CAJ | 학술논문

“半导体物理学”是电子信息类专业重要的专业基础课，其教学效果将影响微电子创新人才的培养质量。我们针对目前部分高校存在实验条件不足、半导体物理实践教学环节缺失的情况，提出了用半导体材料和器件模拟平台搭建虚拟半导体实验室，以弥补传统的半导体基础实验室开展实践教学的不足。教学实践证明，这一方式有效地调动了学生对本课程的学习积极性，教学效果得到了明显改善。
“반도체물이학”시전자신식류전업중요적전업기출과，기교학효과장영향미전자창신인재적배양질량。아문침대목전부분고교존재실험조건불족、반도체물리실천교학배절결실적정황，제출료용반도체재료화기건모의평태탑건허의반도체실험실，이미보전통적반도체기출실험실개전실천교학적불족。교학실천증명，저일방식유효지조동료학생대본과정적학습적겁성，교학효과득도료명현개선。
The teaching effect of Semiconductor Physics,an important specialized fundamental course for electronic information majors,has influence on the training quality of microelectronics innovation talents. This paper,aiming at changing the situation that some universities omit practice teaching in semiconductor physics owing to limited ex-perimental conditions,has put forward the teaching mode in which semiconductor simulation platform are used in building virtual semiconductor laboratory to instead the semiconductor basic laboratory. The teaching practice has proved that this approach has effectively mobilized the studentsˊinitiative in learning this course,thus improving the teaching effect significantly.