“新工科”背景下电磁场与电磁波实验课程的教学创新设计  

Teaching Innovative Design of Electromagnetic Field and Electromagnetic Wave Experimental Course under the Background of"New Engineering"

作　　者：马力[1] 董敏 王鹏騛 李瑞阳 MA Li;DONG min;WANG Peng-fei;LI Rui-yang(School of Information and Engineering,Zhengzhou University,Zhengzhou 450000,Henan)

机构地区：[1]郑州大学电气与信息工程学院,河南郑州450000

出　　处：《电脑与电信》2023年第7期1-3,39,共4页Computer & Telecommunication

基　　金：2021年国家自然科学基金项目,项目编号:62101500;2021年河南省高等教育教学改革研究与实践重点项目,项目编号:2021SJGLX051;2022年河南省第三届一流本科课程,项目编号:豫教〔2022〕37827;2020年河南省“十四五”普通高等教育规划教材重点立项,项目编号:教高〔2020〕469。

摘　　要：讨论了“新工科”背景下,综合工程实践能力和电磁仿真技术的电磁场与电磁波实验课程的教学创新思路,以培养学生的创新能力和解决复杂工程问题的能力。以理论授课中熟悉的偶极子天线的设计过程为例,分别讨论了基于HFSS的偶极子天线的结构创新设计和微带设计。该实验教学模式的实际教学效果表明其有助于学生建立理论公式的形象化印象,达到了提高教学效果、激发学生兴趣、培养学生科研能力的目的。The teaching innovative ideas of Electromagnetic Field and Electromagnetic Wave experimental course are discussed un-der the background of"New Engineering",in order to cultivate students'innovation ability and the ability to solve complex engineer-ing problems.Take the design process of dipole antenna familiar in theoretical teaching for example,the structural innovation design and microstrip design of dipole antenna based on HFSS are discussed respectively.The actual teaching effect of the experimental teaching mode shows that it is helpful for students to establish the visual impression of theoretical formula,and achieve the purpose of improving teaching effect,mobilizing students'interest and cultivating students'scientific research ability.

关 键 词：新工科 教学创新 结构创新设计 

分 类 号：G642[文化科学—高等教育学]