Revit mep

Revit 2 MEP - HVAC, Piping, FP, and Electrical

Duration: 36 hours

Teaching Methodology: Hands on

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DESCRIPTION

Autodesk® Revit® MEP has powerful tools for HVAC, Piping, Fire Protection, and Electrical Engineers. Once the architectural model is complete, MEP engineers will link the file to add MEP components. Upon completion, they can use the software to detect clashes between elements, create views, generate quantity schedules, and prepare documentation.

OVERVIEW

Participants who take this course will learn in the first part how to link an architectural model, create MEP families, create spaces and zones, and perform energy analysis. In the second part, they will learn how to design HVAC, hydronic piping, plumbing, and fire protection. In the third part, they will learn how to create electrical systems. The following are the main topics to be covered:

Part 1 - Topics that are common to HVAC, Piping, FP, and Electrical engineers:

  • Starting the Implementation Project
  • Sites
  • Tracking Site Coverage and Developing Concepts
  • Families
  • Columns, Beams, and Foundations
  • Walls
  • Slabs, Floors, Ramps, Ceilings, and Roofs
  • Rooms and Areas
  • Rendering

Part 2 - Topics that are specifics to HVAC, Piping, and FP engineers:

  • Energy Analysis
  • HVAC Systems
  • Hydronic Piping Systems
  • Plumbing Systems
  • Fire Protection
  • Fabrication

Part 3 - Topics that are specifics to Electrical engineers:

  • Electrical Systems

AUDIENCE

MEP engineers HVAC, Piping, Fire Protection, and Electrical Engineers. MEP draftsmen.

PREREQUISITES

Revit 1 Fundamentals for All Disciplines

revit mep 01
revit mep 02
revit mep 03
revit mep 04

COURSE CONTENTS

Part 1 - For HVAC, Piping, FP, and Electrical Engineers

01 - Your First Duct System

  • Starting a New File Based on the Mechanical Template
  • Creating a Ceiling and Placing Some Air Terminals
  • Drawing Ducts in Plan Views and 3D
  • Splitting and Sizing
  • Experimenting with Duct Fittings
  • Adding Insulation
  • Add Lighting Fixtures
Your First Duct System

02 - Preparing the Architectural Model for Your First Piping System

  • Opening and Viewing the Architectural Model
  • Overviewing the Interface
  • Views in the Architectural Model
  • Correcting Architectural Floors
  • Correcting Room Bounding Elements
  • Adding Missing Walls
  • Checking False Ceilings
  • Checking Wall Layers and Material Thermal Properties
  • Checking Rooms and Room Tags
  • Assigning Project Proper Location
  • Changing the Angle for a Project Relative to True North
  • Setting the View Orientation
  • Saving the Project
Preparing the Architectural Model for Your First Piping System

03 - Your First Piping System

  • Start a New MEP Project
  • The Mechanical Template
  • Linking in the Architectural File
  • Acquiring Coordinates
  • Introduction to Copy/Monitor
  • Downloading an AC Unit from revitcity.com
  • Adding a Connector to the AC Unit
  • Copying a Wall from the Architectural Model
  • Placing the AC Unit
  • Drawing Pipes
  • Assigning Slope Values
  • Adding a Floor Drain
  • Connecting Pipes and Completing the Drainage System
  • Reviewing View Disciplines
  • Converting a Family from Wall Based to Face Based
Your First Piping System

04 - MEP Families

  • Starting a Wall Based Family
  • Setting Workplane
  • Drawing Reference Planes
  • Dimensioning and Creating Parameters
  • Building the Family
  • Loading and Testing the Family
  • Making the Floor Drain Family Parametric
  • Creating Families that Contain Extrusions and Voids
  • Adding Connectors
  • Using Formulas
  • Family Types
  • Visibility Settings
  • Nesting Families
MEP Families

05 - Starting Autodesk Revit MEP Projects

  • Linking in Architectural Projects
  • Managing Links
  • Practice Starting an MEP Project
  • Copying and Monitoring Elements
  • Coordination Settings
  • Batch Copying Fixtures
  • Monitoring Elements
  • Working with Monitored Elements
  • Setting Up Levels
  • Modifying Levels
  • Coordination Review
  • Practice Linking and Coordinating Projects
Starting Autodesk Revit MEP Projects

06 - Views Overview

  • Duplicating Views
  • Dependent Views
  • View Disciplines and Sub-Disciplines
  • Creating View Types
  • The Organization Browser
  • View Range
  • Criteria Filters
  • Creating and Managing View Templates
  • Assigning a Template to a View
  • Applying a View Template to a View
  • Elevations
  • MEP Sections
  • Scope Boxes
Views Overview

07 - Understanding Autodesk Revit MEP Systems

  • About MEP Systems
  • Editing Duct/Pipe System Types
  • Experimenting with Existing Duct Systems
  • Working with Color Scheme
  • Using the System Browser
  • Filters
  • Duct/Pipe Disconnects
  • Creating Duct Systems
  • Analyzing Systems
  • Checking Duct Systems
  • Duct and Pipe System Tools
  • System Inspector
  • Dividing Systems
  • Pressure Loss Reports
  • Duct and Pipe Sizing
Understanding Autodesk Revit MEP Systems

08 - Spaces and Zones

  • Setting Area and Volume Computations
  • Preparing a Model for Spaces
  • Creating Spaces
  • Special Space Situations
  • Changing the Level Computation Height
  • Automatic Spaces
  • Creating Zones
  • Using the System Browser with Zones
  • Creating Color Schemes
Spaces and Zones

