How a Colombian wins hearts through Russian language and traditions

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Source: Peoples'Friendship University of Russia

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Ojeda Amaya Deibi, a postgraduate student and assistant in the Department of Human Ecology and Bioelementology at the Institute of Ecology at RUDN University, won the All-Russian "Flagships of Education" competition, part of the "Russia – Land of Opportunities" platform. In the "Culture" track, he was among the top 40 educators and administrators from 27 regions of the country.

For the Colombian, this victory is not just a personal achievement, but a launchpad for a unique project that unites two cultures and helps international students find their place in Russia. We spoke with the graduate student and learned how the magic of Marquez and Bulgakov helps foreigners adapt to our country and why it's impossible to learn a language without culture.

The "Flagships of Education" competition brought together the best. What does winning the "Culture" track mean to you?

This is an event I want not only to document, but to preserve. The "Culture" track is for those who believe that art, traditions, and values can inspire learning. Participating was a serious professional challenge, but here I met colleagues from all over the country with whom we speak the same language—the language of a love of education. For me, this victory is the start of new projects. And, as I always say, it's impossible to fully understand Russian culture without speaking Russian!

What sparked your belief in the power of culture? Was there a special teacher or event?

As a child, I was deeply inspired by the works of Gabriel García Márquez—One Hundred Years of Solitude and Nobody Writes to the Colonel. Through them, I first felt the power of my native culture. And when I came to Russia almost seven years ago (I'm now studying and working at RUDN University), I realized a key thing: to adapt and learn the language, you need to understand the country's traditions and culture. I was captivated by Bulgakov's The Master and Margarita, Pushkin's The Queen of Spades, and the films Operation Y and Moscow Does Not Believe in Tears. This was my cultural gateway to Russia.

You worked on your own project at the competition. What was it about?

The project is called "Open Colombia and Russia." It's an initiative to promote cultural adaptation for international students arriving in Russia to study. We create a space for dialogue where, through an understanding of traditions, language, and values, students can more quickly overcome cultural shock and begin to feel a part of Russian society. It's a bridge of mutual understanding.

You called the victory "the start of a new phase." What specific steps are you planning?

The victory opened new horizons. I'm already being invited as a lecturer not only at the regional but also at the federal level: to the Moscow Longevity program, to the M.I. Rudomino Library of Foreign Literature, and, of course, to RUDN University, as well as to other universities. Being a winner gives me the opportunity to be a project ambassador and participate in key educational and cultural events. I plan to actively share this experience with my RUDN University students and colleagues to implement best practices in cultural education at our university.

Ojeda Amaya's victory is a shining example of how RUDN University's values (internationalism, cultural integration, and high-quality education) are embodied in the successes of our employees.

The Institute of Ecology congratulates its colleague and looks forward to seeing his projects implemented within the university!

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

A new IT lab using Russian technologies has opened at RUDN University.

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Source: Peoples'Friendship University of Russia

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An IT laboratory has opened at the RUDN University Graduate School of Management. It is fully equipped with domestic software from the university's partners—the leader in the domestic infrastructure software market, Astra Group, and the computer equipment manufacturer, ICL Techno.

Representatives of the companies and the university's rector, Oleg Yastrebov, took part in the opening ceremony.

"RUDN University, as the most international university in Russia, with students from nearly 170 countries, today exports not only Russian education but also Russian technology. Choosing domestic equipment and technology is one way to achieve this," said Oleg Yastrebov, Rector of RUDN University.

At our university, over 100 administrative workstations are running stable software from Astra Group, installed under an agreement concluded in 2022 between the university and the organization. The university will now also begin using the Group's software for teaching and learning in its laboratory. Teaching will be conducted using the Astra Linux operating system (OS), pre-installed on 25 personal computers (ICL BasicRay B103 G3 system units and ICL ViewRay 2417IFH monitors) from the Russian company ICL Techno. Active participation in this joint project with Astra Group will allow the partner to strengthen its collaboration with the university and directly contribute to addressing the shortage of highly qualified specialists.

Contribution to the future

The first cohort of students will include more than 150 students from the Graduate School of Management (GSOM) at RUDN University, studying business informatics, digital design, and web development. The university is currently modernizing its educational programs across all GSOM disciplines, planning for 60% of undergraduate students to study using Astra Linux. Subsequently, classes will be available across all university programs and will be taught by instructors certified in Astra Linux courses. RUDN University also plans to increase the number of employee positions and migrate its divisions to the domestic operating system.

A certification center will be opened at the laboratory, where external specialists will be trained to use Russian software products. This initiative will help improve the quality of IT education and prepare personnel prepared to address practical industry challenges.

