The title of Honorary Professor of RUDN University was awarded to Deputy President of the Russian Academy of Sciences Taliya Khabrieva.

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

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At an extended meeting of the RUDN University Academic Council, the title of Honorary Professor of the university was awarded to Taliya Yarullovna Khabrieva, a prominent Russian lawyer and statesman.

Taliya Khabrieva, Director of the Institute of Legislation and Comparative Law under the Government of the Russian Federation and an Academician of the Russian Academy of Sciences, heads the Department of Social Sciences at the Russian Academy of Sciences. She became the first and only female Vice President of the Russian Academy of Sciences in its 300-year history.

Taliya Yarullovna is one of Russia's leading experts in the theory of state and law, holding a Doctor of Law. She is the author of over 400 academic publications, many of which have been translated into foreign languages. In 2020, she became one of three co-chairs of the working group drafting amendments to the Constitution of the Russian Federation. She has also participated in the development of over 30 draft laws, ranging from reforms of federal relations and civil service to improvements to electoral legislation.

Taliya Khabrieva is an Honored Lawyer and Honored Scientist of the Russian Federation. She was awarded the title of Honorary Professor of RUDN University for her outstanding contribution to the development of legal scholarship and lawmaking. At a meeting of the Academic Council, Taliya Yarullovna delivered a speech on scientific and legal support for government activities, modern technological challenges, and value-based guidelines for legal development. In it, she emphasized that Russian legislation plays a vital role in shaping the country's technological sovereignty.

"We're already making our contribution to achieving technological leadership. I'm referring to the Federal Law 'On Technological Policy in the Russian Federation and Amendments to Certain Legislative Acts of the Russian Federation.' With this law, we declared our commitment to technological development. What does this mean for each of us? Implementing the law's parameters will ensure the sustainability of critical infrastructure," says Taliya Khabrieva.

The emeritus professor also noted that the coming years could become a key stage in the development of the national legal system.

"I believe 2026 will be the year the ideas of legal sovereignty are finally established. And for this, young minds are needed. In this regard, I appeal to the youth. I hope that you, as the next generation, will continue our common cause—serving truth, law, and our Fatherland. You have the opportunity to receive an excellent education within the walls of such a wonderful university. And I am very proud of my new status!" — Taliya Khabrieva.

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 scientist defended her dissertation and became a candidate of medical sciences.

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Source: Peoples'Friendship University of Russia

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Enar Dzhumaniyazova, an assistant in the Department of Histology, Cytology, and Embryology at the RUDN Medical Institute and a research fellow at the Research Institute of Molecular and Cellular Medicine, successfully defended her dissertation and became a candidate of medical sciences in two specialties: Cell Biology and Oncology and Radiation Therapy.

Enar Denisovna's dissertation, "A Study of the Cellular Composition and Molecular Signatures of Head and Neck Squamous Cell Carcinoma Before and After Proton Therapy," was conducted under the supervision of Associate Professors Polina Vishnyakova and Konstantin Gordon. The scientist focused on radiation-induced tissue responses in the peritumoral region of head and neck squamous cell carcinoma.

The researcher presented the results of a transcriptome analysis of tumor cells and peritumoral tissue cells before and after proton beam irradiation and described changes in the activity of signaling cascades. The study identified differentially expressed genes KR1, KR6B, and KR16—markers of response to proton therapy.

"I dreamed of research at the intersection of clinical and fundamental medicine, which is why this work turned out to be so scientifically intensive and interesting. I am incredibly grateful to Professor Timur Khaisamudinovich Fatkhutdinov for helping me realize my dream. It was he who invited me to study cell biology as an undergraduate, and then to graduate school. It was he who introduced me to my wonderful and talented supervisors, Polina Aleksandrovna and Konstantin Borisovich, as well as his research team. It is a tremendous honor for me to work under the guidance of such eminent scientists," says Enar Dzhumaniyazova.

About the essence of the study

According to Enar Denisovna, squamous cell carcinoma of the head and neck is the sixth most common malignancy worldwide, characterized by frequent recurrences and a relatively low five-year survival rate. In recent years, there has been a trend toward increasing incidence among young people, lending social significance to the study.

"The primary radiation therapy method used in routine practice is photon therapy. Improvements to this method have significantly increased the precision and effectiveness of radiation delivery. However, this dosimetric gain has led to an increase in the frequency and severity of radiation-related complications. This necessitates the urgent search for an optimal radiation therapy option to improve treatment outcomes and patient quality of life," says Enar Dzhumaniyazova.

According to the scientist, proton therapy is the most promising approach to solving this problem. Due to its physical properties, it allows for reduced radiation doses to surrounding tissues, thereby improving treatment outcomes by reducing the risk of radiation-related complications. However, the lack of fundamental research into the radiobiological effects of proton therapy prevents its introduction into routine clinical practice. Enard emphasizes that the relevance of the study is dictated by the high prevalence of squamous cell carcinoma of the head and neck and its aggressive course, as well as the emerging trend toward personalized antitumor treatment. The study comprehensively examined tumor tissue and the peritumoral tissue (surrounding the tumor), which is considered a source of recurrence. It also describes the biological effects of proton therapy at the cellular and transcriptomic levels.

