CAJ | 학술논문

为了解决微机原理课程教学中存在的老师难教，学生难学的问题，采用CDIO思想构建一个有效的一体化《微机原理及其应用》实验教学体系，在实验内容和形式的组织上，采用阶段式、层次式结构，将实验教学过程分为三个阶段、三个层次。利用Proteus ISIS和Emu8086构成微机原理虚拟实验平台，在此平台上完成微机原理实验教学，进而掌握微机原理知识点。结果表明，利用本方法进行教学，提高了学生的学习积极性，学习效率显著提高，培养了学生实践精神、创造精神。
위료해결미궤원리과정교학중존재적로사난교，학생난학적문제，채용CDIO사상구건일개유효적일체화《미궤원리급기응용》실험교학체계，재실험내용화형식적조직상，채용계단식、층차식결구，장실험교학과정분위삼개계단、삼개층차。이용Proteus ISIS화Emu8086구성미궤원리허의실험평태，재차평태상완성미궤원리실험교학，진이장악미궤원리지식점。결과표명，이용본방법진행교학，제고료학생적학습적겁성，학습효솔현저제고，배양료학생실천정신、창조정신。
In order to solve the problem of microcomputer principles teaching, CDIO idea was used to construct an effective in-tegration experimental teaching system of the course.The experiment teaching is divided into three phases and three levels. A virtual experimental platform of microcomputer principle is constructed based on Proteus ISIS and Emu 8086, students can master the principle knowledge using the platform.It is showed that students’learning initiative and efficiency is improved, and students' creative spirit and practical spirit is cultivated by the methods of teaching.