Congratulations from Dmitry Patrushev on Fisherman's Day.

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Congratulations from Dmitry Patrushev on Fisherman's Day

Dear colleagues!

I congratulate the workers and veterans of the Russian fisheries complex on Fisherman's Day.

Fishing industry is one of the most important sectors of the Russian economy, which makes a significant contribution to ensuring not only national but also global food security. Russia is one of the leading countries in terms of volumes of aquatic bioresources production, and seeks to strengthen its position in the global fisheries industry and develop aquaculture production.

The President of our country has outlined a strategic goal to further increase production and export of agricultural products. Fishing industry is an integral part of this goal. And much has already been done to achieve it. Thanks to the investment quota program, the industry infrastructure is being updated – modern fishing vessels, processing plants and logistics centers are being built.

To support enterprises, the state implements comprehensive measures aimed at increasing innovation, introducing advanced environmentally friendly technologies throughout the entire chain from catching aquatic bioresources to releasing the finished product. This allows us to provide for the domestic market and increase export potential. Specialized science also plays an important role in the technological development and sustainable operation of the domestic fish industry.

I would like to point out that all these successes would be impossible without people. The Russian fisheries industry employs more than 125 thousand people – professionals, experts, who love their work. I thank all workers in the fishing industry for their conscientious work and wish them health, prosperity, development and new successes.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

Dmitry Chernyshenko congratulated graduates and staff of Stankin on the 95th anniversary of the university and presented students with honors diplomas

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

July 12 marked the 95th anniversary of the founding of the Moscow State Technological University "Stankin" – one of the leading technical universities in the country. Deputy Prime Minister Dmitry Chernyshenko took part in the ceremonial celebration of this significant date for the university, and also presented diplomas with honors to the best students.

The Deputy Prime Minister read out a congratulatory message from Prime Minister Mikhail Mishustin, who is a graduate of Stankin, to the university staff and students.

Dmitry Chernyshenko, in turn, shared his memories of how he himself was once a student at the university, and spoke about plans for its development: by 2030, a modern, world-class campus will be built for Stankin.

"Soon, Stankin will acquire a new site with new high-tech premises with an area of over 200 thousand square meters, designed for 11 thousand students. A modern scientific and educational ecosystem will appear by 2030 through the joint efforts of Moscow and the Ministry of Science and Higher Education. Therefore, those who will proudly bear the title of Stankinites will receive even more unique opportunities to realize their talents, as President Vladimir Vladimirovich Putin instructed us. I wish the staff and students all the best, and the graduates – to fully realize their potential, as all Stankinites do. Good luck to you, bon voyage!" said the Deputy Prime Minister.

Acting Rector Boris Padalkin also congratulated the graduates. The acting rector noted that on this solemn day the students receive their diplomas and take a serious step into their future lives. He expressed confidence that they will become good engineers and will bring glory to Stankin in the years to come.

As a token of gratitude, Dmitry Chernyshenko, as a graduate of the Faculty of Automated Systems for Control of Industrial Processes (now the Institute of Information Technologies) of MSTU "Stankin", received a symbolic scarf from the acting rector Boris Padalkin. This gift, which has become traditional for current graduates, symbolizes the inseparable connection between generations and the continuity of traditions in the training of engineering personnel of the highest level.

Dmitry Chernyshenko also assessed how the admission campaign at MSTU "Stankin" is going. The Deputy Prime Minister was informed that the recruitment of applicants in 2025 is going well, and for master's and postgraduate studies, it is significantly ahead of last year's figures. This year, the university allocated more than 1.6 thousand budget places, for which more than 4.5 thousand applicants from 22 thousand competitive groups applied. The most popular method of submission is through the super service "Online University Admission": 85% of applications were submitted this way.

The following areas of training are most in demand among applicants: computer science and computer engineering, information systems and technologies, software engineering and automation. Currently, more than 5.5 thousand undergraduate and graduate students are studying at the university, and over its history, the university has graduated more than 70 thousand engineers who have contributed to the development of the country.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

The Polytechnic University hosted the School of Young Scientists “Advanced Materials and Technologies: from Invention to Implementation”

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

An important disclaimer is at the bottom of this article.

