The Use of Interactive Technologies for Developing Scientific Competencies in Distance Learning Environments

Abstract

The study is devoted to revealing the theoretical foundations and substantiating the feasibility of using interactive technologies for the formation of scientific competencies in distance learning. The purpose of the study is to reveal the theoretical foundations and substantiating the feasibility of using interactive technologies for the formation of scientific competencies in distance learning. The research methods are the analysis and synthesis of scientific literature, as well as a comparative analysis of modern approaches to organizing the distance educational process. Particular attention is paid to interactive technologies, such as virtual and augmented reality, tools for joint problem solving, video conferencing and game methods. The results of the study showed that interactive technologies, such as virtual and augmented reality, collaborative problem-solving platforms, video conferencing, and gaming methods, open up new opportunities to improve the efficiency of the educational process, actively engage students, and develop their intrinsic motivation. In addition, the use of interactive technologies contributes to the development of key components of scientific competencies, including critical thinking, data management, communication skills, research and conclusion-making. Traditional learning is mostly focused on the reproductive acquisition of knowledge, while interactive learning focuses on the active participation of students, stimulates their intrinsic motivation and supports collaborative activities. It is noted that, despite the advantages, there are practical and scientific challenges associated with technical limitations, lack of systematic teacher training, and the need to develop effective models for implementing interactive technologies in distance learning. Conclusion. Interactive technologies in distance learning are a promising approach to the formation of scientific competencies. They activate cognitive processes, contribute to the development of research skills and increase the efficiency of the educational process. To realize their potential, it is necessary to provide high-quality technical support and systematic training of teachers.