Fire safety measures work together, but they are not automatically interchangeable.

An evacuation plan can look complete on paper while still failing the person who needs it.

Artificial intelligence is already capable of making fire-safety consultancy more efficient. It can organise survey notes, interrogate large document sets, compare revisions, identify apparent inconsistencies and help turn technical information into clear client communication. Used carefully, it releases the consultant from repetitive processing and creates more time for investigation, analysis and engagement with the design team.

Routine inspection and testing provide important evidence that a fire damper can operate. However, seeing a damper close does not demonstrate that the complete installation will maintain compartmentation throughout a fire.

Temporary buildings are a familiar feature of construction sites. Modular cabins and relocatable units provide offices, meeting rooms, welfare facilities and other accommodation that must change as work progresses. Their temporary status, however, can create a false impression that the fire precautions within them are also temporary or less important.

A competent professional can identify a serious safety concern, explain its significance and recommend an appropriate response. But what happens when the organisation around them prevents that professional judgement from influencing the work?

For many years, wildfire has been regarded as a specialist hazard, primarily affecting forests, moorland and remote rural communities. Consequently, it has rarely featured in fire risk assessments except for premises located immediately adjacent to vegetation.

Recent events across Europe and North America demonstrate that wildfire can no longer be regarded solely as a rural or environmental emergency. It is increasingly a threat to buildings, infrastructure and entire communities.

The Government has now published its response to the consultation on the Single Construction Regulator Prospectus. Its direction is clear: the future regulator will bring the regulation of buildings, construction products and professions into a more coherent system, using the Building Safety Regulator as its foundation.

The term golden thread has become firmly embedded in the language of building safety.

A fire strategy is often treated as the destination. It is signed off, approved, issued and filed away. Yet, in reality, it should be the beginning.

One of the misconceptions about engineering is that expertise is measured by how quickly someone produces an answer. In reality, experienced engineers often spend far longer deciding what the question actually is. That might sound like an odd distinction, but it lies at the heart of good engineering.

Last week, a 15-year-old work experience student joined me for a week at Pyrology.

A forthcoming CPD event from the Safety and Reliability Society caught my eye. The topic is Reliability Demonstration Testing, a discipline concerned with establishing whether sufficient evidence exists to justify confidence in the performance of a system.

The question of who should be permitted to carry out fire risk assessments is once again under discussion.

Fire safety depends on detail. Sometimes that detail is technical. Sometimes it is procedural. Sometimes it is simply the language used in a specification, drawing note or approval submission.

Walk around enough buildings and you'll find them everywhere.

The FIA has published a useful reminder of the significance of Part 2A of the Building Regulations, introduced following the Building Safety Act 2022. Its central point is simple, but important: the dutyholder and competence requirements are not confined to higher-risk buildings. They apply much more widely to building work.

A recently published CROSS-UK Topic Paper, Mind the Gap, explores the relationship between structural engineering and fire engineering. At first glance, it appears to be a discussion about structural fire safety. In reality, it raises a much broader issue.

Fire classification requirements are essential, but there is always a risk in reducing complex fire performance questions to a single metric.