When a building fire occurs, most people focus on the damage they can see…
- Burnt fixture finishes.
- Smoke damage.
- Water damage from firefighting efforts.
- Melted cables/pipework.
But for engineers, that’s only the beginning.
The real challenge is understanding everything the fire has affected – and that rarely sits within a single engineering discipline.
- Can the structure still perform as intended?
- Have high temperatures affected the concrete or steel?
- Are the mechanical and electrical systems safe to re-energise?
- Has smoke contaminated critical plant or ductwork?
- Can parts of the building safely reopen while others remain under repair?
These are the questions that shape a building’s recovery.
Buildings don’t recover in siloed disciplines.
Our recent involvement in the assessment and recovery planning of a fire-damaged building reinforced something we’ve seen throughout our work: buildings don’t fail in disciplines, and they don’t recover in disciplines either.
It’s easy to think of structural engineering, building services, fire engineering and remediation as separate workstreams. In reality, they’re deeply interconnected.
A structural engineer may determine that much of the building can be safely retained, but where elements such as balustrades have been compromised, it can affect the surrounding facade, waterproofing, structural connections and other integrated building systems. Understanding those interdependencies is critical to developing the right recovery strategy.
Likewise, replacing building services often depends on understanding the condition of the surrounding structure.
- Has the slab been affected by heat?
- Can new equipment be supported from the existing structure?
- Will structural repairs need to occur before services can be reinstated?
The same relationship works in reverse. Building services often influence the sequencing of structural repairs, while temporary services may be required to safely return parts of a building to operation during recovery.
Every engineering decision influences another.
That’s why we believe the best recovery outcomes come from multidisciplinary teams working together from the outset – not independently.
Recovery is about more than repairing damage.
The immediate focus after a fire is naturally on making the building safe.
The next step is understanding what can be retained, what genuinely needs replacing and what the safest, most practical path forward looks like.
Replacing everything is rarely the answer. Neither is retaining/repairing everything.
The best outcomes come from careful investigation, technical judgement and collaboration between disciplines to understand the building as a complete system – not just a collection of individual components.
One building. One strategy.
One of the biggest advantages of a multi-disciplinary team is that clients receive one coordinated engineering strategy rather than multiple independent opinions.
Structural engineers, building services engineers and remedial engineers aren’t working through separate checklists – they’re solving the same problem together.
That collaborative approach helps identify opportunities to retain building elements where appropriate, coordinate repair sequencing, reduce unnecessary disruption and provide greater certainty around programme, cost and recovery.
It also accelerates the recovery process. With all key engineering disciplines working together under one roof, decisions can be made faster, issues can be resolved collaboratively and clients avoid the delays that often come with coordinating multiple consultants. Instead of managing separate workstreams, clients have a single engineering team aligned around a common objective.
For clients, it means one point of coordination, one holistic view of the building and one team providing practical, integrated advice from day one.
Looking beyond the fire.
While every fire recovery project is different, one principle remains the same.
Buildings are complex systems where structure, services, facades and fire protection all depend on one another.
The engineering response should reflect that complexity because after a fire, success isn’t measured by how quickly damaged elements are replaced.
It’s measured by how confidently owners can make decisions about what comes next and that starts with having the right engineering team around the table from the very beginning.
