The problem and the aim of the study. The transformation of the educational environment identified the following development priorities for the didactic system: support for lifelong learning; personal orientation and taking into consideration the individual students’ personality structure; use of digital technologies to provide training of the sought-after professionals of the future. The authors propose to implement these requirements with the means and capabilities of modern information technologies that maximally take into account the characteristics of personification. Research methods. Theoretical and methodological analysis and generalization of fundamental scientific works on the research problem, processing of test results, problem solving, student’s choice (digital technology, appropriate software, functionality, sequence of tasks) were applied. The pedagogical experiment was attended by 101 students (35% of girls and 65% of boys) of the Law Institute of Vyatka State University of Kirov, Russia. The Fisher's criterion (angular transformation) was used as a statistical processing method. Results. The essence of the concepts "personal educational trajectory", "personal educational route" has been clarified. The challenges associated with the digital educational environment and a focus on training of the required professionals of the future were taken into account. The problems of personalization of learning (awareness of choice, determination of characteristic factors of the educational model, gradation of the task system) are identified, the content of which is described from the standpoint of the formal scheme of information interaction. An example of designing a personalized educational model is presented by studying the technology of processing spreadsheets (a system of educational problems that guide the trajectory of cognitive performance). At the control stage of the experiment, statistically significant differences were revealed between the experimental and control groups in terms of the level of formation of digital skills and skills that are in demand in the information society (φcrit=1.64<φemp=2.492). Conclusion. Work with digital technologies offers the opportunity to take into account the orientation of the modern educational space towards personalization, the continuity of learning due to the implementation of the described formal scheme of information interaction between a teacher and a student in educational and cognitive activities; designing a differentiated system of tasks; supporting the student's informed choice; social and professional orientation of action.

The problem and the aim of the study. One of the priorities of the modern school is informatization and individualization of education. Its implementation can be facilitated by the e-portfolio as a tool for evaluating students’ individual educational results, optimizing work with information, and supporting the design of a non-linear structure for presenting materials. The purpose of the research is to study the possibilities of using the interactive multifunctional cloud portfolio for implementing individual educational routes for students in the course of project activities. Research methods. The methodology is based on the analysis of the didactic potential of the e-portfolio technology, support for UNESCO initiatives, state education development programs. The analysis and synthesis of literature on the problem of using interactive tools in the digital school, processing of test results and electronic content of the portfolio are applied. The experiment involved 52 students of classes 5-10, who study at gymnasium in Kirovo-Chepetsk (Russian Federation). The designed portfolio was implemented in the environment of the Unified Regional Information System for Education of the Kirov Region. Pearson's chi-squared test (χ2 ) was used for statistical data processing. Results. The model of the interactive multifunctional cloud portfolio was developed, which determines its structure, including the sections "My individual educational route", "My lessons", "My studios", "My affairs". The implementation of the model in the unified regional information system made it possible to change the nature of the interaction between participants of educational relations in the experimental group; improve the quality of the provision of services in electronic form; determine priority areas for development for each student, etc. Statistically significant differences in qualitative changes in the pedagogical system were revealed (χ2 = 9.302; p < 0.05). In conclusion, the features of using the proposed portfolio model are described: the principles of the unity of education and upbringing, individualization, variability, reflection and cooperation, etc. The difficulties of the proposed innovations are formulated: the need to clearly define the didactic functions of the projected portfolio; the problem of choosing digital tools; accuracy of task formulation, etc. Keywords: digitalization of education, individualization of education, e-portfolio, cloud technology, project, unified regional information system

Problem statement . One of the priorities of the modern school is informatization and individualization of education. The implementation of these tasks can be facilitated by an electronic portfolio as a means for evaluating the individual educational results of students, optimizing work with information, and supporting the design of a non-linear structure for presenting materials in different formats. The research is aimed at studying the possibilities of an interactive multifunctional cloud portfolio for the individualization of education in a primary school. Methodology . Theoretical and methodological analysis and generalization of legal acts, literature on the application of information and communication technologies in education, processing of test results and electronic content of the portfolio are applied. Experimental work was carried out on the basis of Gymnasium No. 1 in Kirovo-Chepetsk. The experiment involved 52 students from grades 5-10 (girls - 52%, boys - 48%). Pearson’s chi-squared test for statistical data processing was used. Results . A model of an interactive multifunctional cloud portfolio has been developed for the individualization of education in a primary school. This model determines the structure of an interactive multifunctional cloud portfolio, including the sections “My individual educational route” (personal development of the student), “My lessons” (class activities), “My studios” (extracurricular activities), “My affairs” (educational work). The Google Classroom service was used to implement the model. Statistically significant differences in qualitative changes in the pedagogical system were revealed. Conclusion . The possibilities of an interactive multifunctional cloud portfolio for the individualization of education in a primary school are summarized: changing the nature of interaction between participants in educational relations; formation of universal educational activities, communication skills; personal development of students, etc.

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