Fire safety awareness represents a critical competency for security guards in Dubai, where stringent Civil Defense regulations, modern high-rise architecture, and diverse occupancy types create unique fire safety challenges requiring professional vigilance and trained response capabilities. Security personnel often serve as first responders during fire emergencies, making their fire safety knowledge and preparedness essential for protecting lives, property, and business operations throughout the emirate.
Dubai Civil Defense maintains some of the world’s most complete fire safety standards, requiring security guards to understand fire prevention principles, detection systems, emergency procedures, evacuation protocols, and coordination with emergency services. The combination of building systems, international building codes, and professional emergency response infrastructure creates environments where properly trained security guards play vital roles in fire safety ecosystems.
Understanding fire safety fundamentals enables security guards to prevent fires through vigilant observation, detect fires quickly through system monitoring and patrol activities, respond effectively during emergencies through trained procedures, facilitate evacuations, ensuring occupant safety, and support Civil Defense operations through professional coordination. This comprehensive guide provides essential fire safety knowledge for security professionals serving Dubai’s diverse facilities and properties.
Dubai Fire Safety Regulatory Framework
Dubai Civil Defense Requirements
The Fire and Life Safety Code establishes complete standards for building design, fire protection systems, emergency procedures, and personnel training requirements that security guards must understand and support through daily operations and emergency response activities.
Code requirements affecting security operations include maintaining clear evacuation routes with no obstructions, ensuring fire doors remain closed or properly held open with magnetic releases, verifying fire alarm system functionality through regular testing, confirming emergency lighting operates correctly, and keeping firefighting equipment accessible and properly maintained.
Occupancy classifications under Civil Defense regulations determine specific fire safety requirements, with assembly occupancies (theaters, restaurants) requiring enhanced crowd management, business occupancies (offices) needing comlete evacuation planning, educational facilities demanding specialized procedures for children, healthcare occupancies requiring defend-in-place protocols, and residential buildings needing 24/7 monitoring capabilities.
Security guards must understand classification-specific requirements, including occupancy limits preventing overcrowding, special egress requirements for different building types, fire protection system specifications varying by occupancy, emergency lighting standards specific to use types, and coordination procedures during emergencies.
Security personnel training mandates require fire safety education as part of SIRA’s 176-hour basic training program, plus facility-specific fire safety training covering building systems, evacuation procedures, assembly points, emergency contacts, and coordination protocol, ensuring guards can respond effectively to fire emergencies.
Ongoing training requirements include annual fire safety refresher courses, quarterly fire drill participation, regular familiarization with building fire systems, updates on regulation changes, and specialized training for buildings with unique fire safety challenges like high-rises, mixed-use developments, or hazardous material storage.
Building-Specific Fire Safety Systems
Fire detection and alarm systems installed throughout Dubai facilities include smoke detectors in occupied spaces, heat detectors in mechanical areas, manual pull stations at exit routes, alarm notification appliances providing audio and visual warnings, and addressable panels identifying specific fire locations, enabling rapid response.
Security guard responsibilities include monitoring fire alarm panels during duty hours, responding immediately to alarm activations, investigating alarm causes and verifying emergencies, re-setting false alarms after investigation, documenting all alarm events in logs, and coordinating with monitoring companies and Civil Defense when required.
Fire suppression systems protecting Dubai buildings include automatic sprinkler systems throughout most commercial and residential properties, kitchen hood suppression systems in food service areas, special hazard suppression for data centers and electrical rooms, standpipe systems for firefighter operations, and fire extinguisher cabinets strategically located throughout facilities.
Guards must know suppression system locations throughout their facilities, understand operational principles and activation triggers, verify system readiness through visual inspections, recognize maintenance and inspection tags, report system impairments immediately, and never obstruct sprinkler heads, standpipes, or fire department connections.
Emergency systems and equipment supporting fire safety include emergency lighting providing illumination during power failures, exit signs marking evacuation routes clearly, emergency voice communication systems announcing instructions, fire-rated doors compartmentalizing fires, pressurized stairwells preventing smoke infiltration, and emergency elevators designated for fire fighter use only.
Security personnel must verify emergency lighting functionality through regular testing, ensure exit signs remain illuminated and visible, keep emergency communication systems operational, confirm fire doors close properly and remain unobstructed, understand stairwell pressurization systems, and prevent civilian use of fire fighter elevators during emergencies.
