基于口袋实验箱的单片机课程教学改革

本文分析了新工程教育对单片机教学提出的新要求,归纳总结了当前单片机课程教学中存在若干问题,提出了相应的单片机教学改革方案。改革方案将单片机课程分为两个阶段,大一级开设第一阶段课程,使学生提前认知单片机。另外,用人手一个的口袋实验箱替代传统实验箱,将课堂理论教学和实验教学有机融合,解决了实验室资源紧张、设备维护成本高、理论教学与实验教学不同步等问题。经过三年的实施验证,证明了该改革方案对提高学生的知识掌握程度、应用实践能力成效显著。

Research on the Teaching Method Reform of Single Chip Microcomputer Courses Based on Pocket Experiment Box

This paper presents a single chip microcomputer teaching reform scheme after analyzing and summarizing the new requirements of new paradigm for engineering education for single chip microcomputer teaching and some problems existing in the current single chip microcomputer teaching. The single chip microcomputer courses are divided into two stages in the proposed reform plan. The first stage course is opened at the freshman level to enable students to understand MCU in advance. In addition, a pocket experiment box with one hand is used to replace the traditional experiment box, which organically integrates the classroom theoretical teaching and experimental teaching. The solution solves the problems such as the shortage of laboratory resources, the high cost of equipment maintenance, and the non-synchronization between theoretical teaching and experimental teaching. After three years of implementation, it is proved that the reform scheme has achieved remarkable results in improving students'' knowledge mastery and application practice ability.