"The tenth anniversary laboratory is a symbol of the maturity of our systematic approach to creating an educational environment, and we are delighted that it opened at RUDN University. This step will strengthen our successful collaboration: following the stable operation of the university's administrative unit using Astra Linux, we, together with ICL Techno, are introducing Russian technologies into the educational process. Now students from around the world will be able to study and apply them in practice. I believe this is a significant contribution to the future of the country's technological sovereignty," said Roman Borisov, Director of Education Development and Sales at Astra Group.

"We are pleased to announce the opening of a joint ICL Techno and Astra Group auditorium at RUDN University, equipped with modern Russian computing equipment and software. Students will be able to gain in-demand knowledge and skills in information technology. I am confident that the lab will enhance the educational process and become an important platform for developing collaboration and implementing new projects," said Alexey Shchedrov, Business Development Director at ICL Techno.

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

RUDN University medical students won prizes at the All-Russian Medical Quest Olympiad

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Source: Peoples'Friendship University of Russia

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The All-Russian Medical Student Olympiad, "Medical Quest," was held at the Institute of Fundamental Medicine and Biology at Kazan Federal University. Teams from more than 10 universities participated. Students from the RUDN University Institute of Medicine took second place in "Instrumental Diagnostics" and third place in "Endoscopy" and "Plastic Surgery."

About preparation and "victims"

During the competition, contestants applied their knowledge at simulation and field stations in obstetrics and gynecology, cardiopulmonary resuscitation, traumatology, and other disciplines.

"This is my second time in Kazan, and this time not only as a cameraman at the Plastic Surgery competition but also as captain of our university team. The students were able to demonstrate how well they've mastered their professional skills. We prepared for the team competitions using simulation equipment under the guidance of Evgeniya Zadorozhnaya, chair of the professional student society. The hardest part was remembering the sequence of actions correctly, but we managed it," says Timur Aliyev, a sixth-year medical student at RUDN University (major in General Medicine).

According to Timur, of the general competitions, he remembers the sorting most because of its scale and the participation of the entire team.

"This competition featured bleeding, traumatic brain injuries, severed limbs, and much more. Speaking of the individual competition, I had a patient who had been in a car accident, and as soon as we pulled him out, he started having a seizure. It looked very realistic: his eyes were bulging, foam was coming out of his mouth. I'd like to commend the organizers for their preparation. The students were excellent at playing their roles. Furthermore, since the competition was themed around military emergencies, the students wore military uniforms, a soldier's choir played, and there was a field kitchen, which our students really appreciated," Timur Aliyev.

An impetus for further study

Timur is supported by another participant in the competition, Valentina-Sofia Kureber, a fourth-year student majoring in General Medicine.

"The Olympics were truly amazing, unique and original. I've never experienced an Olympics that was so immersive. The organizers did a fantastic job creating the sets and reproducing emergency scenarios, making everything as realistic as possible," says Valentina-Sofia Kureber.

As Violetta Udovina, a fourth-year student majoring in General Medicine, notes, participating in the Olympiad is an invaluable experience that reveals your strengths and weaknesses.

"The competition provides a powerful impetus for further study and practice. I definitely recommend it to all students for self-assessment," says Violetta Udovina.

"It was a great experience, considering it was my first time. It was very interesting and unusual. We were told roughly what everything looked like and worked like, but it's still something else—you don't really feel the emotions until you actually go there," says Karina Amoeva, a fifth-year student majoring in General Medicine.

"This was an incredible experience for me, setting new standards and a chance to showcase my knowledge and skills. A huge thank you to the organizers, and I hope to see you next year!" — Daria Shelyakova, fourth-year student in the General Medicine program.

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

RUDN University and Rosatom held a Summer School on Additive Technologies in the Nuclear Industry

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Source: Peoples'Friendship University of Russia

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The RUDN University Institute of Innovative Engineering Technologies held a partnership program for continuing professional education, the Summer School, entitled "Additive Technologies in the Nuclear Industry," in collaboration with the Rosatom State Corporation. The course was designed for engineering specialists, students at technical universities, and anyone interested in 3D printing.

Secrets of Industrial 3D Printing

The training took place at RUDN and the Rosatom Center for Additive Technologies. It spanned 52 academic hours, culminating in students acquiring theoretical and practical skills in industrial 3D printing, as well as an understanding of the application and effectiveness of additive manufacturing in manufacturing, particularly in the nuclear industry.

The course program included lectures, seminars, workshops, practical training, and excursions. Participants gained both theoretical knowledge and practical skills in industrial 3D printing.