Practical value of the work

The results obtained by Enar are of fundamental value, as they describe for the first time the response to proton therapy in peritumoral tissue of head and neck squamous cell carcinoma. The practical value lies in the identification of differentially expressed genes.

"These genes act as predictors (parameters) of response to proton therapy and could serve as the basis for the development of a diagnostic test system to personalize antitumor therapy and reduce the burden on proton therapy departments. Given the high cost of proton systems and their relatively low availability, the identified biomarkers are of significant importance for practical medicine," says Enar Dzhumaniyazova.

The researcher clarifies that the results of transcriptome analysis yielded a list of genes whose expression significantly changed after proton therapy in tumor cells and peritumoral tissue. Subsequent enrichment analysis of these genes helped identify numerous signaling cascades that were activated or suppressed after proton irradiation. These data reveal the mechanisms by which tumor cells and peritumoral cells respond or adapt to this type of treatment. To evaluate the clinical effects of proton therapy, patients were divided into two groups: those who responded to treatment and those who remained resistant. Comparison of the transcriptome profiles of both groups revealed differential molecular genetic signatures in peritumoral tissue cells. According to the data obtained, increased expression of the KR1, KR6B, and KR16 genes is associated with a poor patient response to proton therapy, while their decreased expression is associated with a good response. In the latter case, proton therapy would be justified. Regarding the difficulties on the path to her defense, Enar Denisovna admits that working on her dissertation was interesting, and the difficulties were easily overcome: scientific inspiration triumphed over fatigue again and again.

"Surprisingly, the hardest part was the last few days of preparation for the defense. Then, organizational difficulties compounded the department's administrative workload. Mentally, I felt incredibly stressed, perhaps more than I've ever felt in my life," says Enar Dzhumaniyazova.

According to the scientist, a few days before the defense, when her supervisor Polina Aleksandrovna Vishnyakova and Irina Vladimirovna Arutyunyan were listening to her, she could hardly pull herself together and deliver her report properly—mental exhaustion had taken its toll.

"But I knew how much effort had been invested in me and my work by Polina Alexandrovna, Professor Timur Khaisamudinovich Fatkhudinov, Konstantin Borisovich, and Irina Vladimirovna—I simply couldn't let them down. I'm happy to be surrounded by wonderful people, and during those difficult days, Alena Gantsova and Yulia Stepanova came to help with the organization, and I received incredible support from Professor Valeria Vladimirovna Glinkina," Enar Dzhumaniyazova.

Enar Denisovna is delighted that her thesis defense was held at the highest level, and she saw rays of happiness and pride in the eyes of her immensely respected mentors. The response to her work, the positive feedback and recommendations from world-class scientists, and the sincere emotions of her senior colleagues—in her opinion, this was all worth the effort.

The researcher plans to develop this research and continue the project. The resulting biomarkers of response to proton therapy are to be verified in a larger patient sample. Ideally, this will lead to the development of a diagnostic test system that will help guide the appropriate treatment of patients with squamous cell carcinoma of the head and neck.

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 reached the semi-finals of the All-Russian engineering competition

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Source: Peoples'Friendship University of Russia

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Five students from the RUDN University Engineering Academy have reached the semifinals of the 12th All-Russian Engineering Competition (VIC). This year, a record 13,498 applications were submitted for the competition. All applications were evaluated by industry experts. A total of 898 students from 126 Russian universities made it to the semifinals.

Among them are RUDN students:

Egor Smetanin, a bachelor's student at the Department of Nanotechnology and Microsystems Engineering, with the project "Development of a hardware and software system based on VR technologies for art-therapeutic rehabilitation of patients with disabilities"; Ilya Smetanin, a master's student at the Department of Nanotechnology and Microsystems Engineering, with the project "Diagnostic sensors for non-invasive medicine based on ring laser gyroscopes"; Danila Lukyanchenko, a bachelor's student at the Department of Construction Technologies and Structural Materials, with the project "Accounting for the influence of external reinforcement in the form of permanent formwork in the design of cooling towers for thermal power plants"; Evgeniy Nezhurin, a bachelor's student at the Department of Construction Technologies and Structural Materials, with the project "Development of a multifunctional cultural center with ultra-low energy consumption"; Maxim Chebotarev, a bachelor's student in the Department of Construction Technologies and Structural Materials, with his project "Designing a Restaurant in Perm."

All competition semifinalists will face a challenging program. The intensity and intensity of preparation for the finals can be compared to a sports competition, where victory is the result of tireless training. Students will test their ideas at partner companies under the guidance of experienced mentors using high-tech equipment, where their projects will undergo acceleration.

