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Program

Training Safety and Live Fire Program

Document FSSMS-PRG-08Stage 1Revision 5Version 0.3.3

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1. Purpose and outcome statement

This program is the written, auditable system that makes training the safest place a member works, because it is the one place the department controls every variable. When it is working, every practical evolution has a written risk assessment and a named person with authority to stop it; every high-hazard evolution has a training safety officer with no other job; every live fire evolution runs under the live fire standard with a pre-burn plan, a walk-through, Class A fuel only, one fire at a time, a rapid intervention crew on air, a staffed backup line and a go/no-go card signed before ignition; every instructor who runs a burn holds the qualification for that role; every participant meets the prerequisites and the medical status for the evolution before they enter; every prop, tower and burn building is inspected on schedule and before use; hydration, rehab and heat rules are applied before anyone is in trouble; and every training injury and near miss is reported, reviewed for learning, and fed back to the instructors and the Program Improvement Team. The program is owned by a line officer through the Training Safety Program Improvement Team, verified by the health and safety officer, and consulted on by the JOHSC.

2. Applicability

This module is switched on for every department that conducts any practical training. It answers Program Profile Worksheet Part C question 10 (01 Program Profile Worksheet). The live fire sub-module is switched on where the department conducts live fire evolutions in acquired structures, burn buildings, container props or gas-fired props, or sends members to another agency’s facility. The driver training ground sub-element follows Apparatus, Driving and Roadway Operations Program. Record each switch and the reason.

Definitions

Consistent with 06 Glossary and Acronyms.

  • Acquired structure: a building obtained by the department for live fire training that was not built for that purpose (NFPA 1403, 2024).
  • Backup line: a charged hoseline staffed by an instructor, positioned to protect participants and the attack crew in a live fire evolution (NFPA 1403, 2024).
  • Evolution: a single planned training activity with a defined start, objective and end.
  • Go/no-go card: the one-page check signed by the instructor-in-charge and the safety officer before ignition, confirming every precondition is met.
  • High-hazard evolution: training with a credible risk of death or serious injury: live fire, acquired structure, roof operations, rope and heights, water and ice, confined space, driver training, forcible entry with power tools, flashover simulators.
  • Instructor-in-charge (IIC): the qualified person with overall responsibility for a live fire evolution (NFPA 1403, 2024; NFPA 1020, 2025).
  • Ignition officer: the single person authorized to ignite a fire in a live fire evolution, under the IIC’s direction (NFPA 1403, 2024).
  • Learning firewall: the rule that information gathered for learning is never used as the basis for discipline; conduct concerns go to a separate process run by different people (The Human Factor, 2026a).
  • Normalization of deviance: the gradual process by which a practice outside the standard becomes accepted because it has not yet produced a bad outcome (Vaughan, 1996).
  • Pre-burn plan: the written plan for a live fire evolution: site, structure, fuel, water, egress, communications, accountability, medical, weather limits, roles (NFPA 1403, 2024).
  • Rapid intervention crew (RIC): members on air, outside the hazard, assigned only to rescue participants (NFPA 1550, 2024).
  • Training safety officer (TSO): the person assigned to a training evolution with authority to alter, suspend or terminate it, with no other duty during the evolution (NFPA 1550, 2024, ch. 5).
Requirement Source Stage
Training conducted under competent supervision, with written procedures; a safety officer at high-hazard evolutions; training injuries investigated; training mirrors operations (same PPE, same accountability) (NFPA 1550, 2024, ch. 7) S1
Training safety officer competencies equal to the incident safety officer job performance requirements (NFPA 1550, 2024, ch. 5) S1
Live fire evolutions to the live fire standard: instructor-in-charge, independent safety officer with authority to stop, ignition officer, written pre-burn plan, pre-burn briefing and walk-through of every participant, participant prerequisites, Class A fuels only, no flammable or combustible liquids, no pressure-treated wood, tires, plastics, foam or synthetic furnishings, one fire at a time in acquired structures, no fire in egress routes or below participants, instructor-to-student ratio of no more than five to one for interior evolutions, RIC on air, staffed backup line, EMS on site, rehab, weather limits, structure inspected before and re-inspected after each evolution, cool-down and structural reassessment between burns, post-burn debrief and records (NFPA 1403, 2024; NFPA 1400, 2026) S1
Acquired structures: written owner permission, insurance and liability documentation, asbestos survey and abatement, lead paint, utilities disconnected, hazardous materials removed, permits, notifications, structural soundness, extra egress, chimneys and attics addressed, demolition plan (NFPA 1403, 2024, acquired structure chapters); the applicable asbestos regulation (J21 WHMIS, Hazardous Materials and Asbestos) S1 where used
Instructor-in-charge and live fire instructor qualifications (NFPA 1020, 2025, live fire instructor and live fire instructor-in-charge chapters); NFPA 1020 absorbed the former instructor standard, NFPA 1041 (2019 edition) S1
Participant prerequisites: Firefighter I job performance requirements for SCBA, PPE, hose, ladders, fire behaviour, building construction, forcible entry, ventilation, overhaul and water supply (NFPA 1010, 2024, ch. 6); (NFPA 1403, 2024) S1
Participant and instructor medical status: medical evaluation and fitness for the exertion of the evolution; rehabilitation during training (NFPA 1580, 2025) S1
Training facilities and props designed, inspected and maintained to the training facilities standard and the manufacturer’s instructions; gas-fired props to the gas code (NFPA 1402, 2019; NFPA 1400, 2026); (CSA B149.1:25; CSA B149.2:25) S1
Respiratory protection in training identical to operations: SCBA, fit test, air management, two-in Respiratory Protection Program; the applicable firefighter equipment and respiratory rules (J12 Fire Service OHS Rules and Fireground Operations; J14 Respiratory Protection, Fit Testing and Breathing Air) S1
Fall protection on towers, roofs and props above the trigger height the applicable regulation sets Working at Heights and Fall Protection Program; J16 Fall Protection and Rope Access S1
Heat and cold rules for training; hydration; rehab Heat, Cold and Weather Program; Firefighter Rehabilitation Program; (NFPA 1580, 2025) S1
Training needs identified, minimum levels per position, performance evaluated with documented measures, records system, annual appraisal, qualified instructors, training equipment maintained (CPSE, 2019, criteria 8A.1, 8A.3, 8A.4, 8B.1, 8B.3, 8B.5, 8B.6, 8C.1, 8C.2, 8C.5, 8C.6) S2
Safety training from first assignment and whenever new processes or equipment are introduced; hazard reporting; documented risk reduction (CPSE, 2019, criteria 11A.2, 11A.3, 11A.5) S2
Training managed to the training standard (CSA Z1001-18) S2
Written work procedures; general duty to take every reasonable precaution The applicable OHS statute and regulations (J02 Duties of Employers, Supervisors, Workers and Contractors; J06 Written Procedures and Committee Consultation) S1