Students were introduced to various additive manufacturing technologies, including fused deposition modeling (FDM), stereolithography (SLA/DLP), selective laser melting (SLM), direct energy and material deposition (DED/DMD), and selective laser sintering (SLS). They also learned about the operating principles of laser systems, approaches to developing laser printing technologies for parts with specified properties, methods for working with control programs, and studied the properties and characteristics of metallic materials for printing.

Excursions and master classes

Participants were particularly interested in the master classes and workshops on printing and incoming inspection of 3D printing materials, as well as a visit to Rosatom's Additive Technologies Center and the state corporation's Fuel Company Museum. Upon completion of the course, all participants completed a final assessment and received certificates of advanced training and certification.

"The second intake for the 'Additive Technologies in Industry' summer school, held online with our partner, Rosatom State Corporation, confirms the high strategic importance of implementing and developing additive technologies for achieving technological sovereignty and enhancing the competitiveness of key industries. Implementing continuing education programs is one of the points on our roadmap with Rosatom State Corporation, which includes joint research, specialist training, joint participation in conferences, and fulfilling orders from the real economy. Our institute values our partnership with Rosatom State Corporation, looks to the future with great optimism, and is already preparing for the next intake for the summer school," said Andrey Medvedev, Director of the RUDN University Institute of Information Technologies.

"The summer school is an excellent example of the successful collaboration between science, education, and industry. Our goal is to demonstrate to young professionals the capabilities of additive equipment and the applications of 3D printing in various fields. Upon completion of the training, highly qualified specialists in additive technologies will accelerate their implementation at enterprises to ensure the country's technological leadership," said Ilya Kavelashvili, Director of the Additive Technologies Business Unit at Rosatom State Corporation.

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

How RUDN University grant competitions help university scientists create new devices and technologies

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Source: Peoples'Friendship University of Russia

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In 2021, RUDN University launched a grant support system for young scientists and research teams. Since then, 247 teams from various institutes and faculties, including some from outside the university, have participated.

"The strategic goal of the grant support system is to create and develop RUDN University's own human resources and scientific capacity for conducting research, including through external funding. The system's philosophy is to cultivate talent from student to leading scientist," says Andrey Melnikov, Head of the Department of Scientific and Technical Programs, Grants, and Projects at RUDN University's Research Department.

Project evaluation criteria

Currently, competitions are divided by areas (fundamental and applied) and fields of science (natural sciences and social sciences and humanities).

This year, the number of applications submitted for the competition increased by 50% compared to 2024, from 36 to 53. The most active were representatives of the Faculty of Humanities and Social Sciences and the Institute of Innovative Engineering Technologies, each department submitting six applications. The Faculty of Economics and the Faculty of Philology also made the top three in terms of number of applications.

As for the grant support categories, 13 applications were received for the competition for research teams led by young scientists (D-1), 21 for the competition for research teams led by leading scientists (D-2), and 19 for the competition for young scientists (R.1).

All applications are first reviewed for compliance with formal requirements, including minimum performance indicators, the percentage of planned funding, and so on. Projects are then submitted to independent external experts. They evaluate the work based on seven criteria, including the relevance of the topic, the scientific novelty of the research, its theoretical and practical significance, and whether the research and expected results are world-class.

"Each project must be aimed at solving specific problems in one of the areas of the Russian Federation's Scientific and Technological Development Strategy. For example, the Faculty of Physics, Mathematics, and Natural Sciences leads in the areas of 'Transition to advanced digital and intelligent manufacturing technologies, robotic systems, new materials and design methods…' and 'Transition to personalized medicine, high-tech healthcare, and health-preserving technologies.' Meanwhile, the Faculty of Humanities and Social Sciences most often submits applications in the areas of 'Possibility of an effective response by Russian society to major challenges, taking into account the interaction between humans and nature' and 'Countering sociocultural threats,'" says Andrey Melnikov.

Funding for research projects has increased approximately 1.5-2 times over the past five years. This year, RUDN allocated 107 million rubles to support winners across all competitions. The maximum grant amount for each competition is:

D-1 — 6 million rubles; D.2 — 8 million rubles; R.1 — 3 million rubles.

Innovative development

The results of the latest competition are still awaited, but for now, one of the winners of the previous competition, Kirill Zubarev, shared details of his project with us. According to the scientist, his project involves conducting research in the field of construction, or more specifically, developing an innovative device for determining the thermal resistance of building envelopes.

"It took two years from the concept to the actual project. The idea of upgrading the device first arose at a scientific conference, where specialists discussed the challenges of measuring thermal resistance. Then came the search for information, literature review, and meetings and discussions with people working on experimental determination of thermal resistance, including manufacturers. Two years ago, the concept of the work had already been formulated, and I decided to create a team to implement it," says Kirill Zubarev, project manager, leading researcher, and associate professor at RUDN University.