A large-scale business program also kicked off on February 2: the semi-finalists will attend career consultations, training sessions, and master classes from industry leaders. The culmination will be a grand festival—a meeting place for the next generation of engineers and the country's tech elite. While the participants gain new useful skills and knowledge, we share stories about their projects.

VR, neural networks, and people with disabilities

Egor Smetanin has been working on the project for over a year. He shared that he began by analyzing existing VR rehabilitation solutions and developing hypotheses for combining art therapy, biosensors, and neural networks, and has now moved on to a working prototype of the system.

"The most challenging part is integrating several layers into a single, stable system: hardware sensors, biosignal collection and preprocessing, VR scenarios, and online neural network analysis, so that the results are not only technically correct but also clinically meaningful for rehabilitation specialists," says Yegor Smetanin.

The student chose the topic of rehabilitation for patients with disabilities because he sees a significant unmet need in this area from families and specialists. Currently, there are many subjective assessment methods, but few accessible tools that provide an objective picture of progress. Egor says he is particularly motivated by working with children with autism spectrum disorders and mental retardation, as well as with patients with post-traumatic stress disorder.

The bachelor's project involves creating a hardware and software system that integrates a VR application with art therapy tasks, a set of biometric sensors, and a neural network analysis module that classifies the user's emotional state. The project is currently in the functional prototype stage: key art scenarios have been developed, basic integration of the VR application with the sensors has been implemented, and the first version of the model for classifying emotional states is being developed.

"Participating in the competition gives you the feeling of being part of a strong professional community: already at the semi-final stage, the high level of projects and the expertise of the mentors is evident, and the very structure of the VIC as an accelerator helps you view your development through the eyes of the industry, not just a researcher," says Yegor Smetanin.

The student has already participated in career consultations and training sessions as part of the business program. Egor explained that the consultations helped him "translate" project language into the language of competencies and career tracks, and the training sessions taught him how to explain complex technical solutions in simple terms. He particularly enjoyed the master classes given by industry representatives, who demonstrated real-life cases of implementing engineering solutions and provided feedback on potential partners' requirements.

Packing technology into a compact body

His brother, Ilya Smetanin, is also a participant in the competition. He has been working on the project "Diagnostic Sensors for Non-Invasive Medicine Based on Ring Laser Gyroscopes" for about a year. The project aims to create a compact diagnostic device capable of non-invasively recording microvibrations of the human body caused by the functioning of internal organs. The novelty of this approach lies in its use of the body's natural physiological signals to stabilize the gyroscope's sensing element. The growing global market for health monitoring technologies underscores its relevance. The theoretical justification has already been completed, and the project is currently in the process of developing the first prototype.

"The most challenging task in developing the hardware and software system at this stage is, perhaps, miniaturizing the device without sacrificing its high sensitivity. We need to package high-precision laser technology into a compact, mobile device, while developing algorithms that will accurately filter the biomedical signal from extraneous noise in real-world conditions," says Ilya Smetanin.

The master's student's choice of field was inspired by the idea of combining high-tech technologies commonly used in aviation and space with humanitarian objectives. According to the student, traditional electrocardiography has several limitations: it is sensitive to interference, requires proper electrode placement, and provides information only about the heart. The method being developed (gyrocardiography) potentially allows for contactless and safe assessment of the respiratory system or musculoskeletal system.

"Participating in the All-Russian Engineering Competition was a tremendous experience and an opportunity to look at my project from an outside perspective, through the eyes of experts. I'm very happy to have made it to the semifinals," says Ilya Smetanin.

Of the competition's business program events, he most remembered the master classes given by representatives of major tech companies. Ilya was interested in learning how the process from idea to finished product is structured in the industry and what skills are currently most in demand among young engineers. The career consultations, he says, gave him food for thought about how to more effectively present himself and his developments to future employers or investors.

We'll feature projects from other students participating in the All-Russian Engineering Competition in our next article. We wish all the students a successful defense of their projects in April and a spot in the competition finals!

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 environmental students took part in a winter expedition to the Urals

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Source: Peoples'Friendship University of Russia

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During winter break, students from the RUDN University Institute of Ecology embarked on a research expedition across the Perm Krai. Over three days, the students trekked 15 kilometers along the snowy trails of Kamenny Gorod and Usvinsky Pillars, conducted a winter animal census, and experienced 18th-century history at a concert in an ancient mansion.

With a map in hand

The trip to the Perm Krai combined fieldwork with immersion in the region's culture. The students not only explored the Ural landscapes but also worked as researchers. Their first day in Perm was spent as a geographic quest: map in hand, the students explored the city, navigated its surroundings, and learned about its unofficial symbols. They saw the "Perm Salty Ears" sculpture and the local guardian, the Brown Bear.