Fire Prevention and Risk Awareness
Common Fire Hazards in Dubai Facilities
Electrical fire risks represent significant hazards in modern buildings, including overloaded circuits from excessive device usage, damaged wiring from age or physical damage, improper connections made by unqualified persons, malfunctioning equipment producing heat or sparks, and extension cord misuse creating fire dangers throughout facilities.
Security guard observations preventing electrical fires include identifying overheated equipment through smell or warmth, spotting frayed or damaged electrical cords, noting overloaded power strips or outlets, reporting flickering lights or burning odors, and ensuring proper shutoff of electrical equipment during closing procedures.
Cooking and kitchen hazards in restaurants, cafeterias, and break rooms include unattended cooking being the leading fire cause, grease accumulation in exhaust systems, improper use of cooking equipment, combustible materials near heat sources, and inadequate suppression systems or extinguisher access.
Prevention activities for guards include verifying cooking equipment shutoff after hours, confirming hood suppression systems are inspected regularly, ensuring fire extinguishers near kitchens are accessible, noting grease buildup requiring cleaning, and monitoring food service areas during operating hours for unsafe practices.
Smoking-related fires remain a concern despite smoking restrictions, with improper cigarette disposal, smoking in prohibited areas, carelessly discarded smoking materials, and improper ashtray emptying creating ignition sources that guards must vigilantly monitor and prevent.
Guards enforce smoking policies by directing smokers to designated areas only, providing proper disposal containers for smoking materials, monitoring smoking areas for policy violations, ensuring proper disposal methods for smoking waste, and educating occupants about fire risks from careless smoking.
Heating and HVAC hazards, particularly during winter months, include portable heaters near combustibles, blocked air vents reducing efficiency, dust accumulation on heating elements, thermostat malfunctions causing overheating, and unmaintained systems creating fire risks that guards should identify and report.
Storage and housekeeping issues creating fire hazards include combustible materials near heat sources, blocked fire exits or equipment access, accumulation of trash and debris, improper storage of flammable liquids, and poor housekeeping allowing fuel load buildup supporting rapid fire spread.
Guards prevent storage hazards through regular patrol observations, noting improper storage, ensuring corridors and exits remain clear, reporting excessive trash accumulation, identifying flammable liquid storage violations, and enforcing housekeeping standards through facility management coordination.
Fire Prevention Patrol Procedures
Systematic inspection techniques during security patrols include checking for unusual heat sources, smelling for smoke or burning odors, listening for unusual sounds indicating equipment problems, feeling surfaces for excessive heat, and observing for conditions suggesting fire risks requiring correction.
Documentation procedures require logging all fire safety observations, including hazards identified and reported, corrective actions taken or requested, maintenance issues requiring attention, policy violations observed, and follow-up on previously reported concerns, ensuring issues receive appropriate resolution.
Hot work monitoring for welding, cutting, or other operations producing heat requires security guards to verify hot work permits are current and posted, confirm fire watch personnel are present during operations, ensure fire extinguishers are readily available, verify combustibles are removed from work areas, and monitor areas for at least 30 minutes after work completion.
After-hours security checks preventing fires include verifying all cooking equipment is off, confirming coffee makers and other appliances are unplugged, ensuring portable heaters are turned off and unplugged, checking that all lights except security lighting are off, reducing heat load, and confirming proper shutdown of equipment per facility procedures.
Critical system monitoring includes verifying the fire alarm panel shows normal status with no troubles or alarms, confirming sprinkler system pressure gauges show proper readings, checking fire pump status indicators if applicable, ensuring fire doors are not propped open improperly, and validating emergency lighting is functional through indicator lights.
Fire Detection and Alarm Response
Understanding Fire Alarm Systems
Fire alarm panel operations require security guards to monitor the main display showing system status, interpret trouble signals indicating system malfunctions, read alarm indicators showing detection zones activated, acknowledge alarms according to procedures, and understand panel zones corresponding to physical building areas.
Common panel indications guards must recognize include normal system status with green indicators, trouble conditions requiring investigation and maintenance notification, alarm conditions requiring immediate response, supervisory signals for system component issues, and ground fault indications suggesting wiring problems.
Alarm verification procedures following activation include noting the exact time and location from the panel display, dispatching personnel to investigate the alarm zone immediately, maintaining communication with investigating staff, determining actual emergency versus false alarm, and following appropriate protocols based on investigation findings.
