Advanced Fire Safety & Emergency Response 5-Day Course Outline - KSA, Oman & GCC

Master Fire Protection & Emergency Management in Saudi Arabia, Oman & Gulf Region

The Advanced Fire Safety & Emergency Response Course is a comprehensive 5-day program designed for safety professionals, facility managers, and emergency responders across Saudi Arabia (KSA), Oman, UAE, Qatar, Kuwait, and Bahrain. This specialized training covers fire science, advanced suppression systems, evacuation management, and emergency coordination essential for protecting lives and assets in high-rise buildings, industrial facilities, oil & gas installations, and commercial complexes throughout the GCC.

Why Advanced Fire Safety Training is Essential in the Middle East?

The GCC region faces unique fire safety challenges requiring specialized knowledge:

• Extreme climate conditions: 45°C+ temperatures affecting fire behavior

• High-rise mega-developments: NEOM, Burj Khalifa, Kingdom Tower

• Saudi Civil Defense regulations and mandatory compliance

• Oman Civil Defense Law requirements for fire safety systems

• UAE Fire & Life Safety Code implementation

• Oil & gas facilities: refineries, petrochemical plants, storage terminals

• Major incidents: Marina Torch Dubai, Grenfell lessons applied to GCC

• NFPA standards adoption across Gulf states

• Vision 2030 safety infrastructure requirements

Who Should Attend This Course?

• Fire safety managers and officers in commercial and industrial facilities

• HSE professionals requiring advanced fire protection knowledge

• Facility and building managers of high-rise and complex structures

• Emergency response team leaders and coordinators

• Safety engineers designing fire protection systems

• Industrial firefighters at oil & gas and petrochemical facilities

• Civil Defense liaisons coordinating with authorities

• Project managers overseeing construction of GCC mega-developments

• Anyone responsible for fire safety in Saudi Arabia, Oman, UAE, or GCC

5-Day Advanced Fire Safety Course Structure

Day 1: Fire Science & Behavior Fundamentals

Advanced Fire Chemistry and Physics

• Fire tetrahedron: fuel, oxygen, heat, chemical chain reaction

• Combustion process: premixed vs. diffusion flames

• Products of combustion: smoke, toxic gases, heat

• Heat transfer mechanisms: conduction, convection, radiation

• Flame spread and fire growth patterns

• Flashover, backdraft, and rollover phenomena

• Fire dynamics in compartments and buildings

• Influence of GCC climate on fire behavior

Classification of Fires and Extinguishing Agents

• Class A: Ordinary combustibles (wood, paper, textiles)

• Class B: Flammable liquids (gasoline, solvents, oils)

• Class C: Energized electrical equipment

• Class D: Combustible metals (magnesium, titanium, sodium)

• Class K: Cooking oils and fats (commercial kitchens)

• Extinguishing agent selection: water, foam, CO2, dry chemical, clean agents

• Agent effectiveness and application methods

• Environmental considerations in GCC operations

Flammable and Combustible Materials

• Material properties: flash point, ignition temperature, flammability limits

• LEL/UEL (Lower/Upper Explosive Limits) for vapors

• Liquid fuel classifications and storage requirements

• Combustible dust hazards in industrial settings

• Reactive and pyrophoric materials handling

• Special hazards: LPG, hydrogen, acetylene systems

• Material Safety Data Sheets (SDS) fire information

• Storage and segregation requirements per NFPA codes

Building Construction and Fire Resistance

• Construction types: fire-resistive, non-combustible, combustible

• Fire resistance ratings: walls, floors, structural elements

• Passive fire protection: fire barriers, fire walls, fire doors

• Compartmentation principles for limiting fire spread

• Means of egress design and capacity calculations

• High-rise building fire safety challenges

• Cladding materials: lessons from recent GCC incidents

• Building codes: Saudi Building Code (SBC), UAE Fire Code

Day 2: Fire Detection & Suppression Systems

Fire Detection and Alarm Systems

• Detection technologies: smoke, heat, flame, gas detectors

• Ionization vs. photoelectric smoke detection

• Addressable vs. conventional fire alarm systems

• Detector placement and spacing per NFPA 72

• Alarm notification appliances: audible, visible, voice evacuation

• Control panels and monitoring systems

• Integration with building management systems (BMS)

