The Uzbek side expressed interest in acquiring biomedical equipment developed at NUST MISIS, providing a base for clinical trials of the university’s technologies, and training its staff to operate the equipment through continuing education programmes. The parties also discussed student and staff mobility, joint degree programmes, and academic competitions for school students aimed at attracting talented young people to joint educational projects.

“As part of the national Priority 2030 programme, MISIS University is implementing the strategic technological project ‘Biomedical Engineering and Biomaterials’. Its key objective is to develop and commercialise products and technologies, as well as train engineers for this rapidly growing industry. A natural continuation of the project was the establishment of the College of Biomedical Engineering within the university in 2023. Led by the young and talented Doctor of Physical and Mathematical Sciences Fyodor Senatov, our researchers are shaping a relevant research and educational agenda and developing solutions that improve the quality of life for millions of people and accelerate treatment even in the most complex medical cases. Cooperation with Samarkand State Medical University will enable us to share unique expertise with our colleagues from Uzbekistan and work together on research, educational and career guidance projects,” Alevtina Chernikova.

One of the tools for cooperation could be MISIS University’s comprehensive career guidance programme. Operating across all regions of Russia as well as in neighbouring and other foreign countries, the programme helps school students explore modern engineering fields and make informed decisions about their future educational paths. More than 415,000 school students took part in the programme during the last academic year alone.

Samarkand State Medical University is the oldest medical university in Central Asia. It has more than 15,000 students and offers programmes in a range of fields, including biomedical engineering.

“Cooperation in biomedical engineering is particularly important to us. This is a new field for our university, and we are keen to learn from MISIS University’s experience. Today, we became acquainted with the developments of the Institute of Biomedical Engineering and have already discussed opportunities for specialist exchanges and joint work. I am confident that we have all the necessary conditions to develop educational and research cooperation and implement joint projects,” Jasur Rizaev.

The signing of the memorandum supports MISIS University’s objectives under the Priority 2030 programme, including increasing its technological leadership index and developing international academic mobility for students and academic staff to enhance professional skills, facilitate the exchange of expertise, and introduce best practices in education and research.

Cooperation with Jospong Group began following an industrial and educational seminar held in Ghana’s Korle Klottey Municipal Assembly. The concept of industrial and educational partnership (IEP) generated strong interest from Joseph Siaw Agyepong, Founder and Executive Chairman of the group. He decided to send students to Russia for training in order to develop a workforce tailored to the group’s specific projects.

During the meeting, the parties discussed formats for cooperation in education, research and technology projects. Ghana is focusing on training specialists who can apply their knowledge directly in practice, with priority areas including industrial equipment design, industrial facility management and renewable energy. NUST MISIS, in turn, sees significant potential for cooperation in mining, metallurgy, waste processing and information technology.

“The IEP model, built on NUST MISIS’s strong integration with industry, will enable our African partners to strengthen ties between local universities and companies. This will create the conditions for localising skills, knowledge and technologies directly on the African continent and provide a foundation for the sustainable development of national economies,” Masamba Kach, Head of the NUST MISIS Industrial and Educational Partnership with African Countries Project.

Among the practical steps agreed upon during the seminar were the preparation of a memorandum of understanding between the university and the Ghanaian side, as well as the launch of an admissions campaign for applicants from Ghana under Russian government scholarship programmes.

“Africa is an important partner for both our university and Russia as a whole. Today’s meeting should provide a solid foundation for the further development of ties in education, research and industrial cooperation,” Dmitry Vasilyev, Director for International Affairs at NUST MISIS.

The event supports the objectives of NUST MISIS under the Priority 2030 program, including increasing the university’s technological leadership index and expanding international academic mobility for students and academic staff to promote professional development, knowledge exchange and the adoption of best practices in education and research.

Chandigarh University is one of NUST MISIS’s strategically important partners in India. Cooperation with two campuses at once will expand the geographical scope of interaction and create a broader platform for joint projects in one of the countries that is a priority for the university.

During the meeting, representatives of both universities discussed moving to the practical stage of cooperation and developing a joint roadmap. Key priorities include academic mobility, short-term educational programs, and new initiatives in promising research and educational areas.

One of the nearest areas of cooperation will be the participation of Chandigarh University students in NUST MISIS International Schools. These programs will give students an opportunity to experience the university’s educational and research environment and lay the groundwork for further development of academic exchanges and joint educational projects.

The meeting supports the objectives of the NUST MISIS “Priority 2030” program aimed at developing international academic mobility for students and academic and teaching staff to enhance professional skills, exchange experience, and implement best educational and research practices.

“Applicants’ projects were presented and evaluated at 17 venues, from Moscow and St. Petersburg to Krasnoyarsk and Vladivostok. The winners represent 66 regions — four more than last year. A quarter of them will have the opportunity to implement their developments together with industrial partners, which have prepared technology challenges for competition participants for the first time this year,” Director General of the Foundation Andrey Zhizhin.

NUST MISIS Rector Alevtina Chernikova: “At MISIS University, we create an environment that encourages scientific exploration: from their first years of study, our students become immersed in the fascinating world of research together with leading scientists. The university actively supports student scientific societies, design bureaus, and project offices. We also pay special attention to technology entrepreneurship, helping young people develop the skills and competencies needed to launch their own startups and create high-tech production based on university research. I congratulate the UMNIK grant competition winners and wish them continued success!”

The following projects will receive grant support:

“Development and study of a magnetically controlled antimicrobial system based on hollow iron-nickel-copper microspheres to prevent periprosthetic infections and post-implantation complications.” Author — Irina Rysak, fourth-year student at College of New Materials.

“Development of a search-and-rescue unmanned aerial system for detecting people in hard-to-reach areas using computer vision and autonomous navigation.” Author — Maksim Karpenko, fourth-year student at College of Computer Sciences.

“Development of a technology for producing small-diameter bars from two-phase titanium alloy ingots using radial-shear rolling.” Author — Anna Khakimova, research project engineer at the Department of Metal Forming and master’s student at College of Technologies.

“Development of an additive manufacturing technology for extrusion tooling with integrated cooling channels of complex geometry.” Author — Mikhail Gilvitinov, master’s student at College of Materials Science, Additive and Scalable Technologies.

“Development of high-entropy oxide catalysts for biogas enrichment.” Author — Kseniya Kokina, research laboratory assistant at the “Inorganic Nanomaterials” Research Center and PhD student at College of New Materials.

