Reform of Air Pollution Control Engineering Based on Mutual Promotion of Scientific Research, Teaching and Independent Innovation

Chang Jingcai, Ruihong Wang, Peng-fei Wang, Haixia Zhao, Pu Wang, Chunyuan Ma
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引用次数: 1

Abstract

Air pollution engineering is a core course for environmental engineering, covering many contents such as emissions control policy, transformation processes, environmental hazards and control technologies. Aiming to the existing teaching problems of air pollution control engineering course including falling behind the development of Double Top-Class construction and other disciplines retardant teaching content, lagging hot contents of the study, and weak context awareness, an improved scheme was proposed, namely, reform of Air Pollution Control Engineering based on mutual promotion of scientific research, teaching and independent innovation. The research and practice were carried out from three aspects of teaching, learning and practice method. Thus formed the teaching reform concept of "mixed full-time and part-time teaching team, learning process with time and space virtual and real extension, and integration and sharing practice resource". The result from this way was fairly close to the goal of "knowledge inheritance and innovation, subject advantage accumulation, social demand embodiment, and senior talent training", improving the teaching quality of the course and achieving good teaching.
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基于科研、教学与自主创新相互促进的大气污染控制工程改革
大气污染工程是环境工程专业的一门核心课程,涵盖了排放控制政策、转化过程、环境危害及控制技术等内容。针对大气污染控制工程课程目前存在的“双一流”建设滞后等学科教学内容滞后、热点研究内容滞后、情境意识不强等教学问题,提出了科研、教学、自主创新相互促进的大气污染控制工程课程改革方案。从教学、学习和实践方法三个方面进行研究和实践。从而形成了“专职与兼职混合教学团队,学习过程具有时空虚实延伸,实践资源整合共享”的教学改革理念。这样做的结果比较接近“知识传承创新、学科优势积累、社会需求体现、高级人才培养”的目标,提高了课程教学质量,实现了良好的教学效果。
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