“Developments from NUST MISIS are successfully applied across various high-tech industries: from medicine to aviation and space. The new aluminum alloy with the addition of tin, created by our researchers under the leadership of young and talented Doctor of Technical Sciences Torgom Akopyan, shows strong potential for sectors where the combination of strength and lightness is critical. The use of this patented material will significantly reduce the cost of manufacturing high-load components in the aviation, space, and transport industries,” said Alevtina Chernikova, Rector of NUST MISIS.

At the initial stage, all components were melted, mixed, and cast into ingots. These ingots were then rolled into sheets, which helped densify the metal structure. The most critical stage is heat treatment: first, the alloy was quenched, and then an aging process was applied. At the final stage, a microalloying addition of tin triggered the formation of numerous ultrafine copper-containing particles within the metal, which provide the material with high strength.

“It is important to note that the performance improvement is achieved without the use of expensive or toxic alloying elements such as silver or cadmium, while maintaining a high capacity for deformation without fracture. The alloy can be used to produce structural elements of airframes, frames, fastenings, and landing gear assemblies in the aerospace industry,” said Torgom Akopyan, Doctor of Technical Sciences and Senior Researcher at the Department of Metal Pressure Forming, NUST MISIS.

The new composition and processing regimes make it possible to control the material’s structure at the nanoscale, which increases its key mechanical properties (ultimate strength and yield strength) by 30–40% while preserving high ductility. In transport engineering, the alloy can be used to manufacture high-load components for cars, trains, and specialized machinery, including body structures, frames, and suspension elements. It also enables the production of all major types of wrought semi-finished products: rolled plates and sheets, forgings, and extruded bars.

“The advantage of this method lies in its full compatibility with existing industrial infrastructure. Transitioning to the production of the new alloy will not require costly re-equipment of facilities, standard casting, rolling, and heat treatment equipment can be used. This ensures a low barrier to adoption and rapid return on investment,” explained Nikolay Belov, Doctor of Technical Sciences and Chief Researcher at the Department of Metal Pressure Forming, NUST MISIS.

The work was supported by a grant from the Russian Science Foundation (Project No. 23-73-30007).

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.

At the championship held in Molveno, Italy, participants swam distances ranging from 50 to 1,000 meters in water temperatures as low as 2°C without wetsuits.

“Ice swimming has become a new stage for me: previously I trained in classical swimming and earned the title of Master of Sports of Russia. This year I made my debut in winter swimming and immediately competed at the European Championship. The preparation required not only physical endurance but also serious psychological readiness. I’m glad I was able to achieve a достойный result and become a medalist. In the future, I plan to continue my training and aim to take part in the 2027 Ice Swimming World Championship, which will be held in Argentina,” Matvey Ovseychuk shared.

In addition to competing in classical swimming events, the athlete regularly takes part in open water competitions, where he has repeatedly become a winner and medalist, as well as in winter and ice swimming tournaments. Alongside his studies, he works as a swimming coach.

Experts evaluate the environmental policies of universities based on six key criteria: “University Location and Infrastructure,” “Energy and Climate Change,” “Waste,” “Water,” “Transportation,” and “Education and Research.”

The total score of NUST MISIS increased by 22% compared to the previous year, allowing the university to rise eight positions among Russian universities—from 41st to 33rd—and climb 24 places globally (from 1180th to 1156th).

The university also showed significant improvement in the categories of “Waste Recycling” (100%), “Water Resource Management” (75%), “Infrastructure” (18.68%), and “Education” (14.90%).

NUST MISIS offers education in several environmental fields. For example, the Master’s program in “Environmental Innovation Management” trains specialists to solve practical environmental and technological tasks for major industrial companies.

In June 2025, the first cohort of Master’s graduates in Technosphere Safety, who are developing engineering solutions for the circular economy, completed their studies. They are ready to manage new production processes in the mining and metallurgical industries and develop projects aimed at reducing the amount of solid municipal waste in major urban systems.

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.

The World University Rankings methodology is recognized as the most comprehensive global assessment of university performance. It evaluates institutions across 18 indicators grouped into five key areas: teaching, research environment, research quality, industry, and international outlook.

In the Teaching category, NUST MISIS climbed to 327th place globally and 11th place in Russia. The university also improved its position in Industry, moving up from 513th to 414th place worldwide and securing 5th place among Russian universities. The Research Environment maintained a high performance, with 519th place globally and 8th place in Russia. In terms of Research Quality and International Outlook, NUST MISIS entered the top 20 universities in Russia.

