Integrated Rescue Scenario and After-Action Review — Firefighting / Public Safety

Objective. Students will execute a full-scale, multi-type rescue scenario incorporating size-up, tool deployment, victim location, extrication or confined-space rescue, patient packaging, and verbal after-action report.

Integrated Rescue: Bringing It All Together

Every skill practiced in isolation—vehicle extrication, confined-space entry, patient packaging, ICS structure—must eventually work as one coordinated system. A real emergency does not pause while you remember a checklist. This lesson is your opportunity to execute all rescue competencies together, under realistic time pressure, and then examine your performance honestly through a structured after-action review (AAR).

Pre-Scenario Size-Up and Initial IC Actions

The moment you arrive, the Incident Commander (IC) begins the size-up. A complete size-up covers: nature and location of hazards, number and condition of victims, resources on scene and needed, egress routes, and any environmental factors such as traffic, utilities, or atmospheric hazards. For this scenario—a vehicle crash combined with a manhole victim—your IC must immediately recognize that two separate rescue disciplines are running simultaneously. Announce your size-up over the radio using a standard format your jurisdiction requires, then establish command and assign a Rescue Group Supervisor to coordinate both the surface extrication and the confined-space entry.

Do not allow tunnel vision. The most common IC error in multi-type incidents is over-focusing on the more dramatic victim while the second victim's hazards go unmanaged. Assign personnel to both problems from the start.

Resource and Role Assignments

ICS discipline keeps the scene safe. At minimum, this scenario requires:

IC – overall command, communications, resource tracking
Rescue Group Supervisor – directs both the extrication team and the confined-space entry team
Extrication team – stabilizes the vehicle, controls energy sources, deploys hydraulic tools
Confined-space entry team – atmospheric monitoring, attendant, entry rescuer, retrieval system standby
Medical team – patient assessment, packaging, and transfer for both victims
Scribe – maintains the ICS-214 Activity Log in real time

Rotation halfway through the scenario ensures every student holds a primary role. When you rotate, the outgoing IC delivers a formal transfer-of-command briefing covering current status, hazards, resources assigned, and immediate priorities. A sloppy handoff is a safety event waiting to happen.

Executing Vehicle Extrication Safely

Stabilize before you touch. Crib and chock the vehicle so it cannot move in any direction before power tools operate near a victim. Disconnect or disable the vehicle's 12-volt battery only after confirming no hybrid or EV high-voltage system is present; if high voltage is present, follow your department's EV rescue guide and keep personnel away from the orange cables. Control all fluid leaks with absorbent or dry sand.

Tool sequence: spreaders to create purchase points, cutters for door hinges and B-post, rams to roll the dash. Coordinate with medical: the moment a victim's airway and cervical spine are accessible, medical moves in with a cervical collar and short board or vest-type device. Do not rush displacement at the cost of victim contact.

Confined-Space Rescue Sequence

The manhole is a permit-required confined space: limited entry/exit, not designed for continuous occupancy, and potential for atmospheric hazard. Before any entry:

1. Test the atmosphere: oxygen (19.5%–23.5% acceptable), flammable gas (below 10% of LEL), and toxic gases such as hydrogen sulfide and carbon monoxide.

2. Assign a trained attendant who stays outside and maintains continuous communication with the entry rescuer.

3. Rig a mechanical retrieval system (tripod and winch or equivalent) before entry.

4. Entry rescuer wears SCBA or supplied-air respirator if the atmosphere is non-IDLH but borderline, or SCBA if IDLH conditions exist.

5. Package the victim inside the space using a rescue basket or Sked-type flexible stretcher before vertical extraction.

If at any point the attendant loses communication or the entry rescuer does not respond, initiate non-entry rescue first (mechanical retrieval), then emergency entry by a second properly equipped rescuer. Never send an unequipped rescuer in after a downed rescuer—this doubles the casualty count.