“Development of a magnetically controlled module for removing kidney stone fragments.” Author — Danil Abramov, master’s student at College of Materials Science, Additive and Scalable Technologies.

“Development of a technology for producing rare-earth-free hard magnetic materials based on the Mn—Al system using additive manufacturing.” Author — Konstantin Nechaev, research project engineer at the Department of Physical Materials Science and PhD student at College of New Materials.

“Development of a non-magnetic corrosion-resistant β-titanium elinvar material for elastic sensing elements of accelerometers operating under extreme conditions.” Author — Alexandra Baranova, PhD student at College of Technologies.

Congratulations to the winners!

What does a smart materials developer do?

A smart materials developer (also known as a smart materials designer) is a career for people who want not only to study materials and their properties but also to create materials tailored to specific applications. New materials are needed in biomedicine, electronics, energy, transportation, aerospace, and high-tech instrumentation. These can include biomedical materials for diagnostics and drug delivery, materials for sensors, and composites and alloys for construction in extreme environments. It is important to understand how a material’s properties change at every stage of its life cycle, from development and use to recycling. That is why the profession calls for more than standardized solutions: specialists need to be able to research, compare, model, and select the best option from several possible solutions.

What challenges does a smart materials developer solve?

A materials designer develops the composition and structure of a material so that it performs a specific task: being stronger, more environmentally friendly, cheaper to produce and use, safer for people, or better at conducting heat and electricity. They synthesize materials, test them under different conditions, compare their properties, and identify the optimal solution. This is what distinguishes the profession from that of a traditional materials scientist, who more often focuses on studying the properties and behavior of materials. A developer takes the next step by creating a new solution with predetermined characteristics. Compared with a process engineer, a smart materials developer takes a broader research-based approach: they not only launch production but also design the material itself and determine the best technology for manufacturing it.

Who is a career in smart materials development right for?

This career is a good fit for ambitious young people who want to develop advanced materials and study how they perform in real-world conditions. A strong interest in physics, chemistry, mathematics, and engineering is especially valuable, along with a willingness to work carefully, thoughtfully, and analytically. By choosing this career, you can study not just theory, but how to create technologies that can be applied in industry and science.

What skills does a smart materials developer need?

This is a multidisciplinary profession requiring a broad range of knowledge. Specialists need a strong understanding of physics, chemistry, mathematics, and other fields depending on their area of specialization. They must be able to analyze data, interpret experimental results, draw conclusions based on research, and build models using IT tools. Systems thinking, attention to detail, scientific curiosity, and the ability to work with technical documentation and laboratory methods are key qualities. It is also important to see not just an individual experiment but the entire process, from an initial idea to incorporating a material into a real product or technology.

Where do smart materials developers work?

These specialists are in demand at leading high-tech companies, research centers and organizations, as well as in medtech, microelectronics, the chemical and metallurgical industries, aerospace, and the nuclear sector. They are particularly valuable wherever existing materials need to be improved or new solutions developed for systems operating under high loads.

Why is a career in smart materials development promising?

Industry is increasingly moving away from one-size-fits-all materials toward solutions tailored to specific applications: lighter, stronger, safer, more precise, and more durable. As a result, demand is growing for specialists who can apply and improve existing technologies, develop new materials, and bring them into production.

How much do smart materials developers earn?

At the entry level, salaries are generally comparable to those of junior design engineers and research engineers, ranging from RUB 100,000 to 130,000 per month. Experienced specialists typically earn RUB 130,000 to 200,000. Lead engineers and specialists with a strong portfolio and development experience can earn RUB 200,000 or more. At large companies and in management positions, the upper end of the salary range is higher.

Which program at NUST MISIS can prepare you for a career in smart materials development?

At NUST MISIS, you can prepare for this career through one of the tracks within the Materials Science and Materials Technology program, such as Innovative Materials for Nanoelectronics or Innovative Structural Materials. Students learn to develop manufacturing technologies for new materials and bring them into production while conducting research using state-of-the-art equipment. Admission requires Unified State Exam (EGE) results in mathematics, Russian language, and one additional subject of the applicant’s choice: physics, chemistry, or computer science.

You can also pursue a career in smart materials development through the Advanced Composite Materials track within the Chemical Engineering program. In this case, the required EGE subjects are chemistry and Russian language, with mathematics, computer science, and physics available as elective subjects.

Every year, up to 90% of drugs that show promising results in vitro and in animal studies later prove ineffective in humans. One reason for this discrepancy is species differences, as well as limitations of existing preclinical models, which do not reliably predict how the human body will respond. Unreliable preclinical models account for up to 75% of all spending on new drug development.

Permeability is the ability of a barrier to allow substances to pass through it. In the intestine, permeability determines how drugs and nutrients move from the intestinal lumen into the bloodstream. To measure it, a marker substance is passed through a membrane, and researchers record how much of it reaches the other side and how long the process takes. The closer this value is to that of actual human tissue, the more reliable the model is considered to be.

“The standard for studying the intestinal barrier in vitro remains Caco-2 cells cultured on Transwell inserts. This system consists of a flat monolayer that lacks the characteristic ‘villus-crypt’ relief of the intestinal mucosa. The resulting barrier is also three times denser than human intestinal tissue, which significantly reduces its permeability to soluble substances,” Elizaveta Kudan, DSc in Biology and professor at the College of Biomedical Engineering at NUST MISIS.

To address this issue, researchers at NUST MISIS developed a method for producing membranes from polycaprolactone, a biocompatible polymer already used in medicine. The scientists demonstrated that the permeability of the new membrane is two orders of magnitude closer to that of actual human tissue than the standard laboratory model.

“We were able to create a membrane with a stable microrelief that does not flatten out. It is precisely the combination of its structure and carefully selected porosity that allows us to grow intestinal epithelial cells on its surface. These cells form a living barrier that can mimic both healthy intestinal mucosa and disease models. To ensure that the cells were distributed evenly across the complex surface, we additionally treated it with chitosan and polyglutamic acid,” Valentina Kostenko, a co-author of the study and graduate of the iPhD Biomaterials Science program at NUST MISIS.

According to NUST MISIS Rector Alevtina Chernikova, researchers at the university have been conducting biomedical research for several years as part of the strategic technology project “Biomedical Engineering and Biomaterials,” implemented under the national Priority 2030 program. Their work is aimed at developing technologies that can significantly improve people’s quality of life.

A patent application has already been filed for the method of producing the biomimetic membrane.