These results reflect both the university’s internal achievements and broader global academic trends. Contributing factors include an increase in revenue per academic staff member, growth in the number of awarded academic degrees, enhanced patent activity, and higher income from industrial partnerships.

The THE 2026 Rankings are based on data from 2023. Reputation surveys were conducted between November 2024 and January 2025, while bibliometric and patent data covered 2020–2024, and citation data analysed from 2020 to 2025.

At the global level, NUST MISIS improved its standing in the “Science” subranking — from 936th to 625th place worldwide — and in the “University and Society” subranking — from 460th to 343rd place. The university entered the top 100 universities in the world (95th place) in the indicator “Number of online courses hosted on major global platforms.” It was also listed among the world’s best in the “Transparency” indicator (987 universities worldwide received the highest rank).

In the subject rankings of the “Three University Missions” ecosystem for 2025, NUST MISIS achieved the following positions among Russian universities:

Materials Technology — 1st place

Oil and Gas Engineering — 7th place

Mechanical Engineering and Robotics — 8th place

Linguistics and Foreign Languages — 11th place

Electronics, Radio Engineering, and Communication Systems — 11th place

Physics — 11th place

Mathematics — 14th place

Information Technology — 15th place

Management — 15th place

Economics — 20th place

The Moscow International University Ranking “Three University Missions” is an academic ranking that evaluates universities across three key areas: education, science, and engagement with society. Its methodology relies exclusively on objective data from open sources and international databases, without the use of reputation surveys.

“NUST MISIS pays great attention to supporting sports and physical education projects and implementing health promotion programs. The university has more than 40 student communities, including sports clubs in boxing, basketball, hockey, volleyball, athletics, swimming, and many others. Among NUST MISIS graduates are national, European, and world champions, Olympic medalists, and honored masters of sports. Our students regularly win prizes in regional and national competitions, and various sports events are held at the university throughout the year. The Interuniversity Basketball Tournament ‘World Cup’ among Chinese students, organized with the support of the Chinese Embassy, will contribute to cultural exchange and strengthen friendship between the youth of our countries,” said NUST MISIS Rector Alevtina Chernikova.

At the opening ceremony, welcome speeches were delivered by representatives of the Embassy of the People’s Republic of China in Russia — Liu Jing and Liu Haonan. NUST MISIS Vice-Rector for Continuing Education Vadim Petrov also wished the participants exciting games and successful matches. The university’s Director of International Affairs, Dmitry Vasiliev, emphasized the importance of such events for developing friendship between students from the two countries.

Words of encouragement were given by NUST MISIS alumnus, Olympic champion, world champion, two-time European champion, two-time world silver medalist, and Honored Master of Sports of Russia Evgeny Tishchenko, as well as WBA Gold world champion, WBO European champion, medalist of the Russian Youth Championship, and head of the NUST MISIS student sports club Roman Andreev. The champions led the first warm-up session for the tournament participants.

As part of the cultural program, laureate of national and international competitions and folk singer Tatyana Sidorova gave a performance.

Fourteen teams from several Moscow universities are taking part in the tournament. The competition will run until the end of November.

The evaluation considered a range of indicators, including total number of citations, research productivity, and other bibliometric measures.

The following NUST MISIS researchers were named among the most cited scientists worldwide:

1. Sergey Balovtsev, PhD in Engineering, Professor, Department of Mining Safety and Ecology
2. Nikolay Belov, DSc in Engineering, Chief Researcher, Department of Metal Forming
3. Igor Bilenko, Chief Researcher, Quantum Communications Center
4. Sergey Galkin, DSc in Engineering, Professor, Deputy Head, Department of Metal Forming
5. Igor Golovin, DSc in Physics and Mathematics, Professor, Department of Physical Metallurgy of Non-Ferrous Metals
6. Sergey Dorozhkin, Leading Expert, Institute of Biomedical Engineering
7. Filipp Kiryukhantsev-Korneev, DSc in Engineering, Professor, Department of Powder Metallurgy and Functional Coatings; Head of the In situ Structural Transformations Diagnostics Laboratory, MISIS-ISMAN Joint Research Center on Self-Propagating High-Temperature Synthesis
8. Natalia Naumenko, PhD in Physics and Mathematics, Leading Expert, Research & Education Center for Acousto-Optics
9. Alexander Polyakov, PhD in Engineering, Professor, Department of Semiconductor Electronics and Semiconductor Physics; Head of the Ultrawide-Bandgap Semiconductors Laboratory
10. Fedor Senatov, DSc in Physics and Mathematics, Director, Institute of Biomedical Engineering
11. Alexey Fedorov, PhD, Director, Institute for Physics and Quantum Engineering
12. Dmitry Shtansky, DSc in Physics and Mathematics, Professor, Department of Powder Metallurgy and Functional Coatings; Director, Research Center for Inorganic Nanomaterials

