PARTICIPATION OF SKILLED STUDENTS IN THE INTEGRATION OF SCIENCE, EDUCATION AND BUSINESS OF THE 21ST CENTURY

INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE “INTEGRATION OF MODERN LINGUISTICS WITH SCIENCE, EDUCATION, AND PRACTICE IN THE PROCESS OF GLOBALIZATION: NEW APPROACHES, OPPORTUNITIES, AND CHALLENGES”, DECEMBER 4, 2025 507 PARTICIPATION OF SKILLED STUDENTS IN THE INTEGRATION OF SCIENCE, EDUCATION AND BUSINESS OF THE 21ST CENTURY 1SH. Baqoyeva, 1Z. Juraqulova, 1N. Usmonova, 1Z.Z. Tosheva, 1D.U. Islomova 1student, Navoi state university, Navoi, 2teacher, Navoi state university, Navoi https://doi.org/10.5281/zenodo.17814283 Annotatsiya. Ushbu maqola fan, ta’lim va ishlab chiqarish integratsiyasining iqtidorli yoshlar rivojlanishidagi ahamiyatini tahlil qiladi. Integratsiya konsepsiyasi yoshlarni ilmiy izlanishlar va innovatsiyalar orqali jamiyat taraqqiyotiga hissa qo’shadigan ilg’or mutaxassislar sifatida tarbiyalashda asosi. Maqolada integratsiyaning ahamiyati, iqtidorli yoshlarning roli, ishlab chiqarish bilan hamkorlik, ularni qo’llab-quvvatlash choralari va muvaffaqiyatli misollar keltiradi. Kalit soʻzlar: ishlab chiqarish, integratsiya, iqtidorli yoshlar, innovatsiyalar, amaliy ko’nikmalar, startaplar, ta’lim tizimi, praktik ta’lim, grantlar, stipendiyalar, karyera shakllantirish, STEM, dual education system, tadqiqot, innovatsion g’oyalar. Annotation. This article analyzes the importance of integrating science, education, and industry in the development of talented youth. The concept of integration serves as the foundation for nurturing advanced specialists who contribute to societal progress through scientific research and innovations. The article highlights the significance of integration, the role of talented youth, collaboration with industry, measures to support them, and provides examples of successful cases. Keywords: industry, integration, talented youth, innovations, scientific research, practical skills, startups, education system, practical training, grants, scholarships, career development, STEM, dual education system, research, innovative ideas. Аннотация. В данной статье анализируется значимость интеграции науки, образования и промышленности для развития талантливой молодежи. Концепция интеграции является основой для воспитания передовых специалистов, которые вносят вклад в развитие общества через научные исследования и инновации. В статье рассматривается важность интеграции, роль талантливой молодежи, сотрудничество с промышленностью, меры поддержки и приводятся примеры успешных случаев. Ключевые слова: промышленность, интеграция, талантливая молодежь, инновации, научные исследования, практические навыки, стартапы, образовательная система, сотрудничество, практическое обучение, гранты, стипендии, карьерное развитие, STEM, дуальная система образования, исследования, инновационные идеи INTRODUCTION. The participation of talented young people in the integration of science, education and production is important in the current period, which aims to educate young people as advanced specialists who contribute to the development of society. This integration encourages talented young people to actively participate in the field of science and technology and gives them the opportunity to apply innovations introduced into production processes. The concept of integration is aimed at connecting science, education and production, and guides young people to introduce scientific research and innovation into production INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE “INTEGRATION OF MODERN LINGUISTICS WITH SCIENCE, EDUCATION, AND PRACTICE IN THE PROCESS OF GLOBALIZATION: NEW APPROACHES, OPPORTUNITIES, AND CHALLENGES”, DECEMBER 4, 2025 508 processes. The active involvement of youth in the field of science plays a significant role in the social and economic development of any country. Talented young people, through their participation in scientific research, are capable of generating new ideas that contribute to national progress and innovation. Their creative approach and fresh perspectives often become the driving force behind advancements in various sectors. One of the most important contributions of young people is the modernization of production processes. By introducing innovative technologies into industry, they help enhance efficiency and improve the overall quality of production. In addition, the participation of youth in scientific and practical activities strengthens their professional skills. Theoretical knowledge gained during the learning process becomes more meaningful when tested through real-life applications, allowing young specialists to gain valuable experience. Talented young individuals possess great potential to achieve notable success in the fields of science and technology. Their activity can be seen through the creation of innovative ideas and start-ups. Many young people develop new technologies and establish companies based on innovative solutions. Furthermore, students and young researchers conduct scientific studies aimed at solving pressing issues in their fields, contributing to both academic and practical advancements. Their involvement also plays an important role in updating the educational system, as they actively participate in the development of modern teaching methods and the introduction of new forms of education. Close cooperation between industrial enterprises and educational institutions is crucial for preparing youth