“Targeted drug delivery systems like this represent one of the most promising directions in modern oncology. Nearly 20 million new cancer cases are diagnosed worldwide every year, and chemotherapy remains the primary treatment for a large proportion of patients. Our goal is to develop technologies that make this treatment safer,” said Elena Nikolskaya, PhD in Chemistry and Associate Professor at the College of Biomedical Engineering at NUST MISIS.

Dactinomycin is an anticancer antibiotic used to treat several types of cancer, including melanoma. However, its clinical use is limited by severe side effects, including systemic toxicity, suppression of blood cell production, and damage to the gastrointestinal tract. As a result, physicians often have to reduce the dosage or replace it with less toxic — though sometimes less effective — alternatives. To address this challenge, the researchers proposed delivering the drug using nanoparticles that reduce the exposure of healthy tissues to the highly toxic active compound while enabling its selective accumulation and sustained release within tumors.

“We coated the nanoparticles with membranes derived from melanoma cells. This approach offers two major advantages. First, the immune system is less likely to recognize and eliminate these particles before they reach the tumor. Second, cancer cells preferentially absorb particles with surface characteristics similar to their own, allowing the drug to accumulate precisely where it is needed. The more selectively a nanoparticle targets the tumor, the less toxic drug circulates throughout the body and reaches healthy organs. This reduces both the risk of side effects and the likelihood of treatment resistance,” explained Maxim Vershinin, co-author of the study and a graduate of the Engineering Biotechnology track at NUST MISIS.

The researchers optimized the synthesis conditions to maximize the drug loading capacity of the nanoparticles while ensuring gradual drug release followed by safe biodegradation. In vitro experiments showed that the developed nanoparticles entered tumor cells more efficiently than the conventional formulation and were more than twice as effective at killing melanoma cells.

The project received the award for Best Presentation at BIOTECH FORUM 2025 in Almetyevsk and was also awarded second-degree diplomas at both the Lomonosov 2025 International Conference and the Biochemical Physics 2025 conference.

The research was carried out as part of the Biomedical Engineering and Biomaterials strategic project at NUST MISIS under Russia’s Priority 2030 academic leadership program.

“NUST MISIS has been cooperating with Kenya since 2014. During this time, students from Kenyatta University, Multimedia University of Kenya, and the Technical University of Mombasa have completed master’s degree programs in Russia. This new agreement expands the university’s partnership network across Africa. The meeting also supports the objectives of NUST MISIS under the Priority 2030 program, which promotes international academic mobility for students and academic staff to enhance professional development, facilitate the exchange of expertise, and implement best practices in education and research,” said Masamba Kah.

During the meeting, the parties discussed mechanisms for academic mobility, the adaptation of educational programs, and support for students from African countries. They also agreed to launch a multilateral workforce development program for Kenya’s industrial enterprises. The program will cover several key areas:

• Mining Engineering
• Metallurgy
• Materials Science
• Solar Energy
• Information Technology
• Industrial Economics

“Partnership with NUST MISIS is of strategic importance to us. The Russian university’s strong integration with industry aligns with the priorities facing Kenya and the African region as a whole: transitioning from a resource-based economy to a manufacturing economy and increasing domestic value creation,” said Professor Kiplagat Kotut.

The parties will continue discussions on the implementation of joint projects at the Russia—Africa Summit, which is scheduled to take place in October 2026.

The NCUT delegation included President Zhang Lifeng, Dean of the School of Mechanical Engineering and Materials Science Han Fei, Dean of the School of Civil Engineering Ji Yingbo, and Director of the Office of International Cooperation and Exchanges Xu Mei.

The guests were welcomed by Vice-Rector for Research and Innovation Mikhail Filonov: “The continuous expansion of cooperation with China’s leading universities is aligned with the objectives of MISIS under the Priority 2030 program, which focuses on developing international academic mobility for students, researchers, and faculty members in order to enhance qualifications, exchange experience, and implement best educational and research practices. I am confident that this agreement will open up new opportunities for both sides.”

Vladimir Pirozhkov, Director of the Engineering Center of High-Complexity Prototyping “Kinetica” at MISIS, presented the center’s key projects and spoke about its capabilities in industrial design, digital engineering, and the development of high-tech products.

At the Laboratory of Hybrid Nanostructured Materials, the Chinese colleagues were introduced to the university’s promising developments in advanced materials and additive manufacturing.

Alexander Komissarov, Director of the College of Materials Science, Additive and Scalable Technologies, presented modern educational programs and approaches to training engineering professionals for high-tech industries.

The discussion on future cooperation was attended by Dmitry Vasilyev, Director for International Affairs; Andrey Travyanov, Director of the College of Technologies; Konstantin Grigorovich, Academician of the Russian Academy of Sciences and Professor of the Department of Steel Metallurgy, New Production Technologies and Metal Protection; Evgeny Levashov, Corresponding Member of the Russian Academy of Sciences, Head of the Department of Powder Metallurgy and Functional Coatings, and Director of the MISIS—ISMAN Scientific and Educational Center for Self-Propagating High-Temperature Synthesis (SHS); Natalia Korotchenko, Director of the Information and Marketing Center; and Yury Rishko, Head of the Academic Affairs Office.

The parties discussed the development of joint research projects in areas of mutual interest and explored opportunities for representatives of both universities to participate in joint seminars, scientific conferences, and other academic events.

The signed memorandum supports the objectives of the Russia—China Cross Years of Education initiative, aimed at promoting academic mobility, developing joint educational projects, and strengthening cooperation between the two countries.

Rector Alevtina Chernikova commented: “NUST MISIS is Russia’s leading research and educational center in the development, implementation, and application of advanced technologies and materials. Its history encompasses key milestones of industrialization, the development of nuclear and space programs, and the establishment of world-class scientific schools. MISIS was among the first Russian universities selected, in accordance with a decree of the President of the Russian Federation, to participate in the pilot project aimed at improving the higher education system. We view participation in this pilot project as the next stage in the development of the university’s educational model, which is based on the integration of education and research, personalized learning, a practice-oriented approach, and the strengthening of employers’ role in education.”

Employer-sponsored education remains one of the most in-demand training formats. After enrollment, students may sign an agreement with a sponsoring company and receive guaranteed opportunities for internships and subsequent employment. The mandatory employment period under such agreements ranges from three to five years.

Applicants can also gain additional admission advantages through individual achievements. NUST MISIS regularly expands the list of achievements eligible for bonus points, such as winning or placing in academic competitions, contests, research and practical conferences, case championships, and other events.

