数字赋能“化工环保”课程特色的环境工程设备课程教学内容及教学方法改革研究
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DOI:10.19980/j.CN23-1593/G4.2026.13.031
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中图分类号：G642
文献标志码:A
文章编号:2096-000X(2026)13-0137-04
Abstract: Environmental Engineering Equipment is a professional course for environmental engineering students, and its purpose is to cultivate students' engineering design and application ability. In terms of curriculum, the environmental engineering equipment course takes over the university physics, principles of environmental engineering and other professional basic courses, and connects with the environmental construction, environmental economics and other professional courses, as well as production internship, graduation internship and other practical courses, so it has a transitional role of carrying on and starting from the next. At present, there are few teaching materials for this course in the market, and the contents of the lectures mainly focus on materials, mechanical properties, containers and mechanical transmission equipment, etc., which are not in line with the difficult treatment of chemical wastewater and waste gas in the actual production; in addition, the traditional lectures can not strengthen the empathy of the students, and deepen the understanding of the engineering examples of the equipment. In order to solve the above problems, need to create a new teaching content of Environmental Engineering Equipment with the characteristics of "chemical and environmental protection" in the teaching content; in the teaching mode, we combine the traditional teaching content with digital teaching, and design a flipped classroom and an example classroom. This will lay a solid foundation for the cultivation of senior environmental protection talents with interdisciplinary knowledge, cross-industry experience and broad vision, and mastery of high-tech or advanced technology.
Keywords: digital empowered; Chemical Engineering Environmental Protection; teaching models; teaching reform; Environmental Engineering Equipment
近年来，各国政府和社会各界都积极投入到环保工作中，各种新型污染治理技术被用于环境污染治理，因而在水污染、大气污染、土壤污染、固体废物及噪声污染控制等方面取得了长足进展[1-2]。（剩余7269字）