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- Water Spray System
- Fire Alarm & Pump System
- Sprinkler System
- Foam & Halon Systems
- Dry & Wet Chemical Systems
Design Training in MEP System
Design Training Fire Fighting Systems
Dynatech’s Fire Fighting Design Course is a specialized program that focuses on imparting essential knowledge and skills required for designing effective fire protection and suppression systems. This comprehensive course aims to train participants in designing fire safety systems that comply with local and international fire codes and standards. The training courses in Dynatech are handled by experienced industry professionals who have extensive experience and knowledge on the design, installation, commissioning, and maintenance of fire protection systems.
- English
- Offline
- 5 Weeks
Course content
Introduction to Fire Fighting System Design
a. Basics and Concept of Fire
1. Fire Triangle
2. Chemistry of Fire
b. Hydraulics Basic
c. Types of Fire Fighting systems
1. Sprinkler System
2. Hydrants and Standpipe system
3. Water Spray System
4. Foam System
5. Halon System
6. CO2 System
7. Dry and Wet Chemical System
d. Fire codes, standards, and regulations
1. NFPA, NBC, FSAI Codes
2. British Standard Codes
3. Qatar Fire Codes and Qatar Civil Defence (QCDD) Guidelines
Standpipe and Hose System
a. Standard for the installation of Standpipe and Hose Systems as per NFPA
b. Types of Standpipe system
c. System classes and demand
d. Hose stations – Closets and Cabinets
e. Locations of Hose connections
f. Coverage Distance Between Hoses
g. Hydraulic Calculation Procedures
h. Wet Riser & Dry Riser System- Cabinet System
i. Valve selection
j. Pipe Sizing and Flow calculations
Sprinkler System
a. Applicable NFPA Standards for Sprinkler System installation in Residential or Commercial Buildings
b. Types of sprinklers such as Dry pipe sprinkler, Wet Pipe, Pendent type, Deluge Etc.,
c. Pipe Sizing Calculation and Hydraulic calculation fundamentals
d. Water supply analysis
e. Sump Capacity Calculation
f. Over Head Tank Capacity Calculation
g. Types of pipes, Sprinkler flow calculation and sprinkler coverage distance
h. Fire Hazards and Sprinkler Layout design
i. Installation Procedure
Fire Extinguishers
a. Hydraulic calculations for fire extinguisher systems
b. Fire Extinguisher types and selection
c. Portable Fire Extinguishers
d. Fire extinguisher system layout design
e. Types of approvals
f. Installation procedure and Distance to maintain
Fire Pump System
a. Design and Installation of Stationary Pumps for Fire Protection as per NFPA Standards
b. Types of Fire pump sets
c. Fire Pump Selection criteria – Diesel Pump, Electrical Pump, Jockey Pump
d. Pump Head loss calculation and Pump flow calculation
e. Pump Capacity calculation
f. Booster pump Capacity calculation
g. Net positive suction head (NPSH) Calculation
h. Pump Room Sizing
i. Valve selection – Suction side and Discharge side
j. Pressure gauges and switches
k. Hydraulic and Pipe sizing calculations
l. Affinity Laws – Predicting Pump Performance after speed of rotation or impeller diameter change
m. Pump Curve and System Curve
n. Installation and Maintenance procedure
FM 200 System Design
a. Standard on Clean Agent Fire Extinguishing Systems as per NFPA
b. Agent quantity calculation at Minimum Hazard Temperature
c. Determine tank size, numbers and fill density
d. Concentration at maximum Temperature
e. Container selection
f. Nozzles – Location and Limits
g. Pipe Networks and Pipe size estimation
h. Room Integrity test
i. Flow calculation
j. Pressure Switches, Detectors and Control Panel
k. Design, Operation and Installation procedure
Deluge System and Deluge Foam System
a. Pipe Sizing and Flow calculations
b. Deluge Valve selection
c. Mechanical and Electrical type operations
d. Tank Sizing (Foam)
e. Installation and Operation Method
Fire Alarm System
a. Classifications of Fire Alarm System
b. Fire Alarm Panel selection
c. Types of sensors
d. Fire Detectors – Smoke Detector, Heat Detector, Multi sensor Detector, Flame Detector, Duct Detector
e. Coverage area of devices
f. Cable selection
g. Operation and installation procedure
Public Address System, Emergency Lighting System and Voice Evacuation System
a. Classifications and Selection of Public Address System
b. Panel Capacity selection
c. Battery type and calculation
d. Emergency Light, Exit Light and Watt Selection
e. Types of Speakers
f. Coverage area of devices and selection of cables
g. Operation and Installation Procedure
Approvals
a. Consultant verification of FA, FF, LSP etc prior to submission of QCDD (Qatar Civil Defence) approval
b. Standard title block for drawing preparation and Drawing submission to QCCD for approval procedure.
c. QCDD Inspection File Preparation and Sampling
d. QCDD inspection procedure
e. QCDD Building Permit Renewal Procedure
FAQ
Fire Protection System Design, or FPSD, is the process of planning, engineering, and building systems that find fires, put them out, and control them. It involves figuring out what the job is all about, making plans and drawings, putting in equipment, trying systems, and checking on things on a regular basis.During design effective systems are selected as per NFPA standards with minimum initial and operational costs.
Dynatech’s Fire Fighting Design Course is a specialized program that focuses on imparting essential knowledge and skills required for designing effective fire protection and suppression systems.
The newest program for keeping Fire Protection System Design comes with many safety features to keep people inside a building safe from fire risks. These features ensure that system designs are safe, effective, and in line with the right rules and standards. They also give useful information about how a plan works now and possible problems or threats that might happen in the future. Businesses can be sure that their fire safety systems are up to date and ready for anything with these options. A good Fire Protection System Design software program should be regularly updated to keep it in line with new technologies and changing rules.
The aim of Dynatech’s Fire Fighting Design Course is to equip participants with the essential knowledge and skills needed to design effective fire protection and suppression systems. The course ensures that participants are trained to create systems that comply with local and international fire codes and standards, promoting safety and adherence to regulations.Connect us