Patient Packaging and Transfer

Both victims require a primary assessment (airway, breathing, circulation, disability, exposure) before and during packaging. Spinal precautions are applied based on mechanism of injury and your local protocol. Document victim condition, interventions, and changes on your rescue reporting form. At transfer to EMS, give a concise verbal report: mechanism, injuries found, interventions performed, current vitals.

The ICS-214 Activity Log

The scribe records every significant action in real time: resource assignments, hazard updates, time of victim contact, time of extraction, and any deviation from the plan. Accurate documentation protects the team legally and provides the raw data for the AAR. Entries must be legible, time-stamped, and factual—no opinions, just actions and observations.

After-Action Review: The Four-Question Framework

The AAR is not a blame session. It is a professional learning tool used across fire service, military, and emergency management. Four questions structure the discussion:

1. What was planned? – State the objective and the assigned tactics.

2. What actually happened? – Describe the observed outcomes without judgment.

3. Why was there a difference? – Identify system, training, equipment, or communication causes.

4. What should we improve? – Generate specific, actionable changes.

Every team member speaks. Junior members speak before senior members so rank does not suppress honest feedback. Video playback, if available, removes argument about what happened and focuses the team on the why.

Your written reflection must be at least one full page, address all four questions from your personal perspective, and identify two specific, measurable improvement goals for your own practice.

Safety Is the Non-Negotiable Standard

A critical safety violation—entering a vehicle before stabilization, entering a confined space without atmospheric monitoring, operating cutting tools without eye protection, or any action that creates an immediate risk of injury—ends the scenario for that individual and requires a remediation plan before re-evaluation. PPE is on for every evolution: structural firefighting ensemble, helmet, gloves, and eye protection for extrication; SCBA or SAR for confined-space entry. No exceptions.

Key terms8

Integrated rescue scenarioA training exercise that combines two or more rescue disciplines—such as vehicle extrication and confined-space rescue—into a single, simultaneous incident requiring coordinated ICS management.

ICS-214 Activity LogThe standardized Incident Command System form used to record unit activities, resource assignments, hazard updates, and significant events in real time during an incident.

Transfer of commandThe formal process by which one Incident Commander passes authority and situational awareness to a successor, including a briefing on current status, hazards, resources, and immediate priorities.

After-action review (AAR)A structured group discussion conducted after a training exercise or incident, using a four-question framework to compare planned versus actual performance and identify improvements.

Permit-required confined spaceA confined space that has one or more serious hazards—such as atmospheric hazard, engulfment risk, or internal configuration hazard—and requires a written entry permit and specific safety controls before entry.

Retrieval systemA mechanical device, typically a tripod and winch or similar rigging, positioned over a confined-space opening to extract an entry rescuer or victim without requiring a second person to enter.

Critical safety violationAny action during training or operations that creates an immediate, realistic risk of serious injury or death, such as skipping stabilization before extrication or entering an untested atmosphere.

Patient packagingThe process of immobilizing and securing an injured victim onto an appropriate device—such as a long backboard, rescue basket, or flexible stretcher—to protect the patient during movement and extraction.

In class: Full-scale scenario (120 minutes): instructor sets a multi-victim scene combining a vehicle crash with one victim and a nearby manhole with a second victim; student team rotates through IC, rescue group supervisor, entry team, and medical roles, then switches halfway to give all students primary roles. · Documentation under operational conditions: designated scribe maintains ICS-214 activity log in real time, recording resource assignments, hazard updates, and victim status changes throughout the scenario. · After-action review: full class participates in a structured AAR using a four-question framework (what was planned, what happened, why, what to improve); each student submits a one-page written reflection identifying two personal improvement goals.
Materials: Two junk vehicles, manhole-cover prop or simulated vault, all rescue tools and PPE from prior lessons, ICS-214 forms, rescue reporting forms, stopwatch, video camera for playback review
Check: Team completes both victim extractions with no critical safety violations; IC report contains all required size-up elements; written reflection submitted; pass = zero critical safety violations AND written reflection at least one full page addressing all four AAR questions.

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.