Ian Pomeroy – The Person Behind the Engineering

You probably know Ian Pomeroy (or ‘Pom’) as our Remedial Director but what shapes the way he works, the advice he gives and the relationships he builds with clients?

We asked Ian about what he’s learned from years of investigating buildings, what he values in a client relationship, what frustrates him – and a few things that have absolutely nothing to do with engineering! 

 

Q: What’s the question you tend to ask before anything else?

A: Insert Answer

Q: What do younger engineers sometimes underestimate?

A: Insert Answer

Q: What’s something you think will always require human judgement, regardless of technology?

A: Insert Answer

Q: What’s the difference between giving someone technical information and actually helping them make a decision?

A: Insert Answer

Q: What’s something you’ve learned from working closely with clients?

A: Insert Answer

Q: What’s one thing clients should ask before committing to a repair strategy?

A: Insert Answer

Q: What’s something you could talk about for hours that has absolutely nothing to do with engineering?

A: Insert Answer

Q: What’s one opinion you’ll defend passionately?

A: Insert Answer

Q: What’s the easiest way to distract you at work?

A: Insert Answer

Q: When do you feel like you’ve done a really good job for a client?

A: Insert Answer

Engineering Has Changed. Has Your Consultant?


If your engineer is only talking to you about compliance, they’re probably not talking about the things that matter most.

Compliance is important. It always will be but compliance is the minimum standard – not the ultimate goal.

The clients we work with today aren’t just trying to deliver compliant buildings.
They’re trying to protect investments, reduce risk, make smarter commercial decisions and create assets that perform for decades.

That’s a very different conversation and it’s changing what good engineering looks like.

Compliance isn’t the finish line. 

For years, engineering has been measured by whether something works

  • “Does it comply?”
  • “Can it be built?”
  • “Has it met the relevant standards?”

They’re all important questions, but here’s the problem…

Two engineering solutions can both be compliant, yet deliver completely different outcomes over the life of a building.

One might require significantly more maintenance. One might be easier to inspect. One could reduce future remediation costs.
Another might make future upgrades far more difficult than they need to be. They’re all technically correct. But they’re certainly not equal.

The questions are changing…

  • “If this was your building, what would you do?”
  • “Is this really where we should be spending our money?”
  • “What problem are we going to have five years from now?”
  • “Is there a better way?”

Those aren’t design questions. They’re judgement questions and that’s where experience becomes incredibly valuable.

The best engineers don’t just provide answers. They ask better questions. 

  • “What happens when this system reaches the end of its life?”
  • “Who maintains this?”
  • “Can it actually be accessed safely?”
  • “What assumptions are we making today that could become tomorrow’s defect?”

Those conversations don’t always change the design dramatically. Sometimes they change the client’s entire approach to the project.

That’s where engineering becomes much more than a technical service. It becomes a decision-making tool.

It’s important to note that you learn as much from old buildings as new ones.
One advantage of working across both design and remedial engineering is that you get to see what happens after the ribbon is cut.
You see which details quietly perform for 30 years and you also see the decisions that looked fine during design but created expensive problems later.

There’s something incredibly valuable about that perspective.
It reminds you that buildings don’t care how clever the design looked on completion day. They only care how well it performs over time.

So what does a TRUSTED ADVISOR actually do?

For us, it’s surprisingly simple. A trusted advisor isn’t the person with the longest report or the most complicated solution.
They’re the person who’s willing to challenge assumptions. The person who raises a risk before anyone else sees it.

The person who says, “Yes, we can do that – but have we thought about this?”

Engineering should create confidence and sometimes that means recommending a different solution.
Sometimes it means confirming the original idea is the right one.

Either way, the objective is the same: helping clients make decisions they’ll still feel confident about years from now.

Technical expertise will always matter but the real value comes from knowing how, and when, to apply that expertise to help clients make better decisions.

Because in the end, clients rarely remember the drawing – they remember whether the advice helped them avoid a problem, reduce a risk or make a decision with confidence.

For us, that’s what engineering should do and that’s what being a trusted advisor is all about.

The Fire Is Out. Now the Real Work Begins.

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.

The Fire Is Out. Now the Real Work Begins.
The Fire Is Out. Now the Real Work Begins.
The Fire Is Out. Now the Real Work Begins.
The Fire Is Out. Now the Real Work Begins.

Why Buildings Leak: 5 Facade Interface Failures

When clients call us about water ingress, the first question is usually… “Where’s the leak coming from?”

It’s a fair question – but often the wrong one.

Water has a habit of travelling. By the time it’s visible inside a building, it may have entered several metres away, following cavities, framing or concealed building elements before finally revealing itself. That’s why finding the source of a leak is rarely as simple as looking at the stain on the ceiling.

After investigating countless building defects over the years, we’ve noticed something else. Most buildings don’t leak because one product has failed.

They leak because the interfaces between different systems haven’t been designed, coordinated or constructed properly. It’s where one material meets another that things tend to go wrong. Here are five common facade interface failures:

1. Window sills and jambs

Windows are one of the most common locations for water ingress – not because windows are inherently flawed, but because they bring together multiple materials, trades and waterproofing elements.

Small issues such as inadequate sill falls, poor drainage paths or incorrectly detailed jambs can allow water to bypass the facade’s intended defence.

These defects often remain hidden for years before becoming visible internally.

2. Flashings that don’t quite finish the job 

Flashings are designed to redirect water safely away from the building.

But we’ve seen countless examples where they stop short, aren’t correctly integrated with adjacent systems or simply don’t provide a continuous drainage path.

The flashing itself may be perfectly adequate. It’s how it connects to everything around it that determines whether it performs.

