Feasibility Study on Self-development of Physics Teachers' Curriculum Abilities

Authors

  • Jing Lu
  • Chuantao Ma
  • Chao Zhang

DOI:

https://doi.org/10.54097/z572ff24

Keywords:

Physics Teacher, Course Ability, Physics Teaching

Abstract

Currently, with the joint efforts of educators and strong support from the whole society, China's basic education has achieved great success in curriculum reform. The basic education curriculum is also constantly being reformed, among which the physics curriculum after curriculum reform has undergone significant reforms in teaching methods, teaching tools, and teaching thinking, which puts forward new requirements for the development of physics teachers' own curriculum abilities. This article is based on my own practice, through visits and investigations, as well as analysis of the changes in physics teaching under the new curriculum concept. It attempts to redefine the self-development of physics teachers' curriculum abilities from the aspects of teachers' own abilities, changes in the examination system, changes in the education system, and changes in the social environment.

Downloads

Download data is not yet available.

References

[1] Yan Lingyan A Brief Discussion on the Cultivation of Students' Autonomous Learning Ability in High School Physics Classroom [J]. New Century Intelligence, 2023, (98): 13-14.

[2] Liao Xiangping, Gao Liyu, Yuan Yao, etc Exploration of Continuing Education and Training Models for Physics Teachers from the Perspective of Professional Development [J]. Education and Teaching Forum, 2022, (52): 19-22.

[3] Ma Yapeng, Yang Hua, Liu Ruizheng Research on the Development of Curriculum Implementation Ability for Middle School Physics Teachers Based on Core Competencies [J]. Journal of Tianjin Normal University (Basic Education Edition), 2022, 23 (03): 57-63.

[4] Yang Fanfan, Xu Yiran, Li Chunmi Research on the Current Status and Trends of Core Competencies in Physics Subjects in Ordinary High Schools: Content Analysis Based on Papers in the Journal of Physics Teaching (2015-2020) [J]. Physics Teaching, 2021, 43 (12): 5-7+4.

[5] Du Ping The cultivation of students' autonomous learning ability in high school physics teaching [J]. New Curriculum, 2021, (49): 216.

[6] Chang Shanshan, Li Jiaqing Research on the Construction of Teacher Curriculum Ability Evaluation Index System [J]. Educational Science Research, 2021, (04): 30-35.

[7] Li Min Research on the Sense of Engagement of Middle School Teachers [M]. Beijing: Social Sciences Literature Press, 2019:83-167.

[8] Cao Xiaofeng, Wu Sheng Exploration of Strategies for Improving Students' Abstract Thinking Ability in High School Physics Teaching [J]. Curriculum Education Research, 2018, (39): 154-155.

[9] Zhai Xiaoming, Guo Yuying, Chen Ying The Centennial Evolution and Prospect of Core Competency Requirements for Middle School Physics [J]. Beijing: Curriculum Textbook Teaching Method, 2015 (09).

[10] Chen Wen Teachers can be better [M]. Shanghai: East China Normal University Press, 2012:47-60.

[11] Zhu Chaohua Teacher Core Competence Theory [M]. Guangdong: Guangdong Higher Education Press, 2007:95-102.

[12] Liu Yanchao Research on the Curriculum Ability Training Model for Physics Teachers [D]. Northeast Normal University, 2006.

[13] Meng Zhaohui Physics Teaching Theory and Reform of Middle School Physics Curriculum [M]. Changchun: Northeast Normal University Press, 2003: 335-345.

[14] Zhu Xiaoxiong Physics Education Outlook - Discipline Education Outlook Series [M]. Shanghai: East China Normal University Press, 2002:14-22.

[15] Zhang Dachang New Curriculum Concept and Reform of Junior High School Physics Curriculum [M]. Changchun: Northeast Normal University Press, 2002:4.

Downloads

Published

27-03-2025

Issue

Section

Articles