• Inspection, testing, and maintenance (ITM) requirements

• False alarm prevention and management

Water-Based Fire Suppression Systems

• Automatic sprinkler systems: wet, dry, pre-action, deluge

• Sprinkler design: density, area/density, hydraulic calculations

• NFPA 13 installation standards for GCC applications

• Water supply requirements and fire pump sizing

• Standpipe and hose systems: Class I, II, III

• Fire hydrant systems and water storage

• Seismic considerations for system installations

• Freeze protection in air-conditioned GCC environments

• System inspection and testing protocols

Special Hazard Fire Suppression Systems

• Clean agent systems: FM-200, Novec 1230, Inergen

• Carbon dioxide (CO2) total flooding and local application

• Foam systems: low, medium, high expansion

• Water mist systems for electronics and heritage sites

• Kitchen hood suppression systems (wet chemical)

• Industrial fire protection: powder systems for metal fires

• Selection criteria based on hazard analysis

• Environmental and health considerations

• Installation per NFPA 2001, 12, 11, 17 standards

Fire Suppression in Oil & Gas Facilities

• Hydrocarbon fire characteristics and challenges

• Foam systems: AFFF, AR-AFFF for storage tanks

• Fixed foam systems vs. mobile foam units

• Deluge systems for process equipment protection

• Water spray and monitor systems

• Gas detection and automatic activation

• Fire water ring mains and hydrant coverage

• Saudi Aramco, ADNOC fire protection standards

Day 3: Emergency Planning & Evacuation Management

Emergency Response Planning

• Comprehensive emergency response plan (ERP) development

• Hazard identification and scenario planning

• Emergency organization structure and roles

• Incident Command System (ICS) implementation

• Emergency control center setup and operations

• Communication systems: alarms, PA, radios, emergency phones

• Coordination with Saudi Civil Defense, Oman Police, GCC authorities

• Business continuity and crisis management integration

Evacuation Strategy and Management

• Evacuation vs. defend-in-place strategies

• Phased evacuation in high-rise buildings

• Horizontal vs. vertical evacuation procedures

• Assembly point selection and management

• Accountability systems: roll call, electronic tracking

• Evacuation of vulnerable persons: mobility impaired, elderly

• Elevator use during emergencies: prohibited except fire service

• Stairwell capacity calculations and egress time analysis

• Special considerations: Ramadan, prayer times, cultural events

Emergency Response Teams (ERT)

• ERT structure: team leader, fire wardens, first aiders, evacuation coordinators

