能源化工节能原理与技术课程改革探索与实践OA

Energy serves as a crucial driver of social development.The development of new energy sources is as important as energy conservation.Principle and Technology of Energy Conservation in Energy Chemical Processes is a core course for the specialty of energy chemical engineering,and its teaching quality directly impacts the development of specialty talents.To address the shortcomings of traditional teaching methods and align with the course characteristics,the teaching team at Beijing University of Chemical Technology has implemented systematic reforms across the following five key dimensions:strengthening ideological and political education in the curriculum,innovating the course content system,diversifying classroom teaching methods and approaches,enriching practical teaching activities,and implementing a multi-faceted teaching evaluation system.Through comprehensive reforms in teaching content,methods,and evaluation systems,the learning efficiency and knowledge application capabilities of students have been significantly enhanced.In subsequent graduation projects,students have demonstrated the ability to systematically incorporate energy-saving considerations into process designs,proposing scientific,energy-efficient,and high-performance solutions.These outcomes strongly support the attainment of graduation requirement indicators and contribute to the realization of educational objectives of the specialty.The reform experience of this course can provide theoretical insights and practical references for institutions that have already established or plan to establish similar courses.