Expertise
Dramatic building firefighting scene
Population growth and rising dependence on transport, utilities, and public infrastructure are reshaping how resilience must be built into infrastructure systems. Assets are increasingly exposed to disruption not only from natural disasters, but also from infrastructure failures and transport‑related incidents that can have significant operational and economic consequences.

Between 2018 and 2024, the number of natural disaster events increased by 27%, with associated economic costs rising from $132 billion to $242 billion (2018–2024 Natural Disasters Review and 2025 Outlook)

 

For governments, rising costs reinforce the need for proactive investment in risk reduction, climate adaptation, and future‑ready design. For communities, they translate into longer recovery periods and deeper social and economic disruption. For infrastructure owners, they expose vulnerabilities in ageing assets and highlight the urgency of embedding resilience into design, renewal, and rebuild.  Together, these impacts are accelerating the move towards building infrastructure systems that are designed to perform reliably under future extremes, rather than simply repairing or replacing what was lost.

 

Across this series, we showcase how our teams collaborate with governments, infrastructure owners and infrastructure operators globally to deliver resilient, future-focused solutions. Our approach embeds resilience at every stage of the infrastructure lifecycle, incorporating risk-aware planning, rigorous design standards, and ongoing maintenance. By doing so, we help safeguard communities, enhance recovery, and ensure that essential services remain robust and adaptable in the face of evolving risks.

 

 

Expertise
Roads & Highways Geotechnics Tunnels Bridges Energy & Renewables Water & Wastewater

 

Part
1
|
Rethinking
Infrastructure
in
a
Fire-Prone
World

As fire events place growing pressure on infrastructure systems, engineers are being challenged to design for more extreme conditions. This article explores how fire resilience is being embedded into infrastructure design to reduce damage, accelerate recovery and support safer, more resilient networks.

Discover how fire‑informed engineering is strengthening infrastructure performance in high‑risk environments.
Binna Burra Finished Road

Part
2
|
Designing
Infrastructure
for
Floods,
Storms
and
Recovery

As floods and severe weather events become more frequent and unpredictable, the benchmark for resilient infrastructure is changing. This article explores how engineers use predictive modelling, risk-informed design and adaptive planning to deliver infrastructure that performs reliably and supports faster recovery.

Learn how engineers are designing transport infrastructure for floods, storms and recovery.

Part
3
|
Designing
Infrastructure
for
Extreme
Wind
Events

As extreme wind events place increasing strain on essential transport, energy and communications networks, maintaining operational continuity has become critical. This article explores how wind resilient engineering, predictive analytics and climate modelling are being applied to reduce risk and support more resilient communities.

Article coming – follow SMEC on LinkedIn for industry insights
Dramatic night lightning over urban skyline

Meet the authors

In this series
Part 1 | Rethinking Infrastructure in a Fire-Prone World Part 2 | Designing Infrastructure for Floods, Storms and Recovery

Related
insights

View all

Ready
to
connect?

Talk to our specialists to discover how advanced engineering solutions can safeguard your bridges, tunnels, and transport networks against fire risks.