Autodesk Revit MEP is a building information modeling (BIM) software created by Autodesk for professionals who work in MEP engineering. MEP stands for mechanical, electrical, and plumbing which are the three engineering disciplines that are addressed by Revit MEP.
Highlights
Course Standards
- Load Calculation in 2022 Version
- BIM concept
- Project including MEP services
- Software latest version
- Training includes Modelling, designing, drafting & estimation
- Online assistance
- Cad to Revit, Export & Tracing
- Walk through/ fly through
- Central file, work sets
- Material take off (all services)
- Cable trays
- Creating sheets
- Printing/plotting
- New features of 2022 version
- Live online Training
- Classroom Training
- Video Courses
- Gulf experience faculty
- Digital classroom
- Basic to advance level
- Concept based training
- Software calculation
- Interactive sessions
- Updated syllabus
- Motivation
Revit MEP course syllabus
1. Introduction
• File Formats
• BIM Dimensions
• What is what on screen
• Common Commands
• Training files setup
• Modifying the view
• Common tasks
2. Starting MEP Projects
• Linking Projects
• Visibility/ Graphics- VG
• View Templates
3. Modifying System Settings
• General System Options
• File Locations
• Spelling Options
• Snap Settings
4. Planning Mechanical Systems
• Preparing Spaces
• Placing Spaces
• Spaces in Open Areas
• Multi-Level Spaces
• Auto Spaces
• Space Naming
• Zones in the System Browser
• Zones on a Single Level
• Zones on Multiple Levels
• Analytical Models
• Ventilation Settings
• Space Setting
• Zone Settings
• Heating & Cooling Loads Calculation
• Zone Color Schemes
5. Designing Mechanical Air Systems
• Airflow Schedules
• Hosted Air Terminals
• Non-Hosted Air Terminals
• Secondary Supply Air Systems
• Auto Ductwork
• Duct Sizing- Equal Friction Method
• System Inspection
• Duct Pressure Loss Report
• Manually Creating Ductwork
• Duct Sizing- Constant Velocity Method
• Thermal Insulation
• Acoustic Lining
• Duct Accessories
6. Designing Mechanical Piping Systems
• Adding Mechanical Equipment
• Creating Piping Systems
• hydronic supply piping system
• hydronic Return piping system
• Adding Pipes Using Auto Layout
• Adding Pipes Using Manual Layout
• Adding Valves
• Pipes Sizing
• Thermal Insulation
• Inspecting the System
• Pipe Pressure Loss Report
• Checking Piping Systems
1. Planning Electrical Systems
• Specifying Electrical Systems
• Add a correction factor
• Add a wiring type
• Add a voltage definition
• Add a distribution system
• Specify demand factors
• Defining Required Lighting
• Color Fills & Schedules
2. Designing Lighting Systems
• Add a project parameter for lighting
• Verify the new parameter
• Create a schedule for required lighting levels
• Add space lighting requirements to the schedule table
• Change the sort order of the schedule
• Apply a lighting level to spaces
• Creating Color Fills and Schedules
• Add a legend and apply the color scheme
• Create a space lighting analysis schedule
• Adding Lighting Fixtures
• Modify multiple fixture instances
• IES Data of Lighting Fixtures
3. Designing Power Systems
• Placing Switches/Junction Boxes & Receptacles
• Lighting Circuits with Wire
• Lighting Circuits without Wire
• Creating Switch Systems
• Power Loads
• Balancing Wire Size-n-Breaker Services
• Panel Schedules
• Checking Your Design
1. Plumbing Drainage System
• Plumbing & Piping Systems
• Create a pipe type
• Load piping component families
• Specify sanitary piping settings
• Add a pipe size
• Adding Sanitary Plumbing Fixtures
• Place a wall-mounted urinal
• Place a floor drain
• Create the sanitary plumbing system
• Create physical connections
• Customize the suggested layout
• Examine the piping
• Add Lavatory to the layout
• Add Lavatory to the sanitary system
• Create piping to connect the Lavatory
• Add pipe stubs to the double wye
• Add P-Trap Fittings
• Refining Sanitary Stacks
• Add a vertical soil stack
2. Plumbing Water System
• Cold Water Systems
• Create the cold-water system
• Create piping for the cold-water system
• Hot Water Systems
• Create the hot water system
• Add a water heater
• Add the water heater to Domestic cold water system
• Connect the water heater to the cold water supply
• Add the water heater to Domestic Hot Water system
• Connect the water heater to the hot water supply
1. Planning Fire Protection System
• Specifying Pipe Settings
• Create a pipe type
• Configure pipe conversion settings
• Create project parameters
• Create a key schedule
• Create a schedule parameter
• Add schedule data
• Create a sprinkler schedule
• Organize schedule data
• Group schedule columns
• Create an embedded schedule
• Modify space properties from the schedule
• Determining Zone Requirements
• Sprinkler Design Schedules
2. Designing Fire Protection System
• Adding Sprinklers
• Continue placing sprinklers
• Place non-hosted sprinklers
• Array sprinklers
• Creating Piping Systems
• Connect sprinklers with a system
• Confirm and validate the system
• Create the initial layout
• Modify the layout
• Creating Fire Protection Wet Systems
• Add remaining sprinklers
• Connect the sprinklers with pipe
• Vertical Supply Piping
• Add mechanical equipment
• Add a valve
• Pipe Sizing
• Tag the pipes
1. Creating Documentation View
• Duplicating Plan Views
• Creating Dependent Views
• Creating Plumbing Isometric Risers
• Creating Callout Views
2. Annotations & Dimensions
• Creating Annotations
• Creating Dimensions
• Creating a Legend
3. Detailing
• Model-Based Riser Diagram Details
• Creating Detail Wiring
• Model-Based Isometric Details
• Drafting Detail Components
• Importing CAD Drawings
4. Revit MEP Families- Video Only
• Fan Families
• Fan Powered VAV Box Families
• Electrical Equipment Families
• Toilet Families
• Light Fixture Tag Families
• Flange Families
• Elbow Pipe Fitting Families.