The main part of the expedition took place in the northern part of the region. The main attractions were the Stone City and the Usvinsky Pillars, giants of Perm. Having reached the peaks, the group explored the crevices between the boulders and the bizarrely shaped rocks.

Throughout the entire route, the students conducted a winter survey of the area: they measured the height and structure of the snow cover for future comparative observations and recorded how the vegetation was coping with the cold. Of particular interest was the winter animal census, which involved tracking animals: the students managed to document the tracks of some residents of the Kama region.

"We saw tracks of hares, minks, field mice, and even moose! Do you know what they look like? I saw them for the first time. These three days flew by so quickly that we didn't even have time to look back. They were full of impressions, beauty, and frost! We hope to return to the Perm region again!" — Daniil Chugaev, first-year student majoring in Ecology and Nature Management.

Hot tea against frost

The students highlighted several aspects of research work in winter conditions. They said the most challenging aspect of the expedition was keeping their hands and feet warm in the freezing temperatures. To avoid this, the group moved at a brisk pace and frequently drank hot tea from thermoses. There was a fair amount of snow, but with a long stride, it didn't hinder their movement, the future ecologists shared.

The students also noted a sense of oneness with nature: the hike participants experienced a sense of belonging, realizing they were literally walking in the same places where moose had walked before. Regarding their research, the students said their snow measurements allowed them to understand how "dirty" the winter periods were.

For example, gray streaks were visible on the snowdrifts on the roofs of houses in Usva. This could indicate either periods of thaw or pollutant emissions. Such observations help determine the environmental burden in the region. The maximum snow depth recorded by students in the mountains was approximately 90 cm.

"At the top of Stone City, snow completely covered the low trees and shrubs, providing them with warm shelter from the wind and cold. And that's a good thing. Even if a plant isn't completely covered, keeping the roots and lower part of the trunk warm helps the trees survive the frosts," says Daniil Chugaev.

The expedition allowed the children to experience a small winter adventure and practice useful skills that could be useful in their future careers.

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.

Cicada Holding and RUDN University signed a cooperation agreement

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Source: Peoples'Friendship University of Russia

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Leading systems integrator in the field of information security, JSC Cicada, and RUDN University have entered into a strategic partnership agreement.

The document envisages joint efforts to implement a practice-oriented approach to IT student training, prepare in-demand specialists for the industry, and implement initiatives under the new Russian Government resolution on business co-financing of educational programs. The strategic goals of the collaboration also include developing a system of continuing education based on the Institute for Advanced Training and Retraining in Information Security and Cybersecurity.

Preparing a new generation of personnel

"The role of IT companies today extends beyond government support—we are obligated to actively shape the future of the industry through the development of education. The Infotactica Group of Companies is the flagship of our expertise at Cicada Holding. As a developer of information security tools and an integrator of information security services, it has unique experience, which we intend to leverage in our collaboration with the university. Our goal is to create a sustainable model of collaboration: from the joint development of educational programs to mentorship from our experts. I am confident that the synthesis of academic knowledge and applied skills possessed by Infotactica employees will enable us to train a new generation of professionals prepared for the challenges of the modern IT industry. This is not just a partnership, but a strategic contribution to the human resource security of our country," said Alexander Kolosov, CEO of Cicada Holding.

The agreement complies with updated legislation. According to a Russian government decree, large accredited IT companies enjoying tax incentives are required to annually allocate at least 3% of their savings to the development of specialized education. Formal partnerships with higher and secondary specialized educational institutions are mandatory for maintaining state accreditation and benefiting from tax incentives.

Opportunities for students

"Continuing education in today's environment is a crucial element of the educational ecosystem, enabling us to quickly respond to the demands of high-tech industries and ensure the continuous improvement of professional competencies. Our partnership with the Infotactica Group of Companies opens up new opportunities for creating flexible educational pathways in information technology by expanding the range of practice-oriented programs and integrating the expertise of current industry professionals. We view this collaboration as an important step toward accelerating the adaptability of young professionals in the rapidly changing industry," said Elizaveta Telegina, Vice-Rector for Continuing Education at RUDN University.

The parties plan to expand the educational program with applied modules in IT fields, taking into account current business needs. Leading experts from the holding company will teach courses in cybersecurity, systems integration, and software development. RUDN University students will be offered internships and placements with the opportunity for future employment within the holding company. Furthermore, on the day of the signing of the cooperation agreement, the Infotactics Group of Companies held its first career lecture for students of the Faculty of Artificial Intelligence.

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, director, and faculty discuss their career choices

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Source: Peoples'Friendship University of Russia

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It's not just women scientists who shine at RUDN: among the students are rising stars, experienced teachers, and successful leaders—deans and department directors.

In honor of March 8, we asked them how they chose their profession and career path, as well as about their goals for the future.

Elvira Dovletyarova, professor, director of the Agrarian-Technological Institute (ATI) of RUDN University.

