在这个高科技时代，工程师和建筑师已经取得了几个进步。工程师和建筑师不断升级创新的计算机应用程序，以帮助他们的特定职业的所有方面。在该领域的两个边缘之间已经有了各种技术进步，建筑师/工程师（A / E）以及承包商，但是尽管信息在两者之间相互作用，但它以纸张形式在二维表示中反复进行。建筑师依靠大型机械工具来执行操作以及计算机应用程序，以协助项目的评估和规划程序，这两者在估计项目是否有利可图以及建筑公司是否会坚持留在工业（Walter，M。2006）。
通过在建筑领域引入技术进步，它指的是具有主要，最重要的后果的发展将使A / E交换知识与承包商的方法（Wix，J.1997） 。这是建筑师/工程师（A / E）之间的内在问题;复杂的是工程师想象一张三维图片，并在纸上的2D工程图纸中链接这些信息。
在建筑领域实施BIM方法已经以一种特别的方式出现，以与提供建筑信息建模软件解决方案的几家公司进行交互。各类客户公司已经指定建筑信息建模必须在其建设项目中实施。许多客户公司坚定不移地领导采用，培训和监督BIM技术。虽然其他需要专家为每个设计和建设项目提供BIM服务，其中工程师和承包商聘请自由BIM专家帮助他们的设计和管理进展。 BIM解决方案中包含的建筑物数据可以包括几何信息以及非几何信息（Bedrick，J。等人2006）。该信息包括潜在的多个元素，其信息源可以跨所有协作者传达。 BIM方法可以为建筑业带来很多好处。建筑信息模型的基本是其在统一数据环境中的建筑物的段的精确几何图像。
In this hi-tech era, there have been several advancements for engineers and architects. Engineers and architects are continuously upgraded with the innovative computer applications to assist in all facets of their particular occupation. There’ve been various technological advancements among the two edges of the field, Architects/Engineers (A/E) as well as Contractors, but while information is interacted among the two, it’s recurrently performed on paper in a two dimensional representation. Architects have dependent on big machinery tools to execute operations along with computer applications to assist in the evaluations and planning procedure for the project, both of which are essential in estimating whether or not a project will be lucrative and in case the construction firm will persist to stay in industry (Walter, M. 2006).
Through the introduction of technological advancements in the construction field, it refers to basis that the development having the major, most significant consequence would be one that revolutionizes the approach in which the A/E exchange knowledge with the contractors (Wix, J. 1997). This is an intrinsic issue among the Architects/Engineers (A/E); the intricacies being that engineers imagine a three dimensional picture and, link that information in 2D engineering drawings on paper.
Building Information Modeling
The implementation of BIM approach in the construction field has emerged in an ad-hoc way to interact with several firms offering Building Information Modeling software solutions. An assortment of client firms has specified that Building Information Modeling must be implemented in their construction projects. Many client firms unswervingly lead the adoption, training, and supervision of the BIM technology. While others entail experts to provide BIM services for each design and construction project, wherein cases the engineers and contractors employ freelance BIM experts to help in their designing and management progression. The building data entailed in the BIM solution can comprise both geometrical information as well as non-geometrical information (Bedrick, J. et. al 2006). The information comprises potentially manifold elements, information sources of which can be communicated across all collaborators. BIM approach could produce a great deal of benefits to the construction business. The basic of a building information model is its precise geometric image of the segments of a building in a unified data environment.