Strategies for the Application of Digital Means in Teaching University Physics
Journal: Region - Educational Research and Reviews DOI: 10.32629/rerr.v6i10.2691
Abstract
The National Education Work Conference proposes that in the new period, it is necessary to continuously deepen the digital reform of physics teaching in colleges and universities, strengthen the exchange of physics teaching innovation, and strive to improve the quality of teaching of basic physics courses and the quality of training of high-quality and innovative talents. This paper argues that this is an inevitable requirement to adapt to the changing needs of the high-tech industry and the new education model. This paper analyses the challenges faced by the application of digital means of university physics teaching from three perspectives: technological resources, teachers' roles and students' training, and points out that digital teaching not only requires the integration of innovative technologies and resources, but also needs to pay attention to the students' personalized needs, the cultivation of interdisciplinary abilities and the reform of the teaching assessment methods, hoping to provide a better solution to the challenges faced by the universities. It is hoped that it can provide reference and reference for the digital reform of university physics teaching.
Keywords
digital teaching and learning, university physics, digital resources, teaching and learning assessment
Funding
This paper is one of the phased achievements of the ideological and political construction of College Physics (Part 1) course in Xinjiang Institute of Engineering in 2024 (project number: XJGC202418).
Full Text
PDF - Viewed/Downloaded: 0 TimesReferences
[1] Liu Linghong, He Mengdong, Wu Guihong, et al. An investigation on the teaching organization and teaching evaluation reform of online and offline hybrid courses in university physics[J]. Physics Bulletin,2023,(12):29-33+37.
[2] Wu Xupu, Liu Gaofu. Discussion on the integration of virtual simulation experiment into university physics teaching[J]. Modern Business Industry. 2023; 44(21): 264-266.
[3] Yang Hua, Miao Jinsong, Chen Wenbo, et al. Exploration and Reflection on Student-oriented Assessment Reform of University Physics Teaching--Research on "Trinity" Teaching of University Physics[J]. Science and education literature. 2023; (17): 78-81.
[4] WangA Chuanjie. The attempt of diversified teaching mode in university physics teaching under the background of internet[J]. University,2022,(05):89-92.
[2] Wu Xupu, Liu Gaofu. Discussion on the integration of virtual simulation experiment into university physics teaching[J]. Modern Business Industry. 2023; 44(21): 264-266.
[3] Yang Hua, Miao Jinsong, Chen Wenbo, et al. Exploration and Reflection on Student-oriented Assessment Reform of University Physics Teaching--Research on "Trinity" Teaching of University Physics[J]. Science and education literature. 2023; (17): 78-81.
[4] WangA Chuanjie. The attempt of diversified teaching mode in university physics teaching under the background of internet[J]. University,2022,(05):89-92.
Copyright © 2024 Min Peng, Xinyu Wei
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License