摘要
基于在H校开展的“高中物理实验与大学物理实验课程衔接”的调查数据,对学生高中物理实验基础、高中与大学物理实验课程衔接存在的问题、原因等现状进行调查分析.调查结果显示:通过高中物理实验训练,学生的科学素养与态度得到较好的培养,但学生实验技能薄弱,进入大学后实验学习不适感较强.进一步研究显示,实验知识及教学方式差异大、动手能力要求提高等是造成学生学习不适感较强的主要原因.基于此,提出加强两个学段的合作交流、增设过渡性大学物理实验实验内容、设立实验课程“学业导师制”等优化措施帮助学生尽快适应课程变化、促进两个学段衔接过渡.
Based on the survey data of“the connection between high school physics experiment and university physics experiment curriculum”carried out in H school,this paper investigates and analyzes the current situation of students′high school physics experiment foundation,problems and reasons in the connection between high school and university physics experiment curriculum.The survey results show that the completion of physics experiment in senior high school is not ideal,students′experimental skills are weak and they have a strong sense of discomfort in experimental learning after entering university.However,through high school physics experiment training,students′scientific literacy and attitude have been better cultivated.Further research shows that the main problems existing in the connection of the experimental courses in the two learning stages include the large span of experimental knowledge,the improvement of practical ability requirements,the great differences in teaching methods and the maladjustment of learning methods.Specifically,at the knowledge level,there are mainly unfamiliar instruments,difficult data processing and analysis The connection and transition of the experimental courses in the two learning stages are not smooth due to unsuitable learning methods.In senior high school,strengthening the cooperation and exchange between the two learning stages,promoting self made instruments into the classroom,adding transitional experimental contents in university physics experiments,and setting up an experimental course“academic tutor system”are effective ways to help students adapt to curriculum changes as soon as possible and promote the connection and transition of the two learning stages.
作者
周晓红
曾维友
毛书哲
陈杰
胡永金
陈伟
ZHOU Xiaohong;ZENG Weiyou;MAO Shuzhe;CHEN Jie;HU Yongjin;CHEN Wei(School of Mathematics,Physics and Optoelectronic Engineering,Hubei University of Automotive Technology,Shiyan,Hubei 442002)
出处
《物理通报》
CAS
2023年第1期127-131,共5页
Physics Bulletin
基金
湖北省高校人文社科重点研究基地--大学生发展与创新教育研究中心科研开放基金资助,项目编号:DXS2021023。
关键词
高中物理实验
大学物理实验
课程衔接过渡
优化路径
high school physics experiment
university physics experiment
curriculum transition
optimization path