Course Title

1. Introduction to Emergency Response

1.1 Emergency Response Framework

• Overview of emergency management principles and the role of the Emergency Response Team including (organizational integration, activation triggers, and team structure)

• Applicable international standards and regulatory requirements including (NFPA 1600, OSHA 29 CFR 1910.120, NFPA 472, and local civil defense authority requirements)

• Categories of workplace emergencies and their characteristics including (fires, HazMat releases, medical emergencies, structural failures, and natural hazard events)

• Legal duties and responsibilities of emergency response team members including (duty of care, accountability during incidents, and regulatory compliance obligations)

1.2 ERT Roles and Team Organization

• ERT organizational structure and functional roles including (team leader, fire response team, rescue team, medical team, and HazMat response team)

• Competency requirements and fitness standards for ERT members including (physical fitness criteria, medical screening, and equipment familiarization prerequisites)

• Personal protective equipment for emergency responders including (structural firefighting gear, chemical protective suits, self-contained breathing apparatus — SCBA, and level A/B/C/D protection)

• Communication equipment and protocols for ERT operations including (radio procedures, call signs, frequency management, and backup communication methods)

2. Incident Command System (ICS) and Emergency Coordination

2.1 ICS Structure and Application

• Principles and structure of the Incident Command System (ICS) under NIMS including (unified command, span of control, modular organization, and common terminology)

• Key ICS functional positions and their responsibilities including (Incident Commander, Operations Section Chief, Safety Officer, Logistics Chief, and Public Information Officer)

• Establishing and managing an Incident Command Post including (location criteria, resource tracking boards, situation status displays, and information flow management)

• Unified command in multi-agency responses including (joint command structure, shared objectives, and coordination with civil defense and emergency services)

• Incident action planning including (operational period objectives, resource assignment lists, safety message development, and briefing structure)

2.2 Resource and Personnel Accountability

• Personnel accountability systems during emergency operations including (passport accountability, electronic tracking systems, and entry/exit logging at the incident perimeter)

• Resource management and mutual aid coordination including (equipment staging, personnel rotation schedules, and external agency resource integration)

• Rapid Intervention Team (RIT) deployment including (activation criteria, entry team monitoring, and rescue protocols for downed responders)

3. Emergency Planning and Preparedness

3.1 Emergency Response Plan Development

• Structure and content of a site-specific Emergency Response Plan (ERP) aligned with NFPA 1600 including (hazard analysis, response procedures, resource inventories, and communication trees)

• Threat and hazard identification for emergency planning including (process hazard analysis, consequence modeling, and vulnerability assessment)

• Evacuation planning and muster procedures including (primary and secondary route identification, assembly point management, and roll-call accountability)

• Business continuity integration with emergency response planning including (critical function identification, recovery time objectives, and alternate operating procedures)

3.2 Drills, Exercises, and Plan Maintenance

• Types of emergency exercises and their objectives including (tabletop exercises, functional drills, and full-scale simulations)

• Designing and evaluating emergency drills including (scenario development, observer checklists, performance metrics, and post-drill debrief methodology)

• Emergency plan review, revision, and version control including (trigger events for plan updates, distribution management, and regulatory resubmission requirements)

Day 2 — Fire Response and Search & Rescue

4. Advanced Fire Response Operations

4.1 Fire Behavior and Suppression Strategy

• Advanced fire behavior analysis including (flashover prediction, backdraft recognition, fire gas ignition, and structural collapse indicators)

• Fire classification and suppression agent selection including (Class A, B, C, and D fires, foam application for flammable liquid fires, and gaseous suppression for enclosed spaces)

• Offensive and defensive firefighting strategies including (direct attack, indirect attack, transitional attack, and exposure protection)

• Hose line management and nozzle techniques under supervision including (hose deployment, flow rate selection, and directional suppression control)

• Fire team coordination during suppression operations including (entry team and backup team roles, radio communication, and accountability during structure entry)

4.2 Firefighting Equipment Operation

• Operation of portable fire extinguishers using the PASS technique including (agent selection, deployment distance, and post-use inspection)

• Fixed suppression system interaction during fire response including (sprinkler system support, gaseous system evacuation protocols, and foam system activation)

