PROFESSIONAL TRAINING OF STUDENTS IN TECHNOLOGY EDUCATION

Аннотация

This article analyzes innovative approaches to vocational training based on modern requirements in technological education. Modern methods are highlighted that serve to form students' practical skills, independent decision-making in problem situations, creative thinking, and the development of professional competencies. In particular, the STEAM approach, project-based learning, digital technologies, robotics, artificial intelligence, and 3D technologies are considered in the educational process. The article reveals approaches aimed at increasing theeffectiveness ofinnovativemethods in technological education. Keywords: technology education, vocational education, innovative approaches, digital technologies, modern teaching methods, STEAM education, project-based learning, practical skills, robotics, artificial intelligence, 3D technologies, virtual reality (VR), digitalization in education, competency-based approach, labor market requirements, pedagogical innovations, creativethinking, student-centered education, modern pedagogy, interactivemethods. Login In today's era of rapid globalization and digital transformation, the demands on the education system are changing dramatically. Especially in the field of technology education, providing students with modern knowledge and skills and preparing them for practical work has become an urgent task. Traditional approaches to training professionals who meet the needs of the labor market are losing theireffectiveness and are being replaced byinnovativepedagogical methods. In the world, much attention is paid to scientific research aimed at increasing the effectiveness of introducing national crafts into theeducational process, identifying components for developing the professional qualities of future technology teachers, improving the methodological support of technology, and ensuring that the quality of future technology studentsmeets therequirements ofcustomers [1..,5 b]. Modern technologies — such as artificial intelligence, digital devices, 3D printing, robotics, and virtual reality (VR) — are rapidly entering the educational process. This requires new approaches to teaching technological subjects. This article analyzes innovative methods that help increasetheeffectiveness of vocational training and their rolein technological education. Modern technological progress requires a higher level of innovation and flexibility from the education system. Traditional teaching methods are being replaced by modern, interactive and innovative approaches. The inherent determinism of computers significantly undermines the effectiveness of information technology teaching, studies show that students prefer hypertext page715 INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE ISSN:2692-5206,ImpactFactor:12,23 AmericanAcademicpublishers,volume05,issue07,2025 Journal: https://www.academicpublishers.org/journals/index.php/ijai and multimedia, electronic textbooks and manuals, which only increase the quality of teaching by 15-20% at the introductory level, and their effect is not noticeable when solving typical and non-standard problems [2..,40b]. One of the most important tasks in the process of vocational education is to increase students' practical experience, preparing them to work independently andsolvereal-lifeproblems. Innovativeapproaches, in particular: The STEAM approach (Science, Technology, Engineering, Arts, Mathematics) provides interdisciplinary integration and develops systematicandcreative thinkingin students. Project-based learning teaches students to work in teams, solve problems, and conduct results- oriented activities. Digital technologies and multimedia tools create a visual and interactive learning environment, increasing studentmotivation and attention. Robotics and 3D technologies - develop the skills of working with real technical tools and increase students' technical thinking. Artificial intelligence-based learning platforms allow for an individual approach and automationof thequality ofeducation. Such methods not only make the learning process interesting and effective, but also adapt students to the real conditions of the labor market. This, in turn, strengthens the practical orientation oftechnological education. In educational institutions around the world, creative-modular technologies for the formation of technological competencies in students based on innovative approaches have been implemented in the educational process. Within the framework of the UNESCO International Project “Scientific and Technological Literacy for All” , systematic work is being carried out 1to implement the global tasks of education, form a technological worldview, technological literacy, technological competence, and effectively implement innovative approaches in practice [3…5 pages]. Literature review The issue of modernizing vocational and technological education and implementing innovative approaches to it has been widely covered in scientific and pedagogical literature. R