Features of the formation of the fundamentals of industrial engineering at an engineering and technical university

Abstract

In the process of forming the elements of industrial engineering, practical classes in physics at a technical university play a significant role. A rational selection of the tasks under consideration determines the level of mastery of educational material and influences the potential capabilities of future engineers. Solving standard, frontal, cognitive and multi-level problems contributes to an in-depth understanding of the material and the development of practical skills and competencies among students. The process of solving physical problems with applied technical content motivates students to innovate, develops creativity and practical interest in scientific and seminar research. Combining different teaching methods develops problem-solving skills and contributes to a more complete mastery of the training program.