Additional opportunities are provided through named scholarships and grant programs supported by the MISIS Endowment Fund. These programs are open to both state-funded and tuition-paying students. Each year, the university holds its “Student of the Year” competition, with winners receiving cash awards ranging from 50,000 to 150,000 rubles.

The university continues to develop its multi-track educational model, enabling students to build individualized learning pathways aligned with their professional interests and labor market demands. A comfortable learning environment remains one of the key advantages of NUST MISIS. Students have access to modern laboratories, multimedia classrooms, libraries, coworking spaces, and collaborative work areas.

All student residences are located close to the university’s main campus. The dormitories provide conditions conducive to both study and recreation, featuring computer labs, high-speed internet access, cafés, shops, and laundry facilities. The Metallurg residence hall also includes its own sports complex with a swimming pool.

Detailed information on admissions regulations, academic programs, and application deadlines is available on the university website.

UESTC is a participant in China’s national Double First Class initiative aimed at developing the country’s leading universities.

Upon successful completion of the program, graduates will receive a Master’s degree from NUST MISIS. Students will also have the opportunity to obtain a degree from the Chinese partner university.

The project has received support from the Ministry of Science and Higher Education of the Russian Federation and the Ministry of Education of the People’s Republic of China. The program is the result of extensive collaboration between the two universities and marks an important step in strengthening educational cooperation between the two countries. The new Master’s program will expand opportunities for training highly qualified specialists in materials science and create additional conditions for international academic exchange.

The launch of the program aligns with the objectives of the Russia—China Years of Education, which aim to promote academic mobility, develop joint educational initiatives, and strengthen cooperation between the two nations.

“NUST MISIS has a long and productive history of cooperation with Chinese educational institutions. Back in the 1950s, our scientists actively contributed to the establishment of University of Science and Technology Beijing (USTB). For decades, our university has trained engineers and researchers, many of whom have made significant contributions to the development of China. Today, we cooperate with the country’s leading scientific and educational centers, creating new opportunities for students from both nations. The international summer school became the first educational project implemented under the cooperation agreement signed in 2025 between NUST MISIS and Inner Mongolia University of Science and Technology,” said Alevtina Chernikova, Rector of NUST MISIS.

The school program combined academic and cultural tracks. Throughout the week, participants explored the infrastructure of NUST MISIS, visited research laboratories, and attended a series of lectures and practical classes on advanced technological topics. The academic program included lectures such as “Mathematics in Data Science” and “Applied Data Science in Digital Projects,” an interactive session titled “Natural & Artificial Intelligence,” as well as laboratory workshops, Russian language classes, and meetings with international students of the university. A separate part of the program was dedicated to project presentations, held in the format of presentation sessions with discussions and expert feedback.

Inner Mongolia University of Science and Technology is one of the leading technical universities in the region, with strong expertise in metallurgy, materials science, mechanical engineering, and mining, while also actively developing international scientific and educational cooperation.

In addition to the academic program, participants enjoyed an extensive cultural agenda. Students explored the campus and history of NUST MISIS, visited Red Square, VDNKh, and the Kolomenskoye Museum-Reserve, took part in guided tours around central Moscow and the Moscow Metro, and joined field sessions dedicated to urban culture and intercultural communication.

International summer and winter schools at NUST MISIS are organized jointly with partner universities abroad. To participate, universities are required to form a student group and submit an application via email: international@misis.ru. One of the mandatory requirements is an English proficiency level of at least B1, as the program is conducted in English.

More information about international schools and international cooperation programs is available here.

One of the key topics of the meeting was academic mobility. The Chinese delegation, headed by AIIT President Wu Min, expressed interest in sending AIIT graduates to pursue master’s and doctoral studies at NUST MISIS. In the future, the parties plan to join efforts to implement joint scientific initiatives, including projects involving the Chinese university’s industrial partners.

“NUST MISIS is building multifaceted cooperation with Chinese universities. Anhui Institute of Information Technology is a vivid example of a young and ambitious university deeply integrated into an industry driven by advanced artificial intelligence technologies. The partnership between MISIS and AIIT brings together our strong фундаментальной engineering school and China’s advanced experience in implementing artificial intelligence,” said Andrey Voronin, Vice-Rector for Academic Affairs at MISIS.

AIIT is a private university established with the participation of iFlytek, one of China’s leaders in the field of artificial intelligence. The university collaborates with the country’s leading technology companies, which provide the institution with modern equipment for research, testing, and workforce training. AIIT also participates in projects focused on industrial digitalization and the integration of AI into education.

The exhibition brought together leading experts, business representatives, and government officials from 35 countries, including Russia, Uzbekistan, Azerbaijan, Belarus, Kazakhstan, China, Kyrgyzstan, Saudi Arabia, and Türkiye. Participants discussed industrial and scientific-technological cooperation and identified new growth opportunities for the region.

As part of the business program, Mikhail Filonov, Vice-Rector for Research and Innovation at MISIS University, and Bakhodir Abdullaev, Chairman of the Management Board and CEO of JSC Uzmetkombinat, signed a memorandum on joint educational and research activities based at the university’s Almalyk branch campus.

MISIS University also signed a cooperation agreement with Tashkent State Transport University, represented by Rector Abdulaziz Gulamov. The agreement is aimed at launching bilateral training programs for master’s and doctoral students. The parties also agreed to cooperate in scientific research and academic exchange initiatives.

Another cooperation agreement was signed by Mikhail Filonov, Vice-Rector for Research and Innovation at MISIS University; Farkhodbek Umarov, Director of the MISIS Almalyk Branch; and Dmitry Vladimirov, Deputy CEO for Mining Industry and Government Relations at Tsifra LLC. The partnership предусматривает the launch of joint educational programs in mining engineering, internships and practical training opportunities for students, as well as the establishment of research and educational centers and laboratories, including at the university’s Almalyk branch.

During the session “The Medical Devices Market of Uzbekistan and Russia: Opportunities for Joint Growth,” Mikhail Filonov presented MISIS University’s approaches to the development of medical technologies and the training of engineering personnel for high-tech industries. He also spoke at the foresight session “Designing the Workforce of the Future,” where participants discussed the transformation of engineering education, the implementation of dual education models, and strengthening cooperation between universities and industry to provide the industrial sector with highly qualified specialists.

