THE ROLE OF ENGINEERING PHYSICS IN TRAINING MODERN ENGINEERS
Keywords:
engineering physics, modern engineer, engineering education, technical thinking, analytical thinking, modeling, experiment, innovative activity, professional competence, fundamental discipline.Abstract
This article analyzes the theoretical and practical significance of engineering physics in the training of modern engineers. The study highlights the role of engineering physics in shaping the scientific worldview of future specialists, developing technical thinking, understanding complex processes through physical laws, and establishing a scientific approach to solving engineering problems. It is also argued that through this discipline students acquire skills in analytical thinking, modeling, experimentation, analysis of measurement results, and finding physically grounded solutions to practical problems. The article shows that engineering physics, as a fundamental component of engineering education, contributes to mastering modern technologies, preparing for innovative activity, and developing professional competencies. The findings of the study may contribute to improving the methodology of teaching engineering physics and to a deeper understanding of its importance in professional education.
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