基于工程教育的电路板设计与制作教学改革与应用
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摘要
电路板设计与制作是电子类专业核心实践课程之一,是电子系统设计必须掌握的基本技能。针对当前教学过程中广而不精,过于偏重软件应用等问题,提出了基于工程教育的电路板设计与制作课程改革,从教学反思、时间安排、教学内容、教学项目、考核办法等方面详细阐述了改革的具体措施。实践证明,课程改革取得了显著成效,激发了学生的学习兴趣,增强了学生的实践技能。
PCB design and manufacture is one of the core course for electronic specialty,and it is the basic skills that must be mastered. In view of the problems,such as the inexperienced teaching process,over-emphasis on software application,etc. this paper puts forward the reform of PCB design and production curriculum based on engineering education,and elaborates the specific measures from the aspects of teaching reflection,time arrangement,teaching content,teaching items and assessment methods. Teaching practice has proved that the curriculum reform,which has stimulated students' interest in learning and enhanced students' practical skills.
PCB design and manufacture is one of the core course for electronic specialty,and it is the basic skills that must be mastered. In view of the problems,such as the inexperienced teaching process,over-emphasis on software application,etc. this paper puts forward the reform of PCB design and production curriculum based on engineering education,and elaborates the specific measures from the aspects of teaching reflection,time arrangement,teaching content,teaching items and assessment methods. Teaching practice has proved that the curriculum reform,which has stimulated students' interest in learning and enhanced students' practical skills.
引文
[1]于蕾,侯长波,王晓迪.工程教育背景下电子类实践课程教学模式研究与实践[J].实验室科学与技术,2017(5).
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[3]杜会静,孙彦龙,郭得峰.可持续开发利用的PCB实践课程设计[J].实验室研究与探索,2017(07).
[4]李岩岩,任玲,芝杨浩.基于电子设计竞赛与实验室开放的Protel课程教学初探[J].绵阳师范学院学报,2018(11).
[5]胡一博.电子工艺实习温度报警器电路PCB设计[J].实验室科学,2018(5).
[6]杨正东,祝国源.基于虚拟仪器的电路板通用自动测试平台设计[J].工矿自动化,2018(9).
[7]Zhiwei Shen,Sujuan Wang,Jianfang Dou.Design and Implementation of PCB Detection and Classification System Based on Machine Vision[J].Advanced Manufacturing and Automation VIII,2018(10).
[8]沈承舒.基于Altium Designer10和OPA2350的电磁信号采集电路板的设计[J].贵阳学院学报(自然科学版),2018(3).
[9]李海,王茜,牟一卉.“互联网+”电路板设计实验教学的改革与探索[J].实验室研究与探索,2018,37(5):214-217.
[10]陈新兵,谢斌盛,朱静,等.Altium Designer在生产实习改革中的应用[J].实验室科学与技术,2016(11).
[11]易鸿.以提高动手能力为导向深化工程教育改革—以四川文理学院电子设计竞赛组织培训工作为例[J].四川文理学院学报,2018(6).
[12]Ayda Halouani,Mariem Miladi Chaabane,Mohamed Haddar.Effect of Harmonic Excitation on PCB and Component Assembly[J].Advances in Acoustics and Vibration II,2018(3).
[2]刘仁山.基于新工科理念的应用型本科教育“工匠精神”研究[J].呼伦贝尔学院学报,2018,35(10).
[3]杜会静,孙彦龙,郭得峰.可持续开发利用的PCB实践课程设计[J].实验室研究与探索,2017(07).
[4]李岩岩,任玲,芝杨浩.基于电子设计竞赛与实验室开放的Protel课程教学初探[J].绵阳师范学院学报,2018(11).
[5]胡一博.电子工艺实习温度报警器电路PCB设计[J].实验室科学,2018(5).
[6]杨正东,祝国源.基于虚拟仪器的电路板通用自动测试平台设计[J].工矿自动化,2018(9).
[7]Zhiwei Shen,Sujuan Wang,Jianfang Dou.Design and Implementation of PCB Detection and Classification System Based on Machine Vision[J].Advanced Manufacturing and Automation VIII,2018(10).
[8]沈承舒.基于Altium Designer10和OPA2350的电磁信号采集电路板的设计[J].贵阳学院学报(自然科学版),2018(3).
[9]李海,王茜,牟一卉.“互联网+”电路板设计实验教学的改革与探索[J].实验室研究与探索,2018,37(5):214-217.
[10]陈新兵,谢斌盛,朱静,等.Altium Designer在生产实习改革中的应用[J].实验室科学与技术,2016(11).
[11]易鸿.以提高动手能力为导向深化工程教育改革—以四川文理学院电子设计竞赛组织培训工作为例[J].四川文理学院学报,2018(6).
[12]Ayda Halouani,Mariem Miladi Chaabane,Mohamed Haddar.Effect of Harmonic Excitation on PCB and Component Assembly[J].Advances in Acoustics and Vibration II,2018(3).