In addition, the MISIS University delegation visited TMK enterprises and reached an agreement with Kobildjon Kozokov, CEO of the R&D Park by TMK research and production complex, to develop technical specifications for manufacturing projects and prepare a scientific and technical cooperation program for 2026–2028.

The MISIS University exhibition was presented at the stand of the Russian Ministry of Industry and Trade and featured the following developments:

• The first scalable semi-transparent perovskite solar modules designed for integration into glass façades and building roofs. The panels allow architectural elements to generate electricity without reducing natural lighting. Developed by the Advanced Solar Energy Laboratory;
• An integrated-optical hydrogen sensor capable of detecting ultra-low hydrogen concentrations in the gas phase. Thanks to its integration with optical fiber systems, the sensor can be used in remote and hard-to-access locations where human presence is undesirable or dangerous. Developed by researchers from the Photonic Gas Sensors Laboratory;
• Complex mineral fertilizers produced from secondary by-products of ferrous metallurgy (sludges, slags, phosphogypsum) for manufacturing slow-release fertilizers. The technology makes it possible to recycle industrial waste while simultaneously improving soil fertility. According to test results, grain crop yields increased by more than 30% while maintaining grain quality. Developed by the team of the Department of Functional Nanosystems and High-Temperature Materials;
• Supercapacitors based on composite electrodes for use in renewable energy systems and portable electronics. The developed method for modifying Busofit carbon fabric with a conductive polymer demonstrated that the formation of polyaniline on the carbon fiber surface improves the capacitive performance of the composites. Developed by researchers from the Department of Physical Chemistry.

Participation in INNOPROM. Central Asia enabled MISIS University to showcase relevant scientific solutions, expand its network of partners, and outline new directions for international cooperation.

The International Industrial Exhibition INNOPROM is a key event for trade and industrial cooperation in Central Asia. The organizers are the Ministry of Investments, Industry and Trade of the Republic of Uzbekistan and the Ministry of Industry and Trade of the Russian Federation.

At the invitation of the Department, representatives of NUST MISIS visited the University of Mpumalanga, the University of Zululand, and North-West University to identify key areas of cooperation. These include the development of joint academic programs and the implementation of research projects commissioned by South African industry partners.

Masamba Kah, Head of the Industrial and Educational Partnership Project between NUST MISIS and African countries, presented the university’s key academic programs and research areas during a strategic session with profile government bodies of the Republic of South Africa.

Particular interest was shown in areas such as the development of new technologies for mining and mineral processing; advanced metallurgical processes and materials that increase the value of the country’s mineral resources; research into innovative materials; digitalization of industrial processes; and the development of efficient economic models.

The parties also discussed opportunities for interdisciplinary collaboration in engineering, environmental research, and agricultural technologies. In addition, they highlighted strong potential for cooperation in nuclear energy, including joint research and capacity building.

“The industry-oriented approach of MISIS education fully aligns with the needs of South African universities and creates significant potential for developing joint programs and research. Our partners have expressed their readiness to design and implement practice-oriented projects through targeted enrollment,” said Masamba Kah, commenting on the outcomes of the meeting.

The agreements reached open new prospects for strengthening Russian—African cooperation in science and education ahead of the third Russia-Africa Summit, scheduled for October 2026.

At the opening ceremony, Rector Alevtina Chernikova stated: “NUST MISIS is one of the country’s leading universities in information technology: we rank among the top 15 in the national RAEX subject ranking. Each year, highly motivated and well-prepared students enroll at our university—the average Unified State Exam score for IT programs in 2025 was 95–97. We train specialists in artificial intelligence and machine learning, big data, software engineering, and more. A strategic priority for NUST MISIS is systematic engagement with the business community. This enables us to respond quickly to emerging challenges and design academic programs tailored to employers’ needs. The opening of the RED SOFT laboratory will allow our students to tackle real industry challenges and gain hands-on experience with technologies developed by domestic software vendors, enhancing their competitiveness in the job market.”

The laboratory features 30 fully equipped workstations running the RED SOFT product ecosystem: the RED OS operating system (included in the national software registry and certified by the Russian Federal Service for Technical and Export Control), a virtualization platform, the RED Database Management System, and RED ADM centralized administration tools. Combined with the R7 Office suite and Yandex Browser, the setup creates a comprehensive development and administration environment identical to that used today in the real sector of the economy.

The choice of technology stack is deliberate. RED SOFT products are certified and implemented by major market players and government agencies. Among the company’s clients are the Federal Bailiff Service of Russia, Gazprom Group companies, Russian Railways (RZD), Rostelecom, and Rostec’s United Engine Corporation, among others. As a result, proficiency in the tools used by leading domestic corporations provides graduates with a clear pathway to launching their careers.

Maxim Anisimov, CEO of RED SOFT: “It is important for us that students graduate not with an abstract understanding of technologies, but with real experience working in IT infrastructure environments. We see the laboratory at NUST MISIS as part of a systematic approach to workforce training for high-tech industries.”

Denis Safin, CEO of Management Company Ural Steel and an honorary guest at the event: “MISIS is a key partner for our company—it is the country’s leading metallurgy university and, in recent years, one of the leaders in IT education as well. This is no coincidence. Modern life is impossible without information technology and artificial intelligence—this is no longer just a trend, but a reality. Ural Steel is moving in this direction, and we have major projects ahead, including joint initiatives with NUST MISIS and RED SOFT. The opening of the laboratory is an investment in infrastructure where students and experienced professionals alike can work systematically. Solving real-world cases and learning from industry practitioners will not simply complement the curriculum—they will become an integral part of it. I am confident that truly breakthrough solutions can emerge at MISIS, the country’s leading metallurgy university and one of the leaders in IT education.”

It is worth noting that the cooperation agreement between NUST MISIS and RED SOFT was signed in 2024. Company experts have already reviewed the academic program “Information Systems and Technologies” (09.03.02), developed a course based on the RED Virtualization product, and trained faculty members to work with the company’s ecosystem. The opening of the laboratory marks another step in strengthening this partnership. The facility will host master classes, webinars with RED SOFT developers, and classes taught by the company’s practicing professionals.

Students will also have the opportunity to complete internships at RED SOFT with the prospect of future employment. The range of career paths enabled by training in domestic software is broad: from traditional development roles (front-end, back-end, embedded systems) and database administration to cybersecurity specialists, AI trainers, and professionals in GameDev and blockchain technologies.

