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The teaching and implementation path of mechanical foundation course from the perspective of “integration of science and practice”

Shuai Liu

Abstract


For the mechanical field of vocational education, the basic course of mechanical is a very important and complex core
subject, which contains a lot of basic knowledge and has strong practical and abstract nature, which brings challenges to teachers’ teaching
knowledge and students’ understanding. The “integrated” method of integrating practical experience into classroom learning is considered
to be an eff ective way of learning, which can promote the deep thinking of the subject and the opportunity to obtain the application skills
training in the real environment; Therefore, teachers need to explore how to apply this concept to the teaching of the most important subject
in the school, the mechanical foundation, in order to improve the quality of classroom teaching.

Keywords


“integration of science and practice”; Mechanical basic course; Paths

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References


[1] Zhixue Han. Implementation Path of “Integration of Science and Practice” Teaching in Mechanical Foundation course of secondary vocational schools [J].

Invention and Innovation: Vocational Education,2021(7):2.

[2] Cuicui Zhang. Implementation Path of “Integration of Science and Practice” Teaching in Mechanical Foundation course of secondary vocational schools [J].

Questions and Research: College Entrance Examination Edition,2020(36):2.

[3] Yeling Wei. Analysis of reform path of “Integration of Science and Practice” in secondary vocational Mechanical Basic Course [J]. China and Foreign

Exchange, 2019,027(025):15.

[4] Chen Dou. Practice Research of “Integration of Science and Practice” Teaching Mode in Mechanical basic course of secondary vocational school [J].

China Equipment Engineering,2021(11):2.




DOI: http://dx.doi.org/10.18686/modern-management-forum.v7i12.11847

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