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Autodesk RevitMEP is a building information modeling (BIM) software created by
Autodesk for professional who engage in MEP engineering. MEP stands for mechanical,
electrical, and plumbing, which are the three engineering disciplines that RevitMEP addresses.
RevitMEP helps you model, draft, design, and document building systems. Support
mechanical, electrical, and plumbing (MEP) engineering systems throughout the building
lifecycle.
Design MEP building systems with greater accuracy and in better co-ordination with
architectural and structural components, using the co-ordinated and consistent information
inherent in the intelligent model.
Benefits of Revit MEP
Integrated Design:
Streamline the engineering design process with Revit. Use a single model to enhance the
communication of design intent, before construction begins.
Analysis:
Conduct simulations and interference detection earlier in the design process. Use
conceptual energy analysis data for engineering-driven calculations.
Documentation:
Design, model and document building systems in the context of a full building
information model, including architectural and structural components.
Fabrication
Model for MEP fabrication with tools that automate the fabrication model layout. Prepare
a model for detailed co-ordination of fabrication and installation.
The Fundamentals Benefits of BIM
1. 3D Visualization
2. Improved coordination
3. Accurate Estimation of Quantities and Cost
4. Automated Collision Checks
5. Quick changes to design, No Repetitive Tasks
6. High Quality Construction Documents
7. Expedite the Floor Planning
8. Tender Management
9. Enhanced Collaboration and Productivity
10. BIM 4D and 5D
11. High Level of Flexibility
12. Meet Owners Taste and Style
Introduction
Revit MEP Interface
Central File Creation
Keyboard Shortcuts
Working With Views
File Concepts - Project Files And Templates
File Concepts - Family Files And Templates
File Concepts - System Families
File Concepts - In-Place Familie
Basic Creation Tools
Opening A Revit MEP Project
Viewing The Model - 2D
Viewing The Model - 3D
Systems Tab - HVAC And Mechanical
Systems Tab - Plumbing And Piping
Systems Tab Electrica
Links, Imports, and Groups
Linking AutoCAD DWG files
Creating topography from a DWG link
Understanding CAD inserts
Creating a group
Creating Revit links
Rotating and aligning a Revit
Managing links
Building Performance Analysis
Energy Settings
Default Building Type Settings
Analyzing Heating And Cooling Loads
Exporting For Secondary Analysis
Systems
The System Browser
Graphic Overrides
Checking Systems
System Inspector
HVAC
Duct Sizing
Mechanical Settings - Ducts
Air Terminals And Mechanical Equipment
Duct Insulation And Lining
Duct Insulation And Lining
Adding And Modifying Fittings
Duct Systems
Duct Systems
Hydronic Piping Systems
Hydronic Piping Systems
Mechanical Settings - Pipes
Piping Systems
Adding Mechanical Equipment
Adding Pipes
Parallel Pipes
Modifying Pipes
Sloping Pipes
Adding And Modifying Fittings
Mechanical Systems Hydronics
Plumbing Systems
Mechanical Settings - Pipes
Piping Systems
Adding Plumbing Fixtures
Pipes
Parallel Pipes
Modifying Plumbing Fixtures
Piping Systems
Fire Protection Systems
Sprinklers
Sprinkler Systems
Sprinkler Pipe Layouts
Electrical Systems
Electrical Settings
Electrical Components - Lighting Fixtures
Electrical Components - Electrical Equipment
Electrical Components - Electrical Devices
Creating Power Circuits
Creating Lighting Circuits
Creating Switch Systems
Cable Tray
Conduit
Detailing
Detailing
Adding Detail Lines
Legends
Coordinating the model
Interference Check
Coordination Review
Visibility and Graphic Controls
Working with visibility and graphic overrides
Using view templates
Hiding and isolating objects in a model
Understanding view range
Schedules and Tags
Understanding tags
Adding schedule views
Modifying schedule views
Creating a key schedule
Annotation and Details
Adding text
Adding dimensions
Adding symbols
Adding legend views
Creating a detail callout
Using arrays to duplicate objects parametrically
Adding filled and masking regions
Basic Editing Tools
Basic Editing Tools
Using Filter
Use Of The TAB Key
Moving And Copying
Copy And Paste
Copy And Paste
Mirror
Linear Arrays
Radial Arrays
Extend And Trim
The Align tool
Offset
Re-Hosting Element
Views
Controlling Visibility
Initial Plan Views
View Duplication
Elevations
Sections
Creating Callouts
Ceiling Plans
View Templates
Section Box
Scope Box
The Basics of Families
Understanding families
Creating a new family from a template
Using reference planes, parameters, and constraints
Adding solid geometry
Cutting holes using void geometry
Adding blends
Completing the family
Sheets, Plotting, and Publishing
Adding sheets
Outputting sheets to a DWF file
Exporting to AutoCAD
Exporting to AutoCAD
