Welcome to PJR Engineering Training Academy’s Fire System Design Calculations Training. Our specialized program is designed to provide professionals with a comprehensive understanding of fire protection system design and calculations. This training is crucial for engineers, designers, and safety professionals who are involved in the planning and implementation of effective fire safety systems.
COURSE HIGHLIGHTS
INTRODUCTION IN FIRE SYSTEM (PLAN, SCHEMATIC, EQUIPMENT SCHEDULE)
Learn to create and analyze fire system plans and schematics, including equipment schedules. Master the components and layout of fire safety systems.
Understand the integration of fire protection systems into building designs and project plans.
ARCHITECTURAL SPACE PLANING
Explore the architectural considerations when integrating fire protection systems into building designs. Create essential documentation for project approval.
Ensure that fire protection is seamlessly integrated with the aesthetic and functional design of the building.
DESIGN BASIS REPORT & ROOM DATA SHEET
Develop comprehensive design basis reports that outline fire safety criteria. Learn to create room data sheets detailing system requirements for each space.
Ensure compliance with safety regulations through detailed documentation of fire system designs.
CODES & STANDARDS
Study essential fire safety codes and standards, such as NFPA, to ensure regulatory compliance.
Understand how fire safety codes influence system design and ensure safety in various environments.
THEORY OF FIRE
Delve into the science of fire behavior, fire hazards, and the principles of fire suppression. Learn about fire ignition, spread, and control.
Apply theoretical knowledge to design effective fire protection systems.
BASICS OF FIRE ALARM
Learn the components and operation of fire alarm systems, including detectors, control panels, and notification devices.
Understand how to design, install, and test fire alarm systems to meet safety standards.
PORTABLE FIRE EXTINGUISHER SELECTION AS PER NFPA10
Master the selection and placement of portable fire extinguishers according to NFPA10. Learn to evaluate fire hazards and extinguisher requirements.
Ensure appropriate extinguisher types are selected for different fire classes and locations.
AUTOMATIC SPRINKLER SYSTEM DESIGN AS PER NFPA13
a. Wet Pipe System
b. Dry Pipe System
c. Deluge Valve System
d. Preaction System
e. Foam System
Design automatic sprinkler systems based on NFPA13, covering wet pipe, dry pipe, deluge, preaction, and foam systems.
Understand how to choose the appropriate system for various building types and fire risks.
STANDPIPE AND FIRE HOSE REEL AS PER NFPA14
Learn to design and install standpipe and fire hose reel systems as per NFPA14. Understand the importance of water supply, pressure, and accessibility.
Ensure effective fire suppression in buildings with well-placed and functional fire hose systems.
FIRE PUMP AS PER NFPA20
Understand the design and operational requirements for fire pumps as per NFPA20. Learn to calculate fire pump capacity and ensure system reliability.
Ensure that the fire pump can meet the water pressure demands of the fire protection system.
FIRE WATER TANKS AS PER NFPA 22
Learn the requirements for designing and installing fire water tanks according to NFPA 22 standards.
Understand how to size and maintain fire water tanks for optimal fire protection.
FIRE HYDRANTS AS PER NFPA 24
Study the installation and design criteria for fire hydrants according to NFPA 24.
Understand the importance of proper hydrant placement and water flow for emergency response.
HYDRAULIC CALCULATION – MANUAL AND SOFTWARE
Master hydraulic calculations using manual methods and specialized software for accurate fire protection design.
Ensure systems are designed for proper water flow and pressure under various fire scenarios.
CLEAN AGENT SYSTEMS AS PER NFPA2001
a. FM-200
b. NOVEC
c. Inert Gas
Study clean agent fire suppression systems, focusing on FM-200 and NOVEC agents.
Learn to design systems that protect sensitive areas like data centers without water-based extinguishing agents.
Explore Inert Gas fire suppression systems, which use non-reactive gases like Nitrogen or Argon to reduce oxygen levels and suppress fires without causing damage to equipment or the environment.
WATER MIST SYSTEMS
Explore the design and application of water mist systems for fire suppression in high-risk areas.
Understand how water mist systems provide effective fire control with minimal water usage.
FIRE EQUIPMENT SCHEDULE
Learn to develop comprehensive fire equipment schedules, including extinguishers, hydrants, and alarms.
Ensure all fire protection equipment is properly accounted for in system design and installation.
CONCEPT DESIGN, SCHEMATIC DESIGN, DETAILED DESIGN, TENDER PACKAGE & IFC PACKAGE
Understand the stages of fire protection system design, from concept to IFC package.
Learn to create tender and IFC documentation for contractors and project implementation.
CLIENT APPROVAL
Learn how to present fire protection designs for client approval and make necessary adjustments.
Develop skills in client communication and feedback management for successful project delivery.
VALUE ENGINEERING
Explore value engineering techniques to optimize fire protection system design while reducing costs.
Learn to balance safety, compliance, and budgetary constraints without compromising quality.
AUTHORITY APPROVALS
Understand the process for obtaining regulatory approvals for fire protection systems.
Ensure compliance with local codes and standards to achieve successful project approval.
Enhance your skills in fire system design with PJR Engineering Training Academy’s specialized training program. For more information or to enroll, please contact us today.
Advance your expertise and ensure your fire protection systems are both effective and compliant with our expert-led training in fire system design calculations.