Improving the quality of Engineering education

S. V. Bakushev
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引用次数: 1

Abstract

Taking the premise that the main driving force of the economy of post-industrial society is the scientific developments of specialists with engineering education, that the basis of building a post-industrial society, its foundation, its foundation is a competent, highly educated, responsible person — a professional in his field of activity, it follows that it is necessary to educate competent creators - individuals capable of transforming society into a post-industrial one. high-performance industry, with a high share of high-tech and innovative services in GDP, with a knowledge industry. The education and training of young people in engineering sciences, and not only in engineering should become the main priority of the state’s domestic policy. Taking into account the increase in the amount of necessary knowledge from the course of the theory of elasticity — the foundation of engineering and architecture — it is proposed to organize the study of the course of the theory of elasticity in two stages: one semester theoretical and one semester practical. A student who has attended a course on the theory of elasticity in two stages and has received an exhaustive amount of knowledge will undoubtedly become a competent, knowledgeable specialist in the field of the theory of calculation and design of civil and industrial buildings and engineering structures. In conclusion, it is proposed to clarify the names of such disciplines as ‘Fundamentals of Technical Mechanics’, ‘Strength of Materials’, ‘Theory of Elasticity’.
提高工程学教育质量
后工业社会经济的主要推动力是受过工程教育的专家的科学发展,建设后工业社会的基 础是有能力、受过高等教育、有责任心的人--他所从事活动领域的专业人员。对年轻人进行工程科学方面的教育和培训,而不仅仅是工程学方面的教育和培训,应成为国家国内政策的主要优先事项。弹性理论是工程学和建筑学的基础,考虑到弹性理论课程所需的知识量的增加,建议分 两个阶段组织弹性理论课程的学习:一学期理论,一学期实践。如果学生分两个阶段学习了弹性理论课程,并掌握了详尽的知识,那么毫无疑问,他将成为民用和工业建筑及工程结构计算和设计理论领域有能力、有知识的专家。最后,建议明确 "技术力学基础"、"材料强度"、"弹性理论 "等学科的名称。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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