Task Purpose

To develop the learner’s ability to think and act like a competent fire safety professional
when faced with real-world active fire protection challenges.
The task enhances their ability to:

• Identify fire-related hazards
• Apply and evaluate fire protection provisions
• Determine where active fire systems are needed
• Ensure correct facilities and access for Fire and Rescue Services
  Each scenario requires:

Professional reasoning aligned with compliance expectations

• Immediate priorities
• Decision to be made and justification
• Controls and corrective actions
• Documentation and communication obligations

SCENARIO-BASED DECISION-MAKING TASK

Each scenario is written in paragraph form (as requested).
Learners must analyse the situation, take the role of a competent fire safety practitioner,
and make decisions grounded in law, technical standards, and operational realities.

Scenario 1 — Sprinkler-Compromised Warehousing Zone

During a routine inspection of a medium-sized warehouse storing plastic consumer
goods, you notice that several sprinkler heads in Aisle 4 are blocked by newly installed
overhead signage boards. The warehouse manager explains that the signs were
installed last week to improve product identification. The site relies heavily on sprinklers
due to high fire load density. Two delivery vehicles are currently unloading, increasing
combustible packaging on the floor. The Fire and Rescue Service previously advised
the warehouse to maintain completely unobstructed sprinkler discharge patterns.

Learner must decide:

What immediate action should be taken, what hazards must be prioritised, whether
operations should halt, and how to ensure sprinkler performance is restored.

Scenario 2 — Single Escape Stairwell Filling With Smoke

A six-storey commercial office block is undergoing refurbishment on Level 3. Early in
the morning, the building’s smoke detection system triggers, and you, acting as the fire
safety officer on duty, arrive at the stairwell and notice a faint smell of smoke and light
haze forming. This building only has one escape stair, which must remain smoke-free at
all times. You find the Automatic Opening Vent (AOV) at the top of the stairwell is not
opening despite the alarm being active. Contractors are working nearby but claim they
have not touched the system.

Learner must decide:

What actions are required to maintain life safety, preserve the evacuation route,
manage the contractor activities, and restore the AOV as per legal responsibilities.

Scenario 3 — High-Risk Server Room with Failed Suppression Panel

A server room supporting business-critical IT operations has a gaseous suppression
system installed due to the sensitivity of electrical equipment. During your inspection,
you discover the suppression control panel is showing a fault condition, and the
engineering team reports that the panel has been in this state for two days while they
“wait for the service contractor.” The room also contains temporary cardboard storage
for unpacked equipment, raising the fire load. Senior management is unaware of the
fault.

Learner must decide:

How to manage the risk to critical operations, what to escalate, whether temporary
prohibitions are required, and how to address the failed suppression system.

Scenario 4 — Fire Service Access Obstructed by Construction Vehicles

A new industrial development is in its final construction phase. When conducting a
scheduled fire safety check, you observe that the designated Fire Service Access Point
(FSAP) is blocked by two construction vehicles and surrounded by fencing materials.
The hydrant adjacent to the access point is also partially buried under loose soil from
ongoing excavation. The construction supervisor insists the obstruction is temporary
and will be removed “later today,” but a high-risk activity involving hot works is
scheduled this afternoon.

Learner must decide:

How to enforce immediate access control, ensure Fire Service operability, and
determine whether high-risk work should proceed.

Scenario 5 — Faulty Detector Spacing in a Newly Refurbished Office Floor

A refurbished office floor has recently reopened. While walking the floor, you notice that
several ceiling-mounted smoke detectors appear too far from their nearest counterparts,
and some are positioned close to large air conditioning diffusers. Staff have begun
moving into the new workspace. The fire alarm contractor has signed off the installation
as “fully compliant.” You suspect that the spacing and positioning violate BS 5839 rules
and may cause detection delays.

Learner must decide:

How to verify compliance, what to do about an already-occupied area, and whether
occupancy should be paused until detection is confirmed suitable.

Scenario 6 — Compartmentation Breach in Plant Room Riser

While checking the plant room, you open a riser cupboard and discover a vertical stack
of new electrical cables passing between floors, completely unsealed and without fire
stopping. The gap around the cables is large enough to allow direct smoke and flame
passage. The building depends on compartmentation to protect evacuation routes and
maintain 60-minute fire resistance. The electrical contractor claims they will “seal it later”
but cannot confirm when.

Learner must decide:

How to assess the severity, what immediate controls are needed, how to engage
contractors, and how to protect compartmentation integrity.

