Teaching Reform of the Single-chip Microcomputer Curriculum based on PBL

Boyu Si, Yutong Zha, Zhonghang Wu, Lijun Hao
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引用次数: 1

Abstract

This paper has proposed a teaching reform method for the curriculum ‘Single-chip Microcomputer Applied Technology’ based on the concept of PBL. The improvement includes choosing the suitable SCM chips (MSP430), designing the pattern of the PBL class, and using the circuit simulation software, such as Proteus 8 and IAR, and MOOCs to promote students’ enthusiasm. A contrast experiment of two classes was done for one semester in the biomedical engineering major of Shanghai University of Medicine & Health Sciences. The results of the experiment showed that PBL class performed better in encouraging excellent and middle-leveled students to learn by themselves. With the help of the improved class and the different educational technological tools, the population of high-score (8010) students in the PBL class is over 50% more than the ones receive the traditional course. Keywords—single-chip microcomputer; curriculum reform; PBL; circuit simulation
基于PBL的单片机课程教学改革
本文提出了一种基于PBL理念的《单片机应用技术》课程的教学改革方法。改进包括选择合适的单片机芯片(MSP430),设计PBL课堂模式,利用Proteus 8和IAR等电路仿真软件,以及mooc来提高学生的学习积极性。对上海医药卫生大学生物医学工程专业学生进行了一学期的两班对比实验。实验结果表明,PBL课堂在鼓励优等生和中等水平学生自主学习方面表现较好。在改进后的班级和不同的教育技术工具的帮助下,PBL班的高分学生(8010)人数比传统课程的学生多50%以上。Keywords-single-chip微机;课程改革;出版广播公司;电路仿真
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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