大学物理《电磁学与光学》中工程教育的融入研究

为适应现代社会对工程技术人才的更高要求,高教领域理论基础课程也迫切需要面向现代工程教育的教学改革和实践。大学物理是一切工程技术的理论基础,为了让学生在今后的实践工作中能够更好地将理论知识融汇到其中去,在大学物理《电磁学与光学》的授课时,作者将一些成功的工程技术相关案例作为素材融入到其中,增加了学生对基础知识的巩固,建立完整链条的物理模型及实际应用,强化了学生工程实践和科技创新意识,达到在大学物理课堂教学中工程实践和科技创新意识培养的要求。

In order to meet the higher requirements of engineering and technical talents in modem society, the higher education theoretical foundation course also urgently need to be geared to teaching reform and practicing of modem engineering education. Physics is the theoretical foundation of all engineering technology. In order to guide students to combine theory with practice, the au-thor adds some successful engineering cases as course material into the course ＂Electromagnetics and Optics＂, which consolidates the basic knowledge of students, establishes a complete chain of physical model and practical application, strengthens the students^ engi-neering practice and innovation awareness, and thus meet the requirements of developing the engineering practice and innovation con-sciousness of science and technology in the classroom of college physics.