摘要
随着学科建设的不断发展，数字电路课程架构不仅要与先进的教育理念及现代技术相适应，还应根据数字电子技术本身知识结构的变化、以及微电子带来的器件更新，构建更加合理的教学平台，将该平台定位在提高学生的综合素质和培养学生的创新能力上。通过优化教学内容与实验手段，积极探索和逐步构建与其发展相适应的理论教学和实践教学有机结合的先进教学体系。
With the continuous development of the discipline construction, digital circuits curriculum framework not only to adapt to advanced educational philosophy and modem technology should be updated according to changes in the structure of digital electronic technology knowledge, as well as microelcctronics device, build more rcasonablethe teaching platform, the platform is positioned to improve the overall quality of students and to develop students＇ ability to innovate. By optimizing the teaching contents and experimental means, and actively explore and gradually build their development of advanced teaching system adapted to combine theory and practice teaching.
出处
《科教导刊》
2012年第30期95-95,104,共2页
The Guide Of Science & Education
基金
基金项目：吉林省孵化器科研项目
关键词
学科建设
数字电路
知识结构
教学架构
discipline construction
digital circuitry
knowledge structure
teaching architecture