As the scientist noted, several approaches are currently used to determine the thermal resistance of building walls: calculations using engineering formulas, mathematical modeling, laboratory experiments, and field studies. A number of similar devices from Russian and foreign developers exist.

"The device being developed at RUDN University will achieve higher measurement accuracy through a combined approach: it will simultaneously utilize modern computing systems, artificial intelligence algorithms, and new materials and technologies for device design. In terms of practical application, imagine you've designed and calculated a building. Once it's built, the question arises: how do you verify that it meets the design specifications? To ensure construction quality control, an on-site inspection is conducted—specialists visit the completed facility, measure its thermal resistance, and compare the results with the design values. This ensures the quality of the thermal envelope of buildings and structures under construction. Our project involves developing a device that will improve this control," says Kirill Zubarev.

According to Kirill, in 2025, the grant funds were invested in a specialized computer with very high power and performance. Scientists are currently using it to perform calculations, select the device's geometry, and strive to capture the physics of the processes in as much detail as possible. In 2026, the funds will be used to purchase materials, components, and sensors for the production and testing of a prototype.

"We've already developed a concept for the device, calculations are being made to refine its geometric dimensions, and negotiations are underway with suppliers to procure the necessary materials and sensors. We plan to begin testing the device by the end of next year. I envision the end result as a device that will be portable, convenient, and lightweight, while also being more accurate than existing analogs. Perhaps in the future, either the device itself or the concepts behind it will be used in the construction industry to verify the quality of building insulation installations," says Kirill Zubarev.

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

What was discussed at RUDN University's II International Educational Forum

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Source: Peoples'Friendship University of Russia

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The training of qualified foreign specialists, educational strategies, collaborations, digital technologies, and much more were discussed at the 2nd International Educational Forum at RUDN University. The event brought together over 1,000 participants and 300 speakers from 40 countries, including representatives of government, research organizations, and businesses, as well as rectors of leading universities. This time, the focus was on collaboration with partners from the Middle East, Asia-Pacific, and Africa.

"RUDN University and other forum participants exchanged experiences on how to make education, culture, and science equally accessible to all. We shared our experiences in a wide range of areas: library operations, collaboration with key employers, and issues related to finance and demographics. We strived to make the forum a genuine platform for discussion and development of new solutions," said Yulia Ebzeeva, Vice-Rector for Educational Affairs at RUDN University.

Deputy Minister of Education and Science Andrey Omelchuk was among the forum's speakers. In his speech, he noted that the Russian education market is attractive and interesting for foreign students, and that domestic universities are seeing an increase in the number of students from other countries.

"Over the past five years, the number of international students has grown by 87,000, reaching nearly 415,000. Today, the Russian President has identified realizing the potential of every individual as a national development goal. Our focus is not only on ensuring access to education. We are actively modernizing our educational infrastructure and developing new approaches to training highly qualified personnel. To this end, our country has launched a number of significant initiatives, including a project to create a constellation of modern campuses. Thanks to the national project "Youth and Children," 40 such student campuses will be built by 2036. They will become a key element in a new way of life and a magnet for students from across the country and abroad," says Andrey Omelchuk.

Foreign students and the staff shortage

One of the forum's panels was devoted to the employment of international graduates. Elena Dmitrieva, Head of the RUDN University Graduate Internship and Employment Support Department, discussed the demand for international talent in the Russian labor market and the interest of RUDN University students and graduates in pursuing careers in Russia.

"An analysis of employment patterns for graduates in the 2023–2025 classes revealed that international graduates from the Agrarian and Technological Institute, the Institute of Ecology, and the Institute of Pharmacy and Biotechnology are the most sought-after by employers. The top five fields by number of employed in Russia include construction, international relations, economics, law, and management. Furthermore, the results of a survey conducted among current international students at the university are of interest. More than half of the final-year students surveyed would like to remain in Russia after graduation," said Elena Dmitrieva.

According to Elena Borisovna, 87% of those wishing to stay intend to work in their field of study, demonstrating the growing interest of foreign specialists in the Russian labor market. Graduates' majors include agricultural sciences, engineering, and social sciences and humanities.

In addition to discussing problems and solutions, the section participants shared their experiences helping international students find employment. Anastasia Shatilina, a representative of the Human Capital Development NGO, spoke about the Start in Moscow project. This talent attraction program from the Moscow Department of Entrepreneurship and Innovative Development helps international students develop their resumes and portfolios, prepare for interviews, receive career and immigration consultations, and ultimately secure a job offer.

