文献类型：期刊文献

中文题名：新工科背景下微机原理及应用课程实验装置开发

英文题名：Development of Experimental Device for the Course Microcomputer Principles and Applications under the Background of the New Engineering

作者：吴清[1];陈欣[1];余醉仙[1]

机构：[1]华东理工大学机械与动力工程学院,上海200237

年份：2021

期号：11

起止页码：44

中文期刊名：中国现代教育装备

外文期刊名：China Modern Educational Equipment

基金：华东理工大学机械与动力工程学院2019年本科教育教学改革研究项目“机械与动力工程学院独立综合实验课程建设”(编号:2019JT12)。

语种：中文

中文关键词：新工科;微机原理及应用;实验装置;“随身带51单片机实验组合模块”

外文关键词：the new engineering;microcomputer principles and applications;experimental device;"carry-on 51 single chip microcomputer experimental combination module"

摘要：在新工科背景下,针对原有微机原理及应用课程实验装置的不足,开发了体积小、成本低、易于使用的“随身带51单片机实验组合模块”。通过保留基本实验功能,结合Keil UV2开发环境和USB通讯拓展,使“随身带51单片机实验组合模块”体积缩至口袋大小,便携易用,解决实验地点、实验室开放等问题,为“翻转课堂”提供实验保障。学生可参与新的实验装置制作,提高了学习信心和兴趣。通过数字孪生虚实结合的手段,使简易的“随身带51单片机实验组合模块”能够实现复杂的功能,培养学生工程实践能力。
Under the background of the new engineering,the small,low cost and easy-to-use "Carry-on 51 single chip microcomputer experimental combination module" was developed to overcome the insufficiency of the original experimental device of the "Microcomputer Principles and Applications" course.By retaining the basic experimental functions,combined with the Keil UV2 environment and USB communication expansion,the "Carry-on 51 single chip microcomputer experimental combination module" was reduced to the size of a pocket and was portable and easy to use,which solved the problems of experimental locations and laboratory opening and provided experimental guarantee for "flipped classroom".Students participated in the production of the new experimental device,which improved their confidence and interest in learning.Through digital twin virtual reality integration,the simple "Carry-on 51 single chip microcomputer experimental combination module" realized complex functions and students′ engineering practice abilities were cultivated.