4. Roles

R = responsible, A = accountable, C = consulted, I = informed.

Element Fire chief Deputy chief Program manager (line district chief) Training division chief IIC TSO Instructors HSO Company officer Participant JOHSC
Training risk assessment for every evolution I A R R C R C C I I
TSO assignment and triggers I A R C R I C C
Live fire pre-burn plan and go/no-go I A C R R R C I
Instructor qualification A R R R C I
Participant prerequisites and medical status I A R R C R C R R I
Props, towers and burn building inspection I A R C R C C
Heat, hydration and rehab at training I A R R R R C R I
Training injury and near-miss reporting and learning I A R R R R R R R C
Annual appraisal I A R R C C C

5. Program elements

5.1 The training safety officer: role and triggers

Requirement. A training safety officer is assigned to every high-hazard evolution, meets the incident safety officer competencies (NFPA 1550, 2024, ch. 5), has no other duty during the evolution, and has the authority to alter, suspend or terminate it (NFPA 1550, 2024, ch. 7). (S1)

Minimum method. The triggers that require a TSO: any live fire evolution (the live fire standard’s safety officer); any acquired structure work, including non-fire evolutions; roof and vertical ventilation; rope, tower and work above the fall protection trigger height; water, ice and swiftwater; confined space and trench; driver training on a course; forcible entry with power saws or hydraulic tools; flashover and fire behaviour simulators; any evolution involving more than 15 participants; any evolution the training officer or the HSO judges high-hazard. The TSO carries the go/no-go card, the accountability board and the radio; monitors conditions, participant status and instructor ratios; and stops on any deviation from the plan. For low-hazard evolutions (classroom, hose evolutions on the apron, ladder raises at ground level), the lead instructor carries the safety duty and the risk assessment names them.

Evidence. Roster showing the TSO by role for every high-hazard evolution; TSO qualification record.

5.2 Training risk assessment for every evolution

Requirement. Every practical evolution has a written risk assessment before it starts, proportionate to the hazard, naming the controls, the stop triggers, the safety role and the emergency plan (NFPA 1550, 2024, ch. 7); (CPSE, 2019, criterion 11A.3). (S1)

Minimum method. The lead instructor completes Form - Training Evolution Risk Assessment and Live Fire Go-No-Go Part A for every evolution; it takes five minutes for a routine drill and is reviewed with the crew at the start. The assessment covers: the objective and the standard it trains to; participants and their prerequisites; the hazards (thermal, fall, struck-by, cut, cardiac and heat strain, cold, water, electrical, vehicle, respiratory, structural); the controls in hierarchy order; PPE identical to operations; staffing and ratios; the safety role; weather limits; rehab and hydration; the emergency plan (who calls, where the ambulance is, how a participant is removed); stop triggers; and the debrief question. Recurring evolutions may use a standing assessment reviewed annually, with a “today” check of weather, participants and equipment. High-hazard evolutions use Part B.

Evidence. Completed assessments filed with the roster; annual review of standing assessments.

5.3 Instructor qualifications

Requirement. Instructors hold the qualification for the evolution they lead: the instructor standard for teaching generally (NFPA 1020, 2025), which absorbed NFPA 1041 (2019 edition); the live fire instructor qualification for any instructor at a live fire evolution and the live fire instructor-in-charge qualification for the IIC (NFPA 1020, 2025); the discipline qualification for technical rescue, water, driver and hazmat evolutions; a current fit test, medical status and PPE for any instructor who enters the hazard. (S1)

Minimum method. The training division keeps an instructor register with qualification, expiry, fit test and medical status, and the evolutions each instructor is authorized to lead. Adjunct and visiting instructors are entered before they teach; nobody instructs a live fire evolution on the strength of experience alone. In the live fire fatality case this program answers, the attack crew was led by an adjunct instructor, and the investigators recommended that live fire instruction be supervised by instructors qualified to the instructor standard (NIOSH, 2008, F2007-09). Instructors complete annual recurrency: fire behaviour and flashover recognition, the live fire standard’s current edition, the department’s emergency plan, and a review of the year’s training injuries.

Evidence. Instructor register; recurrency records; qualification certificates.

