节点文献
课赛训结合的电类工程实践平台建设探索
Construction of Electrical Practice Platform by Course Contest and Training
【摘要】 针对制造强国对人才的需求,提出高校电子实习中心的改革方向,介绍以智能硬件开发为主题,通过课赛训结合模式整合电类学科共性元素,进而构建电类工程实践平台的总体思路与关键措施。实践表明,一体化平台的建设解决了实习教学的对接设计问题,提升了工程人才培养质量。
【Abstract】 According to the talent requirements for manufacturing power, the direction of electric practice center reform is suggested for universities. Focusing on intelligent hardware development, how to build an electrical practice platform is presented in the paper, which integrates electrical common resources by means of course, contest and training combining. As a result, an integrated platform forms, problem for sustainable development is solved, the quality of compounded talents training is promoted.
【关键词】 电子实习中心;
智能硬件开发;
电类工程实践平台;
电子工艺实习;
工程教育;
STEAM;
【Key words】 electronic practice; manufacturing power; talents cultivating; practice platform; intelligent hardware; electrical practice platform; engineering education; STEAM;
【Key words】 electronic practice; manufacturing power; talents cultivating; practice platform; intelligent hardware; electrical practice platform; engineering education; STEAM;
【基金】 广东省高等教育学会基金项目“课赛训结合的电类工程实践平台建设探索”(基金编号:GDJ2016025);广州市教育科学“十二五”规划项目“先进工程教育理念下的电工电子实习平台改革探索”(项目编号:2013A051);广州市市属高校科研项目“基于混沌放大电路的开关变换器EMI抑制的研究与应用”(项目编号:1201420679)
- 【文献出处】 中国教育技术装备 ,China Educational Technology & Equipment , 编辑部邮箱 ,2018年14期
- 【分类号】G642;TM1-4
- 【被引频次】1
- 【下载频次】89