摘要
EDA技术是一门实践性很强的专业课程,但实际教学中偏理论轻实践,更谈不上工程实践能力的培养。构建"以基本实践教学为主体、知识技能为拓展、工程实践应用为发展"的工程实践创新机制,形成实验和实训相结合、教学和竞赛相结合、面向工程应用的多层次工程实践教学模式。该模式能培养学生职业技能和工程素质,适合高职EDA技术实践教学,实践证明教学效果显著。
EDA(Electronic Design Automation) technology is a practically specialized course.However,in the actual teaching process,this course is often taught theoretically rather than practically,this makes the cultivation of the engineering practice ability almost impossible.We should construct an engineering practice innovation mechanism with the basic practical teaching as the mainstay,expanding the course in the knowledge and skills and developing it into the engineering practical application to form a multilevel engineering practice teaching pattern for engineering application with the combination of experiments and practical trainings,and of teaching and competition.This pattern can cultivate vocational skills and engineering quality in the students,and is suitable for the practice teaching of EDA technology in higher vocational colleges.Besides,this teaching pattern has been proved remarkable through the practice.
出处
《电子测试》
2013年第8X期155-156,共2页
Electronic Test
基金
湖北省教育科学"十二五"规划课题<高职EDA技术创新与工程实践能力模式探索>(课题编号:2012B353)主持人:曹艳
关键词
高职
EDA技术
工程实践
职业技能
工程素质
higher vocational education
EDA technology
engineering practice
vocational skills
engineering quality