Engineering a future that
stands the test of time
by Professor Brian Uy

Author: Brian Uy FIStructE

Date published

22 April 2026

The Institution of Structural Engineers The Institution of Structural Engineers
Engineering a future that <br />stands the test of time
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Engineering a future that
stands the test of time

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Author

Brian Uy FIStructE

Date published

22 April 2026

Author

Brian Uy FIStructE

Institution President Brian Uy FIStructE, reminds us of the responsibility structural engineers have in shaping the built environment to support a sustainable and resilient tomorrow.

Earth Day has always been a moment for reflection and in 2026 this calls for something more: resolve.  

Structural engineers shape the built environment and work to support public benefit. Every decision we make - material, analytical, ethical - carries consequences that extend far beyond the lifespan of any single project. Our choices influence decarbonisation routes, communities and the inheritance we leave to future generations.

The Institution has developed a comprehensive suite of climate‑mitigation resources that sit at the heart of responsible structural engineering practice. 

As IStructE’s President, I encourage members to engage with these resources as a roadmap for the sustainable transformation our sector must lead, we all have a responsibility to turn guidance into action. 
 

Prioritising low‑carbon design from first principles 

Our climate emergency five volume package and net zero carbon guidance have reshaped what “good engineering” means. They ask us to begin every project with a simple but profound question: 

How can we achieve this outcome with the least carbon impact? 

This requires us to: 

  • Challenge briefs that assume demolition rather than adaptation 

  • Design for minimum material use, 

  • Use embodied carbon assessments as a core design tool,  

These principles are no longer aspirational. They are the baseline for responsible practice.   

The following tools are a useful guide to how we can make positive changes for sector and our planet today: 

 

Re‑use, adaptation and the circular economy 

One of the most powerful levers we have is to apply to extending the life of buildings that already exist. Our guidance on structural re‑use and circularity emphasises that the most sustainable building is often the one that is already standing. 

Measures we recommend:  

  • Prioritising retrofit over new build 

  • Designing structures for future disassembly and re‑use 

  • Specifying reclaimed materials - where feasible 

  • Documenting material passports to support future circularity.  

This shift demands creativity and collaboration - but it unlocks extraordinary carbon savings. 

For deeper insights, explore: 

 

Carbon assessment as standard practice 

Our “How to calculate embodied carbon” guidance, has helped embed carbon literacy into the core of structural engineering. It equips engineers to quantify emissions across the entire lifecycle - from extraction to end‑of‑life - and to use that data to drive better decisions. 

As President, I am committed to ensuring that: 

  • Every engineer has the tools to calculate and then reduce the amount of carbon in their projects 

  • Engineers can quantify the benefits of low carbon design to their clients  

  • Carbon reporting becomes as routine as structural safety checks 

We cannot manage what we do not measure. 

Competency, ethics, and professional leadership 

Our Five years of Action” reminds us that climate mitigation is not just technical — it is ethical. Engineers must be competent in climate‑aware design, transparent about carbon impacts, and willing to challenge decisions that undermine sustainability. 

This means: 

  • Embedding climate literacy in education and CPD 

  • Advocating for low‑carbon solutions even when they challenge convention 

  • Recognising our duty to society, not just to clients 

Leadership is not a title. It is a practice. 

A call to action for Earth Day 2026, our Power, our Planet. 

This Earth Day, I invite structural engineers across the globe to reflect on the influence we hold. Our profession has always been defined by ingenuity, rigour, and service to society. Today, that service demands that we place climate mitigation at the centre of our practice, and that we encourage others to centralise this focus in the core of their delivery. 

The guidance exists. The tools exist. The urgency is undeniable. 

What remains is our collective commitment to act—with courage, with integrity, and with the long‑term wellbeing of our planet in mind. 

Together, we can ensure that the structures we design today support a thriving, resilient world tomorrow. 

Professor Brian Uy 
President, The Institution of Structural Engineers 

Latest climate change resources

Guidance
A laptop screen showing charts and data

The Structural Carbon Tool - version 3

Use this tool to help you quickly estimate the embodied carbon in your structures. Version 3 of The Structural Carbon Tool is aligned with the IStructE guide ‘How to calculate embodied carbon’ 3rd edition.

Date – 20 January 2025
Author – Elliott Wood
Guidance
<h4>How to calculate embodied carbon (Third edition)</h4>

How to calculate embodied carbon (Third edition)

A comprehensively refreshed set of embodied carbon calculation principles for the structural engineering community to follow.

Date – 20 January 2025
Author – O P Gibbons, J J Orr and W Arnold
Guidance
Cover of the UKNZBS guidance

UK Net Zero Carbon Buildings Standard: guidance on embodied carbon

New guidance developed by the Institution to assist anyone working on a building project for which there is an aspiration to track embodied carbon performance following the UK Net Zero Carbon Buildings Standard.

Date – 14 November 2025
Author – Emma Francois (WSP), Marika Gabbianelli (WSP), Orlando Gibbons (Arup), Luke Vacara (Arup)