During the International Scientific conference "Implementation of Innovations. New Materials and Additive Technologies" (VINMiAT-25), which took place at the Technopolis Polytech Scientific Research Institute, the School of Young Scientists was in operation. It was attended by students, postgraduates, early career researchers, as well as leading specialists in the field of additive technologies, materials science, and digital engineering.

The main objectives of the school are to ensure the transfer of advanced knowledge about modern production methods, to promote the growth of professionalism of young personnel and to introduce them to advanced trends in the field of scientific developments.

After the plenary session, the school participants worked in two sections: “Welding and related technologies/Nature-like materials and additive technologies for their production” and “Equipment, automation and robotics of innovative technologies”.

In the first section, Yarob Aldaiye, an engineer at the Research Laboratory of LiAT IMMiT, presented a report entitled "Assessment of residual deformations of a welded joint formed using various welding methods". The scientist analyzed the influence of the welding method on the level of residual deformations, energy input and the width of the heat-affected zone, as well as on technical and economic characteristics. As part of the work, technologies for welding steel samples using various methods were created, control samples were welded to assess residual deformations, metallographic studies of welded joints were conducted, residual deformations of welded samples were analyzed and compared, and a technical and economic justification for the selected welding methods was carried out.

The second report, “Restoration of nozzle blades made of cobalt alloy MAR-M 509 using laser gas-powder surfacing,” was given by Vladimir Protsenko, an engineer at the Research Laboratory of LiAT.

A separate presentation was devoted to the restoration of nozzle blades made of cobalt and nickel alloy using laser cladding. SPbPU scientists developed a laser cladding technology and a method for preventing crack formation. The cladding blades successfully passed operational tests.

Anna Abdrakhmanova, an engineer at the Materials Design and Additive Manufacturing Laboratory, presented a report on the topic of "Study of Mechanical Properties of Continuously Reinforced Nature-Like Polymer Composite". Maria Zaitseva, an engineer at the Russian-Chinese Research Laboratory of Functional Materials, spoke about the features of selective laser melting of DUO steel with platform heating.

Victoria Nefedova, an engineer at the Scientific and Educational Center for Structural and Functional Materials, presented the development of biocompatible titanium-tantalum composites using selective laser melting, and her colleague, engineer Alexander Zolotarev, spoke about the modification of the heat-resistant alloy BZh159 with TiB₂ and Y₂O₃ nanoparticles. Then Alexander Zaitsev, an engineer at the Russian-Chinese Laboratory for Functional Materials, gave a report on the production of a polymer-ceramic material using the filament deposition modeling method (FDM technology).

The event continued with a traditional tour of the IMMiT laboratories, where the school participants were able to get acquainted with modern equipment, industrial 3D printing systems, and discuss the knowledge gained with leading scientists working at the institute.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

.

To Natalia Polenova, Director of the State Memorial Historical, Artistic and Natural Museum-Reserve V.D. Polenov, Honored Worker of Culture of Russia

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Mikhail Mishustin congratulated the director of the museum on his anniversary.

The telegram states, in particular:

"You have dedicated yourself to the museum business. And for many years now you have been heading the famous memorial historical-artistic and natural museum-reserve "Polenovo".

Under your leadership, this cultural center is actively developing. Scientific and research activities are carried out here. The interiors of the old estate, famous historical monuments and valuable exhibits are given a second life, parks and landscapes are carefully preserved.

I wish you success, new projects, health and prosperity."

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

The government has allocated funding to ensure the operation of the Russian State Art Gallery in Sevastopol

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Document

Order of July 8, 2025 No. 1837-r

More than 480 million rubles will be allocated from the federal budget to ensure the operation of the new museum complex of the Russian State Art Gallery in Sevastopol. An order to this effect has been signed.

The allocated funds will provide funding for the museum complex's activities in 2025. This includes expenses related to the acquisition of works of art and the creation of exhibitions.