“At MISIS, we have created and are successfully implementing a comprehensive program aimed at shaping a relevant scientific agenda and achieving significant results. The university hosts 48 research laboratories and research & education centers, where world-class scholars and talented young scientists work side by side. In addition to research, they play a crucial role in training highly qualified specialists for the national economy. Being included in Elsevier’s list is a great honor for any researcher. I congratulate our scientists and wish them further success,” NUST MISIS Rector Alevtina Chernikova.

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

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.

In Moscow, diplomas with distinction were personally awarded by Rector Alevtina Chernikova, Deputy Minister of Science and Higher Education of the Russian Federation Andrey Omelchuk, President of the International Chess Federation and Chairman of the University Supervisory Board Arkady Dvorkovich, and Chairman of the Board of Directors of United Metallurgical Company Anatoly Sedykh. They also honored students with special achievements in academics, research, sports, creativity, and community engagement with symbolic awards that unite generations of students, scientists, faculty, staff, and partners of the university. Of the 2,266 Moscow graduates, 28.5% completed their studies with honors.

Among the distinguished guests were Director of Quantum Technologies at Rosatom Ekaterina Solntseva, Deputy General Director for Sustainable Development and Corporate Communications at Metalloinvest Yulia Mazanova, Senior Managing Director and Head of Risk Management at Sberbank Dzhangir Dzhangirov, Chair of the Board of Trustees of the OMK-Uchastie Foundation Irina Sedykh, Director of the Project Office for Education Development and International Cooperation at Rosatom Valery Karezin, renowned scientist and Professor of the Russian Academy of Sciences Artyom Oganov.

In her address to the graduates, Rector Alevtina Chernikova said: “Dear graduates, congratulations on completing your studies at the University of Science and Technology MISIS! Here, you received a high-quality education, immersed yourselves in a spirit of scientific exploration, unlocked your creative potential, and laid the foundation for future accomplishments. It is you who will drive groundbreaking discoveries, develop cutting-edge technologies, launch innovative startups, lead the companies of the future, and contribute to the development of our country. I wish you the courage to pursue your boldest ideas and conquer new heights. The doors of MISIS will always be open to you!”

As per tradition, time capsules were prepared: one with messages for the class of 2035, and the 2015 capsule was opened. This emotional moment was accompanied by heartfelt speeches from graduates, words of gratitude to their favorite professors, and reflections on the future they are set to build.

Deputy Minister Andrey Omelchuk noted: “The knowledge gained within the university’s walls is a solid foundation for a successful career and the realization of your boldest ambitions. NUST MISIS graduates are trained in a wide range of in-demand fields and consistently demonstrate strong competencies sought after in the job market. This enables them to successfully secure positions at the country’s leading companies. I’m confident each graduate has completed a challenging but fascinating journey here, mastered advanced knowledge, and found true friends. Ahead lie new horizons, new challenges, and, of course, new opportunities for personal and professional growth.”

MISIS students continue to excel in high-demand fields such as IT, business informatics, engineering, nanomaterials and nanoelectronics, electric power and electrical engineering, mining, metallurgy, and technological machinery. At the time of graduation, over 87% of students were already employed.

Chairman of the NUST MISIS Endowment Fund Board of Trustees, university alumnus and philanthropist Anatoly Sedykh shared: “At MISIS, I gained not only academic knowledge but also essential skills that shaped my path in business. I’m confident that the mentors of today’s graduates have also helped them define their paths and prepared them for professional challenges. To those who pursue science, I wish you inspiration and discovery. To those entering industry: the satisfaction of seeing tangible results of your work. To aspiring entrepreneurs: may you build successful companies that improve lives. And to those who choose to teach: may you find students as talented and passionate as today’s graduates, a quarter of whom earned their diplomas with honors.”

Throughout the day, graduates and guests enjoyed photo zones, reconnected with professors and friends, and participated in creative and interactive activities. The festival concluded with a grand celebration: a concert, vibrant performances by student groups, dancing, and the symbolic tossing of graduation caps into the sky, marking the beginning of a new chapter in each graduate’s life.