3. Curtain wall transitions

Curtain wall systems rarely exist in isolation. They need to connect with precast panels, masonry, roofs, balconies and other facade elements.

Each transition introduces another opportunity for water to find a way in and these interfaces demand careful coordination – not just between products, but between designers, contractors and installers.

4. Movement joints

Buildings move. Concrete shrinks. Steel expands. Wind causes deflection.

Temperature changes create movement every single day.

If movement joints aren’t correctly detailed – or aren’t maintained over time – the facade is forced to absorb movement it wasn’t designed for.

Eventually, something gives.

5. Relying too heavily on sealants

This is probably the biggest misconception we encounter.

Sealants aren’t waterproofing systems. They’re one component of a much larger weatherproofing strategy. Over time, sealants deteriorate. They crack, lose adhesion and require replacement.

If the long-term performance of a facade depends solely on a bead of sealant remaining perfect forever, it’s probably worth revisiting the detail.

Good facade design should manage water through overlap, drainage, pressure equalisation and flashing – not simply by adding more sealant.

The common thread…

Looking at these issues individually, they all seem different but they usually stem from the same underlying problem.

Not poor products. Not poor intentions. Poor coordination.

Most water ingress issues begin at the point where one system hands over to another. That’s why the best facade outcomes rely on close collaboration between architects, facade consultants, structural engineers, waterproofing specialists and contractors from the earliest stages of design.

Good detailing is invisible

One of the interesting things about facade detailing is that when it’s done well, nobody notices. Buildings simply perform.

It’s only years later, when water starts appearing where it shouldn’t, that these small details suddenly become very important.

That’s why we believe some of the best engineering happens long before construction begins – carefully considering the interfaces that most people will never see.

Because in facade engineering, it’s often the smallest details that make the biggest difference.

Why Buildings Leak: 5 Facade Interface Failures
Why Buildings Leak
Why Buildings Leak
Why Buildings Leak

A Facade Audit Doesn’t Make Decisions. People Do.


If your engineer is only talking to you about compliance, they’re probably not talking about the things that matter most.

Every facade audit ends with a decision. Sometimes it’s straightforward. Other times it’s deciding whether a defect requires immediate attention, whether it can be monitored, how to prioritise limited capital or which building should come first in the remediation programme.

Those decisions aren’t made by the facade audit. They’re made by people.

Our role is to provide the information needed to make those decisions with confidence. That’s why we believe the real value of a facade audit isn’t simply the inspection itself. It’s what the information enables you to do next.

It’s not about finding more defects.

Every inspection identifies defects but not every inspection provides the same level of insight.

A list of defects tells you what has been found.

The more important question is: What does it actually mean?

  • Does the defect present a falling object risk?
  • Is it deteriorating?
  • Can it be safely monitored until the next inspection cycle?
  • How does it compare to similar defects elsewhere in the portfolio?

Understanding the context behind a defect allows owners to prioritise action based on risk and consequence – not simply the length of a defect list.

Seeing your building through a different lens.

One of the biggest pieces of feedback we hear from clients is that traditional façade reports can be difficult to interpret. Even with detailed descriptions and hundreds of photographs, it isn’t always easy to understand exactly where a defect is, how it relates to surrounding building elements or how it has changed over time.

That’s why we’ve invested in a more visual approach.

Alongside our engineering assessment, we create an interactive 3D digital model of the building, allowing defects to be mapped directly onto the façade in their exact location. Rather than searching through pages of photographs, clients can navigate the building digitally, explore defects in context and clearly understand the condition of their asset.

For clients managing complex or high-rise buildings, this creates a single, visual source of truth. It makes technical information easier to interpret, simplifies communication between project teams and stakeholders, and provides greater confidence when prioritising remediation works and planning future investment.

Importantly, the model doesn’t stop being valuable once the report is issued. It becomes part of the building’s digital record, supporting future inspections, tracking defect progression over time and providing a consistent platform for lifecycle planning.

For us, the technology isn’t the differentiator. The differentiator is how it helps our clients understand their buildings more clearly, make decisions more confidently and have better conversations about what comes next.

Building a smarter asset history.

Every inspection should add to your understanding of a building – not start from scratch.

That’s why we help clients build a living record of their assets through digital asset registers and consistent data capture. Defects can be tracked over time, completed remediation works recorded and changes in condition clearly visualised between inspection cycles.

Instead of relying on isolated reports, clients gain an evolving picture of how their buildings are performing throughout their lifecycle, providing a stronger foundation for maintenance planning, capital forecasting and long-term asset management.

One building is helpful. A portfolio is powerful.

Many of our clients aren’t responsible for one building. They’re responsible for dozens.

That’s where consistency becomes incredibly valuable. By capturing inspection data using a consistent methodology across an entire portfolio, we help clients compare assets, understand relative risk and prioritise investment with greater confidence.

Instead of making decisions building by building, they gain a portfolio-wide view that supports smarter planning, better budgeting and more informed conversations with stakeholders. Because ultimately, the question isn’t simply: What’s happening with this building?  It’s: Where should we invest first?

Better information. Better decisions.

At CORE, we believe the value of a facade audit isn’t measured by the number of defects it identifies.

It’s measured by the confidence our clients have in the decisions that follow.

That’s why our approach goes beyond inspection and reporting. By combining engineering expertise with digital capture, interactive 3D modelling and lifecycle-focused asset information, we help clients better understand their buildings, communicate risk more effectively and make informed decisions that support long-term asset performance.

Ultimately, a facade audit doesn’t make decisions. People do.

Our role is to make sure they have the right information to make the right ones.

Principal Office, Sydney

  • 5 / 45-55 Epsom Road,
    Rosebery NSW 2018