ZHENG Chunhua;GAO Lingling;BO Niao;CHEN Jing;ZHAO Dan;

• 1:Officers College of PAP

Abstract：

Courses are the cornerstone of talent cultivation, and their development is directly related to teaching quality, the growth of educators, and the effectiveness of teaching reforms. The physics course at the military academy closely aligns with the talent cultivation goals of the new era, is based on the unique military branch educational positioning, and is oriented towards the practical needs of combat positions. It has systematically reformed aspects such as “teaching content, demonstration experiments, assessment methods, and the second classroom” by integrating military elements. After several rounds of teaching practice, the course has been approved as an army-level high-quality course. The ability of educators to teach and research combat has significantly improved. The theoretical foundation, comprehensive quality, and innovation capabilities of students have all advanced in tandem. A closed-loop educational model of “knowledge input-capability transformation-combat effectiveness output” has gradually taken shape, effectively bridging talent cultivation with battlefield demands.

Key Words： university physics;course construction;military characteristics

Abstract:

Keywords:

Foundation: 四川省教育厅课题（JG2024-1235）;; 军队院校物理教育教学研究立项课题（2023JWL024）;; 武警警官学院科研课题;武警警官学院教学成果培育项目;; 教育部物理学育人模式改革虚拟教研室教学改革课题（PTJG2025＿027）

Authors: ZHENG Chunhua;GAO Lingling;BO Niao;CHEN Jing;ZHAO Dan;

References：

• [1]康颖.大学物理[M].5版.北京:科学出版社,2025.
• [2]教育部高等学校大学物理课程教学指导委员会.理工科类大学物理课程教学基本要求[M].北京:高等教育出版社,2023.
• [3]白宏刚,刘建平.军校合训学员大学物理教学加强实战化军事应用的探讨[J].物理与工程,2016,26(3):59-62.BAI H G, LIU J P. Inquire into enhancing actual combat military application of college physics teaching of military school integrated training cadets[J]. Physics and Engineering, 2016, 26(3):59-62.(in Chinese)
• [4]周战荣,沈晓芳,高旸,等.以学员为中心的大学物理教学改革与实践[J].物理与工程,2021,31(5):152-156.ZHOU Z R, SHEN X F, GAO Y, et al. Reform and practice of student centered College Physics Teaching[J]. Physics and Engineering, 2021, 31(5):152-156.(in Chinese)
• [5]高玲玲.聚焦实战化需求的大学物理资源库建设[J].物理与工程,2024,34(3):66-71.GAO L L. Construction of university physics resource library focusing on military practical needs[J]. Physics and Engineering, 2024, 34(3):66-71.(in Chinese)
• [6]甄志国,刘军.对军事基础课程构建实战化教学内容体系的思考[J].军事体育学报,2014,33(3):123-125ZHEN Z G, LIU J. Reflections on the construction of combat-oriented teaching content system or military basic subjects[J]. Journal of Military physical Education and Sports,2014, 33(3):123-125.(in Chinese)
• [7]文晓宇,易文安,黄启军.军事基础实践课程教学改革研究[J].军事高等教育研究,2024,47(3):100-105.WEN X Y, YI W A, HUANG Q J. Research on the teaching reform of military basic practice courses[J]. Journal of Military Higher Education Research, 2024, 47(3):100-105.(in Chinese)
• [8]秦平力,余雪里,马良.新工科牵引下大学物理实验课程改革与实践[J].物理与工程,2023,33(2):73-80QIN P L, YU X L, MA L, et al. Curriculum reform and practice of university physics experiment under the traction of Emerging Engineering[J]. Physics and Engineering,2023, 33(2):73-80.(in Chinese)
• [9]云茂金,刘眉洁,王进,等.“物理光学”一流课程建设探索与实践[J].物理与工程,2023,33(2):101-104YUN M J, LIU M J, WANG J, et al. Exploration and practice on the construction of first-class course of physical optics[J]. Physics and Engineering, 2023, 33(2):101-104.(in Chinese)
• (1)深化改革创新不断提高办学育人水平.解放军报,2020-07-24(1)。