International collaborations and startup support

Another section of the forum was dedicated to the international education community; it was attended by representatives from all continents, including countries such as Iran, Sri Lanka, Jordan, Honduras, and Peru.

"The main theme of all the presentations was the desire to improve the effectiveness of higher education, the search for proven approaches to the use of artificial intelligence, and the opportunities offered by AI. Without exception, all the speakers emphasized the importance of international collaboration and cooperation. Almost all the universities represented here are internationally oriented and interested in interacting with Russian universities, and RUDN University in particular. We also appreciated that a representative of the Embassy of the Democratic Republic of the Congo was able to attend the forum, emphasizing the importance of promoting the Russian language abroad and the role of our university in this area," said Marina Rekets, Vice-Rector for International Affairs at RUDN University.

As the vice-rector noted, the section participants shared interesting practices, such as supporting student startups with support from businesses and the government.

"The president of a Jordanian university explained that they have a triple agreement between the student body, the university, and a partner company. A second example was shared by an expert from Sri Lanka. Their country has a state program to support student startups, and upon recommendation from universities, these startups receive funding from the state budget under the program. The approaches vary, but the goal is the same: to stimulate student activity, engage them in professional activities, and create businesses," said Marina Rekets.

Following the forum, RUDN University signed several cooperation agreements, including with Ferdowsi University of Mashhad (Iran), Razi University (Iran), and the Academy of Public Administration under the President of the Republic of Tajikistan. According to Safarzoda Nekruz Fayzi, Dean of the Academy's Faculty of Law, the university is interested in student exchanges, staff development, and the joint writing of textbooks and monographs.

"Furthermore, we want to work with RUDN University specialists to develop legal solutions to the issues facing our country," said Safarzoda Nekruz Fayzi.

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

Junior research fellow at RUDN University, winner of the Academician A.P. Avtsyn Prize

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Source: Peoples'Friendship University of Russia

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Alexandra Sentyabreva, a junior researcher at the Laboratory of Cellular Technologies and Tissue Engineering at the RUDN University Research Institute of Molecular and Cellular Medicine, won the young scientist competition at the All-Russian Scientific Conference "Current Issues of Morphogenesis in Health and Disease." She was awarded the Academician A.P. Avtsyn Prize.

The research that earned Alexandra the award is devoted to the topic "The Role of Inflammation and Microglia Activation in the Development of Neurodegenerative Processes Induced by Long-Term Exposure to Aluminum Chloride in Mature and Old Male Wistar Rats." The paper's co-authors were Andrey Gerasimov, a postgraduate student at the RUDN University Institute of Medicine (Cellular Biology), and the young scientists' supervisor, Anna Kosyreva, Doctor of Biological Sciences, Leading Researcher at the Laboratory of Cellular Biotechnology, and Professor at the Department of Histology, Cytology, and Embryology at RUDN University. We spoke with Alexandra to learn about the practical value of the research, the key discoveries made during the course of the study, and what winning this award means to her.

What is the scientific novelty and potential practical value of the research?

The practical value of this study lies in confirming the need to model age-dependent, or aging-associated, neurodegeneration specifically in older animals. Such studies are relatively rare worldwide, and they are often conducted using transgenic or knockout animals, whose pathophysiological processes and chronology of onset differ radically from those in humans. We present a simple and accessible model that reproduces the molecular and cellular hallmarks of neurodegeneration, as well as changes in the morphofunctional properties of microglia—the primary immune cells of the central nervous system. Research into the role of microglia in the development of neurodegeneration is currently a trend. Our model of oxidative stress, which affects humans, particularly the elderly, can be used for preclinical studies of approaches to the diagnosis and treatment of neurodegenerative diseases based on interventions with microglia.

What was discovered during this work? Were there any results that contradicted the initial hypotheses?

A neurodegeneration model based on exposure to aluminum ions has long been described, but it has previously only been described in young animals. Various papers have shown increased gene expression and protein synthesis in these animals, which are considered pathognomonic of Alzheimer's disease—amyloid precursor protein and amyloid deposits. We replicated these observations in our study. However, in older animals, these processes were more pronounced, as were changes in the morphological and functional properties of microglial cells, which was unexpected. In young rats, we observed adaptation to oxidative stress, while in older animals, we observed pronounced maladaptation. We expected similar results, but what we obtained exceeded our expectations.

Do you plan to use this work as a basis for your PhD dissertation or some other project?

This experiment is the topic of my PhD dissertation. The paper presented at the conference included about half of the results of this work.

Which reports or trends presented at the conference where the competition results were announced did you find most interesting?

