摘要
根据教学实践,总结了引入国际著名半导体器件公司的技术平台与设计支持,以电子设计竞赛的方式来开展硬件课程设计的实施步骤及教学时间安排,并通过波形发生器项目及其多种实现方案的介绍,阐述了开发具有可扩展空间的设计项目的必要性。实践结果表明,这种形式的课程设计对培养学生的自学能力、分析能力、实践能力、创新意识和协作精神效果显著,同时该方法对其他实践教学也具有一定的借鉴作用。
According to the teaching practice, the teaching steps and arrangements of hardware course design are developed by the way of electronic design competition with the support of technology platform from the famous semiconductor companies in the world. And the necessity of developing some design projects on extendable space is discussed through introducing the waveform generator project and its various implementations. The result shows that this method has important effect on cultivating students abilities of autonomous learning, analyzing, practicing as well as their awareness of innovation and cooperation. Meanwhile, this method can also be used as a reference for other practical teaching.
出处
《实验技术与管理》
CAS
北大核心
2012年第9期129-131,共3页
Experimental Technology and Management
关键词
硬件课程设计
教学改革
电子设计竞赛
波形发生器
hardware course design
teaching reform
electronic design competition
waveform generator
