首页|基于EtherCAT的微处理器与接口技术课程教改探索

基于EtherCAT的微处理器与接口技术课程教改探索

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随着新一代信息技术的快速发展,传统产业迫切需要大量具备信息化能力的专业人才.然而,高校在培养人才的过程中存在传统专业课与新技术结合不足的问题.探索了一种将工业互联网技术融入电子信息类专业核心课程微处理器与接口技术的教学方法.在教学上,通过在抽象知识点之间合理搭配工业互联网相关的科普知识、借助思维导图为学生梳理知识点之间的关系、利用课余时间安排慕课资源进行学习等手段,进行教学探索尝试.在实践环节中,通过引入EtherCAT通信协议,让学生掌握使用微处理器接入工业互联网的技术.通过教学和实践验证,学生们不仅加深了对工业互联网的认识,同时还提升了使用微处理器进行编程实践的工程应用能力.
Exploration of Teaching Reform for the Course of Microprocessor and Interface Technology Based on EtherCAT
With the rapid development of the new information technology, traditional industries urgently need a large number of professional staff with information technology capabilities. However, it is insufficient for universities to inte-grate traditional professional courses and new technologies. A teaching method that integrates industrial internet tech-nology into the core course of microprocessor and interface technology for electronic information majors are explored. In terms of teaching, teaching exploration is made by reasonably combining abstract knowledge with popular science knowledge related to industrial internet, using mind maps to sort out the relationship among knowledge points for stu-dents, and arranging MOOC resources for learning in spare time. In the practical stage, by introducing the EtherCAT communication protocol, students can master the technology of using microprocessors to connect to the industrial in-ternet. Through teaching and practical verification, students not only understand the industrial internet, but also im-prove their engineering application ability to use microprocessors for programming practices.

teaching reformindustrial internetEtherCATmicroprocessor and interface technology

赵宗民、厉夫兵、沈冰夏

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北京信息科技大学,北京102206

教学改革 工业互联网 EtherCAT 微处理器与接口技术

北京信息科技大学2022年教改项目

2022JGYB17

2024

电子质量
中国电子质量管理协会 信产部五所

电子质量

影响因子:0.146
ISSN:1003-0107
年,卷(期):2024.(7)