The museum complex of the Russian State Art Gallery in Sevastopol is being created on the instructions of the President. The opening of the new art space will take place in stages. By the end of 2025, it is planned to open its first stage, including an education and creativity center, a digital art center and the first exhibition dedicated to the history of Sevastopol. The opening of the second stage – a permanent art gallery – is planned for the first half of 2026.

Together with the Academy of Choreography and the Opera and Ballet Theatre, the museum complex will become part of a cultural cluster in Sevastopol. Such large museum and theatre-educational complexes, uniting theatres, museums, concert halls and creative universities, are also being created in Vladivostok, Kaliningrad and Kemerovo as part of a large-scale project launched on the instructions of the President.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

To the team of Moscow State Technological University "Stankin".

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Moscow State Technological University "Stankin" turns 95 years old.

Dear friends!

I sincerely congratulate you on this significant event – the 95th anniversary of the founding of the Moscow State Technological University “Stankin”.

Over its nearly century-long history, it has come a long way, becoming one of the leading technical universities in Russia. And all these years it has been making an invaluable contribution to the development of domestic mechanical engineering, automation, information technology, and the training of highly qualified engineering personnel.

Today, Stankin is a modern educational and research center where innovations are combined with fundamental knowledge. The university is rightfully proud of its glorious traditions, scientific schools, advanced developments and thousands of talented graduates who successfully realize themselves in various industries, science and business.

Behind all the achievements is the dedicated work of several generations of teachers, many of whom are recognized experts in their fields. Thanks to your professionalism and boundless dedication to the cause, students acquire extensive scientific and practical experience, learn to think outside the box, and find solutions to the most complex technical problems.

I am confident that Stankin will continue to be a leader in engineering education and a training ground for personnel for high-tech industries.

I wish the faculty, staff and students of the university success, new discoveries and prosperity.

M. Mishustin

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

The government allocated 1 billion rubles for the creation of infrastructure for the Composite Valley innovation center

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Document

Order dated July 11, 2025 No. 1871-r

1 billion rubles will be allocated from the Cabinet's reserve fund for the implementation of measures to create the infrastructure of the innovative scientific and technological center (ISTC) "Composite Valley" in the Tula Region. This order was signed by Prime Minister Mikhail Mishustin.

With the allocated funds, the necessary work will be carried out and at least 50 units of equipment will be purchased for the scientific laboratory buildings.

"Composite Valley" will become a platform that unites students, scientists and business representatives, which will help create new scientific and technological programs and attract investments for the implementation of innovative projects. The center is being created on the instructions of the President on the basis of Tula State University within the framework of the federal project "Development of the production of composite materials and products made from them", which is part of the national project to ensure technological leadership "New Materials and Chemistry".

The center's main areas of activity include multifunctional materials, chemical components and technologies for their production; modeling, design and production of products from composite materials; new environmentally friendly closed-loop technologies for small-tonnage chemical production; catalytic materials and technologies for the production of chemical products for the agricultural and petrochemical industries.

Comment

From Mikhail Mishustin's opening remarks at the Government meeting, July 10, 2025

“As a result, the region will have the most modern base for the development, implementation and small-scale production of multifunctional substances and components, as well as for modeling an advanced range of products made from composite materials, which will make it possible to find solutions to a number of complex design problems,” Mikhail Mishustin noted atGovernment meeting on July 10.

The law on the INTC was adopted in Russia in 2017. They are created to organize the transfer of scientific competencies of universities into commercial circulation, involve students and researchers in the development of technologies in demand on the market, and also to help technology companies and startups. A special legal regime for conducting scientific research and implementing innovative solutions, up to the production of specific products, is in effect on their territory. In the coming years, a whole network of such centers should be created in the country. They will become part of a single innovation ecosystem that will bring scientists' developments closer to the real needs of the economy and stimulate the development of technologies.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

Kamchatka Breakthrough: Schoolchildren Design the Future with the Support of HSE and Business

Translation. Region: Russian Federal

Source: State University “Higher School of Economics” –

An important disclaimer is at the bottom of this article.

The site may not display correctly in older browser versions. For optimal site experience, we recommend using a modern browser.

