摘要
“汽车单片机与接口技术”课程实验要满足新工科要求开展实验设计与实践,依据“发布实际任务、开展模块训练、实现模块集成”的实验思路,设计了包含模块训练(程序编写、虚拟仿真、硬件制作)、集成综合实验等多层次多角度实验结构,形成了“实践+虚拟”融合与“模块+集成”结合的汽车单片机实验体系。教学实践表明,该实验设计有效地结合了实验教学与汽车单片机技术,突出了实验课程的高阶性、创新性与挑战度,实验教学改革对学生工程实践与创新能力的培养有重要的意义。
The course experiment of"automotive single-chip microcomputer and interface technology"should meet the requirements of new engineering to carry out experimental design and practice.And according to the experimental idea of"releasing actual tasks,carrying out module training,and realizing module integration",a multi-level and multi-angle experimental structure including module training(program writing,virtual simulation,hardware production),integrated comprehensive experiment,etc.was designed,forming an automotive single-chip microcomputer experimental system combining"practice+virtual"integration and"module+integration".The teaching practice shows that the experimental design efectively combines experimental teaching and automotive microcontroller technology,highlighting the high-order,innovative and challenging degree of experimental courses,and the experimental teaching reform is of great significance to the cultivation of students’engineering practice and innovation ability.
出处
《时代汽车》
2023年第6期39-41,共3页
Auto Time
基金
2022年度天津市教育科学规划课题:疫情防控常态化背景下本科毕业生专业素质评价体系构建研究与实践(EIE220153)。
关键词
汽车单片机
实验设计
新工科
实验教学
automotive microcontroller
experimental design
new engineering
experimental teaching
