Shokirov Hasanboy Tuychiboy ogli

Аннотация

The article examines theoretically grounded modern methods for developing the pedagogical potential of master’s students in technical universities. The focus is on integrative educational models, digital technologies, and project-based learning approaches that foster methodological, reflective, and digital competencies. The inclusion of pedagogical components in engineering education is justified as a key factor for enhancing the quality of higher education. Keywords: Master’s program, pedagogical potential, technical education, digital technologies, project-based learning, pedagogical competencies, engineering pedagogy, innovation, methodology, integration. technical fields is a set of personal and professional Introduction: The modern system of higher education qualities that ensure the successful implementation of is in the stage of intensive transformation, caused by educational functions: design of the educational the requirements of the digital economy, globalization process, use of digital and interactive technologies, of knowledge and rapid development of engineering diagnostics of learning outcomes, motivation and and information technologies. In these conditions, the support of students. The development of such importance of training a new generation of scientific potential requires the use of modern educational and pedagogical personnel, capable not only of models, methods and tools that meet the tasks of generating and transmitting knowledge, but also of interdisciplinary training and modern challenges of the pedagogical activity based on an innovative approach, university. is increasing. This article aims to identify effective methods for Master's degree programs in technical universities are developing the pedagogical potential of researchers at traditionally focused on in-depth professionalization technical universities, and to analyze existing practices within the framework of engineering and applied and proposals for integrating the pedagogical disciplines. However, the formation of pedagogical component into engineering education. The focus is on competencies in future teachers of technical disciplines the combination of digital educational technologies, often remains in the shadows, which significantly problem-based learning, and project-based activities as reduces their readiness to fulfill the educational the basis for developing the pedagogical readiness of mission. Meanwhile, as international experience shows future teachers of engineering disciplines 2 . (Germany, South Korea, USA), the integration of pedagogical knowledge and skills into engineering METHOD training allows us to form full-fledged specialists Modern research in the field of engineering pedagogy capable of teaching and scientific-methodological points to the need to rethink the traditional approach activities in higher education 1 . to training researchers in technical fields. Analysis of The pedagogical potential of master's students in scientific works shows that the pedagogical potential of International Journal of Pedagogics 293 https://theusajournals.com/index.php/ijp International Journal of Pedagogics (ISSN: 2771-2281) future teachers should not be developed in isolation recent years. from basic technical training, but on its basis and in an In foreign studies, the emphasis is on an inseparable connection with it. interdisciplinary approach. The concepts of Thus, N.D. Galskova emphasizes the importance of a engineering pedagogy within the CDIO and STEM systematic approach to the formation of professional education models suggest that a technical specialist and pedagogical competencies, relying on the activity must simultaneously master pedagogical tools, be able paradigm, within which the student masters not only to design educational environments, evaluate learning the content, but also the methods of pedagogical outcomes and apply active learning methods. Such interaction [1]. Her position is developed by E.N. approaches are widely covered in the works of T. Baillie Solovyova, noting that successful training of teachers is , R. Felder and other authors, where the importance of impossible without the integration of methodological problem-oriented, project-based and competency- knowledge, experience in organizing the educational based learning is emphasized. process and the development of reflective ability [2]. Summarizing the above, it can be argued that the focus Special attention in the research is paid to the use of of scientific interest is the transition from a subject- interactive forms and digital tools in the educational centric to a personal-activity model of training environment. The works of M.R. Yuldasheva and G.N. researchers. Modern educational practices require a Khamraeva reveal the potential of game exercises as a new type of teacher - flexible, digitally literate , capable means of developing pedagogical skills and increasing of reflection and interaction in a multidisciplinary students' moti