• Self-Contained Breathing Apparatus (SCBA) donning, doffing, and operational use under supervision including (pre-use checks, low-pressure alarm response, and emergency escape procedures)

• Thermal imaging camera operation including (heat signature interpretation, victim location in smoke-filled environments, and structural hot spot identification)

5. Search and Rescue Operations

5.1 Search Techniques and Victim Location

• Primary and secondary search methodologies including (right-hand search patterns, systematic room clearance, and victim location in zero-visibility conditions)

• Search team organization and coordination including (team leader and searcher roles, search sector assignment, and progress reporting to ICP)

• Use of search equipment including (thermal imaging cameras, search ropes, victim location devices, and communication equipment)

• Special search considerations in high-risk environments including (confined spaces, multi-story structures, and post-explosion debris fields)

5.2 Victim Rescue and Extraction

• Victim assessment during rescue operations including (rapid trauma assessment, responsiveness check, and prioritization for extraction)

• Manual handling and victim extraction techniques under supervision including (drag rescue, carry techniques, and stretcher use in confined and open environments)

• Rope rescue fundamentals including (anchor systems, belay techniques, lowering and raising systems, and harness fitting under supervision)

• Confined space rescue awareness including (permit-to-work requirements, atmospheric testing, non-entry rescue techniques, and standby rescue team positioning)

• Rescue team safety during operations including (buddy system requirements, time limits in SCBA, and withdrawal signals)

Day 3 — HazMat Response and Emergency Medical

6. Hazardous Material Emergency Response

6.1 HazMat Identification and Classification

• Hazardous material identification methods in accordance with OSHA 29 CFR 1910.120 (HAZWOPER) including (UN placards, GHS labels, Safety Data Sheets — SDS, and emergency response guidebooks)

• HazMat categories and their emergency characteristics including (flammable gases, toxic industrial chemicals, corrosives, oxidizers, and reactive materials)

• Initial HazMat incident size-up including (wind direction assessment, population at risk identification, and potential escalation evaluation)

• BLEVE — Boiling Liquid Expanding Vapor Explosion risk recognition including (container condition indicators, heat exposure signs, and safe evacuation distance determination)

6.2 HazMat Response Operations

• Establishing hot, warm, and cold zones for HazMat incidents including (exclusion zone perimeter, decontamination corridor layout, and command post positioning)

• Personal protective equipment selection for HazMat response including (Level A fully encapsulated suits, Level B splash protection, Level C air-purifying respirators, and Level D standard work clothing criteria)

• HazMat containment and control techniques including (plug and patch methods, absorption and neutralization, overpacking, and vapor suppression foam application)

• Decontamination procedures for personnel and equipment including (dry decontamination, wet decontamination, technical decontamination, and medical monitoring post-exposure)

• Environmental protection measures during HazMat response including (runoff containment, spill berming, drainage isolation, and notification of environmental authorities)

7. Emergency First Aid and Triage

7.1 Emergency First Aid Fundamentals

• Primary survey and life-threatening condition management including (airway management, rescue breathing, hemorrhage control, and circulatory shock recognition)

• Cardiopulmonary Resuscitation (CPR) and Automated External Defibrillator (AED) operation under supervision including (adult, child, and infant CPR techniques, AED pad placement, and rhythm interpretation)

• Management of trauma injuries including (fracture immobilization, wound management, burn assessment and cooling, and crush injury first aid)

• Heat-related illness recognition and treatment including (heat exhaustion management, heat stroke emergency response, and hydration protocols for responders in hot climates)

• Toxic exposure first aid including (chemical burn management, inhalation injury response, eye irrigation procedures, and decontamination before medical transport)

7.2 Mass Casualty Incident Triage

• Triage principles and the START (Simple Triage and Rapid Treatment) methodology including (respiratory assessment, perfusion check, mental status evaluation, and category assignment)

• Triage categories and color coding including (immediate — red, delayed — yellow, minor — green, and expectant — black) and their operational implications

• Casualty collection point establishment including (location selection criteria, patient flow management, and medical team resource allocation)

