Traditional polymer composite materials have a reinforcing structure that resembles a "layered cake" of reinforcing fibers arranged in a single plane. This structure inevitably leads to material delamination during use or due to impact. This problem significantly limits the potential applications of conventional composite products when higher requirements are needed. A solution is the use of three-dimensional woven reinforcing frameworks, which are manufactured on a specialized 3D weaving machine. This technology is called 3D weaving.

80% Of The Population According to WHO statistics, he suffers from various diseases of the musculoskeletal system. The technique is intended for the treatment, rehabilitation, prevention and implementation of recreational activities in the population. It is used in various fields of medicine, including physiotherapy, traumatology, orthopedics, neurology, therapy, cardiology, urology, gynecology, surgery, medical rehabilitation, sports medicine and spa treatment. Stimulating cell regeneration increases the efficiency of regenerative processes in the body. This allows you to significantly reduce the treatment time and achieve high results in the shortest possible time. in 80% of cases, we guarantee the result in 10 minutes of the first procedure

The Multimedia Park "Health" is a socially-oriented project that includes innovative developments in the field of IT technologies and modern medicine. It is aimed at raising public awareness of the rules of a healthy lifestyle and disease prevention among children and young people. The park provides information spaces, educational games in virtual reality format and interactive educational and methodological modules that allow visitors to familiarize themselves with materials on the prevention of non-communicable diseases and a healthy lifestyle in an exciting and playful way.

The need of the contemporary way of promotion the folk artistic crafts based in Nizhny Tagil.

Providing access to the 4G Internet and electricity supply to indigenous peoples of the North engaged in traditional economic activities and living in hard-to-reach, remote places of the Khanty-Mansi Autonomous Okrug - Yugra (hereinafter - IMNS, camps, respectively). Problem: Social and economic inequality. The lack of access to the Internet and electricity supply exacerbates the social and economic inequality between IMNS living in camps and the population living in cities and villages of the region. IMNS living in camps, as a rule, do not have access to the Internet and are not connected to the centralized power supply (use gasoline generators). This creates problems in obtaining education, health care, communications, household and other basic services. Solution: Modern technologies and innovations in the field of communications and energy provide new opportunities to solve these problems. We have selected a set of equipment that provides access to the Internet using the technology of amplifying the signal of 4 G cellular communications or a satellite communication channel with energy supply from solar panels, storage batteries and backup by a gasoline generator (hereinafter referred to as the system).

Production of hydraulic units for aircrafts and drones

The problem: the inability to control the performance of all flights by road transport carrying passengers and luggage on the territory of the Khanty-Mansiysk Autonomous Okrug – Yugra. The regional navigation and information system of the Khanty-Mansiysk Autonomous Okrug – Yugra based on GLONASS and GLONASS/GPS technologies (hereinafter referred to as RNIS) provides a solution to this problem due to incoming GLONASS data from vehicles. The data is processed and information about the movement of vehicles is publicly available in real time. In addition, the RNIS allows you to generate reporting data on the performance of flights, including the advance or lag for each stop with an accuracy of seconds.

Market growth outpaces IT staff availability, and this slows down companies and countries digital leadership. We address the challenge by sharing IT specialists among end-clients via our marketplaces.

In today's multipolar world, where a sovereign economy is based on the principles of protecting the national product, it is important to create custom ways and appearance characteristic of the country's culture, as well as a unique, inimitable type of products. Solving this task requires not only the exchange of experience within the BRICS countries, in order to understand the differences in cultural approaches and design technologies, but also the involvement of as many young specialists as possible and enriching them with important knowledge in the field of the sovereignty of the national product.

Lack of a lightweight, comfortable and foldable wheelchairs at an affordable price.

Many creative individuals face challenges in finding suitable partners due to shyness and fear of rejection. Our app addresses this by using AI to match users based on their portfolios, facilitating meaningful connections. The swipe mechanics allow for intuitive interaction, empowering users to explore new and exciting collaborations effortlessly.

At the same time, when conducting career guidance classes with modern schoolchildren and students, there are certain difficulties due to the significant contribution of the Internet to their development. In resent years the prestige of engineering education and specialties has been constantly decreasing among young people who choosing their life path. Today, the most popular professional are manager, economist and such non-professional specialties as blogger. Therefore we need to pay attention to the popularization of engineering specialties and explanation their necessity for society and increasing the status of engineers in society. And the best time and place for future personnel of the country to meet with the energy professions is school. But unfortunately there is no such suitable system for current and future generations. This is confirmed by the answers received by scientists of the Federal Research Sociological Center of the Russian Academy of Sciences during a survey of university students in 2021. According to the surveys the most part of schoolchildren are determined with the choice of a future profession only by the end of their studies. A quarter choose a specialization by the 9th grade, 55% - in grades 10-11. Only half a percent made a decision after the open day at the university, 7% of schoolchildren listen to the advice of their teachers, and ten times more (70%) make a choice on their own. In general, among young professionals, less than a third (30%) say that school helped them choose a profession. 44% said that no one had done such work with them. At the same time, when conducting career guidance classes with modern schoolchildren and students, there are certain difficulties due to the significant contribution of the Internet to their growth. To solve the above problem, taking into account the peculiarities of modern youth, it is proposed to create a virtual interactive educational game for conducting classes on involving schoolchildren and students in engineering professions. The creation of this platform was carried out with grant funds received from the Federal Agency for Youth «Rosmolodezh». On the educational platform, 4 virtual models of existing energy facilities operating on renewable energy sources have been created — Volzhskaya HPP, Svistukhinskaya HPP, SES in Batgai (Yakutia), WPP in Ust — Kamchatsk (Kamchatka Territory). When visiting these facilities, students and schoolchildren are invited to take a virtual tour, a quest and mini-games. This way they will be able to get acquainted with the main equipment, technological process, the impact of these objects on the environment and the ecology of adjacent territories, and will also have the opportunity to familiarize themselves with coding for creating such objects in virtual reality. A Russian open source project was used to create it. This project is a browser version of the world-famous computer game Minecraft.