The design of any fire-protection system is an exact science that takes into account a building’s use, occupancy, footprint, and even its other installed systems. Planning for fire protection involves an integrated approach in which system designers need to analyze building components as a total package. In most cases, the analysis needs to go beyond basic code compliance and the owner’s minimum legal responsibilities for providing protection.
Course Standard
- Elite Fire software
- Manual hydraulic Calculation
- Software Hydraulic Calculation
- NFPA Standards
- Detail Drawings
- Detail Sprinkler System Design
- Water Less System Design
- Course Include Designing, Drafting, Estimation & Installation
- Sample Project
- Updated Syllabus & Codes
- 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
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.
