Overview: Understand the basics of Revit, its interface, and the fundamental concepts of Building Information Modeling (BIM).
Navigation: Learn how to navigate the software, use the ribbon, view controls, and understand the project browser.

Discipline Overview: Understand the specific requirements for Mechanical, Electrical, and Plumbing systems in a building.
MEP Interface: Explore the MEP-specific tools and functionalities in Revit.

Creating a Project: Learn to set up a new project, define project settings, and manage units and coordinates.

Linking Files: Understand how to link architectural and structural models.

Mechanical Systems: Learn to model HVAC systems, ductwork, and equipment.
Electrical Systems: Understand how to model electrical systems, including lighting, power, and communication.
Plumbing Systems: Explore modeling plumbing fixtures, piping systems, and equipment.

Views and Sheets: Learn to create views and sheets for construction documentation.
Annotation: Understand how to add dimensions, tags, and annotations to the model.
Schedules: Explore the creation of schedules for equipment, spaces, and other elements.

Work sharing: Understand the basics of work sharing for collaborative projects.
Export and Import: Learn to export and import models for interdisciplinary collaboration.

Hands-On Projects: Apply the learned skills to real-world projects or case studies.
Problem Solving: Encourage participants to solve common challenges and troubleshoot issues.

Revit Certification: Encourage participants to pursue Autodesk Revit certification.
Continued Learning: Emphasize the importance of staying updated on new features and workflows.

Using Revit Architecture, an architect may design and envision buildings in three dimensions with great power. Architects may produce precise and comprehensive drawings, renderings, and animations of their projects. Revit Architecture also allows architects to collaborate with other team members in real time, helping to reduce errors and inconsistencies in the design process.

Fabricators also utilize Revit to generate intricate designs for construction parts. By helping to produce precise and accurate drawings, Revit helps manufacturers minimize mistakes and inconsistencies during the fabrication process. Moreover, Revit facilitates efficient communication between fabricators and other team members, which lowers mistakes and inconsistencies that may arise during building.