Education Innovation Practice

The article presents a comprehensive analysis of the methodological toolkit for research on language education in the Baltic States under conditions of digitalization. The expediency of using a multi-level structure of scientific inquiry, which includes theoretical-methodological, system-analytical, and generalizing-prognostic levels, is substantiated. It is proven that such a research logic ensures the integrity of the scientific strategy, consistency in studying the problem, and reliability of the obtained results. The content of the theoretical-methodological level is revealed, which involves understanding the essence of language education digitalization, forming the source base, clarifying the conceptual and terminological framework, and defining the conceptual foundations of the study. The significance of general scientific methods of analysis, synthesis, systematization, generalization, and interpretation, as well as specific scientific methods of theoretical generalization, historical-structural, comparative-historical, and terminological analysis, is determined. The system-analytical level aimed at an in-depth study of the source base, systematization of factual material, development of the periodization of language education digitalization, and comparative analysis of educational practices in Lithuania, Latvia, and Estonia is characterized. The role of the problem-search method, theoretical modeling, retrospective analysis, comparative approach, and periodization method is identified. It has been found that the generalizing-prognostic level ensures the integration of research results, the identification of leading trends in the digital transformation of language education, the formulation of practical recommendations for higher education institutions in Ukraine, and the forecasting of prospects for the field's further development. Particular attention is paid to the possibilities for adapting the Baltic States' construction experience to the Ukrainian educational space. It is concluded that the application of an integrated system of methods and scientific approaches creates a proper basis for studying digitalization of language education, makes it possible to identify patterns of its development, and determine effective directions for modernizing language training in higher education.

The article provides a theoretical analysis of the problem of implementing project activity in the educational process of primary school. The latest publications on the problem are studied and a discussion of scientists on the analysis of such categories as "project activity", "project method", "interactive interaction", "project skills and abilities" is presented. The particularities of the functioning of project activity from a psychological and pedagogical perspective are determined. It is stated that the specified activity is implemented in the course of introducing the “project method” into the educational process, which is defined by scientists in different ways: as a specific practice of teachers' work aimed at forming a certain system of intellectual and practical skills in students; as a comprehensive teaching method; as a pedagogical technology; as a learning system. It is noted that the definition of the project method as a comprehensive teaching method is based on its vision as a set of methodological techniques of a exploratory nature aimed at achieving a certain educational goal. It is stated that in the course of project activity, the project skills of primary school teachers are developed, which include the following: to carry out prospective planning of strategic, tactical and operational tasks and methods of solution; to foresee possible options for solving a system of pedagogical tasks; to outline the results that need to be achieved in the course of performing a particular work; to set and to implement the goals of independent work. It is determined that forming project activity of younger schoolchildren proceeds in several stages: first they get acquainted with a new type of activity, realizing its content; then they master it in a partial format; finally, they independently develop educational projects. The prospects for further scientific explorations are identified as a research into practical ways of implementing the project activity of younger schoolchildren by using innovative digital tools.

The article provides a theoretical substantiation of innovative approaches to the methodological training of higher education applicants in the context of current transformation processes in science and education. Based on the analysis of scientific works by Ukrainian and foreign researchers (V. Kremen, M. Kudla, O. Tsuniak, Ye. Lodatko, as well as publications indexed in Scopus and Web of Science), three interrelated vectors for improving methodological training are identified – technological, interdisciplinary, and digital – and their integrative significance for the formation of research competence of future specialists is substantiated. Unlike existing approaches that mostly consider these vectors in isolation, the author proposes a vision of their systemic interaction: the technological vector ensures the gradual mastering of research methods through practice-oriented learning; the interdisciplinary vector expands the methodological toolkit by integrating knowledge from related fields (sociology, psychology, statistics, philosophy); the digital vector adapts research activities to the realities of the digital scientific environment (use of SPSS, R, Mendeley, cloud technologies). It has been proven that the synergy of these three vectors creates conditions for the development not only of operational research skills but also of scientific thinking as a metacognitive ability that determines the specialist's readiness for innovative activity. The criteria for evaluating the effectiveness of integrating the proposed approaches (motivational-value, cognitive-operational, and reflexive-creative) are determined. The results of the study can be used to update methodological curricula, develop methodological recommendations for teachers, and design blended learning models for the research training of applicants at the second and third educational levels.

The article provides a theoretical and methodological rationale for the use of creative psychological and pedagogical technologies in teaching subject-specific methodologies of natural science disciplines in higher education. The relevance of the study is determined by the need to shift from the acquisition of reproductive knowledge to productive, inquiry-oriented, and professionally focused learning activities in the training of prospective teachers in natural science disciplines. Such activities enable students to generate ideas, formulate and test hypotheses, model natural processes, make methodologically grounded decisions, and create educational products. The aim of the article is to clarify the concept of creative psychological and pedagogical technologies, identify the features that determine their creative orientation, and substantiate the principles, conditions, and criteria for their selection and implementation in the professional training of prospective teachers of natural science disciplines. The study is theoretical and analytical in nature. The source base comprises regulatory documents, research articles, and methodological publications addressing the development of creativity, inquiry- and problem-based learning, teacher education in natural science disciplines, and the use of project-based, digital, and geoinformation tools. Analysis and synthesis, comparison, generalization, systematization, classification, pedagogical modeling, and methodological extrapolation were employed. Creative psychological and pedagogical technologies are understood as pedagogical technologies whose organization creates conditions for productive creative activity through openness to problems, variability of possible solutions, independent generation and verification of ideas, and the creation of a result that is new to the learner. Their implementation in natural science teacher education requires combining originality and variability with scientific validity, evidence-based reasoning, and verifiability. The methodological tools were systematized according to their functional purposes, distinguishing pedagogical technologies, methods, and types of activity, educational approaches, and digital tools. Psychological and pedagogical conditions and criteria for their selection were identified. The theoretical analysis provides grounds for considering problem- and inquiry-based learning, project-based learning, case-based learning, design thinking, modeling, open-ended tasks, geoinformation services, and virtual laboratories as promising tools for organizing creatively oriented learning activities of prospective teachers of natural science disciplines. Their appropriate integration may potentially contribute to the development of creative, critical, and systemic thinking, inquiry skills, and the ability to apply knowledge in non-standard educational and professional situations; however, these effects require further empirical verification. The findings may be used to develop educational programs and instructional materials for the professional training of prospective teachers in natural science disciplines.