Participants showed particular interest in lectures given by faculty of MISIS’s College of Basic Professional Studies on Russian religion, philosophy, traditions, and symbolism. The cultural program included visits to parks, museums, churches, and theatres. Students explored Moscow’s main landmarks, historical sites, and architectural monuments.

The program for familiarizing students with Russian culture and science was specially developed and organized at NUST MISIS upon the request of the University of Hong Kong for students studying the Russian language.

Dmitry Vasilyev, Director of International Affairs at NUST MISIS: “Creating a system of vacation schools is an important part of NUST MISIS’s strategy to develop as an internationally recognized university. This is the first summer school since the pandemic. I hope that our students’ participation in overseas programs and hosting foreign students here in Moscow will grow steadily and contribute to long-term collaboration.”

Students from NUST MISIS’s language training program took part in organizing the summer school. They facilitated two-way dialogue and practical application of intercultural communication skills, enabling an exchange of experiences and comparison of educational practices between the two countries. The school was implemented under agreements reached during NUST MISIS’s delegation visit to the Education and Careers Expo—2025 international exhibition.

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.

The Chinese delegation included representatives from industry organizations, universities, and machinery manufacturing enterprises of Shanxi Province: the Shanxi Foundry Industry Association, Pingyao Tongmiao Locomotive Company, Shanxi Boying Foundry, Shanxi Ruijie Environmental Protection Engineering Company, Shanxi Hongchenrui Machinery Manufacturing Plant, Yuzhou Henglilai New Material Company, and Taiyuan University of Science and Technology.

Acting Head of the Department of Foundry Technologies and Artistic Processing of Materials at NUST MISIS, Doctor of Technical Sciences Vladimir Belov, briefed the guests on ongoing developments, production solutions, and the scientific, educational, and project activities of the university’s researchers.

President of the Shanxi Foundry Industry Association Wang Lucai emphasized the importance of strategic partnership: “We see great potential in combining the scientific and engineering expertise of our countries. We are confident that cooperation with NUST MISIS will provide a strong impetus for joint high-tech projects in metallurgy, foundry production, and mechanical engineering, as well as for sustainable technological development in both China and Russia.”

The Shanxi Foundry Industry Association is a regional, non-profit industry organization that serves as a bridge between foundry enterprises and government authorities. Founded in 1987, the Association became one of the first professional organizations to receive a 4A-level group status — the highest evaluation category for public associations in China. Its activities are supervised by the Shanxi Provincial Department of Industry and Information Technology and the Department of Civil Affairs.

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.

During the meeting, the parties discussed areas of cooperation between NUST MISIS and Vietnamese universities in the field of science and education. The guests highly appreciated the work of the university’s researchers after touring the Laboratory of Superconductor Quantum Technologies and the Engineering Center of High-Complexity Prototyping “Kinetica”.

As part of the visit, Mr. Le Minh Hoan met with Vietnamese students studying at NUST MISIS. He identified education, human resource development, science, and technology as strategic areas of cooperation and expressed a strong interest in intensifying joint research efforts — particularly in cutting-edge fields such as artificial intelligence, advanced and quantum technologies — to promote sustainable development in both countries.

Mr. Le Minh Hoan, Deputy Head of Vietnam’s Parliament, stated: “Vietnam pursues a policy of expanding educational ties with countries that have well-developed academic systems, and Russia holds a special place in this regard. Joint work in the field of science is one of the priorities of the intergovernmental agreements signed following the talks between Russian President Vladimir Putin and the General Secretary of the Communist Party of Vietnam, To Lam. I have been to Russia before, but today at NUST MISIS, I truly felt the atmosphere of scientific creativity and saw the vital role science plays in Russian society.”

NUST MISIS Vice-Rector for Academic Affairs Andrey Voronin emphasized the university’s commitment to deepening cooperation with Vietnamese educational and academic institutions. He announced plans to implement joint professional development courses and academic exchange programs and affirmed the university’s readiness to create a supportive environment for Vietnamese students, contributing to their academic success and the national development of the Socialist Republic.

In response, Mr. Le Minh Hoan expressed his willingness to foster cooperation not only between educational institutions but also between the Russian side and Vietnamese private enterprises.

It is worth noting that in September 2024, NUST MISIS was also visited by another prominent Vietnamese alumnus — Mr. Tran Hong Ha, Deputy Prime Minister of the Socialist Republic of Vietnam — during his official trip.

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.