Scenario 7 — High Occupancy Event Without Adequate Voice Alarm

A shopping centre is preparing for a promotional event expected to draw thousands of
visitors. During checks, you discover the voice alarm (PAVA) system in Zone 3 is not
broadcasting test messages clearly; audio is distorted and barely audible. The shopping
centre manager suggests relying on security staff with hand-held megaphones “for just
one day,” despite the centre’s fire strategy requiring voice-guided evacuation for high
density events.

Learner must decide:

Whether the event should be postponed or modified, what emergency communication
standards must be maintained, and what legal responsibilities apply.

Scenario 8 — Insufficient Hydrant Flow During Fire Drill

During a scheduled Fire Service familiarisation drill at a chemical processing facility,
firefighters attempt to draw water from the site hydrant, but the flow rate is significantly
lower than expected. They report that the low capacity will severely limit their ability to
cool storage tanks containing flammable liquids. The facility manager is surprised,
saying that hydrants were installed according to design but have not been tested for
years.

Learner must decide:

What tests and verifications must occur immediately, how to manage site operations in
the meantime, and what to document for compliance and insurer requirements.

Scenario 9 — Incorrect Alarm Category for Sleeping Risks

A building used for staff accommodation has recently changed its internal layout. Some
bedrooms now open directly onto a lounge area. During review of the fire alarm system,
you realise the building only has a Category M system (manual call points only). The
responsible person believed this was sufficient because staff are “awake most of the
time.” The change of use significantly increases life risk, and automatic detection is now
essential.

Learner must decide:

How to communicate the need for a higher alarm category, what temporary measures
are required, and whether occupation can continue before upgrades.

Scenario 10 — Hot Works Ignoring Fire Watch Requirements

During an afternoon inspection, you find a contractor using cutting equipment in a
mezzanine level of a factory. There is no fire watch in place, extinguishers are not
immediately available, and the nearby smoke detector has been bagged over with
plastic. The contractor states that production management told them “it was fine”
because the work was brief. Combustible dust and packaging are present in the area,
heightening ignition risk.

Learner must decide:

Whether work must be stopped immediately, what fire protection controls must be reinstated, and how to address unsafe supervision and violation of permit-to-work requirements.

SECTION B — EXPECTED LEARNER RESPONSE STRUCTURE

For every scenario, the learner should produce:

1. Immediate Priorities

o Life safety
o Evacuation integrity
o Fire protection system operability

2. Decision Made

o What action must occur now
o What work is permitted or stopped
o What temporary controls apply

3. Justification

o o Based on legislation (Fire Safety Order)
o Relevant British Standards (BS 5839, BS EN 12845, BS 9999, etc.)
o Operational principles (Fire Service access, smoke control, detection
requirements)

4. Controls and Corrective Actions

o Engineering controls
o Administrative controls
o System reinstatement
o Competent contractor intervention

5. Documentation Requirements

o Fire safety logbook entries
o Non-conformance reports
o Contractor notifications
o Communication to responsible person / senior management

6. Professional Reasoning

o Risk-based thinking
o Proportionality
o Evidence-backed decision-making

SECTION C — FULL MODEL ANSWER FOR ONE SCENARIO
(Assessor Demonstration Sample)

Model Answer for Scenario 2 (AOV Failure)

Immediate Priorities:

Life safety is the highest priority because the building only has a single escape stair. I
must ensure the stairwell remains free of smoke so occupants can evacuate safely and
the Fire Service can gain access if needed. I must also stop contractors from continuing
work until I confirm whether their activities contributed to the system failure.

Decision Made:

I will initiate a controlled evacuation due to smoke presence. I will manually ventilate the
stairwell by opening access doors and ceiling-level manual vents where possible. Work
on Level 3 will be suspended immediately. The AOV system must be inspected and
repaired by a competent engineer before reoccupation of the affected floors.

Justification:

A single-stair building requires guaranteed smoke control under BS 9999. An
inoperative AOV compromises life safety and breaches legal duties under the Fire
Safety Order to maintain systems in efficient working order. Any smoke in the stairwell
renders the escape route untenable and invalidates the fire strategy.

Controls and Corrective Actions:

urgent AOV engineer call-out and ensure the fault is logged. Temporary fire watch will
be put in place until the system is restored. Door wedges, obstructions, or ventilation
interferences must be removed immediately.

Documentation Requirements:

I will record the alarm activation, smoke observation, AOV failure, evacuation measures
taken, and contractor suspension in the fire safety logbook. A non-conformance report
will be issued, and management will be formally notified.

Professional Reasoning:

The decision prioritises preservation of life and evacuation infrastructure. Smoke control
failure in a single-stair block represents an intolerable level of risk. My response is
proportionate, defensible, and aligned with statutory and best-practice requirements.