TECHNOLOGY-ENHANCED METHODOLOGY FOR DEVELOPING PRACTICAL RESEARCH COMPETENCIES OF ENGINEERING STUDENTS

Abstract

The rapid digital transformation of higher technical education has significantly increased the demand for engineering graduates who possess not only strong theoretical knowledge but also advanced practical research competencies. Modern industrial and technological environments require engineering students to be capable of problem identification, experimental design, digital modeling, data interpretation, and evidence-based decision-making.

This study explores a technology-enhanced methodology for developing practical research competencies of engineering students within a digital project-based learning environment. The proposed methodological framework integrates project-based learning, virtual laboratories, simulation tools, computer-aided design systems, and digital assessment mechanisms to support competency-oriented engineering education.

The study presents the structural components of the methodology, including motivational, cognitive, operational, digital-analytical, and reflective dimensions. Particular attention is given to the implementation of digital project tasks in engineering disciplines, enabling students to conduct practical investigations, prototype solutions, and evaluate engineering performance through virtual experimentation. The findings suggest that the integration of digital project technologies significantly improves students’ research readiness, analytical thinking, and applied problem-solving abilities. The proposed methodology can be effectively implemented in higher technical education institutions to strengthen engineering students’ professional and research competence.