Part 2 - For HVAC, Piping, and Fire Protection Engineers

09 - Energy Analysis

  • General Thermal Properties
  • Preparing a Project for Energy Analysis
  • Inspect Material Properties
  • Making Sure Project Location and True North are Set Properly
  • Acquire Coordinates from Architectural File
  • Sun Settings
  • Previewing Solar Study
  • Energy Settings
  • Building Construction Type Settings
  • Building/Space Type Settings (Manage - MEP Settings)
  • Assigning Zones Properties
  • Assigning Spaces Properties
  • Heating and Cooling Loads - General
  • Heating and Cooling Loads - Details
  • Analytical Surfaces
  • Analyzing the Heating and Cooling Loads
  • Exporting for Secondary Analysis Such as Hap or IESVE
Energy Analysis

10 - HVAC Systems (Ducting)

  • About HVAC Systems
  • Mechanical Settings
  • Preparing a Ducting 3D View
  • Adding Air Terminals and Mechanical Equipment
  • Adding Ducts
  • Modifying Ducts
  • Changing Ducts Using Standard Tools
  • Creating Duct Placeholder
  • Converting Ducts and Duct Types
  • Adding Insulation and Lining
  • Modifying the Justification
  • Working with Fittings
  • Creating Duct Systems
  • Automatic Ductwork Layouts
  • Adding Duct Accessories
HVAC Systems

11 - HVAC Piping Systems (Hydronic)

  • About Hydronic Piping Systems
  • Mechanical Settings-Piping
  • Adding Mechanical Equipment
  • Drawing Pipes
  • Creating Parallel Pipes
  • Modifying Pipes
  • Working with Fittings and Accessories
  • Creating Hydronic Systems
  • Automatic Piping Layouts
Hydronic Piping Systems

12 - GENERAL PIPE SETTINGS AND COMMANDS

  • Mechanical Settings
  • Angles
  • Conversion
  • Inheriting Elevation and Size
  • Slopes
  • Pipe Placeholders
  • Pipe Routing Preferences
  • Segments and Sizes
  • Pipe Accessories and Fittings
  • Pipe Insulation
Plumbing Systems

13 - PLUMBING SYSTEMS (DOMESTIC)

  • About Domestic Systems
  • Modifying Views for Domestic Systems
  • Mechanical Settings for Pipes
  • Adding Plumbing Fixtures
  • Drawing Piping for Domestic Systems
  • Modifying Domestic Pipes
  • Plumbing Pipes Fittings and Accessories
  • Working With Plumbing Systems
  • Automatic Layouts
Fabrication

14 - PLUMBING SYSTEMS (SANITARY)

  • About Sanitary Systems
  • Modifying Views for Sanitary
  • Mechanical Settings for Pipes
  • Adding Plumbing Fixtures
  • Drawing Piping for Sanitary Systems
  • Pipe Fittings and Accessories
  • System Browser
  • Creating Sanitary Systems
Adding an FC System to Cool/Heat the First Basement

15 - PLUMBING SYSTEMS (VENT)

  • About Vent Systems
  • Views for Vent Systems
  • Mechanical Settings for Pipes
  • Adding Vent Pipes to Sanitary System
  • Pipe Fittings and Accessories
  • Disconnects
Adding an Outdoor Unit to Cool/Heat the Ground Floor

16 - PLUMBING SYSTEMS (FIRE)

  • About Fire Systems
  • Views for Fire System
  • Adding Sprinklers to Fire Systems
  • Drawing Fire Pipes
  • Wet and Dry Fire Systems
  • Automatic Layout
  • Using Base for Layouts
Adding a Plumbing System

Part 3 - For Electrical Engineers

17 - ELECTRICAL SYSTEMS

  • Overview of Electrical Systems
  • Adding Lighting Fixtures
  • Adding Electrical Equipment
  • Creating Electrical Circuit Systems
  • Wire Connections
Electrical Settings

18 - ELECTRICAL SETTINGS

  • Experimenting Electrical Settings
  • Wiring
  • Voltage Definition
  • Distribution System
  • Cable Tray and Conduit Settings
  • Load Calculation
  • Panel Schedule
Designing an Electrical System

19 - CABLE TRAY AND CONDUITS

  • Cable Tray Sizes
  • Conduit Sizes
  • Cable Tray with Fittings
  • Conduits with Fittings
  • Junction Box
  • Parallel Conduits
Electrical Families

20 - ELECTRICAL EQUIPMENT AND DEVICES

  • Load Classification Types
  • Demand Factor Types
  • Adding Electrical Equipment
  • Adding Electrical Devices
  • Switch System
Creating Lighting Circuits

21 - WIRING AND PANEL SCHEDULE

  • Creating Circuits
  • Wiring
  • Checking Circuits
  • Disconnects
  • Panel Schedule
Modeling Conduits and Cable Trays

22 - FABRICATION PARTS

  • Specifying Fabrication Settings
  • Placing Fabrication Parts
  • Creating a Fabrication Layout
  • Editing a Fabrication Layout
Annotating, Details, Schedules, and Sheets

23 - ANNOTATIONS (TAGS/ DIMENSIONS/ TEXT)

  • Dimensions and Text
  • Details, Symbols, and Legends
  • Wiring Details
  • Adding Tags
Electrical Families

24 - SCHEDULES/ QUANTITIES

  • Duct and Duct Fittings Schedule
  • Pipe and Pipe Fittings Schedule
  • Cable Trays and Conduits Schedule
Creating Lighting Circuits

25 - SHEETS AND EXPORTING

  • Setting up Sheets
  • Placing and Modifying Views on Sheets
  • Printing
  • Exporting
Modeling Conduits and Cable Trays