Design for zero

Author: J J Orr, M Cooke, T J Ibell, C Smith & N Watson

Date published

29 October 2021

Price
Standard: £49.95
Member: £31.95
Student Member: £24.95
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Design for zero

Guidance

Author

J J Orr, M Cooke, T J Ibell, C Smith & N Watson

Date published

29 October 2021

Author

J J Orr, M Cooke, T J Ibell, C Smith & N Watson

Price

Standard: £49.95
Member: £31.95
Student Member: £24.95

Guidance for structural engineers on reducing embodied carbon by addressing overdesign across the full lifecycle of structures.

Overdesign remains one of the most significant and least examined contributors to embodied carbon in the built environment. Design for Zero makes the case that safety and carbon must be treated with equal seriousness in structural engineering. 

This publication explains how current design practices, procurement models and cultural habits lead to unnecessary material use and emissions. It then presents a clear, credible vision for change — grounded not in extreme or niche projects, but in everyday engineering decisions. 

Supported by real‑world case studies, the guidance shows how structural engineers can substantially reduce carbon through better design, clearer communication and informed challenge. It is both a technical reference and a professional call to action, recognising that “business as usual” is no longer compatible with the climate emergency. 

Key features:

  • Clear explanation of how overdesign contributes to embodied carbon 

  • Examination of design, fabrication, construction and deconstruction impacts 

  • Case studies drawn from common, real‑world project scenarios 

  • Practical discussion of load paths, analysis, detailing and tolerance 

  • Guidance on advocating for lower‑carbon solutions within project teams 

  • Focus on change that can be applied to every project, not just exemplars 

Who this book is for: 

  • Structural engineers designing new buildings and infrastructure 

  • Engineers seeking to reduce embodied carbon in everyday practice 

  • Practitioners involved in concept design and early decision‑making 

  • Engineers working with architects, contractors and clients 

  • Students and graduates developing low‑carbon design thinking 

What you will learn:

  • Why overdesign persists and how it affects carbon outcomes 

  • Where the greatest carbon impacts occur in structural design 

  • How everyday engineering assumptions influence material use 

  • How to design and detail structures more efficiently and responsibly 

  • How to advocate for lower‑carbon solutions within project teams 

  • How individual engineers can effect meaningful change 

Additional information

Format:
Book (A4 print or PDF)
Publisher:
IStructE Ltd
Attachments:

Tags

Software Guidance Suitable for students Sustainability & Environment Climate change Digital Calculation Conceptual Design Guides

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