Professor Dmitry Alekseevich Sychev, Academician of the Russian Academy of Sciences, Doctor of Medical Sciences, and Member of the Russian Academy of Sciences, presented a highly interesting report on pharmacogenetics. This is a challenging area of clinical practice, but it is highly relevant. My supervisor, Anna Mikhailovna, presented a report on the role of maternal immune activation in the development of sex-specific neurogenesis disorders in offspring. Fundamental research in this area is still limited, and understanding these processes and the risks associated with infections experienced by pregnant women is crucial for the care of these patients and for monitoring the development of neuropsychiatric disorders in children.

What does it mean to you personally to receive the Academician Avtsyn Prize?

The Academician A.P. Avtsyn Prize is recognition from colleagues, laboratory heads, and experienced faculty, which is undoubtedly very valuable. It also confirms the importance of our work and motivates us to continue developing it.

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

The Council of Rectors of the SCO Network University discussed the development and launch of a unified database of agreements at RUDN University.

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A meeting of the Council of Rectors of the SCO Network University was held at RUDN University. Delegations from China and Kyrgyzstan arrived at our university to participate in the event.

They represented:

Xi'an Jiaotong University (head university of the People's Republic of China since 2025). Osh State University (head university of Kyrgyzstan since 2025). Kyrgyz Technical University named after. I. Razzakova (head university of Kyrgyzstan until 2025).

The meeting of the Council of Rectors discussed topics such as the current composition of universities participating in the SCO Universities Program, a list of core universities for each of the 11 training areas, and the development and launch of a unified database of agreements.

Following the meeting, RUDN University Rector Oleg Yastrebov met with each delegation. He and his Chinese colleagues agreed to update the agreement for the mutual recognition of scientific publications.

About the SCO Network University

This is an association of universities that implements joint educational programs, as well as scientific and technical projects. Its goal is to train specialists in priority areas for the economic and social development of member states.

In 2025, the network expanded to include 125 participating universities from seven countries (previously 78). The participating universities include Russia, Belarus, Iran, Kazakhstan, China, Kyrgyzstan, and Tajikistan.

RUDN University is the coordinator of the BRICS, SCO, and CIS network university programs. We will discuss in more detail later what this collaboration brings to the university and the opportunities it opens for students.

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

A RUDN University student spoke about a language internship in China.

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Source: Peoples'Friendship University of Russia

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What time do classes start for Chinese students? How do modern technology and the love and respect for traditions in China coexist? Darina Khasanova, a student in the Department of Industrial Innovation Management at the RUDN University Engineering Academy, learned the answers to these questions during an internship at the Ocean University of China in Qingdao. For several weeks, she and other students at our university intensively studied Chinese using a program developed by native speakers.

"The learning process was brilliant. These weren't boring lectures in the traditional sense. We deepened our grammar, expanded our vocabulary, and, most importantly, practiced speaking. The emphasis was on a living, modern language, one that is actually spoken on the streets of China," says Darina Khasanova.

According to her, language immersion began on the very first evening of the internship after moving into the dorm. Her group of students went to the university cafeteria, and it was a real challenge: ordering food on their own. There were crowds of people, incredible aromas, and food stands where everything looked sizzling hot.

We crowded around the display case, trying to figure out how to choose a dish from such a variety. It was our first "non-textbook" dialogue, where phrases like "Is this spicy?" or "Can I get it without the pepper?" were mixed with active gesticulation. The most difficult moment was when the chef, tired of waiting, asked us a quick question, pointing to noodles with some vegetables. We didn't understand him completely, but we caught the key word "辣" – spicy. We shook our heads in horror: "不要, 不要! – No, no!" It worked! He laughed and switched to steamed dishes. We finally managed to explain that we wanted something "really tasty, but not spicy." In the end, we received plates of spicy chicken, vegetables, and rice. It was a victory! We ate and felt that we had not only overcome the language barrier but also conquered our fear. The fear of speaking disappeared at that moment, because I realized that even if you speak incorrectly, but you sincerely try, you will be understood and helped,” says Darina Khasanova.

As the student notes, the Chinese teachers spoke to them exclusively in Chinese during class. This literally overheated their brains during the first few days, trying to digest all the information. But over time, Darina got used to it, because Chinese was everywhere: on the bus, in the store, in the cafeteria. Her ear began to pick out familiar words from the general flow, and this was incredibly motivating.

Thinking in Chinese

"Another unique feature of the internship was the international nature of the groups. We had an Italian, Koreans, and a Brazilian student. We had no common language other than Chinese itself and some broken English for backup. Our discussions often turned into a cheerful mix of languages. We understood each other, giggling at our unique 'Chinese-English' dialect and how it must have looked to outsiders. But this didn't hinder, it actually helped—we were learning to think in Chinese together," says Darina Khasanova.