From the screen, Vladimir Murashkin, Director of the Russian Center for Science and Culture in Hanoi, addressed the guests: “NUST MISIS is one of Russia’s leading universities. Here, innovations are created, international ties are strengthened, and specialists who shape the future of our countries are trained. A prime example is Deputy Prime Minister of the Socialist Republic of Vietnam Tran Hong Ha, who is a graduate of the Moscow Mining Institute — now the Mining Institute of NUST MISIS. The Day of Vietnamese Culture has been an important step in fostering intercultural dialogue. We hope that such celebrations will become an annual tradition at the university.”

The event was attended by students from MGIMO, MSLU, HSE University, RANEPA, the Russian Foreign Trade Academy, and the Boris Shchukin Theatre Institute, as well as representatives of academic and business communities. Participants listened to lectures on Vietnam’s cultural and historical heritage and the stages of Russian-Vietnamese cooperation. Guests enjoyed performances in English and Vietnamese, sampled traditional cuisine, and took part in a masterclass on the Múa sạp dance.

The organizers aimed to highlight the uniqueness of cultures and unite the university community by introducing them to Vietnam’s rich heritage and traditions.

MISIS University’s representatives discussed the geological features of Southern and Eastern African countries, sustainable development technologies, and the greening of industrial production, as well as the application of geoinformation systems in modeling mineral deposits and the use of new energy sources in mining and metallurgy.

Dmitrii Kurenkov, an associate professor at the Department of Geology and Surveying at NUST MISIS and coordinator of the “Geology and Mining” section, noted that Africa is one of the richest regions in the world in terms of natural resources. In his opinion, large reserves of uranium, gold, cobalt, copper, manganese, aluminum, and rare earth elements attract interest from many high-tech corporations worldwide.

“The rapid development of infrastructure, growth in industrial production, and demand for raw materials make this market extremely promising for long-term investments. Russian companies with advanced technologies in exploration, mining, and processing of minerals can take key positions in this region and strengthen economic and political relations with African countries,” said Dmitrii Kurenkov.

NUST MISIS actively supports educational projects involving key industry partners. This year, students from Namibia and Tanzania will graduate from the first joint master’s program between NUST MISIS and RUDN — Mining Geology. Additionally, professional development programs have been developed for specialists from Namibia’s mining sector.

Second-year master’s student Felix Naanda presented the results of his research “Geometallurgy: Optimizing the Process of Mine-to-Mill”. Post-graduate student Tamboura Mamadou reported on polymer-graphene coatings as anti-static coatings for solar energy in the Sahel area.

The forum has been held since 2020 to promote Russian nuclear education in partner countries of the State Atomic Energy Corporation Rosatom. Representatives from international organizations and diplomatic missions of African states in Russia exchange experiences annually with government authorities, academic institutions, and the business community.

The ranking includes universities from 82 countries. Several factors influence a university’s position in the ranking:

• Academic reputation. This is assessed based on the university’s position in global rankings such as Times Higher Education, World University Rankings, QS World University Rankings and U.S. News & World Report Best Colleges.
• Total number of students. This reflects the quality of the university, as prestigious and reputable institutions initially attract students.
• Number of international students.

To compile the list, experts at Study Abroad Aide gather information only from English-language pages of official government and university websites. Indicators include the completeness of information, university location, admissions page, tuition fees, required English language test scores, and courses for obtaining bachelor’s and master’s degrees.

“Educational cooperation and cultural exchange help maintain connections between entire continents, and we see a continually growing interest among students from Latin America in education in Russia. The event ‘Cultura Unida’ proves that dialogue is interesting for both sides,” noted Vice-Rector for Academic Affairs at NUST MISIS Andrey Voronin.

Cultura Unida is an event where professionals and students from educational institutions around the world, studying Spanish and interested in Latin American culture, can engage in dialogue.

“Culture is a bridge that unites peoples, and it is a great honor for me to be at such a large-scale conference at NUST MISIS because it conveys significant humanistic values for everyone. Here we can get acquainted with the inner world of Russians and Latin Americans, hoping for mutual understanding. It is important to maintain the connection we have established with NUST MISIS in the field of education to achieve our common goals,” said the Extraordinary and Plenipotentiary Ambassador of Peru to the Russian Federation Juan Genaro del Campo Rodriguez.

The event was conducted entirely in Spanish. This year’s conference participants included the National University of Trujillo (Peru), the University of Holguín (Cuba), the University of Havana (Cuba), the Federal University of Latin American Integration (Brazil), Moscow State Linguistic University (Russia), as well as Lishui University (China) and China Agricultural University (China). Among the speakers from NUST MISIS were students from the Linguistics program.

