摘要
本文以毕业设计为例,介绍了低环境影响导向的建筑数字化设计与建造教学探索。课程针对一座真实建造的生态湿地内小型多功能建筑项目,构建建筑数字化设计与建造方法的教学框架,通过构件标准化设计、可持续性能优化、工业化建造设计等教学内容,引导学生掌握建筑构件系统集成设计、全生命周期建筑设计、建造与性能控制,以及建筑模型信息实时分析应用3方面能力,支持建筑业数字化与绿色化升级的创新型工程人才培养目标。
This paper takes a graduation project to introduce the teaching practice of low environmental impact-oriented architecture digital design and construction.The course is based on a real construction project of a small multi-functional building in an ecological wetland,and constructs a framework of architectural digital design and construction methods.The teaching contents include component standardisation design,sustainable performance optimisation,industrialised construction design and so forth.It guides students to master 3 main abilities:architectural component system integrated design,life-cycle architectural design,construction and performance control,and real-time analytic application of building model information.The course supports the innovative engineering talent cultivation goal towards promoting the digital and ecological development of the construction industry.
作者
伊若勒泰
布音敖其尔
张宏
张军军
YI Ruoletai;BUYIN Aoqier;ZHANG Hong;ZHANG Junjun(Politecnico di Milano;School of Architecture,Inner Mongolian University of Technology;The Key Laboratory of Grassland Habitat System and Low-Carbon Construction Technology;Tongji University;Laboratory of Green Building at Universities of Inner Mongolia Autonomous Region;School of Architecture,Southeast University)
出处
《世界建筑》
2025年第8期105-109,共5页
World Architecture
基金
内蒙古自治区教育科学十四五规划课题,项目编号:NGJGH2023222
内蒙古工业大学教育教学改革重点,项目项目编号:2025111。
关键词
建筑设计教学
可持续建筑
建筑全生命周期
构件标准化设计
预制装配建造
建筑信息模型
architecture design teaching
sustainable architecture
building life cycle
component standardisation design
prefabricated construction
building information modelling