Class assignments focused on real-life situations. Rather than memorizing texts, students role-played tasks: from the simple "buy three apples and haggle at the market" to the complex "explain your symptoms to the doctor and get a diagnosis" or even "invent and deliver a declaration of love." Students staged costumed skits, such as a role-playing interview at a large company, and discussed a wide range of topics with each other, from their favorite music to local legends.

"For me, the most interesting task was the costume scene. Everything—from the dialogue to the set design—was planned by us. Our imaginations were boundless! The guys and I discussed every detail, looked for suitable clothes, and did their hair. Everything was done to 'reach the audience's heart' with our performance and make the final project memorable and engaging," says Darina Khasanova.

Similarities and differences

If we talk about what Russian and Chinese students have in common and what differentiates them, the most unexpected thing, according to Darina, was the daily routine and general rhythm of life in Qingdao.

"We're used to getting up later, so we were shocked to learn that Chinese students' classes start at 7:30–8:00 a.m.! But that's only part of the picture. Life in China begins at dawn. By 6 a.m., the shopping streets are bustling with people, the local shops are bustling with activity, and the stadiums and parks are filled with people exercising. However, by 9 a.m., many streets are empty, and the grocery stores are closed altogether. The sun is at its zenith, which means unbearable heat descends on the city, and it's time to take shelter from the sun to avoid heatstroke," says Darina Khasanova.

Another difference, according to the student, is Chinese students' ability to clearly separate time between leisure and study. Chinese students know how to have a great time (especially over dinner or on group walks), while also being completely immersed in their studies.

"It's not just 'studying hard'—it's a systemic, almost professional approach to education as the main work at this stage of life. This is the main difference in approach to the very structure of life," says Darina Khasanova.

But there are still similarities, the girl says, in their personalities and friendliness. The Chinese students turned out to be just as cheerful, open, and inquisitive as the Russian ones.

"We constantly encountered people meeting us right on the street, in the cafeteria, or in the park. Local students would start a conversation with great interest, exchange contacts on WeChat, and then chat for hours, recommending the best places for walks or inexpensive cafes. There was no formality to it—just a genuine desire to connect and help," says Darina Khasanova.

Digital ecosystems

Another thing that impressed Darina about China was its digital technologies, many of whose features she wants to implement here.

"Firstly, these are services as infrastructure. We're accustomed to a situation where each task requires its own separate app: order food in one app, call a taxi in another, check your card balance in a third. In China, I encountered the opposite approach: these are global platforms where you can do absolutely everything in one place. Right in one app, you can pay for groceries, check the menu and reviews of cafes, buy and activate a metro pass, pay your utility bill, and then, to relax, binge-watch short videos or read the news. This creates phenomenal user convenience and opens up enormous growth potential for businesses. As a future manager, I believe it's worth emulating not the monstrous app itself, but the logic behind creating an ecosystem. That is, building a service so that it solves not just one, but a whole host of related life tasks for the client, thereby dramatically increasing their loyalty and overall engagement time with the brand," says Darina Khasanova.

The student adds that she was also struck by the ability to attract customers not with discounts, but with content. Live content with short videos or online broadcasts is well-developed in China. Users don't visit an online store, but rather a live stream, where a salesperson or blogger demonstrates a product in real time, interacts with the audience, jokes, and answers questions. And you're not just looking at a picture; you feel like you're part of a trend, an event, and a vibrant community.

"Purchasing is becoming an impulsive, emotional, and highly social act. This transforms boring online shopping into genuine entertainment and excitement. I believe our Russian companies, especially in the fashion, cosmetics, and home goods sectors, are sorely lacking this approach—building sales around engaging content and creating a sense of belonging, rather than simply focusing on price," says Darina Khasanova.

Martial arts in the morning, dancing in the evening

But Darina didn't just remember the learning process and digital technologies. She also appreciates the internship for the insights she gained into the local mentality and Chinese culture—experiencing them firsthand through calligraphy and tea ceremony workshops, and simply on walks.

"Every day, strolling the streets of Qingdao, I saw this: young Chinese men and women in exquisite traditional hanfu or qipao strolling along the embankment, taking selfies with the latest smartphones. In a single frame—a thousand-year-old culture and cutting-edge technology. This wasn't a costume party, but a natural desire to honor one's history and connect with it. This rhythm was repeated daily: in the mornings, people practiced tai chi, an ancient martial art, by the water, and in the evening, the same embankment transformed into an arena for dance flash mobs to contemporary music. But the most striking thing was the lack of conflict between these worlds. An elderly couple, having worked out, calmly watched the youth dancing K-pop. Technology hadn't supplanted tradition, but had become a new tool for communication, memory, and self-expression. “This was the most powerful and inspiring impression: to realize that modernity and tradition can exist, mutually enriching each other,” says Darina Khasanova.