We use cookies to improve the HSE website and make it more convenient to use. More detailed information about the use of cookies can be foundHere, our rules for processing personal data are –Here. By continuing to use the site, you confirm that you have been informed of the use of cookies by the HSE website and agree with our rules for processing personal data. You can disable cookies in your browser settings.

ABC ABC ABC A A A A A

Regular version of the site

Date

July 14

Headings

The article mentions

Persons

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

.

"A cat that jumps from the floor to the shelf does not know Newton's theory."

Translation. Region: Russian Federal

Source: State University “Higher School of Economics” –

An important disclaimer is at the bottom of this article.

Anastasia Malashina defended her dissertation on a topic related to cryptographic methods of information protection, and is now engaged in applied projects in the field of strategic analytics. In an interview with the Young Scientists of the Higher School of Economics project, she spoke about the difficulties she encountered on the way to her degree, what cryptography is, and why large language models will not replace human intelligence.

How I got started in science

In high school, I became interested in mathematics and was going to enroll in the corresponding theoretical direction, but my set of exams limited my choice to specialties related to applied mathematics. At the Higher School of Economics, I passed the applied mathematics and computer security program, but ultimately chose the second direction, although I did not initially think about information security. After completing my specialist program, I decided to enroll in graduate school right away. A higher education diploma was not enough for me; I wanted to get an academic degree.

What I researched

My dissertation was related to cryptographic methods of information protection. I was offered a narrow direction related to keyless reading. I started working on this topic in my final years of the specialist program, then continued in graduate school and defended my dissertation on it.

I liked the topic because it allows for an interdisciplinary approach: mathematical methods of cryptanalysis are combined with the study of natural language in text form.

Methods of mathematical linguistics are not included in information security programs. And a terminological barrier is formed: linguists and cryptographers use completely different terminology to describe the same language models. In my work, I tried to reduce this methodological gap.

As part of my dissertation, I worked on applying the information-theoretical approach to the analysis of algorithmic methods of information protection. Imagine that you are decrypting an intercepted message or its individual parts, going through all possible variants. How can you single out from the chaotic combinations of symbols those that may be variants of the original text? To do this, you need to take into account the statistical features inherent in the text in natural language, which you can try to approximate and formalize, for example, in terms of probability theory and mathematical statistics.

What is cryptography

This is the science of mathematical methods of protecting information. For example, correspondence in WhatsApp is encrypted using cryptographic algorithms. The basis of the electronic digital signature, which is formed, for example, on "Gosuslugi", is also cryptographic schemes.

In the USSR, cryptography was a completely closed discipline, the word was not even mentioned in the open press. Later, cryptography was partially opened, but many studies remain closed. As a result, some areas of research in open science may appear out of context.

The problem of narrow topics

My work was carried out in conditions of an artificial methodological vacuum. Without the possibility of comparing my research with previous results.

The problem became more acute when trying to publish articles. I encountered a huge number of rejections. The list of journals is limited to lists, and they practically do not have narrow-profile publications in the field of cryptography, etc. Generalists did not understand the practical significance and relevance, and therefore could not objectively review. Paradoxically, preparing the research was much easier for me than publishing the necessary scientific articles on the topic of the dissertation.

What qualities are important for a researcher?

I once heard an opinion that one of the most important qualities for a scientific researcher is the ability to quickly take criticism into account and bring the work to a level where it meets the requirements. At the department seminar at the end of April last year, many comments were made about my work. The committee believed that I would not have time to correct everything before autumn. However, I revised the manuscript in a month, and even added a number of new experiments, the idea for which came to me during the work. And, contrary to expectations, I went to the pre-defense already in June.

I am also still surprised how I managed to publish my articles in the required journals and meet the defense criteria for articles. All my main articles on the dissertation were published without co-authors.

If I hadn't become a researcher

I realized myself in the academic track the way I wanted. Now my professional activity is not directly related to scientific research. I see many prospects for myself in other areas, new interesting projects.