False alarm reduction involves resetting detectors after cooking smoke or dust, coordinating with maintenance for detector sensitivity adjustment, educating occupants about preventing false alarms, documenting false alarm patterns for system improvement, and implementing preventive measures to reduce nuisance activations.
Integration with monitoring services in many Dubai facilities means alarms automatically transmit to central stations requiring security coordination, including confirming alarm receipt with the monitoring company, providing investigation results and emergency status, requesting or canceling Civil Defense dispatch based on situation, and maintaining communication throughout incident resolution.
Emergency Response Protocols
Immediate actions upon alarm follow the REACT acronym: Respond immediately to alarm location, Evaluate situation for actual fire or false alarm, Activate emergency procedures if fire confirmed, Call Civil Defense if required (999), and Take appropriate protective actions based on situation assessment.
Fire investigation procedures for security personnel include approaching the alarm area cautiously, feeling doors for heat before opening, checking for visible smoke or flames, identifying fire location and extent, assessing immediate danger to occupants, determining the need for evacuation, and reporting findings to emergency services and facility management.
If fire is discovered, guards must immediately activate the manual pull station if not already activated, call Civil Defense, providing facility address and fire details, begin evacuation procedures per building plans, attempt fire suppression only if safe using an appropriate extinguisher, close doors to contain fire spread, and meet Civil Defense personnel providing building information.
Communication protocols during fire emergencies include notifying facility management immediately, announcing evacuation through building systems if authorized, coordinating with other security personnel for coverage, updating monitoring companies and emergency services, and maintaining radio communication discipline using clear, concise messages.
Evacuation coordination responsibilities for guards include activating evacuation procedures per building plan, directing occupants to the nearest safe exits, ensuring high-risk areas evacuate first, preventing occupant re-entry to dangerous areas, accounting for occupants at assembly points, and reporting evacuation status to incident commanders.
Fire Suppression and Firefighting Equipment
Portable Fire Extinguishers
Fire classification systems help guards select appropriate extinguishers with Class A for ordinary combustibles (wood, paper, cloth), Class B for flammable liquids (gasoline, oil, grease), Class C for electrical equipment fires, Class D for combustible metals (rare in most facilities), and Class K for commercial cooking operations.
Dubai facilities typically maintain multipurpose ABC dry chemical extinguishers for general use, CO2 extinguishers near electrical equipment, wet chemical Class K extinguishers in commercial kitchens, and water extinguishers in areas with primarily Class A hazards.
PASS technique for extinguisher operation provides a systematic approach: Pull the pin, removing the safety seal, Aim the nozzle at the base of the fire, not flames, Squeeze the handle releasing extinguishing agent, and Sweep side to side covering the fire area until flames are extinguished or the extinguisher empties.
Safety considerations before using extinguishers include ensuring the fire is small and contained, confirming a safe evacuation route behind you, checking the appropriate extinguisher type for fire class, standing recommended distance (6-10 feet) from the fire, and never turning back on the fire, allowing re-ignition.
Extinguisher limitations guards must understand include limited capacity requiring multiple extinguishers for large fires, inability to penetrate walls or enclosed spaces effectively, ineffectiveness against deep-seated fires in upholstery or mattresses, and fire reignition potential requiring continuous monitoring after apparent extinguishment.
Inspection responsibilities ensure extinguishers are properly mounted and accessible, seals and pins are intact, indicating readiness, pressure gauges show proper range, no visible damage or corrosion exists, and annual inspection tags are current reporting any deficiencies immediately for maintenance.
Fire Hose and Standpipe Systems
Standpipe system types in Dubai high-rises include dry standpipes without a permanent water supply requiring a fire department connection, wet standpipes with permanent water throughout for immediate use, and combination systems serving both automatic sprinklers and manual hose stations.
Class I standpipes provide 2.5-inch connections for fire department use only, Class II systems offer 1.5-inch hose connections for building occupant use, and Class III systems combine both capabilities, providing options for occupants and firefighters.
Hose cabinet equipment typically includes a fire hose (15-30 meters in length), an adjustable nozzle controlling water pattern, a hose valve controlling water flow, a hose rack or reel for storage, and sometimes a small fire extinguisher providing immediate suppression capability before deploying the hose.
Operating procedures when using fire hoses include ensuring someone has called Civil Defense before deploying the hose, opening the cabinet and removing the nozzle first, unrolling the hose fully, preventing kinking, opening the valve fully for maximum flow, approaching the fire with the nozzle on a wide fog pattern for protection, and directing water at the base of the fire, sweeping acrossthe burning area.
