摘要
针对安徽科技学院《光电探测与信号处理》课程在教学过程中出现的问题,基于CDIO模式对该课程的教学内容和教学模式分别进行优化和创新。实践结果表明:优化后的教学内容进一步激发了学生的学习兴趣,创新后的教学模式进一步提高学生的工程能力。总之,通过上述优化与创新,能让学生真正地融入到课堂教学和课程实践中去,从而该课程的教学质量也有显著的改善。
Due to the problems originating from the Photoelectric Detection and Signal Processing course in Anhui Science and Technology University, makes some optimization and innovation on its teaching content and teaching mode based on CDIO mode, respectively. The practical results indicate that the students＇ interest in learning are further intrigued by the refined teaching content and the students＇ engineering ability are further improved by the innovated teaching mode. In brief, students can truly integrate into the classroom teaching and course practice through the above optimization and innovation, giving rise to the teaching quality of the course can be also significantly improved.
作者
左绪忠
何恩节
秦炎福
官邦贵
高海涛
ZUO Xu-zhong,HE En-jie,QIN Yan-fu,GUAN Bang-gui,GAO Hai-tao(College of Electrical and Electronic Engineering,Anhui Science and Technology University,Fengyang 23310)
出处
《现代计算机》
2018年第9期63-66,共4页
Modern Computer
基金
安徽省精品资源共享课程(No.2016gxx037)
安徽科技学院校级特色专业:光电信息科学与工程(No.xj201508)
安徽科技学院教学研究项目(No.X2017062)
安徽省质量工程项目(No.2016ckjh064)
安徽省教学研究项目(No.2015jyxm266)
关键词
光电探测与信号处理
教学内容
教学模式
CDIO
Photoelectric Detectionand Signal Processing
Teaching Content
Teaching Mode
CDIO
