摘要
该文介绍新工科理念下高校嵌入式教学实验改革的背景,针对以工程应用型人才为培养导向的教学目标,采用低耦合模块化设计原则,设计研制一款基于国产CKS32F407ZGT6微处理器的综合性嵌入式教学实验平台,内置功能模块丰富,模块相互之间可根据实际需求灵活组合。以项目驱动为导向,设计4个层次的实验例程,由浅入深,循序渐进,为学生动手实践、系统设计、创新思维等能力的提升奠定良好的基础。
This paper introduces the background of the reform of Embedded Teaching experiment in colleges and universities under the concept of New Engineering.Aiming at the teaching goal of training engineering application talents,a comprehensive Embedded Teaching experiment platform based on domestic CKS32F407ZGT6 microprocessor is designed and developed by adopting the principle of low coupling modularization design.The built-in functional modules are rich and the modules can be flexibly combined with each other according to the actual needs.Guided by a project-driven approach,four levels of experiments were designed.These experiments progress from simple to deep,gradually laying a solid foundation for the improvement of students'abilities in hands-on practice,system design,and innovative thinking.
作者
郭晶
朱珂玮
GUO Jing;ZHU Kewei
出处
《科技创新与应用》
2024年第11期45-48,共4页
Technology Innovation and Application