Safety precautions when using hoses include never using them on electrical fires unless specifically designated safe, maintaining escape route awareness always, avoiding smoke inhalation by staying low, working in teams when possible for safety, and withdrawing immediately if fire spreads beyond control or the surroundings become too hot.
Automatic Sprinkler Systems
Sprinkler operation principles involve heat-sensitive elements at each head activating individually when heat reaches design temperature (typically 68-79°C), releasing water only from activated heads, not the entire system, providing immediate automatic response before fire grows, and continuing to flow until manually shut off after fire extinguishment.
Common misconceptions guards should correct include the belief that all sprinklers activate simultaneously (only affected heads activate), water damage will be worse than fire damage (sprinklers use far less water than firefighting hoses), smoke activates sprinklers (only heat activates them), and sprinkler activation means building evacuation is mandatory (evacuation depends on fire extent and location).
System impairments that security must report immediately include closed sprinkler control valves, fire pump out of service, water supply interruptions, frozen or broken sprinkler pipes, damaged or painted sprinkler heads, and construction activities affecting system integrity.
Monitoring procedures include checking fire alarm panels for sprinkler supervisory signals, observing pressure gauges on sprinkler risers, noting water flow alarm tests during inspections, verifying control valves in the proper open position, and reporting any unusual conditions to facility management and maintenance.
Evacuation Procedures and Occupant Safety
Evacuation Planning and Coordination
Building evacuation plans required by Dubai Civil Defense establish primary and secondary evacuation routes, designated assembly points away from the building, floor warden responsibilities and locations, special assistance procedures for persons with disabilities, and coordination protocols with emergency services.
Security guard roles in evacuation planning include understanding the complete building evacuation plan, knowing all evacuation routes and exits, identifying assembly point locations, maintaining updated occupant information when possible, and participating in evacuation plan reviews and updates.
Phased evacuation procedures in high-rise buildings evacuate the fire floor first, then floors immediately above and below, followed by additional floors as directed, preventing stairwell overcrowding while protecting the most vulnerable occupants through systematic staged evacuation managed by fire alarm systems and emergency personnel.
Guards must understand which floors evacuate in each phase, monitor evacuation progress from each phase, communicate phase status to incident command, prevent premature evacuation causing stairwell congestion, and coordinate with floor wardens managing evacuation from their assigned areas.
Assembly point management requires security personnel to direct evacuees to designated assembly areas, prevent gathering near buildings or emergency operations, maintain assembly point order and safety, account for occupants using employee rosters when available, report accountability status to incident command, and prevent premature re-entry until officially authorized.
Special Evacuation Considerations
Persons requiring assistance, including mobility-impaired individuals, visually or hearing-impaired persons, elderly occupants, young children, and medically fragile individuals, need special evacuation procedures that security guards must understand and implement through trained assistance or coordination with designated helpers.
Areas of refuge in modern Dubai buildings provide fire-rated protected spaces where persons unable to use stairs can await rescue by firefighters, with communication systems connecting to building security or Civil Defense, and adequate space for multiple individuals with assistive devices.
Guards must know area of refuge locations throughout buildings, direct persons with disabilities to these spaces during evacuation, communicate refuge occupancy to Civil Defense upon arrival, and never leave persons in refuge areas without confirming firefighter awareness and response.
High-rise evacuation challenges unique to Dubai’s vertical architecture include long evacuation times for upper floors, stairwell capacity limitations, smoke spread through shafts and vents, occupant fatigue during descent, and coordination complexity across many floors requiring specialized procedures and patient management.
Behavioral challenges during evacuations include occupants delaying evacuation to gather belongings, attempting to use elevators despite prohibitions, re-entering buildings for property or other persons, panicking under stress, and failing to follow instructions requiring firm but calm direction from security personnel.
Guards overcome challenges through confident, decisive leadership, clear, simple instructions, personal example demonstrating calm behavior, physical guidance when necessary, and patient repetition of critical information like “leave belongings, use stairs only, proceed to assembly point.”
Coordination with Dubai Civil Defense
Emergency Services Interface
Dubai Civil Defense structure operates through the main headquarters coordinating all operations, district stations serving specific geographic areas, specialized units for hazmat, high-rise, and technical rescue, ambulance services providing medical response, and fire investigation teams determining fire causes.
