摘要
针对传统钢筋平法课程教学中存在的教学内容抽象难懂、教学资源固化、学生空间思维能力不足等问题,提出将人工智能(AI)与建筑信息模型(BIM)技术相结合的教学改革方案:通过引入AI技术辅助教师进行课程规划与单元教学设计,有效释放教师生产力;在保留传统手工计算以巩固学生理论基础的同时,引入广联达GTJ2026软件进行BIM建模,实现钢筋三维可视化与工程量自动计算。通过手算与机算的对比分析,帮助学生直观理解钢筋的布置、搭接与锚固原理,显著提升了教学的直观性、互动性及学生的学习效率,为培养符合现代建筑业需求的复合型人才提供了有效路径。
This article proposes a teaching reform plan combining Artificial Intelligence(AI)and Building Information Modeling(BIM)technology to address the problems of abstract and difficult-to-understand teaching content,rigid teaching resources,and insufficient spatial thinking ability of students in traditional reinforcement flat method course teaching.By introducing AI technology to assist teachers in curriculum planning and unit teaching design,it effectively releases teachers’productivity.While retaining traditional manual calculation to consolidate students’theoretical foundation,it introduces Guanglianda GTJ2026 software for BIM modeling to achieve three-dimensional visualization of reinforcement and automatic calculation of engineering quantities.Through comparative analysis of manual calculation and machine calculation,it helps students intuitively understand the principles of reinforcement layout,overlapping,and anchoring,significantly improving the intuition,interactivity,and learning efficiency of teaching,providing an effective path for cultivating compound talents that meet the needs of the modern construction industry.
作者
蒋芊莉
Jiang Qianli(Guangdong Lingnan Institute of Technology,Guangzhou Guangdong 510663,China)
出处
《山西建筑》
2026年第10期195-198,共4页
Shanxi Architecture
基金
2025年度教育教学改革研究与实践项目:AIGC与BIM双核驱动钢筋平法课程的“智训·循评”模式研究。
关键词
人工智能(AI)
BIM技术
钢筋平法
教学改革
广联达GTJ
Artificial Intelligence(AI)
Building Information Modeling(BIM)technology
Reinforcement Bar Plan Method
teaching reform
Guanglianda GTJ
