Integration of Ideological and Political Education in College Physics Courses Under the Reform of Smart Teaching
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Keywords

Smart teaching
College physics courses
Ideological and political education
Implementation strategy

DOI

10.26689/jcer.v8i5.6996

Submitted : 2024-05-24
Accepted : 2024-06-08
Published : 2024-06-23

Abstract

The development of the times has prompted China to enhance the quality of education and the value of talent. As guides for students, teachers should conscientiously implement ideological and political education, create college physics courses that are more in line with modern talent cultivation, eliminate the fixed and singular nature of traditional teaching, and find the integration points of ideological and political education. Teachers need to use the textbook itself, the expansion of resources in smart classrooms, and current technological progress to implement ideological and political education in order to cultivate more high-quality and high-level comprehensive talents for society.

References

Lin L, Xia K, 2023, Exploration and Practice of College Physics Teaching Based on Course Ideology and Politics. Forum on Education Informatization, (12): 114–116.

Yi H, Zhu Z, Yin B, et al., 2023, Research on the Exploration of Course Ideological and Political Resources in College Physics Teaching. Physical Bulletin, (12): 69–73.

Wang S, Shi B, Han J, et al., 2023, Research on the Implementation Strategy of Ideological and Political Education in College Physics Course Based on Smart Teaching Platform. Physical Bulletin, (11): 69–73.

Liu J, Yu J, Qi C, et al., 2022, Practice of Ideological and Political Education in College Physics Course. Journal of Dalian University, 43(02): 87–91.

Jia Y, Wang W, 2024, The Interpretation of the 2023 Edition of the Basic Requirements for Teaching Physics Courses in Science and Engineering Universities. Physics and Engineering, Online First. http://kns.cnki.net/kcms/detail/11.4483.O3.20240114.1245.002.html

Liu Z, Yang D, Chen J, et al., 2024, Exploration and Practice of Teaching College Physics Experiments from the Perspective of Curriculum Ideology and Politics. College Physics Experiment, 37(01): 109–113.

Liu W, Chen C, Wang C, 2024, Design of Ideological and Political Education in College Physics Curriculum under the Reform of Smart Teaching: Taking the Principle of Entropy Increase as an Example. College Physics Experiment, 37(01): 123–127.

Lu H, Zhang Y, 2024, Online Teaching Practice of College Physics in Local Applied Undergraduate Universities Under the Background of New Engineering. Physical Bulletin, (01): 16–19.

Bi H, Yang B, Rao L, et al., 2023, Design and Practice Exploration of Ideological and Political Education in College Physics Experimental Courses. Physical Bulletin, (12): 63–68.

Lan Z, Xu S, 2023, A Study on the Integration of Ideological and Political Education into College Physics Experimental Teaching from the Perspective of Cultivating Virtue and Cultivating Talents: Taking the Frank Hertz Experiment as an Example Physical Bulletin, (12): 78–81.

Li H, Yang X, 2023, Reform of Basic Subject Teaching Model for Cultivating Top Innovative Talents: Taking University Physics Course as an Example. Higher Science Education, (06): 10–18.

Zhang F; Li Z, 2024, The Importance of Ideological and Political Construction in College Physics Curriculum—Exploring Ideological and Political Elements Containing the Story of the Chinese Nation. Physics Bulletin, (07): 11–17.

Zhang M, 2020, The Teaching Practice of Ideological and Political Education in College Physics and Experimental Courses. Curriculum Education Research, (05): 54–86.

Pi Y, Zhang X, Mou Y, 2023, The Integration of Ideological and Political Education into College Physics Experimental Teaching. Talent, (03): 25–36.

Wang Y, 2023, Research on Integrating Ideological and Political Education into University Physics Experimental Classrooms. Talent, (06): 65–75.

Liu L, He M, Wu G, et al., 2022, Construction of a Comprehensive Education Curriculum System for College Physics Under the Background of New Engineering. Physics Bulletin, (04): 30–45.

Wang F, Peng R, 2023, The Construction and Practice of Physics Experimental Textbooks for Private Colleges and Universities with an Application-Oriented Approach. Physics Bulletin, (05): 15–18.

Wang K, Su J, Guo X, et al., 2023, Teaching and Reform of College Physics Experiments. Science Fiction Pictorial, (02): 14–24.

Gao S, Hu X, 2013, The Cultivation of Students’ Innovative Ability Through University Physics Experiments. China Science and Education Innovation Guide, (05): 11–17.

Tian Z, 2013, Reflection and Exploration on the Reform of College Physics Examinations. Exam Weekly, (08): 13–18.