What Emergency Preparedness Means
Emergency preparedness is the integrated system of plans, procedures, training, equipment, and communication protocols that enable a building's occupants and management to respond effectively to emergencies — fire, earthquake, cyclone, flood, medical emergency, security threat, or utility failure.
Preparedness is NOT having a document on a shelf. It is having trained people who know what to do, tested systems that work, and practiced procedures that have been drilled. The difference between a managed emergency and a catastrophe is almost always the quality of preparation, not the severity of the event.
Applicable Standards & Codes
| Standard | Scope | Publisher |
|---|---|---|
| NFPA 1600 | Standard on continuity, emergency, and crisis management | NFPA |
| ISO 22301 | Business continuity management systems — requirements | ISO |
| ISO 22320 | Emergency management — guidelines for incident management | ISO |
| NFPA 101, Chapter 4 | Emergency planning and fire drills | NFPA |
| Bangladesh Disaster Management Act 2012 | National disaster management framework | Government of Bangladesh |
| FSCD Requirements | Building emergency plan requirements for fire licence | FSCD Bangladesh |
Key Metrics & Acceptance Criteria
| Parameter | Standard / Source | Good Practice | Red Flag |
|---|---|---|---|
| Fire drill frequency | NFPA 101 / local code | ≥ 2 per year (full building), quarterly (fire wardens) | No drills conducted or < 1 per year |
| Evacuation time (full building) | Industry / PD 7974-6 | ≤ 8 minutes for most commercial buildings | > 15 minutes or never measured |
| Emergency contact response | SLA / industry | Fire brigade: ≤ 10 min urban. Ambulance: ≤ 15 min. Lift rescue: ≤ 30 min | No emergency contacts, untested response times |
| First aid coverage | OSHA / local labour law | ≥ 1 trained first aider per 50 occupants + stocked first aid kit per floor | No trained first aiders, expired/missing kit supplies |
| Emergency power duration | NFPA 110 | ≥ 2 hours for life safety systems, ≥ 8 hours generator fuel | < 1 hour or generator untested |
| Communication system | NFPA 72 / industry | PA/voice evacuation system audible in all areas | No PA system, reliance on word-of-mouth |
| Emergency plan review | ISO 22301 / NFPA 1600 | Annual review and update | Plan dated > 2 years ago or doesn't reflect current layout |
Emergency Types & Response Requirements
Fire
Activate alarm → Evacuate → Call FSCD (999) → Fire wardens sweep floors → Account for occupants at assembly point → Await fire service. Do NOT re-enter.
Earthquake
Drop, Cover, Hold On → After shaking stops: check for injuries, check for structural damage → If safe: evacuate via stairs (NEVER lifts) → Assembly point → Await structural inspection before re-entry.
Cyclone (Bangladesh-specific)
Pre-cyclone: secure loose items, board vulnerable openings, pre-position supplies, confirm generator fuel → During: shelter in interior rooms away from windows, ground floor if possible → Post: inspect for damage before resuming operations.
Flood/Waterlogging
Activate flood plan → Move critical equipment/documents above flood level → Shut down basement electrical if water rising → Deploy flood barriers → Monitor sump pumps → Do NOT walk/drive through floodwater.
Medical Emergency
Call for first aider → Call ambulance (999) → Provide first aid per training → AED if cardiac arrest → Guide ambulance to patient location → Document incident.
Security Threat
Lock down or evacuate (per threat type) → Notify security/police → Account for occupants → Follow instructions from authorities → Debrief after all-clear.
What to Inspect on Site
- Emergency exits: Clearly signed, illuminated, unobstructed, unlocked from inside. Walk every exit route.
- Assembly points: Designated, marked, adequate size, away from building (falling debris risk), accessible for emergency vehicles.
- Emergency equipment: Fire extinguishers current, first aid kits stocked, AEDs functional (if installed), emergency lighting working.
- Communication: PA system audible test, emergency phone/intercom in lifts, emergency contact numbers posted.
- Signage: Evacuation plans posted on each floor, fire equipment locations marked, assembly point signs visible.
- Generator: Fuel level, battery condition, ATS functional, emergency lighting connected to backup power.
Bangladesh Context
- Emergency services: FSCD (fire), Bangladesh Police, ambulance services. Call 999 (national emergency number). Response times in Dhaka: 15–45 minutes depending on traffic and location.
- Traffic: Emergency vehicle access is a major challenge in Dhaka due to traffic congestion and narrow roads. Buildings should have clear access routes and notify emergency services of the best approach route.
- Multi-hazard: Bangladesh faces fire, earthquake, cyclone, flood, and industrial hazards. Emergency plans must address multiple scenarios, not just fire.