Head of the Landscape Architecture educational program. Author of approximately 80 scientific articles. Recipient of the title "Honored Worker of Education of the Russian Federation" and the Russian National Landscape Architecture Award in two nominations: "For Outstanding Achievements and Public Activity" (2017) and "Best Landscape Architecture Teacher of the Year" (2019). Organizer of major international congresses, symposiums, and conferences.

"My path to science began with pure curiosity. Even in my school years, at the Astrakhan Station for Young Naturalists, I was fascinated by the life of nature, studying its fragile changes and the mysteries of ecological phenomena. The station allowed me to determine my future direction—ecology and scientific research. This love took shape in landscape architecture—a field that became more than just a profession for me, but a calling of the heart. Today, as Vice President of the Association of Landscape Architects of Russia, I understand that not only the beauty and comfort of a city, but also its health are determined by our work. A special milestone in my life was RUDN University, where I was fortunate to establish a new program—"Garden, Park, and Landscape Construction." And thanks to the work of the Association, we were able to transform it into the field of landscape architecture. I am proud that we have been able to take ATI's infrastructure to a new level: not only by opening research centers such as SMART, the GRANUM breeding and genetics center, and a soil and environmental laboratory, but also by developing new plant varieties for agriculture and the city.

"My love for Moscow, my work in the Civic Chamber, and my work with the Association allow me to be at the forefront of events: combining scientific research on urban health with modern technological solutions. All this is to ensure that Russian cities breathe freely and remain comfortable homes for each of us. Looking forward, I have ambitious goals: developing our institute's infrastructure, creating a modern veterinary medicine cluster, and expanding partnerships with industry—from the intricacies of plant growing to pet care," says Elvira Dovletyarova.

Elizaveta Shaprinskaya, 3rd year student at the Institute of Russian Language.

She has authored 10 scientific papers, including for journals listed in the Higher Attestation Commission (HAC), Scopus, and Web of Science. She is the head of the student scientific society, a scholarship winner, and a laboratory assistant at RUDN University.

"Philology is my passion. I delve only into what ignites my inner research flame. New works, unknown authors, complex cultural concepts—all of this often finds itself in the same era, in the same artistic space, which is no less an art to describe. My path to scholarship began not with the desire to write an article at any cost, but with an attempt to find answers to the questions posed by the text. In studying literature, I actively use digital tools to analyze artistic spaces. This is precisely what is taught in my program, "Applied Digital Philology." — Elizaveta Shaprinskaya.

Elena Lylova, Associate Professor of the Department of Management of the Faculty of Economics, Candidate of Economic Sciences.

The author of over 40 scientific publications on the interaction between government and business, change management, organizational theory, and HR management.

"My scientific journey began as a student—I presented at my first conference in my second year of university. Then I met my future dissertation supervisor, Doctor of Economics and Professor Natalia Vladimirovna Vysotskaya, and I realized I wanted to be like her: smart, proactive, professional, a true leader and mentor to my students. I strive to actively develop not only in science but also in other fields: I love drawing, I organize student research projects at the Faculty of Economics, and I participate in patriotic and charitable events for children and animals. I'm constantly learning new things—I completed Sberbank's educational program and Rosmolodezh's "Voice of a Generation" program, and I received a second diploma in a retraining course in digital product design. I'm proud to have kept in touch with my graduating students over the years—it means their studies have given me not only knowledge but also friendship.

But my greatest achievement is my family and my son, Platon, who, by the way, already dreams of studying at RUDN University and then working with his mother. I love Erich Fromm's quote: "Life has no meaning except the meaning a person gives it, by fulfilling his or her potential and living fruitfully." Being myself, being in the right place, and making a difference—that's my greatest happiness! I dream of finding a balance between all areas of my life so that I can do everything I want: develop, teach, and help," says Elena Lylova.

Elizaveta Shlepotina, a 6th-year medical student majoring in General Medicine.

She is a winner and awardee of national and international conferences. She has authored over 20 scientific publications, 10 of which are listed in the Russian Science Citation Index (RSCI), Higher Attestation Commission (VAK), and Scopus. She conducted research at the Morozov Children's Hospital, writing articles and theses on pediatric vascular neurosurgery, including ruptured arteriovenous malformations of the brain. In her fourth year, she went on duty at the N. N. Burdenko Military Clinical Hospital in the neurosurgery department, where she assisted in surgeries on wounded soldiers of the Soviet Military District.

"Furthermore, in 2019, I founded the Horse for Health charity project, whose main goal was the habilitation and rehabilitation of children with cerebral palsy, Down syndrome, spinal muscular atrophy, and Rett syndrome through hippotherapy, as well as the development of an evidence-based approach. As a result, after five years of the project's operation, we participated in the Moscow Region Mayor's Grant Competition, helped over 100 children with disabilities, and published approximately eight articles and theses on hippotherapy. I also assembled a team with whom we created a wonderful surgery and resuscitation club, REMEDY, at the Accreditation and Simulation Center Department, which has become a haven for us and is as dear to us as a child. We created a place for work and development, where there is the opportunity to grow professionally in an environmentally friendly environment under the responsive guidance of mentors," says Elizaveta Shlepotina.