5.4 Participant prerequisites and medical status

Requirement. No participant enters a live fire evolution without documented completion of the Firefighter I job performance requirements the live fire standard names (NFPA 1403, 2024; NFPA 1010, 2024, ch. 6), a current fit test, a current medical status that permits the exertion, and PPE and SCBA in service condition. Other high-hazard evolutions set their own prerequisites in the risk assessment. (S1)

Minimum method. The roster (toolkit T3) carries a prerequisite column per participant that the IIC checks against the training records before the walk-through. Medical status comes from Medical, Fitness and Wellness Program as a yes or no for the exertion level, never a diagnosis. Any participant may withdraw from an evolution without explanation and without consequence; the instructor records the withdrawal as “self-removed” and nothing more. PPE for training is in service condition and inspected as for operations; retired gear is never used for live fire; protective trousers that should not have been in use were a finding in the reference fatality (NIOSH, 2008, F2007-09).

Evidence. Roster with prerequisite and medical columns; training records; fit-test register.

5.5 Live fire evolutions

Requirement. Every live fire evolution follows the live fire standard (NFPA 1403, 2024) through SWP - Live Fire Training Evolutions and the go/no-go card. (S1 where conducted)

Minimum method. The non-negotiables, each of which is on the card:

  1. Roles. IIC; safety officer independent of instruction; ignition officer; an instructor with each crew; RIC on air; backup line staffed by an instructor; pump operator; EMS on site; rehab lead; accountability officer at entry control.
  2. Pre-burn plan. Written, with a site plan, the fuel type, quantity and location, egress routes, water supply (primary and a dedicated backup source where available), communications plan with a check before ignition, accountability method identical to operations, EMS and rehab, weather limits, the evacuation signal (the department’s standard: air horn three times plus radio “evacuate”), and the roles by name of position. The plan is reviewed and signed by the safety officer.
  3. Briefing and walk-through. Every participant and instructor walks the structure or prop before any fire is lit, sees the fire room, the egress, the backup line and the RIC, and hears the evacuation signal.
  4. Fuel. Class A only: pallets, straw or excelsior in controlled quantity, and the department’s listed materials. Never flammable or combustible liquids, pressure-treated wood, tires, plastics, foam, mattresses or synthetic furnishings. The fuel load is what the backup line can control.
  5. One fire at a time in acquired structures; never in an egress route; never below participants.
  6. Ratio. No more than five participants per instructor on an interior evolution; the instructor is with the crew.
  7. Communications and accountability. Radio check; tags at entry control; PAR before and after each evolution.
  8. Ignition by the ignition officer only, on the IIC’s order, with the safety officer’s confirmation that every precondition on the card is met.
  9. Monitoring. Temperature in the fire room and on the participants where the prop allows; observation of fire growth; evacuation on any unplanned growth.
  10. Between evolutions. Cool-down; structural reassessment and re-inspection; rehab and medical check for every participant and instructor before re-entry; the ratio counted again.
  11. Post-burn. Debrief with every participant; the structure re-inspected; records: plan, roster, card, weather, injuries and near misses, lessons.
  12. Acquired structures additionally meet the acquisition checklist (toolkit T5): owner permission in writing; insurance and liability; asbestos survey and abatement by a licensed contractor under the applicable asbestos regulation (J21 WHMIS, Hazardous Materials and Asbestos); lead paint; utilities disconnected and confirmed; hazardous materials, debris and vegetation removed; burn permit (J35 Wildland and Interface Fire) and municipal notice; neighbours, police and dispatch notified; structural soundness verified, floors, stairs and roof; extra egress openings cut; windows and doors operable; chimneys and attic voids addressed; the demolition plan afterward.
  13. Gas-fired props and container props follow the manufacturer’s procedures, pre-use leak checks, emergency stops tested, observation positions for flashover simulators, no participant under the rollover, and the department’s class size limit.

Evidence. Pre-burn plans; signed cards; rosters; post-burn records; acquisition files.

5.6 Props, towers and burn buildings: inspection

Requirement. Every training structure and prop is inspected annually by a competent person or an engineer as the structure requires, before each use by the lead instructor, and after every major evolution series; gas-fired props annually by a licensed gas fitter; fall protection anchors and guardrails annually; records kept (NFPA 1402, 2019; NFPA 1400, 2026); (CSA B149.1:25; CSA B149.2:25). (S1)

Minimum method. SWP - Training Tower and Prop Inspection and toolkit T6. Burn building: liner condition, spalling, structural steel, doors and hardware, stairs and railings, thermocouples and their calibration, vents, burn room limits. Tower: guardrails, anchor points certified, stair treads, hose connections, standpipe test, bailout props. Forcible entry props: hinges, lock sets, striking surfaces, splinter guards, eye and hand protection posted. Saw props: cut table, blade guards, exhaust, fuel storage, fire extinguisher. Roof props: fall protection, pitch, access. Driver training ground: surface, cone layout, run-off zones, public access controlled, speed limit, instructor in cab, spotters. Deficiencies tag the prop out of service until repaired.

Evidence. Annual inspection reports; pre-use checks; gas fitter certificates; out-of-service tags and the register.

5.7 Driver training grounds

Requirement. Driver training on a closed course with public access controlled, run-off zones, an instructor in the cab, belts and helmets as the course requires, a speed limit, spotters for backing exercises, and communications (NFPA 1550, 2024, ch. 8). (S1 where conducted)

Minimum method. The course layout is in the standing risk assessment; the course is walked before each session; apparatus used for training is under the in-service program (Apparatus, Driving and Roadway Operations Program); fuel and fluids checked; cones only, never members, as targets; backing with a spotter even on the course.

Evidence. Standing assessment; session roster; apparatus sheets.

