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基于项目驱动的单片机教学与实验改革实践

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针对传统单片机教学存在的问题,本研究构建了基于项目驱动的单片机实验教学系统,将工程项目按知识点类别拆分成不同模块,并通过Proteus仿真作业和实验项目共同完成,解决了理论教学和实验教学相脱节的问题。实验教学中采用实验项目逐层调用的方式实现工程项目的整体功能,降低了实验难度,使学生在实验过程中逐步掌握了解决复杂工程问题的基本方法。实践结果表明,该教学改革有利于培养学生的设计开发能力和动手能力,提高学生分析问题、解决问题的能力。
Practice of Project Driven Teaching and Experimental Reform in Single Chip Microcomputer
In response to the problems existing in traditional microcontroller teaching,this study constructs a project-based microcontroller experimental teaching system,which divides engineering projects into different modules according to knowledge point categories,and completes them together through Proteus simulation assignments and experimental projects,solving the problem of the disconnect between theoretical teaching and practical teaching.In experimental teaching,the overall function of engineering projects is achieved by calling experimental projects layer by layer,which reduces the difficulty of experiments and gradually enables students to master the basic methods of solving complex engineering problems during the experimental process.The practical results show that this teaching reform is conducive to cultivating students'design and development abilities and practical skills,and improving their ability to analyze and solve problems.

MCU teachingproject-drivenProteus simulationmodularity of project

张先庭、陈琼、张帆

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南昌航空大学信息工程学院 江西 南昌 330063

单片机教学 项目驱动 Proteus仿真 项目模块化

2024

科教导刊
湖北省科学技术协会

科教导刊

影响因子:0.225
ISSN:1674-6813
年,卷(期):2024.(31)