According to the girl, she chose the professional path of a neurosurgeon in her first year.

"I finally realized I was in the right place when I was first approached for surgery. It's perhaps the only field I've ever really lit up, a challenging yet incredibly rewarding field to work in and develop in. There's a certain magic to working with the human central and peripheral nervous system. Of course, first, I want to enter residency and successfully complete it, become a good neurosurgeon, and continue to pursue research, as I already have several ambitious research ideas. And I'm constantly honing my microsurgical skills, which are an integral part of neurosurgery," says Elizaveta Shlepotina.

Congratulations to all the women of RUDN University on March 8th! May your career be filled with professional victories and achievements!

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 female scientists shared their dreams

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

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In the lead-up to March 8, we decided to highlight some of RUDN's female scientists. The university's staff members shared with us their proudest achievements, why they chose a career in science, and their dreams.

Irina Chernykh, Deputy Director for Research at the Law Institute, Associate Professor of the Department of International Law.

Three key achievements

She has twice managed scientific grants: a Presidential grant for young scientists with PhDs and a grant from the Russian Science Foundation (RSF). The grant topics are related to international space law. She is a member of the Global Expert Group on Lunar Sustainability within the framework of the international non-governmental organization "Moon Village Association." She is one of the authors of the document "Recommended Framework and Key Elements for Peaceful and Sustainable Activities on the Moon," which was submitted by the Association to the UN Committee on Outer Space. Since 2019, she has been responsible for the work of the Zhukov Center for International Space Law and the Zhukov Library of International Space Law.

"I chose science over other career options because there's always room for growth in scientific work. New challenges constantly arise that can be addressed through research. My cherished dream as a scientist is to see the real, active, practical exploration of the Moon and other celestial bodies, which will encourage states to more actively and progressively develop international space law. Law is a tool for regulating relations, and when it works, it's especially gratifying," says Irina Chernykh.

Vera Tolchennikova, Director of the Research Institute for Brain Development and Higher Achievements, Senior Researcher.

Three key achievements

Defense of a PhD dissertation under the supervision of Doctor of Biological Sciences Kira Alekseevna Nikolskaya; victory in the Russian Foundation for Basic Research competition and the discovery of the phenomenon of imprinting in adults in animals and humans (imprinting is a rapid and persistent learning process in which images, sounds, or behavior patterns are instantly "imprinted" into memory); victory in the competition for RSF grants in 2024 – project "Instability of Spatial Structure as a Factor in Accelerating Learning in a Nonlinear Multi-Alternative Virtual Maze."

"I chose science because the most powerful forces and the most important secrets lie within us—our brain. Science levels everyone. You can't be complacent and self-sufficient: the horizon of knowledge is too vast. Before it, we are all equal—both experienced researchers and those just taking their first steps. My cherished dream as a scientist is to help everyone find the ideal application of their intellect, a worthy task whose solution will allow them to fully realize their intellectual potential," says Vera Tolchennikova.

Maria Korneikova, Deputy Director for Research at the Agrarian-Technological Institute, Senior Researcher at the Scientific Center "Smart Technologies for Sustainable Development of the Urban Environment in the Context of Global Change."

Three key achievements

Created a database of microbiological parameters of anthropogenically disturbed and background soils of the Kola Subarctic; developed technologies for the bioremediation of soils contaminated with oil products and heavy metals in Arctic conditions; and created a collection of microorganism strains with biotechnological potential (degraders, antibiotic producers, etc.).

"My mother's experience played a major role in my career choice. She works in a botanical garden and instilled in me a love of nature from childhood. And since I was born and lived in the North for a long time, Arctic conservation issues have always been of great interest and concern to me. My current dream, which is primarily up to me, is to defend my doctoral dissertation. More broadly, since my research focuses on Arctic nature, I'd like to visit its remote regions, where many interesting things can still be found and new scientific discoveries can be made," says Maria Korneykova.

Anna Kurbatova, Associate Professor, Department of Environmental Safety and Product Quality Management.

Three key achievements

She synthesized a complex copper complex with an organic ligand, determined its structure, and discovered that it is a luminophore (a substance capable of absorbing light energy and converting it into visible light in the dark). Using J. Forrester's system dynamics, she developed simulation models describing the impact of metallurgical plant pollution on forest ecosystems. A third scientific discovery is in progress. This is also a model, but it describes different processes related to the circular economy.

