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Modern technologies, materials, and equipment used in projects to create a safe urban environment

https://doi.org/10.26425/1816-4277-2026-4-55-69

Abstract

Modern technologies, materials and equipment used in projects aimed at creating a safe urban environment are studied. The authors identify and cluster the project risks and present strategies and necessary measures to mitigate and minimize them. 

The relevance of this topic is determined by the rapidly growing trend of urbanization, which poses new challenges to society in general, and state, municipal and commercial organizations in particular. To cope these challenges, it is necessary to develop and implement projects which consider the specifics of technological, social and environmental risk factors. The scientific novelty of the research consists in the proposed risk matrix, which reflects the specifics of each risk and how it is necessary to react it. 

Article use such methods as analysis of scientific literature on topics safety, comfortable and safe urban environment, trends and statistics of urbanization, synthesis of information on innovative practical solutions for creating a safe urban environment, analysis of urban risks and ways to mitigate them, analysis of modern technologies, materials and equipment used in projects to ensure a safe urban environment. 

The research results can be used in the development of new and modernization of existing solutions for urban infrastructure.

About the Authors

A. A. Ivanova
State University of Management
Russian Federation

Anastasia A. Ivanova - Student 

Moscow



E. A. Khalimon
State University of Management
Russian Federation

Ekaterina A. Khalimon - Assoc. Prof. at the Project Management Department

Moscow



A. I. Chikin
“Save Forest” LLC
Russian Federation

Alexander I. Chikin - Director of Sustainable Development and Digitalization

Moscow



References

1. Kuzovatkina, N.V. (2022). Formation of the bicycle network of large cities of the Russian Federation. E-Scio, 3 (66). (In Russian).

2. Novozhenina, O. P. (2021). National goals and objectives of the development of the Russian Federation in the opinions of citizens. Science. Culture. Society, 27(1), 45–57. (In Russian).

3. Tyllanurov, Y., Bayramova, M., & Tachmyradova, M. (2024). Architecture and urbanism: planning urban spaces considering transport and social needs. Bulletin of Science, 11(80), 1325–1328. (In Russian).

4. Lapidus, A.A., Bidov, T.H., Lotkin, V.S. (2024). Features of the organization of construction in the complex development of urban areas. News of TulSU. Technical Sciences, 4, 238–242. (In Russian).

5. Koleganov, S. V., Kuvshinov, D. L., Pigina, S. V., Fedotov, A.V., & Shchedrov, I.Yu. (2021). “Safe city” in the regions of the world: a comparative analysis with the Russian concept. Technologies of Civil Safety, 3, 56–60. (In Russian).

6. Bogdanova, T. V., Evdokimov, K. A. (2021). Transport component of a comfortable urban environment. Innovation and Investment, 12, 163–170. (In Russian).

7. Yadova, M. A. (2016). Moscow is a safe city: myth or reality? (based on the results of interviews with INION RAS volunteers). Sociological Yearbook, 2015–2016, 259–266. (In Russian).

8. Tsyba, M. S., Erokhin, G. P. (2018). Formation of a safe urban environment in the Pashino district, Novosibirsk. Creativity and modernity, 2, 90–97. (In Russian).

9. Ivanova, I. L., Zhigaev, D. S., Vazhenina, A. A., & Trankovskaya, L. V. (2019). Hygienic assessment of noise pollution in Vladivostok. Health. Medical ecology. Science, 2(78), 9–13. (In Russian).

10. Patrakova, G. R., Ruzanova, M. A. (2016). Monitoring of noise pollution in the city of Nizhnekamsk. Bulletin of Kazan Technological University, 23, 167–169. (In Russian).

11. Shchelokova, T. D. (2015). The relevance of noise pollution research in cities. Symbol of Science, 11–1, 72–74. (In Russian).

12. Nartova-Bochaver, S. K., Reznichenko, S. I., & Severyanova, E. D. (2023). Urban stress and its predictors: a psychological study. Urban Research and practice, 8, 1, 74–88. (In Russian).

13. Watanabe, N. (2021). To equip the city so as to prevent depression: on the issue of suicide prevention in Japan. STP, 1-2, 11–17. (In Russian).

14. Akimova, E.V., Akimov, M.Yu., Gakova, E.I., Kayumova, M.M., Gafarov V. V., & Kuznetsov V. A. (2019). Levels depression and exhaustion in an open population of a medium-urban Siberian city: gender differences. Therapeutic Archive, 1, 48–52. (In Russian).

15. Kazmina, I. G., Ryazantseva, L. T., Kuprienko, P. S. The ecological situation on the main streets of Voronezh. Problems of ensuring safety in the aftermath of emergencies, 1(2), 123–127. (In Russian).

16. Vinokurov, I. Yu., Kochurov, B. I. (2023). The influence of agricultural landscapes of the Vladimir Opole region on the ecological situation of the city of Suzdal. VZ, 4(106), 4–11. (In Russian).

17. Shumilin, A. D., Vershinin, N. N., Vershinin, A.E., & Volkova, A.S. (2018). The use of neural networks to predict the impact of motor transport on the environmental situation of the city. NiKSS, 1(21), 100–107. (In Russian).

18. Mezenina, Ya.V., Petrushka, V.A., & Konyukhova, V.V. (2022). Improving the environmental situation in the city by improving abandoned territories. Actual problems of aviation and cosmonautics. 640–642. (In Russian).

19. Smirnov, E. A., Kashtanov, V. G., Denk, V. V., & Khalimon, E. A. (2021). Trends in the innovative development of smart cities. Vestnik Universiteta, 5, 28–36. (In Russian).

20. Afanasyeva, O. N., Goncharova, Yu. S., Popov I. V. (2022). Types of risks affecting the economic development of regions of the Russian Federation. Innovative Science. 12-2, 24–28 (In Russian).

21. Guseva M. N. (2024). Possibilities of regenerative management of “green” projects. In: National Institutes for modern Russia: Subjects and narratives: proceedings of the XIV Scientific Conference, Rostov-on-Don, October 30–31, 2024. Krasnoyarsk: Siberian Federal University, 17. (In Russian).

22. Krylova, L. I. (2022). Assessment of noise load in the territory of the south-western district of Stavropol. Bulletin of the Magistracy, 12-6(135). (In Russian).

23. Musin, R. F. (2017). Theoretical foundations of the concept of a “Safe city”. Theory and Practice of Modern Science, 6(24), 578–581. (In Russian).

24. Mishin, V. A. (2021). Digital technologies used in the field of crime prevention (on the example of the hardware and software complex “Safe City”). Problems of Law Enforcement, 3, 60–64. (In Russian).

25. Mezina, T.V. (2021). Green project management and green projects of the future: country experience and prospects. In: Transformation of economic models: circular economy, “green” project management and artificial intelligence: proceedings of the International Scientific & Practical Conference, Moscow, December 23, 2021. Moscow: State University of Management, 88–91. (In Russian).


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For citations:


Ivanova A.A., Khalimon E.A., Chikin A.I. Modern technologies, materials, and equipment used in projects to create a safe urban environment. Vestnik Universiteta. 2026;(4):55-69. (In Russ.) https://doi.org/10.26425/1816-4277-2026-4-55-69

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ISSN 1816-4277 (Print)
ISSN 2686-8415 (Online)