摘要
单片机原理是汽车类专业的一门专业基础课,文章通过对该专业的教学现状进行分析,发现在实际教学过程中存在一定的问题。结合汽车专业的典型应用场景,对传统教学内容进行逻辑重构,硬件设计由易到难,实验贴合汽车应用。针对高职学生的人才培养方案中的课程进度安排,考虑到前序课程的影响,对实际教学方式进行优化,以保障教学内容不断层。调整理实课时比例,使课程教学向实验教学倾斜,探索新型教学模式,合理使用仿真软件提高线上教学效果与质量,最后采用多元化考核方式进行评价。实践证明,通过课程教学改革,提高了学生学习的积极性,培养了工程实践能力,拓宽了就业渠道。
Single-chip microcomputer principle course is a basic course of automobile specialty.Through the analysis of the teaching status of this article,it is found that there are some problems in the actual teaching process.Combined with the typical application scenarios of automobile,the traditional teaching content is reconstructed logically,the hardware design is from easy to difficult,and the experiment is suitable for automobile application.In view of the curriculum schedule arrangement in the talent training program of higher vocational college students,taking into account the influence of the previous course,the actual teaching method is optimized to ensure the continuous level of teaching content.Adjust the proportion of time management hours,make the course teaching inclined to experimental teaching,explore new teaching mode,reasonable use of simulation software to improve the effect and quality of online teaching,and finally adopt diversified assessment methods for evaluation.Practice has proved that the curriculum reform has improved students'learning enthusiasm,cultivated engineering practice ability and broadened employment channels.
作者
王新艳
李艺超
WANG Xinyan;LI Yichao(College of Automotive Engineering,Tianjin Vocational University,Tianjin 300410,China;Tianjin Dynamic Core Technology Company Limited,Tianjin 300240,China)
出处
《汽车实用技术》
2023年第20期155-159,共5页
Automobile Applied Technology
基金
天津职业大学教育教学改革专项课题(JGZX2023010):岗课赛证融通新形态教材的探索与实践。
关键词
单片机
教学模式
课程重构
工程实践
Single chip microcomputer
Teaching mode
Course reconstruction
Engineering practice