“This is my second time at NUST MISIS. The university always makes the best impression, as do the talented students I have the opportunity to talk with. The conference fosters dialogue and reflects Russia’s interest in Latin American culture. I am here to strengthen our cooperation so that there will be even more such events in the future,” emphasized the Extraordinary and Plenipotentiary Ambassador of the Federative Republic of Brazil to the Russian Federation Rodrigo de Lima Baena Soares.

The goal of the conference is to promote cultural dialogue and knowledge exchange among students and teachers from Latin America, Asia, and the Russian Federation. The event took place as part of Spanish Language Days. The online broadcast of the opening can be viewed on the official VK group of NUST MISIS.

“We have had close ties with China for many years, and given the thriving relations between our countries, we are optimistic about continuing our collaboration. Our university excels in materials science, metallurgy, mining, and other fields in both education and research, and we welcome proposals for joint initiatives,” said Vice-Rector for Academic Affairs at NUST MISIS Andrey Voronin.

Anhui is a leading innovator in China, boasting 125 higher education institutions. In terms of corporate investment in research and development, the region ranks 8th nationwide. Scientists there have made significant strides in quantum information, nuclear fusion, space exploration, and various advanced technologies.

“We see these meetings with Russian educators as an opportunity to fulfill agreements made by our national leaders, which is to maintain the spirit of eternal friendship, good neighborliness, comprehensive strategic cooperation, and mutual benefit. New industries are rapidly emerging, and we’re grateful for your willingness to collaborate,” said Qian Guilun, Director-General Department of Education of Anhui Province.

After the meeting, the Chinese delegation toured Laboratory “Superconducting metamaterials” at NUST MISIS, where a senior researcher Vladimir Chichkov briefed them on the university’s progress in quantum computing.

“MISIS University is a leading university in Russia in the field of creating, implementing, and applying new technologies and materials. NUST MISIS ranks among the best scientific and educational centers in the world, holding leading positions in industry and subject rankings such as THE, QS, ARWU, RUR, as well as national rankings by Interfax and RAEX in areas like materials science, engineering, IT, metallurgy, mining, and others. The inclusion in the new RAEX ranking reinforces the status of NUST MISIS as one of the best universities among the BRICS countries,” commented Alevtina Chernikova, Rector of NUST MISIS.

The idea for the ranking was proposed in 2023 by representatives from South Africa, and it was formalized in a declaration following a meeting of education ministers from the BRICS countries. On June 11, 2024, at a meeting in Kazan, the education ministers confirmed their intention to support the project and decided to hold regular seminars to discuss academic leadership with representatives from ministries and professional communities in BRICS.

Dmitry Grishankov, General Director of the Association of Rating Makers, noted: “The ranking is based on the model of the international rating ‘Three Key University Missions’, taking into account the national characteristics typical for BRICS members. The coefficients for the indicators in the methodology have been recalibrated. For example, victories by students in international competitions are now valued more highly, while the budget of a university has become less important. Additionally, we have introduced a criterion that considers the number of scientific works in collaboration with foreign colleagues from BRICS countries for the first time.”

Vladimir Putin previously approved the idea of preparing a ranking of universities in the BRICS countries based on the “Three Missions of the University” ranking system developed by the Russian Union of Rectors since 2012. The principles of BRICS on which the ranking is based were supported by working groups from the Russian Academy of Sciences, the Russian Academy of Education, and the Ministry of Education and Science of Russia. One advantage of the “Three Missions of the University” ranking, which has been compiled since 2017, is that it is based on verifiable objective indicators, while subjective assessments by experts are completely excluded.

Russia will chair the organization in 2024, and hosting events is crucial considering the accession of new BRICS member countries. The meeting at NUST MISIS aims to promote interaction and collaboration among scientific teams and organizations, including universities.

The event was opened with a welcoming speech by Sergey Salikhov, the First Vice-Rector of NUST MISIS: “This Working Group is one of the leading platforms for scientific and technological cooperation among BRICS countries, uniting the activities of all working groups by organizing funding for joint projects. Holding this meeting at NUST MISIS provides us with an additional opportunity to demonstrate our mutual interest in collaborative scientific activities within BRICS, which is the most dynamically developing international association”. He noted that NUST MISIS actively participates in BRICS activities: the University serves as the secretariat for the Russian part of the WG RI, BRICS GRAIN and is also the responsible organization and contact point for the WG STIEP BRICS. As a coordinator, the University is initiating the creation of a Flagship Project within the Working Group on Research Infrastructure.