Response protocols require calling 999 for fire emergencies, providing a clear location address, including building name and area, describing the fire situation concisely, remaining on line for dispatcher questions, notifying building management simultaneously, and preparing to meet Civil Defense personnel, directing them to fire location.
Information security should include building address and nearby landmarks, floor number, and specific location within building, visible smoke or flame conditions, whether evacuation has begun, any persons trapped or injured, building features affecting response (height, occupancy, hazards), and access route recommendations for approaching apparatus.
Meeting emergency responders responsibilities include positioning at the main entrance or predetermined meeting point, having building keys readily available, providing building plans and information, directing to the fire location efficiently, sharing information about building systems, and remaining available for questions throughout incident.
Building information valuable to firefighters includes building height and construction type, fire protection systems present and location, hazardous materials stored and locations, building occupancy and estimated persons present, whether full evacuation has occurred, and any system impairments affecting firefighting.
Post-Incident Procedures
Scene security and preservation after fire extinguishment includes maintaining access control preventing unauthorized entry, preserving evidence for fire investigation, documenting scene conditions through photographs if authorized, preventing theft or vandalism of property, and coordinating with fire investigators requiring scene access.
Documentation requirements following fire incidents include completing detailed incident reports describing discovery, response, and outcome, collecting witness statements from persons observing fire origin or development, gathering contact information for involved parties, photographing damage if authorized, and preserving all documentation for investigators and insurance.
Investigation cooperation with Civil Defense fire investigation teams involves providing complete truthful information about the incident, sharing security observations before and during the fire, supplying video footage if available, making security personnel available for interviews, and following the investigator’s instructions regarding scene access.
Recovery operations after fires include coordinating building access for restoration contractors, maintaining security during the repair period, documenting contractor access for accountability, preventing theft during the vulnerable recovery period, and supporting business continuity efforts through flexible security approaches.
Lessons learned process following fire incidents includes participating in post-incident debriefings, identifying procedural improvements needed, recommending training enhancements, suggesting fire prevention improvements, and implementing changes to prevent similar future incidents.
Fire Safety Training Requirements for Dubai Security Guards
| Training Component | SIRA Requirement | Recommended Frequency | Duration | Key Topics Covered | Competency Assessment |
| Basic Fire Safety | Required in 176-hr course | Annual refresher | 4-8 hours | Fire science, prevention, detection, response | Written test + practical demo |
| Fire Extinguisher Use | Included in basic training | Annual hands-on practice | 1-2 hours | PASS technique, extinguisher types, limitations | Live fire extinguisher exercise |
| Evacuation Procedures | Facility-specific required | Quarterly through drills | 2-4 hours | Routes, assembly points, special assistance | Drill participation + evaluation |
| Fire Alarm Response | Site-specific training | Semi-annual refresher | 1-2 hours | Panel operations, investigation, protocols | Scenario-based assessment |
| Emergency Communication | Part of basic training | Ongoing practice | 1 hour | Radio procedures, reporting, coordination | Communication exercises |
| High-Rise Fire Safety | Required for tower guards | Annual update | 2-3 hours | Phased evacuation, refuge areas, and challenges | Written test + simulation |
| Civil Defense Coordination | Recommended training | Annual review | 1-2 hours | Response protocols, information sharing, cooperation | Tabletop exercises |
| First Aid Integration | Separate certification | Bi-annual renewal | 8 hours | Medical emergencies during fires, burns, and smoke | Practical skills assessment |
Minimum Annual Training: 16-20 hours of fire safety-related training for active security guards in Dubai. Certification Requirements: SIRA basic training completion + facility-specific orientation + ongoing competency maintenance
Fire Prevention Checklist for Security Guards
Daily Patrol Observations
- Check the fire alarm panel shows a normal status
- Verify all fire doors close properly and aren’t propped open
- Confirm exit signs are illuminated and visible
- Ensure evacuation routes are clear of obstructions
- Check that fire extinguishers are accessible and undamaged
- Observe for electrical hazards (damaged cords, overloaded outlets)
- Note any unusual odors suggesting burning or overheating
- Verify proper storage of flammable materials
- Confirm cooking equipment is properly monitored or shut off
- Report any fire safety system impairments immediately
Weekly Fire Safety Tasks
- Test emergency lighting functionality
- Review assembly point accessibility and signage
- Check fire hose cabinets for equipment completeness
- Verify smoking area compliance and proper disposal
- Document all fire safety observations in the log
- Update emergency contact information if needed
- Review the evacuation plan with any new staff
- Inspect high-risk areas (kitchens, mechanical rooms, storage) thoroughly
Monthly Fire Safety Activities
- Participate in a fire drill or a tabletop exercise
- Review fire emergency procedures with the security team
- Inspect all emergency equipment locations during patrol
- Update knowledge of any building modifications affecting fire safety
- Review incident reports for fire safety lessons
- Verify all fire safety training records are current
- Coordinate with facility management on fire prevention initiatives
Conclusion
Fire safety awareness represents an essential competency for security guards in Dubai, where stringent Civil Defense regulations, modern building systems, and professional emergency response standards require security personnel to serve as knowledgeable first responders during fire emergencies. Understanding fire prevention principles, detection systems, emergency procedures, evacuation protocols, and Civil Defense coordination enables security guards to protect lives and property while supporting Dubai’s exceptional fire safety standards.