What I do

Strategic consulting and technological analytics. I like the project format without being tied to daily routine tasks. When you conduct analytical research, you have to be creative and come up with new formats. In some ways, it really reminds me of doing science, when you don’t have a ready-made methodology within the framework of the task and you work in conditions of uncertainty of the result.

In science, you develop a methodology for research, prove statements, conduct experiments, but sometimes you come to unexpected conclusions. And you think about what to do with it, because a negative result in such studies is also important. And this creative principle that is present in science is what initially attracted me.

What is the difference between analytical research and scientific research?

There are a number of requirements for scientific research, it is aimed at obtaining new fundamental knowledge, testing hypotheses, discovering patterns. A dissertation must necessarily contain a certain contribution to the development of some area of knowledge. Science seeks truth. The results are recorded in the form of scientific articles, and subsequently in the form of dissertations, monographs, etc.

Analytics is applied research that answers specific practical questions. Here, data is transformed into solutions. For example, if we are talking about strategic consulting, we answer questions about what is happening, why, and how to act. The results of business analytics can take various forms depending on the project duration and customer requirements: a report, digest, white paper, etc.

But there is another very interesting format – popular science texts. This is express analysis, designed for a wide audience. Without delving into the topic of a specific technology, everyone can understand what trends are currently emerging in science and business and how they will affect our everyday life.

Why does an analyst need a broad outlook?

If you write about the latest trends in technology, it is important to be aware of scientific achievements in various fields. It is clear that a person without a specialized education in the subject area will not understand the fundamental things that are happening there now. But you need to understand in general terms in order to quickly navigate.

The big topic now is large language models (LLM). New scenarios for their use appear daily, they increase the efficiency of business and science. However, LLMs have almost reached their limit. They are already trained on a huge array of texts written by people, and increasing the data will lead to only minor improvements.

A cat that jumps from the floor to the shelf does not know Newton's theory, but it makes its jump absolutely accurately. It relies on its empirical experience. Both humans and animals have the ability to proprioception. Language models do not. They do not understand our world. And texts will not fix the situation here.

Do I get burnout?

There is no burnout as such. But when I took up the dissertation after finishing my postgraduate studies, in order to bring the manuscript to a holistic form and start moving towards pre-defense, I experienced psychological resistance for a long time. Because when you constantly have to face subjective criticism and cope with problems alone, apathy appears. But the energy of unfinished business (the well-known Zeigarnik effect) weighs more heavily. This became the motivation to finally finish the dissertation.

What are my hobbies besides science?

Recently I have become interested in interior design and started playing tennis.

What was the last thing I read?

Les Miserables by Victor Hugo and The Ladies' Paradise by Emile Zola.

Advice to young scientists

Think in advance about the prospects of the research and how the topic fits into the current agenda. I know that young researchers in other disciplines often face the problem that the topic they choose has already been sufficiently well researched. But in my case, the advice would be this: do not take narrow topics about which little is known.

There is no point in starting a study if its practical significance is not obvious. The issue is not only about successfully defending the dissertation. The study can be commercialized, attract funding, and promoted in popular science formats.

Accordingly, you need to understand how well-known your future topic is in the expert community. It is desirable that not only your supervisor is interested in it, but also at least a few other people at the university. It is very important that a postgraduate student, in the process of preparing his work, can seek advice from various specialists and receive an objective assessment, because one person's view becomes blurred.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

.

“Sometimes you have to prove your competence a little more than a man would have to,” says Veronika Zolotova, a RUDN University graduate who reached the semi-finals of the construction leadership competition

Translation. Region: Russian Federal

Source: Peoples'Friendship University of Russia –

An important disclaimer is at the bottom of this article.

Veronika Zolotova graduated from the RUDN University Agrarian and Technological Institute in 2020 in the field of "Land Management and Cadastres". Now she is a project manager for the department for the construction of educational facilities in the autonomous non-profit organization "Development of Social Infrastructure" (ANO "RSI"). This year, Veronika reached the semi-finals of the All-Russian competition of managers "Leaders of the Construction Industry", organized with the support of the Ministry of Construction of Russia. Veronika talks about who inspired her to go into construction, what the industry is living today and what it means to be a modern leader in an interview.

