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Implementation of Building Information Modeling into Accredited Programs in Architecture and Construction Education

机译:将建筑信息模型实施到建筑与建筑教育认可计划中

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摘要

There are many benefits of building information modeling (BIM) to the construction industry when compared to the traditional approach to design and construction. To properly prepare students, many schools are introducing BIM in their course-work as a response to the current and future needs of the construction industry. The aim of this research was to evaluate the current implementation of BIM and to identify trends in the teaching of BIM in architecture and construction academic programs. A survey that investigated the implementation of BIM into accredited programs in architecture and construction education was sent to architecture and construction schools in the U. S. The survey results indicated that most architecture and construction schools either have an interest in or have already implemented BIM into their curriculum. The majority of the schools expected students to have a basic knowledge of BIM upon graduation; perceived BIM as important to industry; and planned to fully integrate BIM into their curriculum. The results show that more architecture than construction schools have implemented BIM into their curriculum. Construction schools were more likely to use four-dimensional (4D) and five-dimensional (5D) models in teaching construction scheduling and estimating when compared to architecture schools.
机译:与传统的设计和施工方法相比,建筑信息模型(BIM)对建筑行业有很多好处。为了适当地准备学生,许多学校在其课程中都引入了BIM,以响应建筑行业当前和未来的需求。这项研究的目的是评估BIM的当前实施情况,并确定建筑和建筑学术课程中BIM教学的趋势。向美国的建筑学校发送了一项调查,调查将BIM实施到认可的建筑和建筑教育计划中的情况。调查结果表明,大多数建筑和建筑学校都对BIM感兴趣或已经将BIM纳入其课程中。大多数学校期望学生在毕业后对BIM有基本的了解;认为BIM对行业很重要;并计划将BIM完全整合到他们的课程中。结果表明,与建筑学校相比,有更多的建筑学将BIM纳入其课程。与建筑学校相比,建筑学校更可能使用四维(4D)和五维(5D)模型进行建筑进度计划和估算。

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