5.8 Heat, hydration and rehab at training

Requirement. The heat and cold rules and the rehabilitation program apply to training exactly as to incidents: humidex or wet-bulb triggers, mandatory rehab after each live fire or heavy-exertion evolution, hydration before and during, cool-down periods, no repeated interior evolutions without a rehab check, and cold-weather rules (NFPA 1580, 2025); Heat, Cold and Weather Program; Firefighter Rehabilitation Program. In the most recent United States annual report, 17 per cent of firefighter deaths occurred during training; cardiovascular events were 67 per cent of those and heat exhaustion 17 per cent, and over the decade to 2024 cardiovascular events were 65 per cent of training deaths (USFA, 2025). (S1)

Minimum method. The risk assessment names the day’s weather limit and the rehab lead; water and shade or warmth are set up before the first evolution; the rehab log records each participant’s rest and, where the program sets thresholds, vital signs; any participant with symptoms does not re-enter; the safety officer may end the day on heat alone.

Evidence. Weather log; rehab log; risk assessment.

5.9 Training injury and near-miss reporting and learning

Requirement. Every training injury, exposure and near miss is reported before the end of the session, triaged under the learning system, reviewed with the instructors, and trended quarterly; statutory reports are made to the regulator as the applicable statute requires (J08 Incident Reporting and Investigation); (CPSE, 2019, criterion 11A.2). (S1)

Minimum method. The TSO or lead instructor records the event on the training injury log (toolkit T7) and the department’s injury report. Triage follows Incident Investigation and Learning Program (The Human Factor, 2026a). The review asks what in the plan, the prop, the weather, the ratio, the participant’s readiness or the instructor’s attention made the event possible, and what to change. Findings go to all instructors at the next recurrency and into the standing assessments.

Evidence. Log; reports; triage record; quarterly trend in the team’s update.

5.10 Normalization of deviance in training

Requirement. The program names the drift points in training and reviews them on purpose, because training deaths follow a documented pattern of repeated small departures from the standard (Vaughan, 1996; NIOSH, 2008, F2007-09). (S1)

Minimum method. Every instructor recurrency and every team quarterly review works through the warning phrases (“this is the way we’ve always done it”, “nothing bad has happened yet”, “that’s just how we do it here”) and the training drift list: working past the low-air alarm to finish a drill; fuel added for a better show; more than one fire to save time; a safety officer who also instructs; a RIC that is also the next crew; participants whose prerequisites are “probably fine”; a prop pre-use check skipped because it was checked last week; a walk-through skipped for a crew that has been inside the building before. The reference fatality (NIOSH, 2008, F2007-09) involved a probationary firefighter in a vacant acquired structure, with fire set on more than one floor, an attack crew led by an adjunct instructor, protective trousers that should not have been in use, and no fitness screening of recruits; the investigators’ first recommendations were to conduct live fire training under the live fire standard and under qualified instructors. Each item on the drift list is a line on the go/no-go card. The question the team asks each quarter is “which of these are normal here?”

Evidence. Recurrency agenda; quarterly review minutes; card revisions.

5.11 Records and program evaluation

Requirement. Records for every evolution for at least the statutory minimum (J09 Records Retention), and for live fire the department’s longer period; an annual appraisal (CPSE, 2019, criterion 8B.6). (S1)

Minimum method. Records in section 9; appraisal per 06 Program Improvement Teams section 10.

Evidence. Appraisal; quarterly updates.

Safety Differently in this program

(a) Work-as-done. Before any procedure in this program is written or changed, the Training Safety team runs a learning-team session with instructors, recent recruits, volunteer training officers and the members who set up props (Conklin, 2012; Hollnagel, 2014). The session describes: how a burn day really runs from arrival to teardown, and where the time pressure lands; who actually does the walk-through and whether every participant is in it; what happens when a crew is short an instructor; how the “one more evolution” decision gets made at 1600; how fuel loads get decided and by whom; how a participant who is struggling with heat is noticed, or not; what the pre-use prop check looks like on a weeknight at a volunteer station; what instructors do about a participant whose prerequisites are incomplete; and what nobody says out loud about the drift points in 5.10. The procedures in section 8 are written from that description.

(b) Capacity and margins. Training goes right most of the time because instructors care about their students, because the TSO is watching the room, because the department sets ratios and keeps to them, and because there is time between evolutions. What erodes that capacity: a recruit class schedule that fills every hour; one qualified IIC for the whole department; a burn building used past its inspection; instructors who are also the RIC; a training officer who writes the risk assessment the night before alone; weeknight volunteer drills with no rehab plan; pressure to make a burn “realistic”. The program protects the margin by the ratio rule, the TSO with no other duty, a second qualified IIC, the rehab-between-evolutions rule, the pre-use check that tags the prop out, the standing assessments reviewed with the crews, and the annual recurrency that names the drift.

(c) Just culture. An instructor who added fuel, ran a second fire, let a crew go past the low-air alarm or skipped a walk-through is treated as a source of information about what in the day made that choice sensible (Dekker, 2016). The learning firewall applies: what members say in learning teams, post-burn debriefs, injury reviews and after-action reviews is used for learning and never as the basis for discipline. Conduct concerns (deliberate use of prohibited fuels after a stop order, impairment, falsified prerequisites) go to a separate process run by different people, and the department tells instructors in writing where that line is. The go/no-go card exists so that the safety officer’s “no” is a procedural fact, not a personal confrontation.

(d) Psychological safety. Any participant, instructor or observer can stop an evolution and says so in plain words: “Stop the burn, I’ve lost sight of the second crew.” “I’m not going back in, I’m done.” “That fuel load is more than the plan.” The IIC’s expected reply is to acknowledge, stop, act, and review later for learning, with a reply to the member within five working days through the route in section 11. A participant who self-removes is thanked, not questioned. Leaders show it is safe by stopping their own evolutions when a precondition is missing, by debriefing their own errors first, and by making the walk-through the moment when every participant is asked “what would make you stop today?” (Edmondson, 1999)DOI. Instructor meeting norms include a standing item: “which stop calls were made this quarter, and what did we learn?”

