Building Information Modeling
Experience the power of Autodesk Building Information Modeling solutions.
Building Information Modeling (BIM) is an integrated process built on coordinated, reliable information about a project from design through construction and into operations. Improve coordination, enhance accuracy, reduce waste, and enable better-informed decisions earlier in the process.
With Autodesk BIM solutions, architects, engineers, contractors, and owners can streamline projects through coordinated digital design information and documentation; create more accurate visualizations and simulations with regard to performance, appearance, and cost; and deliver their projects faster, more economically, and with reduced environmental impact.
As an Autodesk Authorized Value Added Reseller, we are a leading partner for the implementation of architecture, engineering, and construction technology solutions.
White Papers
See the results of BIM adoption, usage, impact and infrastructure, and review case studies and interviews.
BIM & IPD
Within the building industry, there is a growing interest in integrated project delivery (IPD) and the role BIM can play in promoting integration among building professionals and improving design outcomes. This whitepaper examines IPD and considers its impact on the building industry—and how BIM is central to the process changes that IPD will bring.
BIM for Sustainable Design
BIM facilitates complex processes and analyses that were previously too laborious or expensive to perform. This white paper details how Autodesk's purpose-built BIM solutions support key aspects of sustainable design and "green" certification.
BIM Is Good for Business
Does building information modeling (BIM) sound too good to be true? Read the following white paper to learn how to calculate your ROI (return on investment) and see how your business can benefit from implementing BIM.
Using BIM for Greener Designs
The cornerstone of BIM is the high-quality design information it provides. This paper delves into a practical example of how architects can use this information to quickly and accurately perform energy analysis on early-stage building designs, for data that supports construction of "green" buildings.