Representatives from ministries, embassies, and relevant organizations from BRICS countries, including Brazil, Egypt, Iran, China, and South Africa, participated in the meeting.

From Russia, attendees included Anton Rykov, Deputy Director of the Department of State Policy in the Field of Scientific and Technological Development at the Ministry of Education and Science; Olga Molovtseva, Head of the Multilateral Cooperation and International Organizations Department at the Ministry of Education and Science; Albina Kutuzova, Coordinator for Science, Technology, and Innovation from Russia; as well as leaders and experts from Russian Center for Scientific Information and ICISTE.

The outcomes of the Working Group meeting defined further frameworks for cooperation among BRICS countries in science, technology, and innovation. The event took place ahead of a meeting of Senior Officials and Ministers from BRICS countries in the fields of science and technology.

During the meeting, NUST MISIS researchers presented promising industrial technologies to the guests. Torgom Akopyan, a senior researcher at the Department of Metal Processing at NUST MISIS, discussed the use of durable aluminum alloys in high-temperature industrial applications.

Vadim Tarasov, Head of the Department Engineering Management in Non-Ferrous Metal and Gold Production and Doctor of Technical Sciences, informed the delegation about technologies developed at MISIS University for the efficient extraction of non-ferrous and rare earth metals from ores and their recycling.

Associate Professor of the Department of Physical Materials Science Vladislav Zadorozhny delivered a presentation on “Storage, Extraction, and Generation of Hydrogen Using Magnesium-Based Alloys”, highlighting the use of composites in the energy sector.

Igor Savich, Professor at the Department of Geotechnology of Subsurface Development at NUST MISIS, discussed technologies for extracting essential minerals and metals.

Dr. Kali Sanjay, Chief Scientist and Head of the Hydro and Electrometallurgy Department at the CSIR Institute of Minerals and Materials Technology in New Delhi, noted that NUST MISIS is working on areas particularly interesting to India.

“In Russia, there is experience with resources that are not mined in India, such as nickel and cobalt, so we are interested in research that is promising for both sides. It is important for us to work together on new methods for extracting and processing critically important minerals, and I hope our meeting will be a starting point for long-term cooperation,” added Kali Sanjay.

Dr. Kannadka Ramesha, Director of the CSIR-Central Electrochemical Research Institute, remarked that there are many similar ideas between NUST MISIS scientists and his organization, expressing interest in future fruitful research.

The Council of Scientific and Industrial Research (CSIR) is an autonomous society headed by the Prime Minister of India, comprising 37 modern institutes and 3 separate units. It is one of the leading scientific and industrial research organizations in the world, covering nearly all areas of scientific and industrial work of national and international significance, such as aerospace, robotics, pharmaceuticals, etc. CSIR’s expertise and knowledge are embodied in its approximately 4,600 scientists, 8,000 technical staff, and 8,000 research students. The CSIR-Central Electrochemical Research Institute (CSIR-CECRI) is the largest research institution in electrochemistry in South Asia.

The Jawaharlal Nehru Aluminium Research Development and Design Centre (JNARDDC) is an autonomous body under the Central Government within the Ministry of Mines of India. Its goal is to implement available technologies for producing alumina and aluminum alloys both domestically and internationally, as well as to develop technical know-how.

The parties have agreed on a three-year bachelor’s program in economics, software development, and computer science at Wuhan College, followed by two years at NUST MISIS. In addition to professional courses in China, students will study Russian in order to attend classes in Moscow in the future. Both universities aim to provide students with a high-quality education that will be valuable in the international arena.

Rector of Wuhan College, Jiang Xingpeng, expressed his appreciation for the educational model and research capabilities of NUST MISIS.

“In China, the college system is considered part of higher education, students study for 3 years and receive a bachelor’s degree. We see that interest in 3+2 programs in China is quite high, they are supported both by students themselves and at the level of the Government of the People’s Republic of China, which supports such international educational formats. We are at the very beginning of the journey, but both we and our guests have enough enthusiasm to make our plans a reality,” said Dmitry Vasiliev, Director of International Affairs at MISIS University.

An exchange program and a joint winter school in materials science, aimed at deepening the knowledge and skills of engineering students, will also be part of the cooperation. Already this year, MISIS University plans to host several students from Wuhan for internships in IT, robotics, and other fields. The duration of the internships will be between one and two months.