Held since 1977, the ICPC is considered one of the largest and most respected team-based programming competitions. Every year, thousands of students from leading universities around the globe take part, competing to solve complex algorithmic problems under strict time constraints. The contest challenges participants not only to possess deep knowledge of algorithms and data structures, but also to analyze problem statements quickly, find unconventional solutions, and manage time effectively within a team. Tasks involve working with large datasets, geometric and probabilistic models, as well as interactive problem formats.

Following the results of the championship, the Fiksiki team (Ivan Maksimov, Ivan Skobelev, and Andrey Shalimov) was awarded a second-degree diploma. The students placed 39th out of 303 teams in the Northern Eurasia region, securing a strong position in the upper tier of the rankings.

The NoName team (Biliktо Dorzhiev, Ivan Brechkin, and Daniil Ananyev) represented MISIS at the ICPC semifinal for the first time. For their performance, the team received a third-degree diploma.

Student preparation for competitions is carried out within the ACM MISIS association, which has been promoting competitive programming at the university since 2009. The association helps students develop teamwork skills, algorithmic thinking, and experience in participating in international tournaments.

In 2025, representatives of NUST MISIS had already visited Hong Kong, laying the groundwork for further cooperation. This year, the forum once again served as a platform for strengthening academic and institutional ties with universities in mainland China and Hong Kong.

As part of the visit, Vice-Rector for Academic Affairs Andrey Voronin and Head of International Education Department Olga Kim held talks with the University of Hong Kong, an academic partner of NUST MISIS. Following the meeting, the parties agreed to implement joint initiatives, including the development of summer schools for University of Hong Kong students, the launch of a joint online educational program, and NUST MISIS’s participation in the Global Studies master’s program.

Participation in the exhibition and the business program of the visit confirmed the steadily growing interest of Hong Kong applicants in studying in Russia and opened up new opportunities for the development of international academic cooperation.

T1 Hackathons are a series of intellectual competitions focused on creating breakthrough solutions. Team MISIS MOJARUNG—Kirill Veriyalov, Albert Khramov, and Alexey Koshelev—won the “VibeCode Jam: The Interview of the Future” track. Participants were tasked with developing an AI platform for conducting technical interviews with a virtual interviewer. The team’s solution covers the entire interview cycle, from generating adaptive algorithmic challenges to producing a detailed candidate report. The AI interviewer handles all stages of the interview, while the platform also includes job listings and résumé sections.

Second place in the same track went to Daniil Ananyev, Timur Khamidullin, Artur Arakelyan, and Alan Khalibekov from team YSL MISIS, who developed the VibeCode ecosystem for technical interviews. The platform combines a browser-based coding environment, an AI interviewer, automated solution evaluation, résumé analysis, and the creation of a candidate skills map.

In the “Self-Deploy: CI/CD Without DevOps” track, third place was awarded to team larek.tech. They developed a command-line tool, larek cli, which automatically analyzes a project’s code repository structure, generates a configuration file, and launches a pipeline that builds, tests, and runs the project on the GitLab platform. Experts particularly noted the support for monorepositories—a rare and technically challenging feature for solutions of this kind. Instead of keeping each project in separate folders maintained by different people, all projects are stored in a single large repository, allowing the team to manage them collectively. NUST MISIS was represented by students Vasily Tarasov and Evgeny Gurov.

Team preparation for programming competitions and support for the development of the university’s IT communities is provided by the NUST MISIS Center for Technological Competitions and Olympiads. Since 2021, student teams have won more than 38 million rubles, securing 264 prize places across 143 hackathons.

At the IT-and-film-focused Wink AI Challenge hackathon, participants were tasked with developing solutions that speed up the production of films and TV series through applied AI technologies. Alexander Krylov, Saveliy Blokhin, and Nikita Meshcheryakov from the MISIS x MISIS x MISIS team competed in the track “Platform for Automated Script Analysis and Structuring.” They developed a service that processes Russian-language scripts and generates a structured table of scenes, indicating locations, time of day, characters, and other parameters.

“We analyzed ten of the most widely used models in the world and selected a solution that combines high response quality with a lightweight architecture. Our service already includes groundwork for the rapid integration of solutions from the second track, script previsualization. The result was made possible by strong teamwork, each participant’s experience in similar projects, and strict adherence to deadlines,” said Alexander Krylov.

Moscow also hosted Russia’s first interdisciplinary hackathon Theatre. AI. Human, dedicated to the use of artificial intelligence in theatre arts. Second place was awarded to the MISIS team “3+5,” which developed a digital twin of a theatre, a system for tracking actors and props using computer vision and UWB trackers. The solution simplifies the documentation of performances and opens up new opportunities for their digital archiving. NUST MISIS was represented by Semyon Zhidkov, Gennady Alkheev, and Boris Kuznechik.

Third place went to the team “2+16,” which included four MISIS students: Ekaterina Mukhortova, Varvara Popadyina, Dmitry Anikiev, and Yakov Boyarshinov. They worked on the project GrimAI, a web platform for makeup artists that creates digital sketches of stage looks tailored to a specific actor and scene in just seconds. Theatre expertise for the projects was provided by students of GITIS.

Team preparation for programming competitions and support for the development of the university’s IT communities are handled by the Center for Technological Competitions and Olympiads at NUST MISIS. Since 2021, student teams have won more than 35 million rubles, securing 248 prize-winning places across 134 hackathons.

The first day began with an opening ceremony at the NUST MISIS Innovation Birth Point, followed by an educational program and a networking session for the participants.

Olga Petrova, Deputy Minister of Education and Science of Russia, delivered a welcome speech: “NUST MISIS is part of the top group of leaders in the ‘Priority-2030’ program. It is a leading university not only in the country but also in the world, and this is the result of significant work. Thanks to Alevtina Chernikova for creating a unique space of opportunities for the development of students and staff, based on a human-centered model. I am very grateful for the support of the StudRussia initiative.”

“MISIS University hosts students from 85 countries. The university’s mission is to create conditions for high-quality education, immersion in research activities, and the discovery of each student’s personal potential” Alevtina Chernikova, Rector of NITU MISIS.

At the lecture organized by the Knowledge Society, Maria Zakharova, Director of the Department of Information and Press at the Russian Ministry of Foreign Affairs, spoke about the core values of Russian society.

The participants then moved on to the live challenges: solving practical tasks and defending their solutions in front of the jury. Experts evaluated the participants’ professional competencies, leadership skills, ability to self-present, and creative thinking.

At the awards ceremony, the winners in six categories across two tracks were announced, in Russian and English.