"I chose science over other career options because it's genetics. It's hard to escape. My father is a scientist, inventor, and an Honored Engineer of the USSR. I grew up surrounded by thoughtful people who were passionate about discoveries. And, of course, to paraphrase a well-known saying, a scientist is made by his entourage. I found myself surrounded by people with world-renowned scientific reputations, and they had a tremendous influence on me. My cherished dream as a scientist is for Russia to become a global leader in cutting-edge scientific research, so that we can be proud of our scientists in all fields of science, because we have potential, especially in human capital. As Mikhail Lomonosov wrote: 'O you, whom the Fatherland expects from its depths and desires to see, whom it calls from foreign lands, oh, your days are blessed!'" “Dare now, encouraged by your zeal, to show that the Russian land can give birth to its own Platos and quick-witted Newtons,” – Anna Kurbatova.

Svetlana Agasieva, Deputy Director for International Activities at the Engineering Academy, Associate Professor of the Nanotechnology and Microsystems Engineering Department.

Three key achievements

Developed an experimental prototype of a multichannel radiometric system for non-invasive diagnostics of the functional state of the brain, based on the principles of multichannel radiothermal mapping; created a model for the formation of the brightness temperature of the underlying surface, which takes into account the parameters of the antenna, radiometer, earth's surface, and the surveillance system; developed a thermal testing technology for predicting the reliability of radio signal mixers based on a resonant tunneling diode.

"I chose science because it constantly teaches you something new, leaving room for growth and improvement. And my cherished dream is to find solutions to all health and diagnostic problems," says Svetlana Agasieva.

Irina Kochetkova, Associate Professor of the Department of Probability Theory and Cybersecurity, First Deputy Director of the Institute of Computer Science and Telecommunications.

Three key achievements

receiving the Moscow Government Prize for young scientists for the developed set of probabilistic models for priority management of radio resources in wireless networks. I was able to mathematically describe how to “smartly” distribute a limited resource in a network between different types of services – from regular mobile Internet to critical connections. So that the most important users receive communication without interruption even in overload conditions;
in her doctoral dissertation, she built a family of Markov priority access models for elastic and streaming traffic. Elastic traffic is when the user specifies the amount of data (for example, downloading a file), and the transfer speed can vary depending on the network load. Streaming traffic – when constant speed is more important (for example, a video call or online broadcast). The proposed models make it possible to calculate with what probability the connection will be interrupted, how often the speed will drop below a comfortable level, and how to set priorities between different types of traffic so that the network operates steadily and fairly towards users;
Another area of ​​my work involves the application of these models in different practical scenarios. I’m exploring priority access for elastic and streaming millimeter-wave traffic in multi-operator spectrum sharing and network slicing. The point is not only to “beautifully” describe the network with formulas, but also to give telecom operators and real sector companies the tools to choose the optimal settings: where and how to reserve a resource, in whose favor to change priorities when there is a risk of equipment failure or a sharp surge in load. All these results and their applications are systematically presented in my doctoral dissertation, which I defended in November last year.

"I chose science because it's an endless source of intellectual challenge. You can't rest on your laurels here—there's always a new challenge, a new level of complexity. My cherished dream is for our mathematical models to truly help make communications better, more reliable, and more accessible to people. For operators to implement our developments, and for users to not even notice how complex the network is in their pocket—they can simply enjoy stable operation," says Irina Kochetkova.

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 RUDN University Faculty of Artificial Intelligence has developed a "Smart Report" system to automate data processing.

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

An important disclaimer is at the bottom of this article.

The RUDN University Faculty of Artificial Intelligence (FAI) laboratory has developed an intelligent system called "Smart Report." The project combines advanced natural language processing (NLP) and machine learning technologies to automate document and database management.

Smart Report can understand queries in plain English, extract key information from massive documents, and instantly transform it into visual graphs and charts. The system doesn't just search for data; it understands the context, ensuring visualizations are as relevant as possible to the user's query.

The development's application areas cover key areas of the digital economy:

Full automation of corporate reporting; in-depth business analytics without the need for programmers; intelligent processing of large volumes of text; dynamic visualization of complex data.

An international team of researchers led by Anton Aleksandrovich Poddubsky, Dean of the Faculty of Artificial Intelligence, worked on the project.

The authors' team:

Anton Aleksandrovich Poddubskiy, Dean of the Faculty of Artificial Intelligence, Candidate of Technical Sciences; Naim Rezaian, Head of the Laboratory of the Faculty of Artificial Intelligence; Nikita Grechannikov, second-year undergraduate student (major in Fundamental Informatics and Information Technology); Arseniy Knyazev, second-year undergraduate student (major in Fundamental Informatics and Information Technology); Evgeny Rozhdestvensky, first-year master's student (major in Data Management and Artificial Intelligence).

The results of the research have already received official confirmation: the development team has obtained a state registration certificate for the computer program. This not only protects the university's intellectual property but also confirms the innovative nature of the development. The Dean of the Faculty of Information Sciences emphasized the project's importance for the university's development.

