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An Exploration of Teaching Methods of Combining Teaching and Research of the Power Machinery Measurement Technology Course

Kun Yang

Abstract


With the development of modern science and technology, the Thermal Energy and Power Engineering major has provided important basic knowledge for the innovation of social productive relations and the structure of productive forces. It can be said that the Thermal Energy and Power Engineering major is a vigorously developing professional discipline. As the professional basic course of Thermal Energy and Power Engineering major, the content and teaching methods of Power Machinery Measurement Technology make contributes to cultivating high-quality talents of power machinery with outstanding engineering experience and innovation capabilities. This article is a discussion of the importance and necessity of combining the teaching of the Power Machinery Measurement Technology course with scientific research. It points out the problems faced by the optimization and innovation of teaching methods, discusses the right measures, and proposes a new teaching method combining curriculum teaching and scientific research to fundamentally improve the quality of teaching.

Keywords


Power Machinery Measurement Technology; Curriculum Teaching; Integration of Theories and Scientific Research; Teaching Methods

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References


[1] Zengcai Mi. Teaching reform and practice of "inorganic material factory design and machinery" course based on the training of applied talents. Shandong Chemical Industry 2018; 4715: 153-154+ 156.

[2] Chenghua Fu, Huanmin Zhang, Xiaohui Liu, et al. The optimal design of the "trinity" teaching plan based on the characteristics of the course———taking "engineering hydrology" as an example. Education Teaching Forum 2018; 32: 85-87

[3] Jinzheng Zhang. Innovative reform and practice in teaching of basic courses of mechanical manufacturing technology. Curriculum Education Research 2016; 36: 198-199.

[4] Aizuo Liu, Zeng Wen, Nannan Zhao. Curriculum system construction and teaching reform of "the principles of steam turbines and gas turbines". Contemporary Educational Practice and Teaching Research 2016; 01: 215-216.

[5] Jun Chen. Problems and countermeasures in the course teaching of "impeller machinery". Science and Technology Innovation Guide 2016; 1320: 161-162.

[6] Wei Li, Chen Jian, Zhigang Zhang, et al. The Application of seminar teaching method in the course of dynamic mechanical strength for energy majors. Science Teaching Journal (Early Issue) 2017; 05: 152-153. [7] Fengxian Xin, Junqing Gong, Xiaohong Wu, et al. Reform and practice of teaching innovation of "engineering mechanics" based on cultivating practical ability. Science and Education Wenhui (Late Journal) 2018; 12: 58-60.

[8] Longchuan Guo, Kexin Zhu, Mengqi Zhuang, et al. Application of actual system parameter model in the teaching of control theory courses. Education Modernization 2019; 627: 137-139.

[9] Guowei Zhao. Research on the application of innovative design courses in mechanical specialty courses in higher vocational colleges. Internal Combustion Engine and Accessories 2019; 13: 289-290.

[10] Maogong Wang. On applying modern teaching methods in mechanical teaching. Times Agricultural Machinery 2019; 4605: 98-99+ 104.

[11] Gangzhi Tang, Zongyu Li, Shuaibin Wang, et al. Practical exploration of setting up dynamic machinery simulation courses for the energy and power engineering major at chongqing jiaotong university. Research and practice of innovation and entrepreneurship theory 2020; 304: 74-75.

[12] Jun Wang. Research on teaching system reform of marine engineering undergraduate professional courses in marine universities. Education Teaching Forum 2014; 37: 36-37.




DOI: http://dx.doi.org/10.18686/ahe.v4i3.2047

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