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newSchoolWorks.com › VoTechWorks › Agriculture, Environment & Public Service › Firefighting / Public Safety › Capstone Project: Integrated Firefighting and Emergency Response › Lesson 3
AGR-FIRE51-07 · Lesson 3 · 52 clock hours · field

Live Capstone Field Evolution

Objective. Operating within their assigned ICS role, each student will successfully execute all assigned tactical tasks—fire suppression, patient assessment and basic life support, hazmat isolation and denial of entry, and victim rescue—during a full-scale, graded multi-hazard training evolution that meets the performance requirements of NFPA 1001 Levels I and II and NFPA 470 Hazmat Operations.

⚠ Pending professional review

This lesson, its worked examples and its practice questions has not yet been verified by a licensed professional in the field or by a certification or approval body. It is a study draft and may contain errors. Do not use it as instructions for work on a job site or on live equipment. Always follow your instructor, your supervising professional, and current official references and regulations.

VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.

Live Capstone Field Evolution

The capstone field evolution is the culminating performance event of your firefighting and emergency response training. Everything you have studied—fire behavior, hoseline operations, SCBA use, patient assessment, hazmat operations, and rescue techniques—is tested together in a realistic, graded scenario. This is not a drill where you can pause and review notes. You will be assigned an Incident Command System (ICS) role, receive a brief, and operate as a real crew member until the evolution is complete or a safety stop is called.

Purpose and Structure

The evolution is designed to meet the job performance requirements (JPRs) of NFPA 1001 Levels I and II and the competencies required for NFPA 470 Hazmat Operations certification. Because real emergencies rarely involve a single hazard, the scenario combines fire suppression, emergency medical service (EMS) patient care, hazmat scene control, and victim rescue in one continuous event.

Evolutions rotate over multiple days so that every student performs in at least two different ICS roles—for example, attack line firefighter in one evolution and incident commander or safety officer in another. Serving in the command role is not easier; it requires you to manage the entire tactical picture, communicate over radio, account for crew locations, and make decisions under time pressure.

Props used during the evolution include a burn building (live fire where a burn-building-certified instructor/safety officer is present), simulated hazmat release props, moulaged mannequins or peer role-players representing patients, and confined-space or vehicle-extrication props. The scenario is realistic but controlled.

Your ICS Role and Accountability

Before the evolution begins, you will receive your ICS assignment and a brief operational period briefing. Know your role before the air goes on. Every crew member must be on the accountability system—no exceptions. The designated safety officer holds stop-work authority at all times. If you hear a stop-work order, you stop immediately, move to a safe area, and await instructions. There is no grade penalty for responding correctly to a safety stop.

Key Tactical Tasks You Will Be Scored On

Hoseline Deployment and Advancement. You must pull the correct length of hose for the assignment, bleed air, confirm water, and advance in a coordinated manner with your partner. Communicate with your officer before and after entering.

SCBA Donning and Use Under Air. Your SCBA must be donned to a fully sealed, ready-to-enter condition before crossing the threshold of any immediately dangerous to life or health (IDLH) atmosphere. Removing your facepiece or bypassing the regulator inside an IDLH is a critical safety failure that results in an automatic unsatisfactory score and requires remediation before you may attempt the portfolio defense.

Patient Assessment Following EMT-B Protocols. Using the EMS jump bag, you will perform a primary survey—scene size-up, level of responsiveness, airway, breathing, circulation—and initiate basic life support as indicated. Correctly sizing and applying a cervical collar, using a BVM, and demonstrating AED trainer operation may all be observed.

Hazmat Scene Isolation and Emergency Decontamination Setup. At the hazmat prop, you must identify the hazard using the current edition of the Emergency Response Guide (ERG), establish control zones (hot, warm, cold), communicate isolation distances to the incident commander, and set up an emergency decontamination corridor. You must wear the appropriate level of chemical-resistant PPE for the scenario as briefed.

Victim Packaging and Movement. You will package a moulaged patient or rescue mannequin using the equipment provided and move them to the designated treatment area. Proper spinal motion restriction, packaging, and litter or drag technique are scored.

The Evaluator Checklist

Evaluators follow a standardized skills verification checklist aligned directly to NFPA JPRs. They record time stamps and describe specific observed behaviors—not general impressions. You pass an individual line item when your performance meets the stated standard. You must meet the standard on at least 85% of all scored line items to pass. Review the checklist before your evolution day so you know exactly what is being measured.

The Hot-Wash

Within minutes of completing your evolution, a structured hot-wash is conducted on scene. This 10–15 minute debrief is not optional and is not punitive. You must verbally identify three things: what went according to plan, what deviated from the plan, and what the crew should do differently next time. Responses are audio-recorded. You will use your own recorded comments as source material for the formal written after-action report (AAR) submitted later. Be honest—evaluators already know what happened.

Safety Non-Negotiables

The capstone evolution is the moment your training becomes your identity as a firefighter and emergency responder. Treat every task as if lives depend on it—because in your career, they will.