When you are a child, the field of "Land Management and Cadastre" cannot be called a dream profession. Everyone wants to become astronauts, doctors, teachers. How did you come to the profession?

Since childhood, I imagined myself in different professions. But one thing has always remained unchanged – the desire to be part of something great, significant, to leave a mark on history. Over time, I realized that the best way to make this dream come true is to work in the construction industry. In the field thanks to which cities are created before our eyes, the space of the future is formed. I was inspired by my godfather, who worked as a surveyor. His stories about the profession were filled with passion and meaning. Then, for the first time, I became truly interested in this field – and that is how I came to choose the direction of "Land Management and Cadastre".

One of the facets of student life is exams and tests, preparation for which often makes students nervous. What was the most difficult subject during your studies?

It's been a while since I graduated from university. Each exam was exciting and difficult in its own way, especially at the beginning. But one subject from my first year has remained especially vivid in my memory: soil science. At that time, it seemed incredibly difficult, almost incomprehensible. It's funny, but many subjects have faded from memory over time, but soil science has not. Apparently, it was precisely because of its complexity and depth that it was so firmly imprinted in my mind.

Which teacher are you most grateful to?

⁠I am sincerely grateful to all the teachers of our university — everyone who generously shared their knowledge, experience and warmth with us. All of them are true masters of their craft, devoted to their profession and their students. I would like to express special gratitude to two teachers who played a key role in my professional path. An amazing teacher and expert in his field — Anton Aleksandrovich Poddubsky. He taught geodesy and a number of other disciplines, thanks to which I discovered this science from a completely new, deep and fascinating side.

Mikhail Vyacheslavovich Aleshin not only taught classes on the theory of errors and mathematical processing of geodetic measurements, methods of decoding and other specialized subjects, but also became my scientific supervisor when writing my diploma thesis. His approach, exactingness and support became a real intellectual challenge for me and an important school of professional growth.

Thanks to such teachers, studying became not just a mandatory stage, but a real inspiration and a confident step into a future profession.

The most vivid memory from my studies at RUDN University…

The defense of my diploma sank deep into my soul. The fear was almost paralyzing, it is impossible to put into words. Tears, sleepless nights, anxiety to the point of trembling… But I coped. I coped largely thanks to the support of the teachers, who believed in us even when we ourselves doubted. And the joy when I heard: "The defense was successful" was truly immeasurable. It was as if I had flown to seventh heaven from happiness. I still keep in my archives videos where my classmates and I are crying from stress, and then, beaming with joy, we leave the defense – winners.

Already in your first year you started working in the construction industry. What projects did you manage to work on?

My career path began as an assistant surveyor in one of the largest construction companies in Moscow. I learned from professionals, gained experience, and gradually moved on to independent work. Over time, I became a full-fledged surveyor, and was involved in both office and field work. At that time, I was lucky enough to be part of large-scale projects, including the Rudnevo electric depot, Zaryadye Park, and the construction of the metro. This experience not only strengthened my professional skills, but also taught me responsibility, discipline, and the ability to work in a team under real production tasks.

When you are an applicant, "Land Management and Cadastres" sounds like something mysterious and enigmatic. In what areas can graduates of this program work today?

This is a multidisciplinary specialty, and you can develop along a variety of tracks.

Firstly, it is geodesy – work on construction sites, support of engineering surveys, creation of digital terrain models. Demand for surveyors is consistently high, especially in large infrastructure projects.

Secondly, cadastral activities – registration of land plots, work in cadastral chambers, preparation of technical documentation. This area requires attention to detail and a good understanding of the legislation.

Thirdly, land and legal relations. Here, specialists who understand the regulatory framework, can support transactions, participate in land use issues and dispute resolution are in demand.

In addition, areas related to the digitalization of the cadastre are developing – GIS systems, work with spatial data, automation of accounting processes. This is an excellent option for those who want to keep up with technology. The specialty provides a broad base and flexibility – you can choose both a technical direction and a legal one, or combine both. The main thing is not to be afraid to study further and look for your niche.

Where did you find yourself?