(e) Learning link. This program feeds the After the Call tiers through Incident Investigation and Learning Program (The Human Factor, 2026a). Tier 1 After-Action Review: every live fire day; every high-hazard evolution; every self-removal; every stop call. Tier 2 Post-Incident Analysis: any training injury needing medical treatment; any burn; any low-air alarm inside a training structure; any unplanned fire growth; any prop or structural failure; any evolution run without a TSO where one was required. Tier 3 Independent Learning Review: a death or critical injury in training. The AAR questions a crew asks after any evolution: “What did we do today that the plan did not say?” “Who was closest to being hurt, and what would have made the difference?” “What did we get away with?” For the full method see Manual 02 - The Three Tiers and Event Triage.

6. Training and competency

Who What How often How verified
Instructor-in-charge Live fire instructor-in-charge qualification (NFPA 1020, 2025); Instructor II; Firefighter II; command experience the department sets Before acting; annual recurrency Register; certificate
Live fire instructors Live fire instructor qualification (NFPA 1020, 2025); current fit test and medical status Before acting; annual recurrency Register
Training safety officer Incident safety officer competencies (NFPA 1550, 2024, ch. 5); department TSO orientation Before acting; refresher every three years Register
All instructors Instructor I minimum (NFPA 1020, 2025); the risk assessment form; the emergency plan; heat and rehab rules Before instructing; annual Register
Discipline instructors (rope, water, confined space, driver, hazmat) The discipline qualification and instructor level Before instructing Register
Participants, live fire Firefighter I job performance requirements named in the live fire standard; fit test; medical status; SCBA proficiency Before entry Roster check
Participants, other high-hazard Prerequisites named in the risk assessment Before entry Roster check
Prop and facility inspectors Competent person for the structure; gas fitter for gas props; engineer where the structure requires Current Certificate
Rehab lead at training Rehabilitation program training Current Record

7. Equipment, inspection, maintenance and testing

Item Interval Who is qualified Record
Burn building structural and thermal inspection Annual; after every major evolution series Competent person or engineer Report
Thermocouples and monitoring Calibration annually; check before each burn Technician; lead instructor Log
Gas-fired props Annual by a licensed gas fitter; leak check before each use (CSA B149.1:25; CSA B149.2:25) Gas fitter; lead instructor Certificate; pre-use log
Flashover and container props Annual structural; pre-use Competent person; lead instructor Report; log
Training tower, guardrails, anchors Annual; pre-use Competent person; lead instructor Report; log
Forcible entry and saw props Pre-use; monthly condition Lead instructor Log
Driver training course Pre-session walk Lead instructor Roster note
Training PPE and SCBA As for operations (Protective Clothing and Equipment Program; Respiratory Protection Program) As those programs Those records
Training hose Tested as line hose Trained tester Record
Acquired structure Inspected before each burn and after each evolution IIC and safety officer Checklist
Rehab and medical equipment at training Before each high-hazard session Rehab lead Log
Fire extinguishers at props Monthly Station officer Tag

8. Safe work procedures this program owns

9. Records and forms

10. Indicators

Indicator Type Definition Baseline measure Target
Risk assessment completion Leading Percentage of practical evolutions with a completed assessment on file, sampled quarterly First quarter 100 percent
TSO coverage Leading Percentage of high-hazard evolutions with a TSO by role on the roster First quarter 100 percent
Go/no-go card completion Leading Percentage of live fire evolutions with a signed card and pre-burn plan All burns in year one 100 percent
Instructor qualification currency Leading Percentage of instructors on the register with current qualification, fit test and medical status for what they teach Register 100 percent
Participant prerequisite verification Leading Percentage of live fire participants with prerequisites and medical status checked on the roster All burns 100 percent
Prop and facility inspection currency Leading Percentage of props and structures with annual inspection inside 12 months Inventory 100 percent
Rehab compliance at training Leading Percentage of high-exertion sessions with a rehab log First quarter 100 percent
Stop calls and self-removals Psychological safety Count per quarter, and percentage answered to the member within five working days First two quarters Trend up in year one; 100 percent answered
Training injuries Lagging Injuries per 1,000 participant-hours; percentage reviewed within 30 days First year Trend down; 100 percent reviewed
Training near misses Lagging Count per quarter First year Trend up in year one, then down
Low-air alarms in training structures Lagging Count per quarter First year Zero
Heat illness at training Lagging Count per year First year Zero

11. Accountability and closed feedback loop

Element Who (default) How
Owner Program manager, Training Safety team (a line district chief), accountable to the deputy chief Owns the outcome in section 1, the indicators, and every open corrective action until verified closed
Doer Lead instructors (risk assessments, pre-use checks, rosters); IIC (pre-burn plan, roles); TSO (card, monitoring, stop); instructors (ratios, crews); rehab lead; training division (register, records, recurrency); facilities (annual inspections, gas fitter); team lead (SWPs, drift review, trends) The SWPs and toolkit of this program
Verifier TSO: card and preconditions, every burn. Training division chief: monthly sample of assessments and rosters. HSO: attend at least two live fire days a year unannounced; sample the register and the inspection reports quarterly. JOHSC: inspect the training ground annually. Internal audit: annually with Checklist - Training Safety and Live Fire. Independent review: every three years Verification entries; HSO visit notes; JOHSC report; audit report
Feedback Quarterly progress update (toolkit T8) to the program manager, senior leadership team and JOHSC within 15 days of quarter end; instructor recurrency carries the year’s injuries and stop calls; change notices with every adopted change; a reply to whoever reported an injury, near miss or concern within five working days Cycle time measured from report to reply
Closure Every deficiency (missing assessment, uncovered high-hazard evolution, prop defect, instructor lapse, injury finding, near miss) logged in the Corrective Action Register within five working days with a priority on the department’s scale, P1 (Imminent) to P4 (Improvement), an owner and the due dates its priority sets; closure needs evidence and the verifier’s sign-off; extension and escalation as the priority scale sets; reported to the JOHSC monthly and to the fire chief at management review Register; escalation record

