摘要
为实现创新创业教育与实验教学深度融合,提出了基于创新创业能力培养的微处理器与微控制器实验教学体系。从构建先进开放的实验平台、丰富实验教学内容、创新实验教学方法、优化实验教学考核机制及完善实验教学评价体系五个方面开展实验教学改革。实践证明,实验教学改革能够充分调动学生的主动性和创造性,增强学生的工程实践能力和创新能力。
In order to realize the deep integration of innovation and entrepreneurship education and experimental teaching,a microprocessor and microcontroller experimental teaching system based on innovation and entrepreneurship ability is proposed.The reform of experimental teaching is carried out through five aspects:building advanced and open experimental platform,enriching experimental teaching content,innovating experimental teaching method,optimizing experimental teaching assessment mechanism and perfecting experimental teaching evaluation system.Practice has proved that this kind of reform can fully mobilize students'initiative and creativity,and enhance students'engineering practice ability and innovation ability.
作者
李云路
张清勇
杨扬
王伊琳
Li Yunlu;Zhang Qingyong;Yang Yang;Wang Yilin(College of Automation,Wuhan University of Technology,Wuhan,430070,China)
出处
《中国现代教育装备》
2024年第1期186-189,共4页
China Modern Educational Equipment
基金
2021年武汉理工大学教学改革与研究项目。
关键词
创新创业
实验教学
工程实践能力
创新能力
innovative under taking
experiment teaching
engineering practice ability
innovation ability