Winners of the Russian-language track:

• “Good Without Borders” — Olim Kadyrov, Kazan State Power Engineering University

• “Inspired by Creativity” — Reza Dezaipur, St. Petersburg State Institute of Culture

• “Leader of the Generation” — Ksenia Kozlyuk, Samara State Agrarian University

• “Conquerors of Heights” — Elina Anikina, Immanuel Kant Baltic Federal University

• “Future of Science” — Sevara Zhalmaganbetova, Kazan State Power Engineering University

• “Russian Language and Culture” — Sharaf El-Din Shikhon, National Research Mordovia State University

Winners of the English-language track:

• “Good Without Borders” — Michael Blessing Olado, ITMO University

• “Inspired by Creativity” — Giselle Sarahi Vergara Herrera, HSE University-St Petersburg

• “Leader of the Generation” — Hugo Alexander Garson Navarrete, St. Petersburg State University

• “Conquerors of Heights” — Mohammed Parvez Sheikh, Samara State Medical University

• “Future of Science” — Darshini Malaviya, Krasnoyarsk State Medical University

• “Russian Language and Culture” — Sundar Raj Philominal Manchika Martin, Stavropol State Medical University

The NUST MISIS delegation included Director of the College of Technologies Andrey Travyanov, Head of International Education Olga Kim, Head of the Educational and Methodological Department Yuri Rishko, and Lead Specialist for International Student Affairs Zara Gevorkyan. During the visit, the delegation also took part in the Study Abroad Fair, an international education exhibition, where they presented NUST MISIS to Chinese students among 23 participating foreign universities.

UESTC is one of China’s leading research universities specializing in electronics, IT, and engineering. It is designated as a Double First-Class University and ranks among the country’s national priority institutions. UESTC has over 44,000 students, around 800 professors, and 11 national key laboratories.

Earlier, the universities had signed a memorandum of understanding, under which student exchanges are carried out through summer and winter schools. In the summer of 2025, 24 MISIS students completed a study program at UESTC.

NUST MISIS has been in a partnership with the Republic of Angola for more than ten years. In 2014 the university organised for Angolan school-students the Olympiad “Time to Study in Russia”, which became one of the first steps towards strengthening educational ties. And in 2019 the Ministry of Higher Education, Science, Technology and Innovation of Angola and the university signed a memorandum that defined the strategy for cooperation in creating scientific schools and programmes for training specialists.

“At NUST MISIS about 100 Angolan specialists have been trained, having undergone education in specialised programmes and internships with Russian experts. Our alumni are already working in the leading mining companies of the republic, including in the diamond industry. We intend to further develop the partnership, opening personnel training programmes and joint scientific-educational centres,” said Masamba Kah.

Among the Angolan students studying at NUST MISIS, the most popular four fields of training are: mining, metallurgy, materials science and information technology. This choice reflects the key needs of the Angolan economy, where the extractive industry, manufacturing and digital infrastructure are actively developing. The programmes in these specialisms provide training of specialists capable of solving the actual tasks of the national economy — from the development of deposits to the implementation of digital solutions in industry.

The Order of Friendship emphasises Masamba Kah’s personal contribution in coordinating educational initiatives, attracting talented young people from Angola to Russian universities and developing cooperation within the framework of the consortium of anchor universities of the Rosatom State Corporation.

“NUST MISIS has long-standing and strong ties with Chinese educational institutions. Our university has trained many undergraduate and graduate students, many of whom are now working in research centers across China. We collaborate with China’s leading universities, including Tsinghua University, Beijing Institute of Technology, Harbin Institute of Technology, and others. Today, alongside joint scientific research, we are actively strengthening humanitarian cooperation with China, particularly in the study of languages, as well as academic mobility for faculty and students,” NUST MISIS Rector Alevtina Chernikova.

The main goal of the visit was to identify complementary areas of cooperation and lay the foundation for long-term partnership between Russia and China. The delegation, led by Wang Lisheng, Vice President of the China Association for Non-Government Education, included 39 representatives from 12 Chinese universities. The meeting marked an important step in advancing Russian-Chinese cooperation in education and research.

“In today’s world, the strategic priority for any leading university is the active development of academic and research ties. We greatly value the opportunity to learn from the experience and achievements of leading Russian institutions in engineering and technology, such as NUST MISIS. We are particularly interested in identifying promising areas for practical cooperation. This is not just an exchange of knowledge, but a synergy that enables breakthrough solutions and the training of specialists ready to meet the global challenges of the 21st century,” said Wang Lisheng.

During the visit, guests learned about NUST MISIS’s educational system and research achievements, and discussed prospects for international cooperation in engineering education and joint scientific projects.

NUST MISIS representatives also presented opportunities for Chinese students to study in the university’s international schools, which offer three tracks: Materials Science and Engineering Technologies, Management and Marketing, and Russian Culture and Cross-Cultural Communication. These programs provide students with a unique opportunity to immerse themselves in Russian culture while completing academic modules. Upon completion, each participant receives a certificate.

The delegation also welcomed the news that the Union of Chinese Students in Russia had chosen NUST MISIS as the venue for the interuniversity basketball tournament for Chinese students, the “World Cup,” which will be held from October 4 to November 9, 2025. In addition, the university will host the Russian-Chinese Education Festival from November 20 to 22 as part of the “cross years” of education between the two countries.

The delegation included representatives from the following private Chinese universities:

1. Heilongjiang University of Finance and Economics

2. Anhui Institute of Information Technology

3. Tianjin College of Media & Arts

4. Harbin Institute of Information Technology

5. Urban Vocational College of Sichuan

6. Nanchang Vocational University

7. Hebei Oriental College

8. Hebei University of Engineering Science

9. Shaanxi Fashion Engineering University

10. Zhejiang Shuren University

11. Huanghe Jiaotong University

12. Qing Gong College, North China University of Science and Technology

International students enrolled in Russian universities, aged 18 to 30, are invited to participate. Eligible programs include bachelor’s (from the 2nd year), specialist, master’s, postgraduate, or residency programs. The event is held in both Russian and English, allowing each participant to showcase their achievements and potential in the language they prefer.

Categories:

• Future of Science — for students engaged in research and scientific events;
• Generation Leader — for active students developing youth policies;
• Conquerors of Heights — for athletes achieving success in competitions;
• Good Without Borders — for volunteers involved in charitable projects;
• Inspired by Creativity — for creative individuals;
• Russian Language and Culture — for those promoting the Russian language and culture.
• The Grand Prix, Best International Student, is the top award of the competition and is granted to participants who lead in several categories or stand out particularly during the in-person stages.
• Applications are accepted until September 14, 2025, on the official competition website. To apply, participants must complete an application form, attach a portfolio of achievements, and submit a motivation letter.

