THE IMPORTANCE OF E-LEARNING IN TEACHING ENGINEERING SUBJECTS

Abstract

The article examines the importance of e-learning in teaching engineering subjects within pedagogical higher education. Engineering education requires not only the acquisition of theoretical knowledge but also the development of practical, analytical, technological, and problem-solving competencies. In this context, e-learning creates new opportunities for organizing the educational process through digital platforms, virtual laboratories, multimedia resources, simulation tools, online assessment systems, and interactive communication environments. The use of e-learning in engineering subjects helps students understand complex technical concepts more clearly, visualize processes that are difficult to demonstrate in traditional classrooms, and strengthen independent learning skills. The article emphasizes that digital educational technologies can increase the effectiveness of engineering instruction by connecting theory with practice, supporting differentiated learning, and improving students’ motivation. Special attention is paid to the relevance of e-learning for pedagogical universities, where future teachers must acquire both engineering-related knowledge and the ability to apply digital teaching methods in their future professional activity. The study also highlights the need for methodological support, teacher digital competence, high-quality electronic resources, and systematic integration of e-learning tools into curricula. It is concluded that e-learning is not a replacement for traditional teaching but an important pedagogical mechanism that enriches engineering education, expands access to learning materials, and improves the quality of professional training.