REVOLUTIONIZING EDUCATION: IMPLEMENTING PROJECT-BASED LEARNING IN CONCRETE STRUCTURE COURSES
Published 2024-11-06
Keywords
- Project-Based Teaching, Experiential Learning, Architectural Design, Concrete Structure, Practical Education
Copyright (c) 2024 Top Journal of Educational Technology
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
Abstract
Project-based teaching is an innovative pedagogical approach that immerses students in practical projects to enhance their knowledge and skills. This method offers diverse project options tailored to the specific course requirements, such as architectural design, translation projects, and more, to optimize the learning outcomes. This paper illustrates the effectiveness of project-based teaching through architectural design projects. By engaging students in hands-on design and construction tasks in real building projects, they gain in-depth knowledge and practical skills in concrete structure development. Additionally, students have the opportunity to explore and tackle real-world challenges, promoting active and experiential learning
References
- Zheng X, Li K, Liu S. (2021) Exploration of case project teaching method for building structure earthquake resistance course. Higher Architecture Education, 30 (2), 72-78.
- Zhu X, Zhou L, Wang X. (2019) Reflection on the teaching practice of course design guided by the project teaching method. Education and Teaching Forum, 11, 149-150.
- Lin C. (2018) The application of project teaching method in the course of "construction of main structures in building engineering". Fujian Building Materials, 5, 118-119.
- Zhang B. (2017) Taking projects as the core task to improve students' professional ability -- Taking the reform of concrete Structural engineering construction course as an example. Journal of Liaoning Higher Vocational Education, 19 (5), 53-55+66.
- Hou G, Song Y. (2010) Exploration on the application of project teaching method in the course of Concrete Structural Engineering Construction. Science and Technology Information, 23, 44-45.