• Coordination with pre-hospital medical services including (ambulance handover procedures, patient information transfer, and hospital notification protocols)

Day 4 — HSE Integration, Investigation, and Quality

8. HSE Management in Emergency Response

8.1 Hazard Identification and Risk Control

• Application of Hazard Identification, Risk Assessment, and Risk Control (HIRARC) to emergency response planning and operations including (pre-incident risk assessment, dynamic risk assessment during operations, and post-incident review)

• Process safety elements relevant to emergency response including (Management of Change — MOC, pre-startup safety reviews, and process hazard analysis outputs)

• Permit-to-work systems during emergency operations including (hot work permit suspension, confined space permit cancellation, and energy isolation verification during rescue)

• Responder safety management during operations including (buddy system enforcement, time and air management for SCBA users, rehabilitation station operation, and heat stress monitoring)

8.2 Environmental and Regulatory Compliance

• Environmental impact management during emergency response including (spill containment, air emission monitoring, soil and water contamination prevention, and regulatory authority notification)

• Regulatory reporting obligations following emergency incidents including (civil defense authority notification, environmental agency reporting, and internal incident escalation procedures)

• Documentation requirements for emergency response operations including (incident logs, resource utilization records, casualty registers, and HazMat exposure reports)

9. Post-Incident Investigation and Root Cause Analysis

• Emergency incident investigation principles and legal requirements including (scene preservation, witness statement collection, and regulatory notification timelines)

• Application of Root Cause Analysis (RCA) methodologies to emergency incidents including (fault tree analysis, fishbone — Ishikawa diagrams, and the 5-Why technique)

• Identifying direct, contributing, and systemic root causes of emergency incidents including (equipment failure analysis, human factor evaluation, and management system deficiency identification)

• Developing corrective and preventive action plans from investigation findings including (action prioritization, responsible party assignment, completion timelines, and effectiveness verification)

• Investigation report writing and stakeholder communication including (executive summary preparation, technical findings documentation, and regulatory submission formats)

10. Quality Management in Emergency Preparedness

• Quality assurance frameworks applied to emergency response programs including (Plan-Do-Check-Act — PDCA cycle, management review processes, and continual improvement planning)

• Key performance indicators for ERT effectiveness including (response time benchmarks, drill completion rates, equipment readiness scores, and training compliance tracking)

• Lessons learned integration into emergency response plans and training programs including (incident debrief outputs, cross-functional review sessions, and plan amendment procedures)

• Audit and inspection of emergency preparedness systems including (ERT readiness audits, equipment inspection programs, and regulatory compliance verification)

Day 5 — Practical Drills, Case Studies, and Assessments

11. Integrated Emergency Response Drills

11.1 Scenario-Based Practical Exercises

• Multi-hazard emergency response scenario including (simultaneous fire, HazMat release, and casualty management requiring full ICS activation and inter-team coordination)

• Confined space rescue drill under supervision including (atmospheric testing, non-entry rescue attempt, entry rescue execution, and victim extraction and handover to medical team)

• HazMat spill response drill including (hazard identification, zone establishment, PPE donning, containment operations, and personnel decontamination)

• Mass casualty triage exercise including (START triage application, casualty collection point setup, and coordination with simulated pre-hospital medical services)

11.2 Tabletop and Command Post Exercises

• Full-scale tabletop exercise simulating a major industrial emergency including (ICS activation, multi-agency coordination, resource management, and escalation decision-making)

• Command post management exercise including (incident action plan development, operational period briefing, situation status tracking, and inter-agency communication)

• Post-drill debrief and performance review including (hot wash debrief methodology, individual and team performance evaluation, and identification of training gaps)

12. Case Studies and Group Discussions

• In-depth analysis of major emergency incidents in Middle East industrial and urban environments including (petrochemical plant explosions, high-rise building fires, and HazMat transportation incidents) and the importance of proper ERT training in minimizing casualties and containing damage

• Review of ICS application successes and failures from real-world incidents including (command structure breakdowns, communication failures, and effective unified command examples from regional events)

• Group discussion on lessons learned from post-incident investigations including (systemic root causes identified, corrective actions implemented, and improvements to emergency response programs)