• Roles and responsibilities definition

• Training requirements and competency assessment

• Fire warden duties: sweep, search, assist evacuation

• Floor warden coordination in multi-story buildings

• Equipment provision: flashlights, vests, communication devices

• Drill participation and performance evaluation

• Recognition and motivation programs

Emergency Drills and Exercises

• Drill types: announced, unannounced, partial, full-scale

• Drill planning and scenario development

• Frequency requirements: quarterly, semi-annual, annual

• Observer roles and evaluation criteria

• Timing considerations: day/night, shift changes

• Post-drill debriefing and lessons learned

• Documentation and regulatory reporting

• Continuous improvement based on drill findings

Day 4: Industrial Fire Fighting & Hazardous Materials

Industrial Fire Fighting Techniques

• Size-up and risk assessment at incident scenes

• Offensive vs. defensive fire attack strategies

• Direct, indirect, and combination fire attack methods

• Foam application techniques: bank down, rain down, roll-on

• Ventilation tactics: natural, mechanical, positive pressure

• Thermal imaging camera usage for hot spot detection

• Utility control: gas, electricity, water systems

• Salvage and overhaul operations

• Post-fire investigation preservation

Storage Tank Fire Fighting

• Fixed roof tank fire scenarios and tactics

• Floating roof tank fires: rim seal, full surface

• Cone roof tank fires and foam application

• Tank boilover and slopover phenomena

• Foam system operation and manual application

• Exposure protection for adjacent tanks

• Specialized equipment: foam monitors, nozzles

• Coordination with facility operators

• Training for Saudi Aramco, PDO terminal operations

Hazardous Materials Emergency Response

• HAZMAT identification: UN numbers, placards, labels

• GHS classification system for chemicals

• Emergency Response Guidebook (ERG) usage

• Isolation and evacuation distances

• Personal protective equipment: Level A, B, C, D

• Decontamination procedures and stations

• Spill containment: dikes, booms, absorbents

• Leak control and product transfer operations

• Coordination with specialized HAZMAT teams

• Reporting to Saudi PME, Oman Environment Authority

Breathing Apparatus and Rescue Operations

• Self-Contained Breathing Apparatus (SCBA) operation

• SCBA inspection, donning, and safety checks

• Air management and low-air warnings

• Search and rescue techniques in zero visibility

• Victim removal methods: drags, carries, lifts

• Rapid intervention team (RIT) protocols

• Confined space rescue considerations

• Heat stress management in protective equipment

• Training requirements per NFPA 1404

Day 5: Advanced Topics & Practical Applications

High-Rise Building Fire Safety

• Unique challenges: stack effect, elevator shafts, communication

• Fire service access elevators operation and control

• Stairwell pressurization systems

• Smoke control and management systems

• Firefighter communication enhancement systems

• Standpipe system operations at height

• Helicopter rescue operations from rooftops

• Burj Khalifa, Kingdom Tower case studies

• Residential vs. commercial high-rise considerations

Performance-Based Fire Safety Design

• Prescriptive vs. performance-based approaches

• Fire risk assessment methodologies

• Fire modeling and simulation: FDS, Pathfinder

• Smoke movement analysis

• Egress time calculations (RSET/ASET)

• Design fire scenarios development

• Acceptance criteria and safety factors

• Approval process with Saudi, UAE authorities

• Application in complex GCC mega-projects

Fire Investigation Basics

• Investigation objectives and legal considerations

• Scene preservation and safety assessment

• Evidence collection and documentation

• Fire origin and cause determination

• Burn patterns and indicators analysis

• Electrical fire investigation techniques

• Witness interviews and statement collection

• Report writing and expert testimony

• Coordination with Civil Defense investigators

Emerging Technologies and Trends

• Smart building integration: IoT sensors, AI analytics

• Video smoke detection (VSD) systems

• Wireless fire alarm technologies

• Drone usage in fire assessment and monitoring

• Virtual reality (VR) for emergency training

• Building Information Modeling (BIM) for fire safety

• Lithium battery fire challenges and suppression

• Electric vehicle (EV) charging infrastructure safety

• Sustainability and green fire protection solutions

Practical Exercises and Simulations

• Live fire extinguisher training (if facilities available)

• Tabletop emergency exercises: realistic GCC scenarios

• Evacuation drill planning workshop

• Fire alarm panel operation demonstrations

• Sprinkler system activation simulation

• Incident command system role-playing

• Emergency communication exercises

• Case study analysis: real GCC fire incidents

Course Review and Assessment

• Comprehensive review of all course modules

• Key concept reinforcement through Q&A

• Written examination covering technical knowledge

• Practical assessment: emergency scenario response

• Certificate of completion presentation

• Action planning for workplace improvements

• Resources for continued learning and development

• Professional networking opportunities

Certification and Career Benefits

Professional Recognition

• International certificate recognized across GCC fire safety sector

• Enhanced credibility with regulators and insurers

• 25-40% salary increase for advanced fire safety specialists

• Pathway to professional certifications: CFPS, NFPA practitioners

• Compliance with Saudi Civil Defense, UAE Fire Code competency requirements

Organizational Advantages

• Reduced fire losses and business interruption

• Lower insurance premiums through demonstrated competency

• Improved regulatory compliance and audit results

• Enhanced emergency preparedness and response capability

• Strengthened occupant confidence and organizational reputation

Training Delivery Options Across Middle East

• Classroom training: Riyadh, Jeddah, Dammam, Jubail, Muscat, Dubai, Abu Dhabi, Doha, Kuwait City

• Virtual instructor-led: Live online with video demonstrations

• Blended learning: E-learning modules with hands-on practicals

• In-company programs: Customized for facilities (minimum 8 participants)

• Practical fire training: Live fire exercises at dedicated facilities

• Industry-specific: Oil & gas, high-rise, industrial, healthcare focus

Protect Lives and Assets with Advanced Fire Safety Expertise

Advanced fire safety knowledge is critical for professionals managing complex fire risks across Saudi Arabia, Oman, and the GCC region. With rapid urbanization, increasing high-rise construction, and expanding industrial operations, specialized fire protection and emergency response capabilities ensure both regulatory compliance and operational resilience.

Elevate your fire safety expertise and lead world-class emergency preparedness programs.