erdEducation Reform and Development2652-53642652-5372Bio-Byword Scientific Publishing Pty. Ltd.10.26689/erd.v8i9.15874ArticleTeaching Practice of Architectural Undergraduate Education Based on Geometric Graphic Traininghttps://artdesignp.com/journal/erd/8/9/10.26689/erd.v8i9.15874QianHaojie2026892026-10-26Against the backdrop of the deep integration of digital and AI technologies in architectural design, prominent drawbacks exist in traditional undergraduate architectural teaching. Solidified curriculum content and fragmented, overloaded teaching knowledge blur key teaching priorities, resulting in confused design thinking, deficient logical systems, and widespread neglect of basic architectural skills among students. Furthermore, the indiscriminate use of AI design tools has led to the degradation of students’ active thinking and spatial construction literacy, leaving even senior undergraduates with insufficient practical design capabilities and fundamental logical flaws. To address the above teaching problems, this paper launches a specialized geometric graphics training course for senior architectural undergraduates. Returning to the essence of architectural design, it constructs a closed-loop design logic of "Demand—Elements + Techniques—Products—Demand". Through hierarchical and modular geometric training tasks, the course guides students to reconstruct design cognition, consolidate basic spatial construction capabilities, and establish systematic design thinking, while remedying competency degradation caused by over-reliance on AI tools. Teaching practice verifies that the progressive geometric training system can effectively standardize students’ design logic and strengthen their spatial perception and construction ability, providing a replicable practical approach for the reform of basic architectural teaching and the improvement of students’ core design literacy.Architectural undergraduate education, Geometric graphic training, Teaching practice, Design logic, Basic skill training

[1]   Liang WB, Li Y, Zhou Y, et al., 2026, The Construction of Sustainable Digital Resources and the Application of AI Technology in the Engineering Drawing Course. Applied Sciences, 16(14): 7106–7106. [2]   Song J, 2025, Research on Energy Optimization Space Design of Intelligent Buildings Based on Generative AI Technology and 3D Modeling. Microchemical Journal, 218: 115500–115500. [3]   Fang H, Wei B, Wei B, 2026, Teaching Reform and Practice of Data Structures and Algorithms Course Based on Outcome-Based Education and Progressive Project-Driven Learning. Journal of Sociology and Education, 2(5): 5. [4]   Zhao XQ, Wei Y, Liu QS, 2025, Innovative Research and Practice of Prefabricated Building Classroom Teaching Mode Under the Background of New Engineering Education. International Education Forum, 3(12): 79–85. [5]   Li SL, 2023, Positioning and Teaching Discussion of PKPM and Other Architectural Structural Design Programs in Undergraduate Civil Engineering Education. Journal of Higher Education, 9(2): 134–137. [6]   Wei XR, Qin DF, Zhao YX, 2026, Research on the Innovation Path of Practical Teaching Mode in Architectural Vocational Education. Human Resources Development, (4): 74–76. [7]   Wei XR, Qin DF, Zhao YX, 2026, Research on the Innovation Path of Practical Teaching Mode in Architectural Vocational Education. Human Resources Development, (4): 74–76. [8]   Duan SX, 2026, The Path of Integrating BIM Technology into Architectural Education and Practical Teaching. China Information Boundary, (4): 21–23. [9]   Zhang XQ, Xu TW, 2019, Reform of Teaching Courses for Prefabricated Buildings in Higher Vocational Construction Engineering Majors. Chinese and Foreign Entrepreneurs, (15): 168. [10] Liao QH, Chen ZM, 2025, Reform and Practice of Architectural Design Courses in Local Application-Oriented Universities Based on Virtual Reality (VR) Technology. Journal of Chifeng University (Natural Science Edition), 41(12): 81–84.