Keywords
Transportation Engineering course
Hybrid teaching
Submitted : 2025-02-27
Accepted : 2025-03-14
Published : 2025-03-29
Abstract
Smart transportation is a key direction and trend in the development of China’s public transportation sector. Under this background, new opportunities for the development of transportation engineering education have emerged, necessitating the active promotion of hybrid teaching in transportation engineering courses. This approach aims to achieve innovation in teaching content and enhance the quality and effectiveness of education. Therefore, to improve the quality of transportation engineering education, this paper conducts research and exploration on the reform of hybrid teaching content. It proposes several measures, including constructing a dynamic teaching content system, strengthening faculty education and training, improving teaching facilities and technical support, and reinforcing students’ self-discipline in learning. These initiatives aim to promote the reform of transportation engineering courses under the current smart transportation background and enhance the overall level and quality of education.
References
Hong L, Liu Z, Tang M, 2023, Reform of Mixed Teaching Content for Transportation Engineering Courses in the Context of Smart Transportation. University Education, 2023(23): 70–73.
Lu X, Li T, Wang P, 2022, Exploration and Practice of Mixed Teaching Mode and Evaluation Strategy—Taking the Course of Traffic Engineering as an Example. Modern Information Technology, 2022(10): 193–195.
Xu Y, 2022, Ideas for the Construction of Secondary Vocational MOOCs and Practice of Mixed Teaching—Taking the Course of Introduction to Intelligent Transportation as an Example. Guangdong Education (Vocational Education), 2022(11): 110–111.
Lv Q, Xiao M, Cheng B, 2021, Exploration of Mixed Teaching Reform for Traffic Engineering Courses in Local Colleges. Journal of Higher Education, 2021(20): 131–134, 138.
Li Y, Li C, Yang Z, 2023, Research on EMI-based Frontier Technology Guided Classroom Teaching Method for “Intelligent Transportation System.” Logistics Science and Technology, 46(19): 168–169.
Cheng D, Wang H, 2023, Research on the Reform of Mixed Teaching Mode Based on the Zhihuishu Platform—Taking the Course “Urban Rail Transit Operation Organization” as an Example. Modern Vocational Education, 2023(34): 25–28.
Ning P, 2023, Exploration and Practice of “Wisdom + Ideological and Political” Classroom Teaching in Vocational Colleges—Taking “Intelligent Construction Technology of Buildings” as an Example. Journal of Guangdong Communication Vocational and Technical College, 22(4): 80–84.
Cheng L, Zhang H, Wang X, et al., 2023, Research and Practice on the Innovation of “Ability-Oriented, Quadripartite Linkage” Material Courses’ Smart Teaching Mode. Henan Building Materials, 2023(8): 16–18.
Zhou S, Tang C, 2024, Dilemmas and Breakthrough Paths Faced by the Teaching of “Urban Road and Transportation Planning” Courses in Smart Transportation. Science, Education and Culture, 2024(14): 95–99.
Pang L, 2024, Exploring Digital Transformation Teaching Strategies in Smart Transportation—Taking the Course of Railway Station Passenger Transport Management as an Example. Auto Times, 2024(9): 77–79.