for real working environments. Such collaboration includes organizing practical training programs and internships that allow students to gain hands-on experience. Companies also support youth-led scientific and corporate projects by providing financial or technical assistance. In addition, vocational training programs offered by production enterprises help young specialists acquire professional skills and integrate more easily into the labor market. Governments, including that of Uzbekistan, implement various programs to support talented youth and encourage their participation in scientific and technological development. These initiatives include allocating grants and scholarships to motivate young researchers, stimulating innovation and research activities, and creating opportunities for youth to participate in the development of new technologies. Furthermore, special programs aimed at career formation help young people strengthen their professional abilities and become active contributors to the industrial and scientific sectors. The engagement of talented youth in science, production, and innovation is a vital factor in the advancement of society. By supporting their potential and creating favorable conditions for research and development, nations can ensure sustainable progress and build a strong foundation for future technological achievements. Many examples of successful integration can be seen around the world. For example: In the United Kingdom, the integration of education and production in the direction of STEM (Science, Technology, Engineering, and Mathematics) is widely used. In Germany, there is a "Dual Education System", in which students are not only educated, but also involved in production processes.In Sweden, start-up ecosystems are aimed at developing cooperation between young people and educational institutions. The integration of science, education and production creates new opportunities for talented young people, which in turn serves the development of society. The integration of science, education and production is important for the development of talented young people. Through this integration, young people not only get theoretical INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE “INTEGRATION OF MODERN LINGUISTICS WITH SCIENCE, EDUCATION, AND PRACTICE IN THE PROCESS OF GLOBALIZATION: NEW APPROACHES, OPPORTUNITIES, AND CHALLENGES”, DECEMBER 4, 2025 509 knowledge, but also have the opportunity to apply it in practice. This process includes several main aspects. The development of modern education and training programs plays a crucial role in preparing young people for the demands of today’s rapidly changing industries. Courses and training programs are constantly updated according to the needs of the labor market, ensuring that students acquire relevant and modern skills. In addition, practical training and internships provide valuable opportunities for students to participate directly in production processes, helping them to strengthen their professional abilities and gain real-world experience. Scientific research also serves as a significant platform for the involvement of talented youth. Young scientists are encouraged to engage in research activities, which help them develop innovative ideas and contribute to scientific progress. At the same time, cooperation between universities and industrial enterprises makes it possible to apply research results in practice, strengthening the link between theoretical knowledge and practical innovation.Innovation and technology are central to youth-driven development. The creation of start-ups and project-based work allows young people to turn their innovative ideas into real products and services. To further support these initiatives, technological parks and incubation centers are established, providing talented youth with the resources and environment needed to develop and implement their ideas. These combined efforts contribute to broader social and economic development. Integration between education, science, and industry leads to the creation of new jobs, thereby increasing the economic independence of young people. Furthermore, active participation in these processes helps young individuals strengthen their sense of social responsibility and enhance their role within society. International cooperation also opens new horizons for youth development. Opportunities to participate in global projects allow talented young people to gain valuable international experience and broaden their professional outlook. In addition, scientific conferences and seminars give them a platform to present their ideas, exchange knowledge, and engage with the global scientific community. The continuous improvement of education, the promotion of scientific research, support for innovation, and active international cooperation all play a vital role in the development of talented youth. These initiatives not only strengthen their skills and capabilities but also contribute significantly to the social and economic progress of society as a whole. The integration of science, education and production enables the practical application of the knowledge and skills of talented young people, making them active participants in the modern economy. This process is important not only for young people, but also for the overall development of society and economy. The participation of talented young people, in turn, ensures innovative development and