摘要
以E-STEAM为标准,构建了完备的课题研究案例.以课堂中常见的电子显示屏反光问题为研究对象,通过3D打印、电路设计、照度测量和光路分析等手段复原真实反光场景,促使学生建立模型、提出方案和解决问题.该问题能够契合“光的偏振性”的拓展学习,在对该问题进行课题研究的过程中,教师能够引导学生理解、分析和解决问题,有助于提高学生的项目引导式思维能力.
With E-STEAM as the standard,a complete research case was constructed.The electronic screen reflection problem commonly seen in class was taken as the research object,and the real reflection scene was restored by means of 3D printing,circuit design,illumination measurement and optical path analysis,so as to encourage students to build models,propose scheme and solve problems.This project could fit the extended learning of polarization of light,and teachers could guide students to understand,analyze and solve problems in the process of the project research,which was conducive to improving students’project-oriented thinking ability.
作者
翁雨燕
钱懿华
傅洋
方亮
WENG Yuyan;QIAN Yihua;FU Yang;FANG Liang(School of Physical Science and Technology,Soochow University,Suzhou 215006,China;Dushu Lake School,Suzhou 215124,China)
出处
《物理实验》
2023年第6期54-57,62,共5页
Physics Experimentation
基金
苏州大学物理实验及创新竞赛教学团队资助项目
苏州大学2021年校级高等教育教改研究课题项目。