This article examines the process of developing the diagnostic and consultative competence of speech and language therapists. The issue is particularly relevant at the present stage of special education development in Ukraine, where competency-based approaches have become central to the professional preparation of future specialists. The study establishes that diagnostic and consultative competence begins to develop during pre-service professional training at higher education institutions and continues to evolve throughout a specialist's professional career. Furthermore, each type of professional activity is accompanied by corresponding emotional responses, which are considered important indicators of successful professional development. The study employed the following research methods: theoretical analysis and synthesis, a sociological survey (questionnaire), and mathematical methods for data processing. The concepts of phase, period, and stage are theoretically distinguished. Four stages in the development of a specialist's diagnostic and consultative competence are identified. Stage I marks the initial development of this competence during professional training. Stage II involves the foundational development of diagnostic and consultative competence in novice practitioners. Stage III is characterized by the formation of an individual professional style of diagnostic and consultative practice. Stage IV represents mastery in both speech and language therapy practice and diagnostic and consultative competence. The article describes the principal characteristics of professional activity and the corresponding changes in specialists' emotional responses throughout each period of every developmental stage. A sociological survey of speech and language therapists with varying lengths of professional experience was conducted to clarify the duration of the developmental periods for diagnostic and consultative competence, as well as the characteristics of their professional activities and the associated emotional states. Physicians with different levels of professional experience also participated in the survey, as diagnostic and consultative competence is similarly essential in medical practice. A pilot study based on interviews with 18 respondents demonstrated that the development of diagnostic and consultative competence follows a sequence of stages throughout the professional careers of speech and language therapists. Each stage encompasses different forms of both cognitive and professional speech therapy activities. The study also describes changes in specialists' emotional responses—from unpleasant emotions to positive feelings of enthusiasm, satisfaction, and psychological comfort—that accompany different types of professional activity at each stage of the development of diagnostic and consultative competence.

The article examines the concept of democratic behavior skills as an integral system of personal qualities that help individuals socialize, build partnerships within society, communicate without aggression, pressure, or humiliation, resolve conflicts constructively, establish peaceful relationships, and take responsibility for their decisions. Attention is drawn to the relevance of this issue, as under the current conditions of democratic transformations in Ukrainian society, globalization processes, and information challenges, focusing on the education of young people is a strategic task of the state. Ukrainian society needs citizens who embrace democratic values, are active and responsible, respect the rule of law, think critically, hold strong civic positions, and are culturally educated. It is specified that democratic behavior skills are a component of the model of civic competencies that should be developed from primary school age. By making use of the sensitive developmental periods of younger schoolchildren, educators can lay the foundations of communication and behavioral culture, and related qualities. The educational potential of the integrated course «IEW» is analyzed, with particular emphasis on its social content strand. From Grades 1 to 4, the curriculum includes topics aimed at developing the child’s personality as an active member of society, capable of responsible behavior, partnership and cooperation, respect, tolerance, and empathy. It is emphasized that primary school students do not merely become familiar with concepts such as «citizen», «state», «rights», «responsibilities», and «accountability». Through learner-centered, activity-based approaches, they gain experience in democratic interaction across various activities. Discussions of problematic situations and collective decision-making contribute to the development of democratic behavior skills. It is emphasized that the use of practice-oriented methodologies in teaching the integrated course “I Explore the World” contributes to the development of primary education students’ conscious understanding of social processes and their ability to critically analyze information, which is particularly important for fostering democratic behavior skills. The practical significance of the study lies in the potential to apply the proposed methodological approaches to the educational activities of general secondary and higher education institutions.

The article substantiates the potential and pedagogical conditions for using loose parts to develop mathematical competence in preschool and primary school children. Loose parts are defined as natural, household, manufactured, or recycled materials with which children can engage in a variety of practical activities, including those involving mathematical content. These may include stones, sand, water, branches, leaves, seeds, shells, pieces of fabric, threads, cardboard boxes, bottle caps, containers, sticks, and other materials. It has been established that, at preschool age, the use of loose parts provides a sensory basis for developing concepts of quantity, number, shape, size, space, and patterns. In primary school, in addition to deepening this knowledge, the same materials can be used to support modeling, solving problems in several ways, testing assumptions, justifying strategies, and working with data. This enables continuity between preschool and primary education in the development of children’s mathematical competence. The potential of loose parts for developing mathematical competence in preschool and primary school children lies in the fact that they enable the practical acquisition of concepts related to number, shape, size, spatial relationships, and patterns, while stimulating the development of skills in counting, comparing, classifying, measuring, modeling, and problem-solving. Their use encourages learners’ independence, investigative activity, and the development of mathematical language. The following pedagogical conditions for using loose parts to develop mathematical competence in preschool and primary school children have been identified: ensuring the purposeful selection and diversification of materials; combining support for children’s initiative with the implementation of pedagogical intentions; and organizing mathematical reflection among preschool and primary school learners.