The competition consists of three stages:

• Preliminary Stage (August 28 — September 21, 2025) — submission and evaluation of applications;
• Regional Stage (by October 30, 2025) — in-person forums in 8 federal districts hosted by co-organizing universities;
• All-Russian Stage (by December 10, 2025) — the final at the National University of Science and Technology MISIS with an awards ceremony.

Winners will receive diplomas, prizes, and the opportunity to present their achievements on a national level.

Official Telegram channel: @studrussiaru

NUST MISIS Vice-Rector for Academic Affairs Andrey Voronin and Head of International Education Department Olga Kim discussed with representatives of Chinese universities the prospects for launching joint programs and academic exchanges. In negotiations with the Rector of the Inner Mongolia University of Science and Technology, Professor Han Yongquan, the parties outlined the next steps in developing the partnership.

At the plenary session, Andrey Voronin presented the adaptive model of engineering education adopted at NUST MISIS. The model is aimed at training specialists capable of solving complex engineering challenges in the design and operation of new materials and technologies. It is being implemented as part of a pilot project to test a new model of higher professional education levels.

The NUST MISIS delegation also visited the campus of the Inner Mongolia University of Science and Technology, where faculty members showcased their research results and presented leading laboratories engaged in projects on the extraction and processing of rare-earth metals.

In a recent interview, Russian Minister of Science and Higher Education Valery Falkov spoke about the outcomes of his working visit to China and emphasized the importance of Russian-Chinese cooperation in higher education: “At present, two very important intergovernmental agreements are in the final stage of coordination — on cooperation in education and on the mutual recognition of education, qualifications, and academic degrees.”

With guidance from a program lecturer and a volunteer with the registry Anna Chelnokova the students helped prepare and cover the meeting of a Russian rhythmic gymnastics champion Svetlana Popova, who became a bone marrow donor, and Sergey Koptyaev, a teenager from Arkhangelsk whose life was saved by the transplant.

The students’ next major project is providing PR support and media coverage for the upcoming international conference Bone Marrow Donor Registries: Today and Tomorrow, organized by the National Registry and scheduled for September 11. The event will bring together experts in bone marrow transplantation and cell technologies from BRICS+ countries. It will serve as a key platform to discuss global challenges, ethical issues, and strategies for collaboration between governments, the medical field, and the nonprofit sector. MISIS students will serve as assistants to the conference press team, applying their knowledge in a real international setting: media support, volunteer coordination, communication with international participants, bloggers, and journalists.

The Communication and International Public Relations program is a full-time, English-medium master’s degree designed to train professionals in strategic communications for high-tech companies and tech startups. From day one, students work in an international environment and cross-cultural teams, developing skills that are in demand in global public relations. Graduates go on to build careers in product marketing, government relations, human resources, investor relations, and strategic consulting.

The program’s practice-oriented approach enables students to gain knowledge through hands-on projects: conducting communication audits for organizations, supporting international scientific exhibitions, publishing media content about scientific breakthroughs, and launching tech startups.

The overall score is based on four broad categories: Teaching, Research, International Diversity, and Financial Sustainability. The university improved in 14 out of 20 metrics compared to 2024.

The most significant progress was in Teaching, where the university rose to 150th place globally (11th in Russia). In Research, it maintained its 4th place among Russian universities and climbed to 359th globally (compared to 401st in 2024). In Financial Sustainability, the university achieved substantial growth, ranking 6th in Russia and 151st worldwide. In the International Diversity sub-ranking, MISIS holds 7th place among Russian universities and 334th globally.

Alevtina Chernikova, Rector of NUST MISIS: “NUST MISIS is a dynamically developing research and education center. Our key priorities include shaping a cutting-edge research and education agenda, training innovation leaders capable of responding to global challenges, implementing advanced technologies, and creating new economic sectors.”

Round University Ranking (RUR) is an international university ranking system that assesses 1,200+ leading universities from 90+ countries. All source data is provided by Thomson Reuters. The RUR ranking is designed as an evaluation framework aimed at providing students and the academic community with insights into university performance.

A key feature of the program is an in-depth focus on typography. Students will study font development and its integration into various aspects of design, including branding and universal design concepts. The curriculum addresses current industry demands, covering global UX/UI trends, user behavior, mobile and responsive design approaches, Linux system integration, and inclusive design. Additionally, students will learn to create display and custom typefaces for unique brand solutions.

The educational program combines design, technology, and user behavior research. Its interdisciplinary approach will help students develop both creative and technical skills in tools like Figma, InkScape, Sketch, Krita, Lunacy, and others. The Department of Automated Design and Engineering Graphics at NUST MISIS provides access to VR equipment, specialized graphic workstations, and 3D prototyping devices.

Key subjects include: “Introduction to UX/UI Design”, “Basics of Visual Design”, “Advanced Typeface Design”, “Designing for Mobile Devices”, “Cultural Aspects in User Scenario Design”, “Product Market Adaptation”, “Advanced Prototyping and Testing”, and more.

Upon graduation, specialists will be qualified for roles such as UX/UI designer, product designer, information architect, front-end developer, and design system manager across digital interface design industries including devices, video broadcasting, animation, and more.

The updated ranking reflects a comprehensive assessment of Russian universities in terms of their reputation and the effectiveness of their educational programs. The ranking methodology used official data from the Ministry of Science and Higher Education of the Russian Federation, employer surveys, and publicly available information sources. Universities were given an overall score based on 17 indicators grouped into five metrics: quality of networking, employer reputation, international reputation, academic environment, and the Forbes factor (presence of alumni in Forbes rankings).

NUST MISIS improved its performance in the areas of networking quality, international recognition, and the Forbes factor.

In 2025, MISIS University will offer admissions to 21 programs at the bachelor’s, specialist, and basic higher education levels, as well as 100 master’s degree and specialized higher education programs. The application process begins on June 20. Olympiad winners receive admission advantages, including the possibility of enrolling without entrance exams. The university continually expands the list of individual achievements that provide applicants with additional points to their Unified State Exam (USE) scores. Currently, the list includes over 70 achievements, such as prize-winning placements in academic competitions, diplomas with honors, and other distinctions. Full admission details are available here.