Learn how to manage electrical design in Revit

This session is a one-of-a-kind lab, where multiple tracks are performed simultaneously, to demonstrate the similarity of system design tools in Revit. Detailed handouts and instructions for each track are provided, so the student can follow as many tracks as they want during the session. The emphasis is on common workflow items, and how to define the target-source relationship between objects, that is necessary to use system sizing tools. This top-lab award winning session is updated for the new features in Revit 2018, and includes references to updated sizing tools. Whether you design duct, piping or electrical systems, understanding how to leverage these tools to improve your project workflow and results can make a huge difference on your project bottom line.

Using Revit a model for Electrical cable selection and routing.

LEanr how to get the most from the Revit system tools to control air, fluid and power relationships, and get more from your Revit MEP model

This class will review the BIM uses in Panama Canal Expansion project and explore the latest technologies with “what if” scenario to propose a new template for projects in the future. Moreover, we will cover some workflows to integrate design, engineering and visualization process throughout the design and construction phases and discover some unique tools inside of Revit.

This award winning lab is geared towards the building services engineer, but can also be applies to process type projects, including water, wastewater, pharmaceutical and more. Autodesk has continually improved the sizing and analysis tools for duct and pipe systems, and understanding how to leverage all of the system settings can help you gain a competitive advantage. The class goals begin by explaining key project settings that affect an entire project, and then narrow down into system specific settings. When you're ready, you'll learn how to leverage the piping and duct sizing tools to validate your design standards and goals, as well as how to improve project performance when appropriate. Mechanical systems in Revit leverage a target/source relationship that helps you build data about the system correctly, but it's also important to learn how the systems can improve the overall quality of your project documentation. This lab is updated and designed to drill down into the specifics of HVAC and piping design for your Revit project learn how they can help you win the project battles!