Loop test. A recruit tells the TSO on Monday that the second-floor guardrail on the training tower moved under load during a ladder drill. By end of day the tower’s upper floor is tagged out, the finding is rated P2 (Serious) and the facilities contact has the work order. By Friday the item is in the register with facilities as owner and the recruit has had a reply, and the team has checked every guardrail on the structure. Within 30 days the rail is repaired and load-checked, the annual inspection checklist has a guardrail load item, a change notice has gone to every instructor, and the item is closed with evidence and reported in the quarterly update and to the JOHSC.

12. Audit

Audit category: Checklist - Training Safety and Live Fire. The five questions an auditor asks first:

  1. Show me the last three live fire evolutions: the pre-burn plan, the signed card, the roster with prerequisites and medical status, and the post-burn record.
  2. Show me the instructor register. Who ran a burn in the last 24 months who is not on it with the live fire qualification?
  3. Pick a high-hazard evolution from last month. Show me the risk assessment and the TSO by role.
  4. Show me the burn building’s last annual inspection and the gas fitter’s certificate, and the pre-use log for the last five uses.
  5. Show me the last training injury or stop call. Who reviewed it, what changed, and who was told?

Accreditation crosswalk. A department preparing for peer assessment uses this program’s records as its evidence for the training criteria on needs, minimum levels, performance evaluation, records, annual appraisal, facilities, instructors and training equipment (CPSE, 2019, criteria 8A.1, 8A.3, 8A.4, 8B.1, 8B.3, 8B.5, 8B.6, 8C.1, 8C.2, 8C.5, 8C.6) and for the safety training, hazard reporting and risk reduction indicators (CPSE, 2019, criteria 11A.2, 11A.3, 11A.5). The 10th edition has no discrete training-safety indicator; this program supplies the evidence those criteria expect.

13. Lessons learned built in

In 2024, 17 per cent of United States firefighter deaths occurred during training, two thirds of them cardiovascular events and most of the rest heat exhaustion; cardiovascular events were 65 per cent of training deaths over the decade to 2024 (USFA, 2025). Traumatic training deaths are rarer, and the live fire evolution is where most of them happen (NIOSH, n.d.-b). The live fire deaths share a list: fuels with unknown burning characteristics, no inspection of the structure, instructors not trained to the standard, live “victims” inside, no instructor ratio, no safety officer or one with other duties, no walk-through, a backup line missing or unstaffed, a delayed RIC, synthetic contents that flashed, an unsound acquired structure, lost accountability (NIOSH, n.d.-b; NIOSH, 2008, F2007-09). Investigators have written the same sentence more than once: strict compliance with the live fire standard would have avoided the exposure.

Training is the one environment the department controls completely, so a training death is the clearest test of whether the safety management system works. This program answers the evidence with the TSO with no other duty, the go/no-go card that carries every finding from the reference case as a line, the fuel rule, the ratio rule, the prerequisite and medical checks, the prop inspection and tag-out, the rehab-between-evolutions rule, the heat triggers, and the quarterly “which of these are normal here?” review (Vaughan, 1996).

14. Stage 1 minimum and cost note

Stage 1 (Foundation) minimum. This program adopted and signed; the TSO triggers in force and a qualified TSO pool named; the risk assessment form in use for every practical evolution; the live fire SWP and the go/no-go card in force, with no burn conducted without a qualified IIC and safety officer; the instructor register complete; participant prerequisite and medical checks on every live fire roster; every prop and structure inspected once and tagged where deficient; rehab and heat rules applied at training; training injury and near-miss reporting live with reviews in the register.

Cost (people). Program manager and team lead about four hours a month each; a TSO pool of four to six officers (one course each); at least two qualified IICs and a live fire instructor cadre sized to the ratio rule; instructor recurrency one day a year; lead instructor time for assessments (five minutes routine, an hour for high-hazard); HSO two unannounced burn-day visits a year.

Cost (money, order of magnitude; confirm locally). Live fire instructor and IIC courses; TSO courses; annual burn building inspection and thermocouple calibration; gas fitter certificates; tower anchor certification; prop repairs identified by the first inspection (usually the Stage 1 surprise); rehab equipment for the training ground; records system capacity. Put burn building and prop life-cycle on the team’s five-year budget worksheet (06 Program Improvement Teams section 11) in year one.

15. Customize

16. Jurisdiction requirements

This chapter relies on the following legal requirements, which differ by province and territory. Check your jurisdiction’s section on each topic page before adopting it.

