presenting innovative projects for the development of Arctic and Far North territories. Under their guidance, ISI Master's student Yulia Demyanyuk contributed to the development of project concepts for the development of the Arctic residential environment. ISI Master's students Alexandra Sudarikova and Ekaterina Falaleeva developed projects related to the development of Arctic and northern tourism.

In recent decades, interest in developing the Arctic and Far North has been growing worldwide. Developing the Arctic zone is one of the most pressing challenges for the Russian Federation and requires the creation of infrastructure and an architectural environment that takes into account regional characteristics. This year, together with master's students from the Higher School of Design and Architecture of the Civil Engineering Institute, we focused our design work on issues of organizing the architectural environment in harsh climates and the search for a regional identity for northern territories. We plan to continue working on this topic next year, shared Elena Ladik.

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