It's one thing to model up a bridge or building to make compelling images and fly-around animations. But what about showing it being built? This class will demonstrate several animation techniques in 3ds Max software to move objects and equipment in a construction or demolition environment.

With advancements in generative design, software algorithms, and robotic construction, our current processes are going to be changing quite a bit over the next three to ten years. We will see more and more done by computers and machines than we have ever seen.

Perkins&Will reduced operational and embodied carbon by 60%, construction time by 15%, and cost by 10% on a mid-rise housing project. How did they do it? Shared data was key.

Discover four benefits of an integrated approach to GIS and BIM for rail and highways, and how together they improve digital delivery and productivity.

VIATechnik surveyed industry professionals about the impacts of the pandemic on construction, design, and real estate—and what’s most important as we move forward. See what they found out.

Learn an automated, versatile workflow for bridges and other linear structures that brings together the best functionality of Civil 3D and Revit using Dynamo.

Construction software can help you reduce project costs, win more jobs, and stay competitive. Jasmine Lee walks you through it.

Discover the main benefits Dynamo can bring to civil infrastructure modeling. Learn how to establish a solid data workflow, create Revit families, and more.

Digitize your document management process to connect design and construction. Gain insight into scoping necessary functions, project setup and administration, and the end-user experience.

Discover how the core BIM principles of data sharing and collaboration can be applied to the geotechnical process, helping to model geology and subsurface data, reduce risk, and save money.

Increase profitability, reduce labor hours and material costs, and minimize exposure to common safety hazards with BIM coordination, processes, and workflows.

Learn how to integrate technologies such as 4D scheduling/animations, 3D laser scanning, virtual reality mockups, and 360-degree cameras into your projects, improving overall communication and coordination.

The Smisto Hydropower project is a new hydropower project currently being constructed in Norway. It has become one of the first projects challenging the traditional use of 2D drawings as a design basis in a project.

Industrialized construction can help you meet business outcomes while reducing waste and addressing today’s housing crisis.

DfMA concepts can be applied to generative design and BIM automation for MEP building systems. Get the details with Adam Roth and Sean Turner of Henderson Engineers.

Delivering a successful BIM infrastructure project requires planning. Check out these key considerations and resources, from standards and data to interoperability, tools, and the benefits of a platform approach.

Check out this collaborative, innovative workflow for a set of high-end prefabricated housing units that can be applied to similar projects like hotels and hospitals.

Using BIM and GIS together enables more inclusive stakeholder engagement, better design quality, and data-driven decision making. Learn how to close the gap between the two with Pal Porkolab of Arcadis.

Industrialized construction is becoming increasingly important, given current housing shortages and a decline in skilled labor. Learn how a process-based digital twin can help analyze and optimize factory productivity.

Robotics, mobile mapping, and other next-generation tools are disrupting the construction workflow to deliver projects with significantly less risk and better design. Tony Sabat breaks it down.