Keywords
Project-based teaching
Physical integration
Teaching innovation
Submitted : 2025-01-16
Accepted : 2025-01-31
Published : 2025-02-15
Abstract
Electronic technology is a basic course for undergraduate non-electrical majors. The goal of the course is to let students establish the basic concept of electronic information engineering, train the ability of electronic circuit analysis, and establish the engineering thinking of electronic technology. This paper aims at the key problems in the electronic technology course education, and puts forward the solution ideas based on project-based teaching. Based on the teaching concept of OBE, the teaching innovation design of the curriculum is carried out from top to bottom, the teaching objectives of knowledge, ability and literacy are reshaped, the three-level teaching strategy of data-driven, team discussion and competition-led is formulated, and three main lines of teaching activities including teaching, discussion and engineering practice are designed, thus forming an online and offline mixed teaching paradigm based on hierarchical project-based teaching. It provides a new teaching reform idea for the construction of similar courses in China.
References
Huang T, Huang Y, Xiang G, 2022, Solving the Problem of “Large-Scale Applicability” in Engineering Education Reform. China University Teaching and Learning, 2022(9): 46–51.
Sun K, Yu H, Liang Y, 2019, Discussion on Integrated Training Teaching Model of Knowledge, Ability, Practice and Innovation Based on New Engineering. Chinese University Teaching and Learning, 2019(3): 93–96.
Wang P, Lu Z, Li P, et al., 2021, Construction and Thinking of Electrical Engineering Knowledge System for Training Non-Electrical Talents in New Engineering. Transactions of Electrical Engineering, 41(11): 3730–3741.
Zeng X, Yan F, Zeng H, 2023, Exploration and Practice of Training Model for Electronic Information Engineering Talents in the New Era. China University Teaching, 2023(1): 11–18.
Xiao X, Chen J, Tong Y, et al., 2022, Research on Blended Teaching Reform Based on the Integration of Production and Education – A Case Study of Artificial Intelligence Practice Course in Shanghai Jiao Tong University. Laboratory Research and Exploration, 41(11): 209–212 + 252.
Li J, Wei H, 2022, Blended Teaching to Solve Real Problems in Real Situations. Computer Education, 2022(2): 56–60.
Li J, Yu H, 2021, The Integration of Online and Offline Hybrid Teaching and Multi-Level Cognitive Network Construction – A Case Study of “Computer Programming” Course. Journal of Southeast University (Philosophy and Social Sciences Edition), 23(S1): 149–153.
Chen W, Gao R, Sun W, et al., 2021, GIS Software Application Teaching and Practice Based on Project-Based Teaching Method. Laboratory Research and Exploration, 40(5): 177–180 + 284.
Ma S, You C, You Q, et al., 2019, Teaching Reform of Power Electronic Technology Based on OBE Concept. Laboratory Technology and Management, 37(8): 21–25 + 41.
Yuan X, Chen Y, Cai L, 2022, Research on the Construction of National Offline First-Class Undergraduate Courses Based on Output Orientation. China University Education, 2022(9): 67–73.
Peng D, Chen S, 2021, Exploration on Experimental Practice Teaching Reform of Electronic Technology Courses. Laboratory Research and Exploration, 40(11): 181–183.
Chen S, Yin M, Wei Z, et al., 2018, The Origin and Preliminary Study of the Reform of “Discussion Teaching Method” in Analog Electronic Circuit Course. Naval Journal, 2018(1): 34–36.
Wang Y, Wang Z, Zhang F, et al., 2022, Research on Application Practice of BOPPPS Teaching Model in Electronic Technology Experiment Classroom. Laboratory Research and Exploration, 41(10): 231–235.
Fu L, Fu X, Chen L, et al., 2019, Application of Cloud Class + BOPPPS Teaching Model in Electronic Technology Practice Teaching. Laboratory Research and Exploration, 39(11): 167–170.
Li J, 2019, Thought, Politics and Emotion in Science and Engineering Courses. China University Teaching, 2019(12): 20–23.