Key terms10

Job Performance Requirement (JPR)A specific statement in an NFPA standard describing what a person must be able to do, the conditions under which the task is performed, and the criteria for acceptable performance; JPRs form the basis of the evaluator checklist used in the capstone evolution.
IDLH (Immediately Dangerous to Life or Health)Any atmosphere that poses an immediate threat to life, would cause irreversible adverse health effects, or would impair an individual's ability to escape; SCBA must be worn on air whenever operating in an IDLH environment.
Stop-Work AuthorityThe designated safety officer's unconditional right and responsibility to halt all evolution activities at any moment a condition arises that poses an imminent risk of injury or death; all participants must respond to a stop-work order immediately and without question.
ICS (Incident Command System)A standardized, on-scene, all-hazard incident management system that provides a common organizational structure; during the capstone, each student is assigned a specific ICS role (e.g., attack line firefighter, safety officer, incident commander) and is evaluated in that role.
Emergency Response Guide (ERG)A reference document published by the U.S. Department of Transportation and used by first responders during the initial phase of a hazardous-materials incident to identify the substance involved and determine initial protective actions and isolation distances.
Control Zones (Hot, Warm, Cold)Three geographic areas established at a hazmat incident to regulate access and reduce contamination spread: the hot zone is the area of greatest hazard with restricted entry, the warm zone is the transition area where decontamination occurs, and the cold zone is the staging and command area where no contamination is present.
Emergency DecontaminationA rapid, life-safety decontamination process performed on a contaminated patient or responder when there is an immediate threat to life; speed takes priority over thoroughness, and the corridor is set up in the warm zone.
After-Action Report (AAR)A formal written document completed by a student following the capstone evolution that analyzes performance against the plan, identifies deviations and their causes, and recommends corrective actions; the audio recording from the hot-wash is used as source material.
MoulageThe application of simulated wounds, burns, or other injuries to mannequins or role-players to create realistic patient presentations during training scenarios, requiring students to perform accurate patient assessment and treatment.
Hot-WashAn immediate, on-scene structured debrief conducted within minutes of completing a training evolution; participants identify what went according to plan, what deviated, and what should be changed—forming the foundation of the written AAR.
In class: Rotation-based live evolutions run over multiple days so each student serves in at least two ICS roles (e.g., attack line firefighter and incident commander or safety officer); evolutions are conducted at the training facility using live fire (where a qualified instructor/safety officer holds the appropriate burn-building certification), simulated hazmat release props, moulaged patient mannequins or peer role-players for EMS tasks, and confined-space or vehicle-extrication props for rescue; a stop-work authority is held by the designated safety officer at all times. · During each evolution, evaluators use a standardized skills verification checklist aligned to NFPA 1001 job performance requirements (JPRs) to score each student on hoseline deployment and advancement, SCBA donning and use under air, patient assessment following EMT-B protocols, hazmat scene isolation and emergency decontamination setup, and victim packaging and movement; evaluators note time stamps and specific observed behaviors. · Immediately after each evolution, a structured hot-wash (10–15 minutes) is conducted on scene with all participants; students must verbally identify what went according to plan, what deviated, and what the crew should do differently; responses are audio-recorded and used by the student in the formal written AAR submitted later.
Materials: Full structural PPE (NFPA 1971) per student; SCBA units (NFPA 1981); charged hoselines, nozzles, and appliances; hazmat response kit including ERG (current edition), chemical-resistant PPE Level B/C, and decontamination supplies; EMS jump bag with AED trainer, BVM, oxygen delivery equipment, and cervical collars; vehicle-extrication equipment or simulated rescue prop; moulage kit; ICS accountability system; evaluator skills checklists; audio-recording device for hot-wash
Check: Each student must receive a passing score (meets standard) on a minimum of 85% of scored JPR line items on the evaluator checklist; any critical safety failure (e.g., SCBA removed in IDLH atmosphere, hoseline abandoned without accountability) results in an automatic unsatisfactory and requires a remedial re-attempt before the portfolio defense.

Practice check8

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

Pro Board/IFSAC Firefighter I & II – SCBA and IDLH safety
1. During the capstone evolution, a student removes their SCBA facepiece while inside the burn building to clear a fogged lens. What is the immediate consequence according to the program's evaluation policy?
Pro Board/IFSAC Firefighter I & II – ICS and accountability
2. A student assigned as incident commander during the capstone evolution receives a radio report that the attack crew has advanced the hoseline to the second floor. What ICS function does the IC perform next to maintain situational awareness?
Hazmat Operations (NFPA 470) – control zones and ERG
3. At the hazmat prop station, a student identifies an unknown liquid leaking from a drum. Using the ERG, they determine an isolation distance for a small spill. Which control zone boundary is established at that distance?
NREMT EMT – primary survey and basic life support
4. During the EMS station of the capstone evolution, a role-player is unresponsive and not breathing. After confirming scene safety and donning gloves, what is the correct first action according to EMT-B primary survey protocol?
Pro Board/IFSAC Firefighter I & II – evaluation standards
5. What is the minimum percentage of scored JPR line items a student must pass to receive a satisfactory grade on the capstone evolution?
Pro Board/IFSAC Firefighter I & II – safety officer and SCBA
6. A student serving as safety officer during the capstone evolution observes a crew member's SCBA low-air warning alarm activate while the crew is still inside the structure. What action must the safety officer take?
Pro Board/IFSAC Firefighter I & II – after-action review and hoseline operations
7. During the hot-wash after a capstone evolution, a student correctly identifies that the crew's hoseline advance was delayed because the hose was not bled of air before entry. In the written AAR, this observation should be categorized as which of the following?
Hazmat Operations (NFPA 470) – decontamination and control zones
8. At the hazmat station, a student must set up an emergency decontamination corridor. In which control zone is the decontamination corridor located?
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