The combination of systematic fire prevention through vigilant patrol observations, rapid detection through alarm monitoring and response, effective suppression using appropriate equipment and techniques, and professional evacuation coordination ensures that security guards fulfill their critical fire safety responsibilities. Regular training, procedure familiarity, and emergency preparedness enable guards to respond confidently during high-stress fire situations when seconds matter, and proper actions save lives.
Dubai Civil Defense’s comprehensive regulatory framework provides clear standards and expectations for fire safety that security guards must understand and implement through daily operations and emergency response. Compliance with these standards not only satisfies legal requirements but creates genuinely safer environments where occupants can live, work, and visit with confidence in their protection from fire hazards.
Professional security guards recognize fire safety as a core responsibility rather than a peripheral duty, integrating fire awareness into all aspects of their work from routine patrols to emergency response. This commitment to fire safety excellence contributes to Dubai’s reputation as one of the world’s safest cities while protecting the lives and investments of all who live, work, and visit this remarkable metropolis.
The future of fire safety in Dubai will continue evolving with advancing building technology, enhanced detection systems, and improved emergency response capabilities. Security guards who maintain current fire safety knowledge, participate actively in training, and approach fire safety with professional seriousness will remain essential partners in Dubai’s comprehensive fire protection system, serving the emirate’s continued growth and development.
Frequently Asked Questions
What fire safety training is required for security guards in Dubai?
SIRA requires fire safety training as part of the mandatory 176-hour basic security course covering fire prevention, detection, alarm response, extinguisher use, and evacuation procedures. Additionally, guards must receive facility-specific training on building fire systems, evacuation plans, and emergency procedures. Annual refresher training and quarterly fire drill participation are typically required to maintain competency.
Can security guards use fire extinguishers, or should they only evacuate and call Civil Defense?
Security guards can and should use fire extinguishers on small, contained fires that are safe to approach, following proper PASS technique with appropriate extinguisher types. However, guards should only attempt suppression if fire is in the incipient stage, they have a safe evacuation route, and they’ve called Civil Defense. If fire is large, spreading rapidly, or producing dangerous smoke, guards should focus on evacuation and Civil Defense coordination rather than firefighting.
What should security guards do first when a fire alarm activates?
Upon fire alarm activation, security guards should immediately: 1) Note the alarm location from the fire panel, 2) Dispatch someone to investigate the specific zone, 3) Maintain communication with investigating personnel, 4) Call Civil Defense (999) if fire is confirmed, and 5) Initiate evacuation if necessary. Guards should respond immediately. every second counts in fire emergencies. Never ignore or delay a response, assuming it’s a false alarm.
Are security guards responsible for evacuating buildings during fire emergencies in Dubai?
Yes, security guards play critical roles in evacuation, including initiating evacuation procedures per building plan, directing occupants to safe exits, ensuring high-risk areas evacuate first, preventing re-entry to dangerous areas, managing assembly points, and coordinating with Civil Defense. While building occupants have self-evacuation responsibility, security guards facilitate and coordinate the process, ensuring systematic safe evacuation.
What information should security guards provide when calling Dubai Civil Defense?
When calling 999, provide: 1) Exact building address including area and nearby landmarks, 2) Building name and any unit/floor numbers, 3) Fire location within building, 4) Visible conditions (smoke, flames, extent), 5) Whether evacuation has begun, 6) Any trapped or injured persons, 7) Your callback number. Stay on line for dispatcher questions and follow their instructions.
