基于Arduino开源平台的电子创新实践教学研究
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摘要
创新能力是当前我国高等教育人才培养的主要方向,也是本科院校电子类专业实践教学的必然趋势。针对电子类专业实践教学现状,提出了基于Arduino开源平台的电子创新实践教学模式,讨论了创新实践教学的具体实施过程,并给出了实践教学案例。以Arduino为实践开发平台,其易用性、趣味性和多元化特性可以使学生在兴趣的激发下成为实践教学的主导,自主的推动实践项目的开发过程,并在此过程中培养了创新意识。
The innovation ability is the main direction of the higher education talent training in our country, which is also the inevitable trend of the electronic practice teaching in undergraduate universities. In view of the current situation of the practice teaching for electronic specialty, an electronic innovative practice teaching mode based on the Arduino open-source platform is proposed. The concrete implementation process of the practice teaching is discussed and a practice teaching case is also presented. Take the Arduino as the development platform, its easily use, interestingness and diversification stimulate the students' interest and make them lead the practice teaching. Then the development process can be driven by the students proactively, and the innovative consciousness of the students can also be trained in this process.
The innovation ability is the main direction of the higher education talent training in our country, which is also the inevitable trend of the electronic practice teaching in undergraduate universities. In view of the current situation of the practice teaching for electronic specialty, an electronic innovative practice teaching mode based on the Arduino open-source platform is proposed. The concrete implementation process of the practice teaching is discussed and a practice teaching case is also presented. Take the Arduino as the development platform, its easily use, interestingness and diversification stimulate the students' interest and make them lead the practice teaching. Then the development process can be driven by the students proactively, and the innovative consciousness of the students can also be trained in this process.
引文
[1] 冯梅琳,古莹奎,罗小燕,等.基于创新实践能力培养的检测与仪表课程群实践教学体系[J].实验室研究与探索,2016,35(4):205-208.
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[8] 谭笑玥,张鹏飞.基于Arduino UNO的智能插座设计[J].电子技术与软件工程,2016(19):103.
[9] 唐敏,金一鸣.开源硬件在电子实训与创新实践中的应用[J].求知导刊,2016(2):137-138.
[10] 李一浩,裴旭明,李宏伟.Arduino开源硬件引入机电专业课程实践教学[J].中国现代教育装备,2015(1):61-63.
[2] 赵春锋,王艳新,汪敬华.基于CDIO的电子技术创新实践与探索[J].实验室研究与探索,2015,34(6):182-184.
[3] 钱培怡.探索实践教学模式搭建创新教学新平台[J].实验室科学,2014,17(4):145-147.
[4] 郑兆兆.基于OBE模式的数字电路实验教学的探讨[J].实验科学与技术,2016,14(4):184-185.
[5] Wiki Pedia.Open-source hardware [EB/OL].[2017-11-20].http://en.wikipedia.org/ wiki/Opensource_hardware.
[6] 朱明,刘文杰,覃振权.基于Arduino的物联网开放性基础实验设计[J].实验室科学,2017,20(2):57-59.
[7] 刘泽良,胡日新.物联网技术下基于Arduino的智能公交系统模型设计[J].实验技术与管理,2014,31(11):140-143.
[8] 谭笑玥,张鹏飞.基于Arduino UNO的智能插座设计[J].电子技术与软件工程,2016(19):103.
[9] 唐敏,金一鸣.开源硬件在电子实训与创新实践中的应用[J].求知导刊,2016(2):137-138.
[10] 李一浩,裴旭明,李宏伟.Arduino开源硬件引入机电专业课程实践教学[J].中国现代教育装备,2015(1):61-63.