Trajectory of the Future

Nevertheless, the most important thing the student gained during the internship was knowledge and an advanced level of Chinese.

"I used to study a language without fully understanding how and where I could apply it in practice. Thoughts of a job that would require this knowledge seemed distant and abstract. I simply couldn't fathom the specific field or role in which I could use it. It was more of a beautiful, yet vague, point in my future plans. The trip to China cleared that fog. Complete immersion in the language environment forced me not just to recall words from a textbook, but to spontaneously search for them in my mind to survive and solve everyday problems—from ordering food and buying a ticket to explaining my feelings to new friends. As a result of the trip, I received not just a certificate, but a set of real-world skills: I'm not afraid to speak and make mistakes, I understand the non-verbal context of communication, and I've become familiar with the key features of Chinese business and everyday culture," says Darina Khasanova.

According to her, this is precisely what allows her to clearly see her trajectory today and understand that her value lies in her ability to "translate" not only languages but also business contexts. She wants to help Russian tech companies adapt their products for the Chinese market, taking into account not only the interface language but also user habits, cultural trends, and the digital ecosystem. Or, conversely, she wants to work with Chinese investments and startups in Russia, building bridges of understanding.

"This trip transformed learning Chinese from an abstract goal into a concrete professional tool and a competitive advantage. I clearly understand that I want to continue developing in this direction—at the intersection of management, technology, and a deep understanding of China," says Darina Khasanova.

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

RUDN University students won special prizes from the "Ecology is Everyone's Business" award.

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

An important disclaimer is at the bottom of this article.

Students from the RUDN University Institute of Ecology received several awards at the international "Ecology is Everyone's Business" prize, established by Rosprirodnadzor. Projects by Alexander Lezhenko, Anton Egorov, and Omar Khubiev won the Special Jury Prize. Rosprirodnadzor Director Svetlana Radionova presented the awards to the winners. Omar and Alexander shared details of their projects with us.

Not trash, but art

Omar, a Master's student at the Institute of Ecology, presented his art project "The Second Life of Plastic" to the jury. It clearly demonstrates creative solutions to the problem of plastic pollution. His work demonstrates how waste can be transformed into aesthetic and functional objects, raising public awareness of responsible consumption and recycling.

"The idea for the project arose from a desire to make the problem of plastic pollution more tangible and understandable to a wider audience. We don't simply collect and recycle plastic—we give it new value by transforming it into artistic installations and works of art. Each work tells a story that makes us think about the life cycle of things and our impact on the planet," says Omar Khubiev.

The project includes not only the creation of art objects but also workshops where anyone can learn the basics of sorting and recycling, as well as try their hand at creating works from recycled materials. According to Omar, this interactive approach helps more effectively communicate environmental messages, especially to the younger generation.

Buses and clean air

Alexander Lezhenko prepared a project on the environmental impact of Moscow's ground-based public transport.

"In the capital, the main ground public transport is buses, trams, and electric buses. In my project, I analyzed their environmental impact. Based on the data obtained, diesel-powered buses pollute the most. Buses running on natural gas (methane) are more environmentally friendly. And logically, electric buses produce the least carbon dioxide," says Alexander Lezhenko.

According to Alexander, electric buses reduce air pollution and improve the environmental situation in Moscow, but the disposal of the batteries they use must be taken into account. This poses a far more serious environmental problem. Current electric bus batteries are causing an e-waste crisis. Existing technologies and infrastructure may not be able to handle their recycling. Therefore, it is necessary to develop and develop technologies for battery disposal, recycling, and reuse.

Furthermore, there's the problem of Moscow's low winter temperatures, which means electric buses use diesel fuel to operate their interior heaters. This increases carbon dioxide emissions.

"When considering the environmental impact of public transportation, it's also important to consider that vehicle disposal also impacts the environment. I've personally observed the process of bus disposal and the waste generated. Each vehicle has its own advantages and disadvantages during operation and disposal. The integrated use of different modes of transport optimizes the city's environmental situation," says Alexander Lezhenko.

About the award

The "Ecology is Everyone's Business" award was held for the fifth time. According to Svetlana Radionova, head of Rosprirodnadzor, this year saw a record number of applications—110,000. She also noted that the level of participants' work has improved significantly, and the award's geography has expanded to 95 countries.

Winning the competition grants participants additional points for admission to 150 Russian universities, as well as educational grants and targeted spots. RUDN University has allocated 12 such spots for the winners, including two in the master's program in Ecology and Nature Management.

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