Topic What to check in your jurisdiction Page
Duties of Employers, Supervisors, Workers and Contractors The employer’s general duty to take every reasonable precaution, including the information, instruction, training and supervision owed to members during training J02 Duties of Employers, Supervisors, Workers and Contractors
Written Procedures and Committee Consultation When written work procedures are required for training activities, and how they must be kept available, reviewed with workers and current J06 Written Procedures and Committee Consultation
Incident Reporting and Investigation Which training injuries and dangerous occurrences must be reported to the regulator, how fast, and what must be preserved J08 Incident Reporting and Investigation
Records Retention The minimum period training and injury records must be kept (the department keeps live fire records longer) J09 Records Retention
Fire Service OHS Rules and Fireground Operations Whether a fire-service OHS regulation or guidance governs training as it does operations, including any statutory two-in or buddy rule for SCBA users and any rule written for live fire J12 Fire Service OHS Rules and Fireground Operations
Firefighter PPE and Protective Equipment The protective ensemble and SCBA standards a regulation names for structural firefighting, which apply equally in training J13 Firefighter PPE and Protective Equipment
Respiratory Protection, Fit Testing and Breathing Air The fit test interval and method for SCBA users and the respiratory protection program standard, which apply to instructors and participants J14 Respiratory Protection, Fit Testing and Breathing Air
Fall Protection and Rope Access The height that triggers fall protection on towers, roofs, props and apparatus tops, and when a written procedure or plan is required J16 Fall Protection and Rope Access
WHMIS, Hazardous Materials and Asbestos The asbestos survey, licensed abatement and clearance an acquired structure needs before any training in it J21 WHMIS, Hazardous Materials and Asbestos
Fire Services Legislation and Firefighter Certification Whether a provincial standard mandates firefighter training or certification, and whether a provincial fire school delivers live fire training to the standard J34 Fire Services Legislation and Firefighter Certification
Wildland and Interface Fire The burn permits and seasonal fire restrictions that apply to live fire training outdoors and in acquired structures J35 Wildland and Interface Fire

17. Implementation toolkit

T1. Training evolution risk assessment (summary; full form in Form - Training Evolution Risk Assessment and Live Fire Go-No-Go)

Field Content
Evolution and objective What, where, the standard trained to
Participants and prerequisites Number; prerequisite check; medical status check
Hazards Thermal; fall; struck-by; cut; cardiac and heat; cold; water; electrical; vehicle; respiratory; structural; other
Controls (hierarchy) Elimination; substitution; engineering; administrative; PPE
Staffing and ratios Instructors; TSO by role; RIC where required
Weather limits Humidex or wet-bulb; wind; lightning; cold
Rehab and hydration Lead; water; shade or warmth; log
Emergency plan Who calls; ambulance location; removal route; nearest hospital
Stop triggers Listed
Debrief question One question
Signatures Lead instructor; TSO where required

T2. NFPA 1403 pre-burn plan checklist and go/no-go card

Pre-burn plan (complete before the day).

# Item Done
1 Site plan with fire room, egress routes, apparatus positions, water supply, RIC and backup line positions
2 Structure or prop inspection completed and signed; acquired structure checklist (T5) complete
3 Fuel: type, quantity, location; Class A only; listed materials only
4 Roles by position: IIC, safety officer, ignition officer, instructors per crew, RIC, backup line, pump operator, EMS, rehab, accountability
5 Ratio: participants per instructor no more than five interior
6 Water supply: primary and backup; flow confirmed
7 Communications plan; channels; evacuation signal
8 Accountability method identical to operations
9 EMS on site; rehab set up; hospital route
10 Weather limits for the day
11 Participant prerequisites and medical status verified on the roster
12 Instructor qualifications verified on the register
13 Permits, notifications (dispatch, police, neighbours, utilities)
14 Safety officer review and signature

Go/no-go card (every item yes before ignition; any no is no-go).

# Precondition Yes/No
1 Safety officer present, independent, no other duty
2 Every participant and instructor walked through; evacuation signal demonstrated
3 Fire room, fuel load and location match the plan; nothing prohibited present
4 One fire only; none in egress; none below participants
5 RIC on air and in position
6 Backup line charged, flowed and staffed by an instructor
7 Water supply confirmed; pump operator in place
8 Radio check complete; accountability tags in; PAR complete
9 Ratio counted: no more than five per instructor interior
10 EMS on site; rehab ready
11 Weather within limits
12 Every participant’s PPE and SCBA in service condition; nobody in retired gear
13 Ignition officer identified; nobody else ignites
14 IIC and safety officer sign

T3. Instructor and participant roster with prerequisites

Name (role) Role today Qualification (instructors) Prerequisites verified (participants) Fit test date Medical status for exertion (Y/N) PPE and SCBA checked Rehab checks Withdrawn (self-removed) Notes

T4. Training safety officer trigger list and card

Triggers: live fire; acquired structure; roof and vertical ventilation; rope, tower and heights above the trigger; water, ice, swiftwater; confined space and trench; driver training course; forcible entry with power tools; flashover and fire behaviour simulators; more than 15 participants; any evolution the training officer or HSO names. Card: arrive before setup; read the assessment and plan; walk the site; confirm the roles; carry the go/no-go card, accountability board and radio; watch conditions and people, not the drill; stop on any deviation; lead the debrief’s safety questions; file the record.

T5. Acquired structure acquisition checklist

# Item Done
1 Owner’s written permission and release
2 Insurance cancelled or liability documented
3 Asbestos survey; abatement by a licensed contractor; clearance
4 Lead paint assessed
5 Utilities disconnected and confirmed in writing (electric, gas, water, propane, oil tanks removed)
6 Hazardous materials, chemicals, fuels, ammunition, pressure vessels removed
7 Burn permit; municipal notice; environmental considerations
8 Dispatch, police, neighbours, utilities notified
9 Structural soundness verified: roof, floors, stairs, chimneys; unsafe areas barred
10 Extra egress openings cut; windows and doors operable; debris and vegetation cleared; exposures protected
11 Attic and void spaces, lightweight construction, synthetic contents addressed
12 Demolition plan afterward

T6. Prop and tower inspection checklist (summary; full procedure in SWP - Training Tower and Prop Inspection)

