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Under the background of the continuous improvement of China’s economic development level, China’s navigation industry has also shown a rapid development trend, and the modern Marine engineering has put forward high requirements for the professional level of engineering and technical personnel. For the majors of shipbuilding and Marine engineering, in order to strengthen the quality of professional teaching, it is necessary to implement the integrated practical teaching of “production, learning, innovation and application”, so as to cultivate more highquality applied technical talents. Based on this, this paper mainly analyzes the integrated practical teaching of “production, learning, innovation, application” in shipbuilding and Marine engineering majors, and hopes to provide reference for relevant people.
Marine and ocean engineering; “Production; learning, innovation and use”; Inte-gration; Practical teaching
[1] Xu W, Li N, Zhou L. Research on university mathematics teaching model adapted to the background of new engi-neering disciplines—taking naval architecture and ocean engineering and environmental science and engineering as examples. J High Educ. 2021, 7(S1):105-107+112.
[2] Wang H, Yang X. Research on the teaching reform of undergraduate graduation design (thesis) in naval architecture and ocean engineering under the background of new engineering education. Mod Vocat Educ. 2020(22):186-187.
[3] Chen Z, Yan J, Yuan J, et al. Reform and innovation of production internship teaching model in naval architecture and ocean engineering. Educ Teach Forum. 2020(18):275-276.
[4] Sun S. Research on teaching innovation of naval architecture and ocean engineering under the strategy of building a maritime power. Educ Teach Forum. 2019(47):107-108.
[5] Sun S, Chen L. A proposal to integrate CFD technology into the basic teaching of naval architecture and ocean engineering. New Course Res. 2019(17):39-40.
[6] Lou M, Chen J. Construction of a practical teaching system for master's students in naval architecture and ocean engineering with marine petroleum characteristics. Nav Archit Ocean Eng. 2016, 45(06):141-143.
[7] Hao N. A brief discussion on the teaching reform of computational structural mechanics course for the naval architecture and ocean engineering major in independent colleges. Knowl Repos. 2016(15):167+173.
[8] Hu J, Xie R, Du X, Liao H. Construction of practical teaching system for naval architecture and ocean engineering under CDIO model. Mod Vocat Educ. 2016(19):148-149.
Research on the Practical Teaching System of “Production, Learning, Innovation and Application” in Shipbuilding and Marine Engineering Major
How to cite this paper: Aixia Cao, Youwei Du, Ruiying Shao, Hongyuan Sun, Xinyuan Zhou. (2026). Research on the Practical Teaching System of “Production, Learning, Innovation and Application” in Shipbuilding and Marine Engineering Major. Progress in Marine Engineering and Technology, 1(1), 25-28.
DOI: http://dx.doi.org/10.26855/pmet.2026.06.005