This class will begin by going over the planning and implementation details of a BIM execution plan for a large tunnel infrastructure project. The project itself involves the creation of an additional tunnel and accompanying roadway and ventilation buildings, which will sit next to and connect with the existing Thimble Shoal tunnel. We will discuss challenges in the overall design and how we used Civil 3D, Revit and Navisworks to overcome those challenges. We will describe the process's put into place to manage the exportation of model data for visualization/analysis and the steps needed to effectively manage the coordination of services across the project using Navisworks.

Through this class, Attendees will learn how to coordinate and manage a complex construction project using BIM. In a case study of a utility tunnel project in China,BIM is used in the coordination of construction of a complex intersection. Animations were made to show the removing of the existing pipelines, the traffic control and the construction sequence of the utility tunnel. Project scheduling management, hazard identification and QC using BIM were also carried out.

The world's deepest and longest subsea road tunnel, Rogfast, for the first time in history made possible with Revit and Dynamo. Sounds too good to be true? Come and see for yourself.

Learn about solutions for the unique requirements of BIM-ready tunnel projects – using the Grand Paris metro as the showcase.

Learn how Dynamo can help integrate and iterate the structural model between Civil 3D and Revit for complex linear structures like viaducts and tunnels.

Class will show a proven workflow from digital scan tunnel model to a CFD model that was simulated using Hydrostatic Pressure for a dam discharge. A real case study will be detailed to show the challenges and also the value of using the Autodesk product portfolio.

In this class we’ll understand how to use Dynamo to perform day by day activities from an M&E contractor point of view. Starting from simple parameters mirroring, to more advanced techniques, including the use of Python scripting.

An overview of some of the automation techniques employed on a large 220km rail alignment. With governmentmandated deliverables and a working with a supply chain that in some areas is still immature this will showcase various strategies employed to deliver this project.