Research and Practice on Promoting the Comprehensive Quality and Multidimensional Ability Development of College Students through Physics Academic Competition
Download PDF

Keywords

Physics academic competition
College students
Comprehensive quality
Multidimensional abilities
Cultivate

DOI

10.26689/erd.v6i7.7783

Submitted : 2024-07-01
Accepted : 2024-07-16
Published : 2024-07-31

Abstract

With the development of society, the cultivation of comprehensive qualities and multi-dimensional ability among college students has received increasing attention. The Physics Academic Competition as the most participated and largest debate-style Physics Academic Competition among undergraduate students nationwide plays a key role. This paper explores its competition questions and competition models and their roles and significance. Through the drive of interest and curiosity, it not only helps to cultivate the comprehensive practical ability of college students in analyzing and solving real-world situations based on physics knowledge but also contributes to the deep understanding, systematic and structuring of physics subject knowledge. At the same time, it also promotes college students’ independent thinking, independent inquiry, literature review, commonly used scientific research and office software skills mastering, collaborative innovation ability, interpersonal communication ability, and stimulates leadership among college students. In addition, it helps to improve the ability to express academic views, argue and comment smoothly. After the competition, the scientific research expansion training has further improved the coordinated development of students’ scientific research literacy and multi-dimensional ability. This research may boost the innovation and reform of physics teaching resources and modes in higher education under the background of digital intelligence.

References

Zhu JM, Yang DY, Wu WJ, et al., 2023, Promoting Innovation through Competition: Research and Practice on Cultivating the Innovation and Entrepreneurship Ability of College Students. New Curriculum Teaching, 4(8)19: 178–180.

Jia L, 2015, Several Thoughts on the Preparation for Participating in the Shanghai University Physics Competition. Education and Teaching Forum, 2015(9): 17–19.

Yang Y, Li W, Zhang L, et al., 2020, Exploration and Practice of English Teaching Methods for “College Physics” for International Students Majoring in Software Engineering. Education and Teaching Forum, (38): 24–26.

Wang J, Li C, Li W, et al., 2019, Exploration of Campus Public Elective Course Construction Based on Physics Debate. University Physics, 38(9): 34–37 + 42.

Duan X, Hou J, 2021, The Promoting Effect of Academic Competitions in College Physics on the Comprehensive Ability Cultivation of Master’s Students. Western Quality Education, 7(22): 67–69.

Jia H, Niu R, Liu H, et al., 2020, Enhancing the Comprehensive Quality of College Students Based on Academic Competitions. Asia Pacific Education, 2020(23): 39–40.

Du Y, Hong Y, Wang J, et al., 2019, Research and Practice of Innovative Quality Education Based on Academic Competitions in College Physics. College Physics Experiment, 32(1): 42–45.

Guo D, He J, 2017, Cultivating Innovative Practice Abilities of College Students Based on Physics Academic Competition Platforms. Science and Technology Innovation Journal, 14(27): 33–35.

Liu S, Liu W, Zhao Y, 2017, Exploration of the Organization and Training Model of Physics Professional Competitions: A Case Study of Chinese University Physics Academic Competition. Qiu xue, 2017(11X): 74–76.

Zhang W, Zeng J, Lu Y, et al., 2011, Cultivating High-Quality Innovative Talents through Academic Competitions in College Physics. College Physics, 30(6): 35–37.

Zheng XJ, Luo YM, Zhou YP, et al., 2009, Conducting Physics Competitions to Promote College Physics Teaching: Inspiration from the First College Physics Competition in Hunan Province. Physics and Engineering, 2009(4): 21–23.

Chen T, Xiong X, Zhang Y, et al., 2023, On the Practice of Academic Competitions in Physics for College Students. Education of China Science and Technology Economic News Database, 2023(12): 1–4.

Chen J, Li C, Chen Z, et al., 2022, A Physics Academic Competition Education Model Based on OBE Concept. Physics and Engineering, 32(6): 80–86.

Pu X, Wu X, Han Z, Wang S, 2022, Exploration and Practice of the CUPT Teaching Model for Cultivating Top Undergraduate Students. Physics Experiment, 42(10): 14–19 + 24.

Zhang L, 2017, Exploration and Practice of Physics Academic Competitions Assisting Research-Oriented Teaching in University Physics. Seeking Knowledge Guide, 2017(27): 65–68.