首页|基于微课的大学物理实验混合式教学设计——以杨氏模量的测量为例

基于微课的大学物理实验混合式教学设计——以杨氏模量的测量为例

扫码查看
本文针对传统大学物理实验教学模式的弊端,探讨并提出一种基于微课的混合式教学模式。以"杨氏模量的测量"为案例,详细设计了三个教学环节:课前自主学习、课中深化训练、课后巩固拓展。该教学模式强调以学生为中心,互动与探索,通过微课的巧妙运用,提升了实验课堂的趣味性和参与度,有望为大学物理实验教学改革提供新的思路。
The Blended Learning Design of"University Physics Experiments"Based on Micro Courses——Taking the measurement of Young's modulus as an example
This article explores and proposes a blended teaching model based on micro courses to address the drawbacks of traditional university physics experimental teaching models.Take the measurement of Young's modulus as a case study,three teaching stages were designed in detail:pre class self-learning,in class deepening training,and post class consolidation and expansion.This teaching model emphasizes student-centered interaction and exploration,and through the clever use of micro courses,it enhances the fun and participation of experimental classrooms,which is expected to provide new ideas for the reform of university physics experimental teaching.

micro courseblended learningUniversity Physics ExperimentsYoung's modulus

刘海楠、姚陆锋、姚琨

展开 >

海军工程大学基础部物理教研室 湖北 武汉 430030

微课 混合式教学 大学物理实验 杨氏模量

2024

科教导刊
湖北省科学技术协会

科教导刊

影响因子:0.225
ISSN:1674-6813
年,卷(期):2024.(2)
  • 5