The Future of BIM: Leveraging Powerful Generative Design

Building information modeling (BIM) is not just a tool. It’s the first stepping stone in what will likely be labeled a paradigm shift for building design in the future. For a brief refresher, BIM is almost universally used in design, construction, and engineering. In fact, over 80% of all construction

4 Examples of Successful BIM Projects in the U.S.

The landscape for construction is evolving with more commercial projects moving to design-build models that use cutting-edge technology like drones, integrated software, the internet of things (IoT), clash detection, and 3D laser scanning. BIM (Building Information Modeling) is one of those tools that, as we have seen in many projects

3D Laser Scanning in Engineering

High-definition surveying (HDS), or “laser scanning,” is a new method used by integrated design-build firms to capture a highly detailed 3D image of a construction project. Instead of using cameras to capture this virtual image, lasers (which are much more accurate) are employed. Companies such as Faro and Leica Geosystems

Clash Detection: The Cost, The History, and New Technology

When you think about all the components that must come together to complete a building project, it can often challenge the most seasoned architects, engineers, and developers. How is it that plumbing doesn’t intrude on ductwork? Or that beams don’t crash through walls? Well, experienced pros help, but they rely

What is BIM? | Architecture Firm in Syracuse, NY

Building information modeling (BIM) is a 3D design tool that helps architecture, engineering, and construction firms transform the way projects are designed and constructed by collaborating on decisions early in the planning phase. A building information model is a digital representation of the building that can be manipulated in real-time.