Structure Annual Pre-use
Burn building Liner; spalling; steel; doors; stairs; railings; thermocouples; vents; engineer where required Room condition; thermocouples reading; vents; doors
Tower Guardrails; anchors certified; treads; standpipe test; bailout props Guardrails; anchors; housekeeping
Gas-fired prop Gas fitter certificate; emergency stops; detection Leak check; emergency stop; observation positions
Flashover simulator Structural; vents; observation chamber Vent operation; roll-over clearance; class size
Forcible entry prop Hinges; lock sets; striking surfaces; splinter guards Condition; eye and hand protection posted
Saw prop Cut table; guards; exhaust; fuel storage; extinguisher Blade guard; extinguisher; fuel
Roof prop Fall protection; pitch; access Fall protection in place
Driver course Surface; run-off; access control Walk the course; cones

T7. Training injury and near-miss log

Date Evolution Prop or structure Type (injury, exposure, near miss, stop call, self-removal) Description (no names) Immediate action Triage tier Review date Finding Corrective action number Reply to member date

T8. Quarterly indicator worksheet

Indicator This quarter Last quarter Trend Baseline Target Note
Risk assessment completion 100%
TSO coverage 100%
Go/no-go card completion 100%
Instructor qualification currency 100%
Participant prerequisite verification 100%
Prop and facility inspection currency 100%
Rehab compliance at training 100%
Stop calls and self-removals; percent answered in 5 days Up; 100%
Training injuries per 1,000 participant-hours; percent reviewed Down; 100%
Training near misses
Low-air alarms in training structures 0
Heat illness at training 0
Corrective actions open, closed, overdue

T9. Training and competency sign-off table

Member (role) Role (IIC, live fire instructor, TSO, instructor, discipline instructor, rehab lead) Qualification Date Expiry Fit test Medical status Recurrency date Authorized evolutions Verified by (role)

T10. Accountability and closed-loop table with default roles

Section 11 holds the filled table. For a department without standing teams, replace “program manager” with the training officer, keep the verifier and closure rows unchanged, and record the substitution in the Profile Worksheet.

T11. Stage 1 minimum and cost note

Section 14. For budgeting, transfer these lines to the team’s five-year worksheet: IIC and live fire instructor courses; TSO courses; annual burn building inspection and calibration; gas fitter certificates; anchor certification; prop repairs; rehab equipment; records system.

References

Center for Public Safety Excellence [CPSE]. (2019). Fire and emergency service self-assessment manual (10th ed.). Commission on Fire Accreditation International. https://cpse.org/wp-content/uploads/2019/08/10th-Edition-FESSAM-Strikethrough-Underline-v.4.pdf

Conklin, T. (2012). Pre-accident investigations: An introduction to organizational safety. Ashgate.

CSA Group. (2018). CAN/CSA-Z1001-18 (R2022), Occupational health and safety training. https://www.csagroup.org/store/product/CAN-CSA-Z1001-18/

CSA Group. (2025). CSA B149.1:25, Natural gas and propane installation code (17th ed.). https://scc-ccn.ca/standardsdb/standards/4033624

CSA Group. (2025). CSA B149.2:25, Propane storage and handling code. https://webstore.ansi.org/standards/csa/csab1492025

Dekker, S. (2016). Just culture: Restoring trust and accountability in your organization (3rd ed.). CRC Press.

Edmondson, A. C. (1999). Psychological safety and learning behavior in work teams. Administrative Science Quarterly, 44(2), 350–383. doi:10.2307/2666999

Hollnagel, E. (2014). Safety-I and Safety-II: The past and future of safety management. Ashgate.

National Fire Protection Association. (2019). NFPA 1402, Standard on facilities for fire training and associated props (last standalone edition; now part of NFPA 1400).

National Fire Protection Association. (2024). NFPA 1010, Standard on professional qualifications for firefighters (consolidates NFPA 1001, 1002, 1003 and 1005). https://www.fire-police-ems.com/NFPA1010.shtml

National Fire Protection Association. (2024). NFPA 1403, Standard on live fire training evolutions (last standalone edition; now part of NFPA 1400).

National Fire Protection Association. (2024). NFPA 1550, Standard for emergency responder health and safety (consolidates NFPA 1500, 1521 and 1561). https://www.fire-police-ems.com/NFPA1550-2024.shtml

National Fire Protection Association. (2025). NFPA 1020, Standard for fire and emergency services instructor, fire officer, and EMS officer professional qualifications (consolidates NFPA 1021 and 1041). https://www.fire-police-ems.com/NFPA1020-2025.shtml

National Fire Protection Association. (2025). NFPA 1580, Standard for emergency responder occupational health and wellness (consolidates NFPA 1581, 1582, 1583 and 1584). https://www.fire-police-ems.com/NFPA1580-2025.shtml

National Fire Protection Association. (2026). NFPA 1400, Standard on fire service training (consolidates NFPA 1402, 1403, 1404, 1407, 1408, 1410 and 1451). https://www.fire-police-ems.com/NFPA1400-2026.shtml

National Institute for Occupational Safety and Health [NIOSH]. (n.d.-b). Fire Fighter Fatality Investigation and Prevention Program [Program website and investigation reports]. Centers for Disease Control and Prevention. https://www.cdc.gov/niosh/firefighters/fffipp/index.html

National Institute for Occupational Safety and Health [NIOSH]. (2008). Career fire fighter dies and other fire fighters are injured during a live fire training evolution in an acquired structure (Fire Fighter Fatality Investigation Report F2007-09). Centers for Disease Control and Prevention. https://www.cdc.gov/niosh/fire/

The Human Factor. (2026a). After the Call, Manual 02: The three tiers and event triage [Unpublished manuscript].

United States Fire Administration [USFA]. (2025). Firefighter fatalities in the United States in 2024. Federal Emergency Management Agency. https://www.usfa.fema.gov/downloads/pdf/publications/firefighter-fatalities-2024.pdf

Vaughan, D. (1996). The Challenger launch decision: Risky technology, culture, and deviance at NASA. University of Chicago Press.

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