Universities have common areas of scientific and academic interest, such as chemistry, materials science, metallurgy and mining. The parties plan to train personnel for industrial enterprises and conduct research that aligns with their interests.

“The Chinese school of chemistry is growing rapidly, and we were delighted to accept an invitation from our colleagues in China to visit Shenyang University of Chemical Technology in Liaoning Province. There, we got to know more about the laboratories and research being conducted at the SYUCT, and it was interesting to note that many of these projects involve refractory materials, which are in high demand among Russian enterprises. In addition, the laboratories conduct research in the field of engineering thermochemistry. Experiments are being conducted to create technologies for producing single-layer carbon nanotubes, the leader in production of which is the OCSiAl company based in Novosibirsk. We discussed possible areas for cooperation and were glad to hear that our colleagues see great potential in academic exchanges, internships, and teaching certain disciplines by NUST MISIS faculty”, — Dmitry Vasiliev, Director of International Affairs at NUST MISIS, said.

The next step will be the signing of a roadmap outlining specific events as the delegation from SYUCT visits MISIS University this year.

In addition to Shenyang University of Chemical Technology, representatives from NUST MISIS also visited Liaoning University, where they received an offer to launch joint international master’s and postgraduate programs. The two institutions agreed to establish direct contact at the institute and department levels in fields such as economics, materials science, and mining. Both parties intend to collaborate in areas such as materials science, physics, quantum engineering, and nanotechnology.

For the grand opening of the program, the university’s student teams have prepared 26 interactive platforms for first-year students, including quizzes, master classes, art workshops, games, and eSports competitions. The participants had the opportunity to control a machine from the “Battle of Robots” and learned how to join one of more than 40 associations, such as the Student Scientific Society, Hackathon Club, and Student Design Bureau.

“Immersion” has been a part of NUST MISIS’s curriculum since 2015, transforming from a three-day intensive to a comprehensive program lasting 100 days. It is based on the involvement of students, from volunteers and mentors to organizers and event hosts. First-year students have the opportunity to choose from five different directions: Science, Education, Creativity, Sports, and Good Deeds. The program consists of four main blocks. The first block focuses on digital services, including a freshman’s guide and chats, which help first-year students understand the university’s structure through thematic podcasts. The second block provides full-time mentoring and support for new students. Third, there is a rich event schedule, which includes campus tours, college days, career fairs, workshops, and more. Fourth, students develop soft skills and prepare for future roles as student leaders.

“I wish the students every success in their studies and the implementation of the most ambitious ideas. May this academic year bring remarkable discoveries, inspiring projects, and new victories!” — said the Rector of MISIS University, Alevtina Chernikova, in her congratulatory speech.

Olga Petrova, Deputy Minister of Science and Higher Education of the Russian Federation, Nazim Efendiev, Chairman of the Board of Directors of Metalloinvest, and Yulia Mazanova, Deputy General Director for Sustainable Development and Corporate Communications at Metalloinvest, also greeted the students.

“I congratulate you on the start of your new journey. You are now students at one of the most prestigious universities in our country, NUST MISIS. This is not just a university, it is your home for the next few years. Here, you will receive an excellent education, gain scientific knowledge, and enjoy an exciting student life. The university will serve as your Alma mater, providing you with a solid foundation that will shape your future. Good luck, and may everything work out for you!”, said Olga Petrova, in a video message.

The event concluded with a performance by the Kursk Symphony Orchestra, as part of the “Music at MISIS” project.

The guests have visited the laboratories of superconducting quantum technology, tissue engineering and regenerative medicine, and biophysics. They have met with representatives from the Advanced engineering school “Materials Science, Additive and End-to-End Technologies” and have seen the equipment at the engineering center for rapid industrial prototyping of complex products “Kinetics”.

According to Dmitry Vasiliev, Director of International Affairs at MISIS University, Pakistani students most often choose to pursue master’s and postgraduate studies in the fields of computer science and computer engineering, as well as materials science and materials technology. This indicates their interest in NUST MISIS as a leading international scientific and research institution.

“This year, we have seen a significant increase in the number of applicants from Pakistan for our preparatory program. The demand for quality higher education in natural sciences is a sign of the country’s progress, and successful graduates will contribute to the development of high-tech industries. Our meeting today will undoubtedly give an extra boost to our cooperation with our colleagues”, said Dmitry Vasiliev.

According to preliminary agreements, at least 10 students from Pakistan are expected to enroll in NUST MISIS next year and will participate in short-term internships at the university’s laboratories in 2024 and 2025.