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MODELING OF THE INFORMATION SYSTEM FOR THE SUPPORT OF THE UNIVERSITY EDUCATIONAL PROCESS // Tomsk State Pedagogical University Bulletin. 2022. Issue 5 (223). P. 47-57

Introduction. Due to the fact that the modern world is changing almost at lightning speed, many researchers, comparing the competencies formed in educational institutions and necessary later in practice, seeing the gap between them growing, try to predict in advance the “professions” and the corresponding “competencies of the future”. The list of competencies is being modified, refined and supplemented constantly. For the formation and development of competencies, it is possible to adapt the educational process to the needs and requests of each student by improving the existing information system for supporting the educational process. The aim is to identify the features of the information system for supporting the educational process university, aimed at forming students’ competencies of the future. Material and methods. To solve the tasks set, the following research methods were used. studies: theoretical (study and analysis of literature, comparative analysis of existing E-Learning systems (Moodle, WebTutor, Sakai, IBM, Competentum, Prometheus, Mirapolis), modeling, generalization definition and concretization); empirical (observation, questioning, testing, analysis of products of educational student activities); mathematical methods for processing the results of experimental work. The study was conducted in the 2019–2021 academic year at the Tyumen State University. Students from the Institute of Social Sciences and Humanities took part in the experimental work, Institute of State and Law, Institute of Psychology and Pedagogy, students studying in individual evocative trajectories. Results and discussion. The result of the work was the definition of the basic requirements for the information system for the support of the educational process: the possibility of studying disciplines at several levels of development, which is essential for the implementation of the concept of individual educational technologies; filling the system with holistic educational content that takes into account interdisciplinary connections and the logical sequence of the presentation of the material, its practical orientation; a wide range of mechanisms (indicators) that determine the quality of learning of educational material and the dynamics of the formation of competencies, based on the impulse (clip, fragmented) transfer of knowledge; the presence of constant, maximally informative feedback that allows the teacher to respond promptly to the process and results of students’ work by changing the ways of presenting the material and its content; possibility of communication between all participants of the educational process; increasing motivation and involvement of students by providing a comprehensive mechanism of immersion in the educational process using elements of gamification, activation of reflexive processes, social interaction, intersection with “live practice”. Conclusion. The work carried out made it possible to identify some ways of developing the capacity of existing information systems for supporting the educational process of the university to build individual educational trajectories of students and the formation of “competencies of the future”.

Keywords: information support system, digital educational technologies, education of the future, competencies of the future, individual educational trajectories, modeling, E-Learning, human capital