Revit MEP Training Curriculum
Our Revit MEP training offers a complete structured curriculum to acquire the knowledge of Revit MEP from scratch. The Revit MEP Course syllabus is framed by professional experts with handpicked modules.
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Revit MEP Course Content
Module 1: Introduction to Revit MEP
Objective: Understand the fundamentals of BIM and Revit MEP interface for project setup.
Overview of BIM (Building Information Modeling)
Role of Revit MEP in BIM workflows
Revit user interface & navigation
Understanding Revit project files (.rvt) and templates
Project setup: units, levels, grids, and coordinates
Module 2: Starting an MEP Project
Objective: Learn how to initiate and manage MEP projects with linked models and collaboration tools.
Linking architectural and structural models
Understanding Revit worksharing and collaboration
Project templates for MEP disciplines
Visibility/graphics settings for MEP elements
Copy/monitoring elements from linked models
Module 3: HVAC (Mechanical Systems)
Objective: Gain hands-on experience in designing and analyzing HVAC systems using Revit MEP tools.
Creating spaces and zones
Heating and cooling load calculations
Duct system fundamentals and layout
Placing air terminals, diffusers, and equipment
Duct routing and fittings
System inspector and flow analysis
Creating mechanical schedules
Module 4: Electrical Systems
Objective: Learn to design electrical systems, circuits, and load calculations within Revit MEP.
Understanding electrical settings and components
Creating electrical circuits
Lighting systems: fixtures and switches
Power systems: panels, outlets, and equipment
Cable trays and conduits
Electrical load calculations and panel schedules
Annotation and tagging for electrical elements
Module 5: Plumbing & Piping Systems
Objective: Understand how to model plumbing, water, and fire protection systems in Revit MEP.
Plumbing fixture placement
Cold and hot water systems
Sanitary and vent systems
Fire protection piping (sprinkler layout basics)
Pipe routing and fittings
System checks and flow analysis
Creating plumbing schedules
Module 6: Coordination & Interference Checking
Objective: Master coordination tools for resolving MEP clashes with other disciplines.
Using the Coordination Review tool
Clash detection and interference checking
Coordination between MEP and other disciplines
Working with linked models
Module 7: Families and Components
Objective: Learn to create, modify, and manage MEP families for project customization.
Introduction to Revit families (loadable and system families)
Creating and modifying MEP families
Managing family parameters and connectors
Importing manufacturer-specific content
Module 8: Documentation & Detailing
Objective: Develop professional drawings and construction documents for MEP systems.
Creating and managing MEP views (plan, section, 3D)
Annotating drawings (tags, dimensions, text notes)
Legends, schedules, and keynotes
Sheet creation and layout
Printing and exporting to PDF/DWG
Module 9: Visualization & Presentation
Objective: Create realistic 3D visualizations and presentation-ready renderings of MEP designs.
Creating realistic 3D views
Material assignments and lighting
Rendering basics
Walkthroughs and presentation outputs
Module 10: Project Management & Collaboration
Objective: Manage teamwork, model sharing, and integration with external software.
Worksets and collaboration tools
Project phasing and design options
Linking and coordination with Navisworks
Exporting and sharing Revit models
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