"At RUDN University, we always focus on interdisciplinary research and the practical application of it. 'Smart Report' was born at the intersection of linguistics, data analysis, and programming. Our goal is to blur the line between humans and complex databases, making analytics accessible to everyone. It's especially valuable that our team includes not only experienced researchers but also students," says Anton Poddubsky.

Nikita Grechannikov, a second-year undergraduate student and one of the system's developers, shared his impressions of participating in the project.

"Working on 'Smart Report' was my first experience participating in such a serious research project. It's amazing to realize that after just a year and a half of training, you can already apply the knowledge you've gained to creating a truly functional product, one that's even state-registered. This wasn't just a learning exercise—we were solving a real-world problem of human-machine interaction," says Nikita Grechannikov.

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 Unified State Exam in Russia will be improved"

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

An important disclaimer is at the bottom of this article.

From textbooks to the fire department: RUDN University architecture students develop depot designs

Under the guidance of senior lecturer Sergei Ivanovich Chertkov, third-year RUDN University students, future architects, visited a functioning fire station. The tour became a key step in their work on their student projects for a modern fire station, allowing the future architects to combine theoretical knowledge with the real-world requirements of the facility.

"The German Swimming Club Principle": A RUDN University professor shared the secrets of preparing students for the Olympics.

Professor Daria Apushkinskaya of the S. M. Nikolsky Institute of Mathematics at RUDN University has had a long career in science. Today, she teaches mathematical analysis, differential equations, and introduction to mathematical modeling at our university, and also serves as chief research fellow at the "Mathematics for Promising Young People" scientific development center.

Vladimir Potanin Foundation Scholarships: RUDN University Congratulates the Winners

The results of the Potanin Foundation scholarship competition for 2025/26 have been announced.

Among the winners were 33 RUDN University students. This year, the competition attracted over 9,000 applications. 2,300 advanced to the finals, and 1,000 master's students from across the country were named winners. The competition participants were assessed comprehensively, taking into account their academic, intellectual, and creative potential, their motivation for self-improvement, social awareness, and universal skills, including a willingness to take responsibility and work in a team.

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 architecture students developed designs for the depot

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

An important disclaimer is at the bottom of this article.

Under the guidance of senior lecturer Sergei Ivanovich Chertkov, third-year RUDN University students, future architects, visited a functioning fire station. The tour became a key step in their work on their student projects for a modern fire station, allowing the future architects to combine theoretical knowledge with the real-world requirements of the facility.

Immersion in the profession

The field trip was part of the "Architectural Design" course. For the students, it was more than just a tour; it was an immersion into the profession and the specifics of the building being designed. The students saw from the inside what they had previously only read about in regulations and textbooks: garage logistics and rapid access routes, equipment storage, and the layout of work and living areas—from the training tower to the firefighters' break room. They also examined design solutions for high-speed descents, gates, and interior finishing with high-demand environments. Furthermore, the students asked the firefighters what they would change in the layout, which spaces they consider most important, and what helps or hinders their daily work.

Group leader Nina Popazova shared her impressions of what she saw.

"I was amazed by the depot's smooth and efficient operation. Every step—from equipment storage to dispatch logistics—was organized with maximum efficiency to minimize response time," says Nina Popazova.

The most challenging design, she says, was the fire engine garage and its on-site logistics. It was necessary to consider not only the convenience and speed of dispatch, but also the safety of traffic within the premises and ease of access to equipment. The main conclusion she drew from her discussions with the firefighters was the understanding that ergonomics and functionality of the spaces are key.

"It's crucial to properly design rest areas, changing rooms, and equipment storage areas so firefighters can quickly and comfortably prepare for deployment," says Nina Popazova.

Following the tour, changes were made to the project concept.

"New ideas emerged for optimizing equipment transfer and the layout of utility rooms. Some initial solutions had to be revised to make the project more closely reflect real-life working conditions," says Nina Popazova.

According to the student, visiting the depot helped her better understand the real requirements and needs of firefighters, making the project more thoughtful and practical. "Immersion in reality showed that theory and practice are two different things, and it's important to consider the details you only see on-site," says Nina Popazova.

A teacher's perspective

Senior lecturer Sergei Ivanovich Chertkov explained why the fire station theme was chosen for the academic project.

"The fire station project is relevant for today's times. The typology of such buildings incorporates a complex functional design. The structure offers a figurative solution and emphasizes the honor and masculinity of the Ministry of Emergency Situations," says Sergei Chertkov.

Before the excursion, the teacher set specific tasks for the students.

"These include practical familiarization with the conditions and specifics of the Ministry of Emergency Situations' technology, communication with firefighters, and reflection on one's creative ideas for immediate implementation," says Sergei Chertkov.

In his opinion, after the trip, work on projects reached a new level.

"The students developed a realistic approach to reality and a sense of belonging. Their projects were submitted and passed in the first module of the fifth semester," said Sergey Chertkov.

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.