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Course Schedule
Classroom Sessions:
Date Venue
Liverpool
Abu Dhabi
Sydney
Introduction

Understanding fire behavior and fire dynamics is essential for predicting fire growth, ensuring firefighter safety, and designing effective fire protection systems. This course provides in-depth knowledge of how fires start, develop, spread, and can be controlled, based on scientific principles and real-world applications. The program aligns with international standards such as NFPA and SFPE.

Objectives

  • Understand the science of combustion and heat transfer
  • Analyze fire growth and development stages
  • Interpret fire behavior in different environments
  • Recognize dangerous fire phenomena (flashover, backdraft)
  • Apply fire dynamics principles in firefighting and safety planning
  • Evaluate factors influencing fire spread and intensity 

Training Methodology

Organisational Impact

Personal Impact

Who Should Attend?

· Firefighters and fire officers

· Fire protection engineers

· HSE and safety professionals

· Facility and building managers

· Emergency response teams

· Engineers involved in fire safety design

Course Outline

Day 1: Fundamentals of Fire Science

  • Introduction to fire science and dynamics
  • Combustion process and chemical reactions
  • Fire triangle and fire tetrahedron
  • Types of combustion (complete and incomplete)
  • Heat transfer methods:
    • Conduction
    • Convection
    • Radiation

Day 2: Fire Growth & Development

  • Stages of fire development:
    • Ignition
    • Growth
    • Fully developed
    • Decay
  • Heat Release Rate (HRR) concept
  • Fire plume and ceiling jet behavior
  • Smoke production and movement
  • Influence of fuel load and ventilation

Day 3: Fire Behavior in Different Environments

  • Compartment fires vs open fires
  • Ventilation-controlled vs fuel-controlled fires
  • Fire behavior in buildings and enclosed spaces
  • Effects of wind and ventilation openings
  • Fire spread in high-rise and industrial settings
  • Smoke movement and stratification

Day 4: Extreme Fire Phenomena & Fire Dynamics

  • Flashover (causes, indicators, prevention)
  • Backdraft (conditions and warning signs)
  • Rollover (flame over)
  • Fire gas ignition
  • Boil over and BLEVE (Boiling Liquid Expanding Vapor Explosion)
  • Fire dynamics in hazardous environments

Day 5: Fire Dynamics Application & Practical Analysis

  • Application of fire dynamics in firefighting
  • Fire behavior prediction techniques
  • Fire modeling and simulation basics
  • Case studies of real fire incidents
  • Fire safety design considerations
  • Practical exercises and analysis
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Akaz Capital
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