Case Study
Historic Community & Assembly Building
Complex community centre fire risk assessment involving public assembly use, vulnerable visitors, basement storage, music activity and shared escape-route control.
Summary
Fire Check Scotland was instructed to assess a long-established multi-level community building in Scotland. The premises included public/community activity rooms, a large upper hall, office accommodation, basement storage and food-bank use. The building was used by staff, volunteers, members of the public, elderly users and visitors who may have sight, hearing or mobility considerations.
The assessment was commissioned after a small external fire incident and subsequent fire-service interest. The client needed a practical fire risk assessment that could separate immediate management controls from longer-term contractor and building-management actions.
The Premises
- Older multi-level community building.
- Large upper assembly hall used for events and activities.
- Ground-floor public/community use.
- Basement storage and food-bank support use.
- Public access during the day and into the evening.
- No sleeping accommodation.
- Users included staff, volunteers, community groups, elderly visitors and persons who may need assistance.
Why This Project Was More Complex
The building was not simply an office or small shop. The fire risk depended on how several issues interacted: public assembly numbers, an older building layout, an upper hall with exit-capacity questions, basement storage, shared external escape route control, music/noise, assisted evacuation, fire-door uncertainty and the need for robust daily/event checks.
This type of assessment needs to test whether the building can be managed safely during real activities, not just whether fire-safety equipment is present.
Key Technical Themes
- Upper-hall occupancy and whether available escape routes were sufficiently independent.
- Shared external escape/discharge route and gate control outside direct client ownership.
- Bolted or partly unavailable exit leaves where full width may be relied upon.
- Alarm audibility during music or noisy activities, especially for elderly or hard-of-hearing users.
- High-level detector testing where access had reportedly limited contractor testing.
- Need for a durable alarm zone plan at the fire alarm panel.
- Older or uncertain fire-door sets, including closers, gaps, seals and hardware.
- Basement plant/electrical/storage risks and housekeeping around escape routes.
- Written emergency plan, staff roles, visitor management and assisted evacuation.
- Assembly-point suitability and practical route management.
Fire Check Scotland Approach
The assessment separated immediate life-safety controls from medium-term improvement work. It treated the building as a live community venue, so the action plan covered not only physical defects but also event management, opening checks, occupancy decisions, music controls, visitor/sweep arrangements and responsibilities between different users of the building.
The report included a structured action plan with priorities for immediate gate, exit and route controls; formal occupancy review before higher-occupancy events; competent fire-door inspection; alarm audibility and high-level detector testing; written emergency evacuation planning; training and visitor-management controls; and basement electrical/plant-room review and housekeeping.
Outcome
The client received a clear interim risk position and a practical action plan. The report identified matters requiring urgent management action while avoiding overstatement where further contractor evidence or original certificate review was required.
The value for the client was clarity: what needed to happen immediately, what needed competent contractor input, what records should be retained, and which controls mattered most before allowing higher-risk events.
Relevance to Similar Clients
This experience is relevant to community centres, halls, churches, cultural venues, charities, visitor-facing premises and older public assembly buildings where the fire risk is driven by occupancy, escape management, older construction, mixed users and practical day-to-day control.