首页|涉农高校生物质能源领域传热学课程教学改革研究

涉农高校生物质能源领域传热学课程教学改革研究

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为适应能源产业发展需求,培养能适应和引领新一轮能源科技革命和产业变革的卓越工程科技人才,本文对涉农高校生物质能源领域的必修课程传热学进行教学改革研究.针对该课程教学内容复杂、教学模式单一和考核评价方式有待优化等教学现状,结合CDIO教育理念,提出相应的教学改革措施.具体包括"线上+线下"融合,实施翻转课堂;引入CDIO教育理念,强化案例教学;以赛促学,激发学习热情;融入思政元素,增强思政觉悟;改革考核方式,加大过程性考核力度.通过具体的工程案例提高学生的课堂参与度,加强师生互动,有利于培养学生的批判性思维.为类似课程教学改革创新研究提供参考.
Research on teaching reform of Heat Transfer course in biomass energy field in agricultural universities
To meet the development needs of the energy industry and cultivate outstanding engineering and technological talents who can adapt to and lead the new round of energy technology revolution and industrial transformation,conducted teaching reform research on the compulsory course of Heat Transfer in the field of biomass energy in agricultural universities.In response to the complex teaching content,single teaching model,and need for optimization of assessment and evaluation methods in this course,combined with the CDIO educational concept,corresponding teaching reform measures were proposed.Specifically,it includes the integration of"online+offline"and the implementation of flipped classrooms;introducing CDIO educational concept and strengthening case teaching;promoting learning through competitions and stimulating enthusiasm for learning;integrating ideological and political elements to enhance ideological and political awareness;reforming the assessment method and increasing the intensity of process based assessment.Through specific engineering cases,students'classroom participation had been improved,teacher-student interaction had been strengthened,and it was conducive to cultivating students'critical thinking.Provides a reference for research on teaching reform and innovation in similar courses.

Heat Transferbiomass energybiomass materialsCDIO education

魏国强、姚业成、杨希贤、易群

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华南农业大学,广东 广州 510642

武汉工程大学,湖北 武汉 430073

传热学 生物质能源 生物质材料 CDIO教学

2024

安徽农学通报
安徽省农学会

安徽农学通报

影响因子:0.275
ISSN:1007-7731
年,卷(期):2024.30(24)