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 with complementary Autocad 2d
- 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

Introduction of firefighting system
Syllabus overview
System & components overview (ppt)
NFPA modules for building
Fire triangles
Reasons of fire
Role of firefighting design engineer
Design steps
Types of drawing


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