As a project manager. Today, I supervise objects from the conception stage to the moment of their transfer to the balance sheet — I control all stages: from surveys and design to registration of rights and commissioning. This requires a comprehensive approach, knowledge of several areas at once — and it was Land Management and Cadastres that gave me this foundation. So I am sure: this specialty has broad prospects, and success depends on how you yourself reveal its potential.

What principles do you follow in your work?

First of all, responsibility. If I accept a task, I will definitely bring it to a result, while focusing on the level of quality that I would like to receive. There is no place for negligence in the construction industry – even a small mistake can result in serious technical or financial consequences.

The second important principle is respect for people. Regardless of the position and role – be it a contractor, a customer, a colleague or a subordinate – I believe it is important to build communication on mutual respect. This helps to find a common language and quickly resolve even the most difficult issues.

The third principle is a friendly atmosphere in the team. We have warm, almost family-like relationships in our team: we support each other, we can talk not only about work, but also share personal moments. Such an environment increases trust and makes working together easier and more productive.

It is this foundation that gives a sustainable result. This is not about beautiful words – it is about how to work effectively, especially in conditions of limited time, resources and high responsibility. In our field, the winner is not the one who is louder, but the one who knows how to build a process, hears the team and is responsible for the result.

You are a finalist in the "Leaders of the Construction Industry" competition. What does participation in this competition mean to you?

For me, this is a big and very important stage in my professional development. The competition program is aimed at identifying promising managers who have experience in senior positions in the construction or housing and utilities sector. For the final, we are developing our own projects. I will not reveal all the cards yet. But I will say one thing: my project addresses current challenges in the construction industry and offers solutions aimed at achieving sustainable development goals. Now I am focusing on the final!

Daily work often becomes routine. What inspires you and allows you to maintain energy and move forward?

In any job, especially management, there is a place for routine – documents, meetings, process coordination. But I am always inspired by one thought: the result of your work is something tangible and long-lasting. When an object is completed, put into operation and begins to benefit the city and people – this is a real feeling of satisfaction. The pleasure of understanding that you have invested effort, experience, time and done something really useful for this world. The thought charges even in the most difficult moments.

And to replenish my energy, I have my own “recipe for a perfect weekend”: a trip to the countryside with friends in tents. We have an amazing team of 19 people, and we are all from the construction industry: surveyors, designers, architects, estimators, designers, project managers… In general, the list can go on and on. We met at one of the professional events, and then became real friends – our families are friends, we support each other both at work and in life. We even have our own name – “Go? Go!” This is about the fact that we are always “for” any activity: hiking, climbing, running, lectures, master classes, parties. This team is my source of energy and inspiration. With such people around you, you feel that you can move mountains – both literally and professionally.

Is it difficult to be a girl in the construction industry – a stereotype or prejudice that still exists today?

This stereotype, unfortunately, still exists – although not in such an open form as before. Sometimes you have to prove your competence a little more than a man would have to in the same position. But personally, I don’t make a problem out of it – I do my job well, consistently and for the result. And this is what ultimately builds trust and respect.

Construction is not about gender, but about responsibility, knowledge of processes, the ability to build communication and bring a project to completion. And every year there are more and more women like me in the industry – strong, smart, professional.

If I encounter bias, I try not to waste energy on arguments. It is much more effective to show in action that you are competent and reliable. And when you have more than one successfully completed project under your belt, the opinion of skeptics changes on its own.

If you had the opportunity to go back to your first year, what would you tell yourself then?

I would tell myself: don't be afraid to be active, ask more questions, try yourself and don't put off important steps "for later". University is not only about lectures and tests, it is a time when you can form yourself as a professional, build connections, participate in projects, and most importantly – learn to take initiative. I would advise not to be afraid of mistakes. Because it is through them that a real understanding of the profession and self-confidence comes. A mistake is not a failure, but an experience, if you draw conclusions.

And, probably, the main advice: everything will work out if you do your job with interest and are truly involved.

Please note: This information is raw content obtained directly from the source of the information. It is an accurate report of what the source claims and does not necessarily reflect the position of MIL-OSI or its clients.

.