sustainable economic growth. The need for an integrated approach in education: Part 4 of the Action Strategy for the Development of the Republic of Uzbekistan entitled "Priority directions for the development of the social sphere" 4.1. in the next five years, to consistently increase the population's employment and real income, and for this purpose, set tasks such as "creating new jobs and ensuring the employment of the population, first of all, graduates of secondary specialized and higher educational institutions" was cut. In Sh.M. Mirziyoyev's work entitled "NEW UZBEKISTAN STRATEGY", he talked about quality education as a decisive factor in the development of human capital, introducing the national curriculum for the continuous education system, the quality of education paid special attention to the issues of raising and training competitive personnel[3].Implementation of INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE “INTEGRATION OF MODERN LINGUISTICS WITH SCIENCE, EDUCATION, AND PRACTICE IN THE PROCESS OF GLOBALIZATION: NEW APPROACHES, OPPORTUNITIES, AND CHALLENGES”, DECEMBER 4, 2025 510 innovative cooperation "science-education-production" is one of the important issues in solving these issues based on the principles of today's labor market. In particular, on June 16, 2022, under the chairmanship of the head of our state, Sh. Mirziyoyev, at the meeting of the video selector dedicated to the priority tasks in the higher education system, he indicated 4 priority tasks. The first is to increase the role of management boards of higher education institutions and expand the powers of departments. The second is to adapt the educational process to market requirements, to ensure its coherence with production and to create an environment for the student to work on himself. The third is to increase the scientific potential of higher educational institutions, science and develop innovation. The fourth is to reduce red tape for professors and students, and drastically reduce bureaucracy and corruption by digitizing the industry. In order to effectively fulfill these tasks, it was emphasized that higher education institutions should be empowered to make independent decisions on academic and organizational management, and it is being put into practice. In addition, some aspects of integrated education and interdisciplinary communication are known by famous pedagogues (Y. Comensky, O. Locke, 1. Herbart, M. Pestalossi, K. Ushinsky, etc.), didactics (Zverev, MA Oanilov, V.N. Maksimova, S.P. Baranova, M.N. Skatkin and others, psychologists (E.N. Kabanova, Meller, N.F. Talizina, Y.A. Samarina, G.1. Vergeles), medical scientist (M.R. Lvov, V.G. Goresky, N.N. Kolagin, G.N. Pristupova). In the course of education, the process of interdisciplinary synthesis of new knowledge is very slow, sometimes it covers a period equal to several decades. In the educational process, the teacher should bring the student to subjective new knowledge based on previously acquired knowledge of various subjects in one or more exercises, or even in a few minutes. That is, it is necessary to create appropriate conditions for their synthesis, rather than providing knowledge in a ready state. It is no exaggeration to say that one of the technological methods of implementing this task is related to the transfer of knowledge from one field to another, and it is the main mechanism for establishing interdisciplinary relations. One of the most urgent issues of today is to be able to identify hidden connections and connections, to ensure interdiscipline connection, i.e. coherence, in the formation of a scientific worldview. Because a teacher who is able to organize a lesson with interdisciplinarity ensured, not only increases students' interest in their subject, but also helps them master this subject. It is desirable for every person, leader and researcher working in scientific research centers, higher education institutions and production enterprises to know the basics of modern approaches to ensure quality with the help of integration and innovative-corporate cooperation. On the basis of such approaches, it would be possible for students to consolidate the knowledge they have acquired at educational institutions in scientific research institutions, and to consider them practically in production sectors and industries. REFERENCES 1. Academic Research in Educational Sciences …. -Volume 3 Issue 12., 2022 2. Sh.M.Mirziyoyev “YANGI O’ZBEKISTON STRATEGIYASI”. -Toshkent. “O’zbekiston” nashriyoti, 2021., 464-b. 3. O’zbekiston Respublikasi Prezidentining 2017 yil 7 fevraldagi “2017-2021 yillarda O’zbekiston Respublikasini rivojlantirishning beshta ustuvor yo’nalishi bo’yicha Harakatlar strategiyasi PF-4947-son farmoni // Xalq so’zi, 2017 yil,8 fevral. INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE “INTEGRATION OF MODERN LINGUISTICS WITH SCIENCE, EDUCATION, AND PRACTICE IN THE PROCESS OF GLOBALIZATION: NEW APPROACHES, OPPORTUNITIES, AND CHALLENGES”, DECEMBER 4, 2025 511 4. Demirezer, Ö. & İlkörücüi Ş. (2023). The effects of Web 2. 0 tools on seventh-grade students’ academic achievement, visual literacy and spatial visualization. Journal of Turkish Science Education, 20(4), 619–631 5. Naqa, S. (2011). The level of creative thinking among students in high school in the scientific culture and the degree of encouraging science teachers to them from their point of view. 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