- Labour Act requirements: Bangladesh Labour Act 2006 requires safety committees, emergency procedures, and safety training for all workplaces.
- FSCD requirement: The FSCD fire licence process requires submission of an emergency plan with evacuation routes and assembly points.
References & Sources
- NFPA 1600 — Standard on Continuity, Emergency, and Crisis Management
- ISO 22301 — Business Continuity Management Systems
- Bangladesh Fire Service & Civil Defence (FSCD)
- NFPA 101 — Life Safety Code (Chapter 4: Emergency Plans)
- Bangladesh Disaster Management Act 2012 (Government of Bangladesh)
- Ready.gov — Business Emergency Preparedness
Insights & Guidance
- Emergency preparedness is trained people + tested systems + practiced procedures — not a document on a shelf.
- Fire drills: ≥ 2 per year. Full building evacuation should complete in ≤ 8 minutes.
- Bangladesh requires multi-hazard planning: fire, earthquake, cyclone, flood, and security.
- Emergency services response in Dhaka: 15–45 minutes — building must be self-sufficient for the first response.
- FSCD fire licence requires an emergency plan with evacuation routes and assembly points.
- First aid: ≥ 1 trained first aider per 50 occupants. AED recommended for buildings > 500 occupants.
- Emergency plans must be reviewed annually and updated when layout, occupancy, or systems change.
The difference between a managed incident and a disaster is preparation. The Tazreen Fashion fire (2012) and Hashem Foods fire (2021) in Bangladesh both had locked exits and no evacuation procedures — turning manageable fires into mass-casualty events. In contrast, buildings with trained wardens, rehearsed procedures, and functional systems routinely evacuate safely from serious fires.
For MNC occupiers, emergency preparedness is a regulatory requirement (Bangladesh Labour Act), an insurance condition, and a corporate governance obligation (duty of care). Most MNC standards require documented emergency plans, trained wardens, semi-annual drills, and post-drill improvement actions.
- Panic evacuation — without clear procedures and trained wardens, occupants panic, crowd exits, and people are trampled.
- Locked exits — the most common factor in fatal fires. Exits locked "for security" become death traps.
- No communication — occupants unaware of emergency. No PA system, no alarm, no warden instructions.
- Delayed response — no one calls emergency services, or calls the wrong number, or can't direct them to the building.
- Re-entry — occupants re-enter before all-clear, either for belongings or because they believe the emergency is over.
- Generator failure during emergency — emergency lighting, fire pump, lifts for firefighters all lose power.
- Emergency Response Plan (ERP) — documented, current (reviewed within 12 months), covering fire, earthquake, cyclone, flood, medical, security.
- Fire drill records — date, scenario, evacuation time, number of occupants, observations, corrective actions. Minimum 2 per year.
- Fire warden register — named wardens per floor, training dates, roles assigned.
- First aider register — named first aiders, certification dates, renewal schedule.
- Emergency contact list — FSCD, police, ambulance, utility companies, building management contacts. Updated and posted.
- Evacuation floor plans — posted on each floor showing exits, equipment, assembly points. Current layout.
- Equipment inspection records — emergency lighting test (monthly), PA system test, AED check.
- Exit routes — clear, unobstructed, unlocked, properly signed and illuminated.
- Evacuation plans posted — current and matching actual floor layout.
- Emergency equipment — fire extinguishers, first aid kits, AEDs visible and accessible.
- Assembly point — marked, adequate size, clear of hazards.
- PA/alarm system — can it be heard in all areas including washrooms and stairways?
- Staff awareness — ask any staff member: "Where is the nearest exit? Where is the assembly point?" If they don't know, the training program is inadequate.
- Is there a documented Emergency Response Plan? When was it last reviewed?
- When was the last fire drill? What was the total evacuation time? What issues were identified?
- Are fire wardens assigned and trained for every floor? How many are there?
- How many trained first aiders are on site? Are first aid kits stocked and inspected?
- Is there a PA/voice evacuation system? When was it last tested?
- What is the response time for fire brigade and ambulance to this location?
- Does the emergency plan cover earthquake and cyclone in addition to fire?
- Is there an Automatic Rescue Device for lifts in case of power failure during emergencies?
- Emergency plan development — fire safety consultant for comprehensive ERP.
- Evacuation modelling — for complex buildings, specialist evacuation analysis per PD 7974-6.
- Business continuity planning — BCP consultant for ISO 22301 alignment.
- Fire warden training — certified fire safety trainer.
- Multi-hazard risk assessment — disaster management specialist for Bangladesh-specific risks.