Last edited 27 Oct 2020

Structural Engineers' Climate Action

The six most important things all professional structural engineers should do now. Suggestions from Dr Mike Cook, March 2020:

Get informed – as a professional engineer you are obliged to develop your skills continuously.
Design low carbon - track and reduce embodied carbon; rethink the materials you specify.
Design lean - reduce the quantity of material; avoid over design.
Design recycled – specify recycled materials and design to allow future re-use.
Work with your client - influence your brief, develop a sustainability plan, seek opportunities to reduce new-build and maximise retention, adaption and extension of existing buildings
Get active locally - work with other professionals to help each other, compare progress and learn.

[edit] Get better informed about the climate emergency

Understand the causes and consequences of carbon emissions for life on the planet.
Recognise how structural engineering decisions have a direct impact on emissions and the harm they do.
Understand how you, as a structural engineer, can reduce your professional carbon footprint TODAY.
Look for information from organisations such as IPCC, CCC, UKGBC, IStructE, LETI and UK FIRES.
Re-read the Structural Engineering Climate Emergency Declaration (https://www.structuralengineersdeclare.com/) and note the key commitments made.
Make sure your firm has declared and that everyone knows what this means for them.

Understand where construction activities create carbon emissions through material production, manufacturing and site activities.
Understand how to measure carbon embodied in a structural design.
Understand how to reduce embodied carbon through the material choices you make and the way you specify them.
Select structural materials in ways that you know will reduce embodied carbon.
Make controlling carbon in your design as important as controlling costs and ensuring safety.
Make low-carbon important to your clients, team and supply chain.
Information sources: LETI Embodied Carbon Primer; IStructE Principles for Assessing Embodied Carbon (being published soon).

Design for the least material use whilst retaining safety and buildability.
Make sure all components are designed for the least material use and are 100% utilised.
Make sure design loads are fully appraised for the particular building context and use – do not design for unnecessarily high loads “just in case”.
Consider future strengthening processes as a viable way to future-proof instead of over-design.
Make sure the client understands that benefits of lean design in terms of cost and carbon.

Apply cyclical practices for materials and design and build these into the project team's way of working.
Seek to use recycled materials to their full in your material specifications and in the choice of components.
Seek methods of fabrication and construction that allow easy deconstruction and re-use of materials at the end of life.

Provide a structural sustainability report for your project that tracks sustainability targets agreed at the outset and targets achieved on the completion of the project.
Inform your client about the changes in market expectations that will raise the value of low-carbon ethical construction and reduce the longer-term value of high-carbon construction.
Seek out opportunities to retain and restore buildings instead of demolishing and replacing them.
Understand how a development project could become an asset to the planet and regenerative (see https://living-future.org/lbc/).