- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 17 Jan 2019
Helping communities recover from disasters and protecting them before they occur
|Civil engineers are well placed to help communities recover from disasters as well as protecting them before they occur. Carlos Molina Hutt of the University of British Columbia and Mark Scorer and Josh Macabuag of charity Saraid explain.|
Natural and artificial disasters involve widespread losses, seriously disrupt society and often require international assistance to recover. The former is becoming more frequent worldwide due to a greater number of extreme events linked with climate change and increasing vulnerability of an urbanising and growing population.
Traditionally, the profession’s greatest contribution is linked to the recovery phase, such as carrying out repair and reconstruction work of damaged buildings and infrastructure – and often on a volunteer basis.
However, civil engineers can also make significant contributions to the other phases as well.
 Mitigation and preparedness
In their day-to-day work, civil engineers play a vital role in the implementation of infrastructure resilience. This ranges from designing and building flood defences to reducing the vulnerability of structures at risk, from key infrastructure to housing.
For instance, in seismic design, civil engineers can adopt technologies including base isolation, supplemental damping devices or fuse components where damage is concentrated during an earthquake but can be easily replaced to restore building functionality promptly.
In addition, they can play a key role in helping communities become more resilient.
For example, volunteering for a range of charities and non-government organisations provides a mechanism for the profession to apply its knowledge and experience to deliver much-needed training to communities at risk.
 Response and recovery
Following a damaging event such as an earthquake, urban search-and-rescue engineers need to assess whether a collapsed building is safe to enter and devise the safest way to breach the structure to reach trapped casualties.
Civil engineers can also contribute to emergency response efforts by carrying out post-earthquake safety evaluations, classifying buildings according to the risk that the damage may pose to occupants and surrounding areas.
An example is the rapid post-earthquake safety evaluations carried out in Ecuador following the April 2016 earthquake – members of the Institution of Civil Engineers were part of both the UK and European response teams.
The transition into the recovery phase is also facilitated by more detailed engineering damage assessments, plus civil engineers have a central part to play in all parts of the reconstruction, where the emphasis must be ‘build back safer’.
When carrying out such activities, it is important to communicate the life-safety objective implicit in modern building codes and, where appropriate, adopt a resilience-based design approach that goes beyond minimum code requirements.
 Improving resilience
Bringing civil engineers’ core technical and managerial competencies to bear on all phases of the disaster cycle will improve community resilience around the world. It will contribute to more stable socio-economic systems within which to operate and improve the lives of many.
This article was written by Carlos Molina Hutt, Mark Scorer and Josh Macabuag. It is based on the authors’ briefing article in issue 174 CE4 of the ICE Civil Engineering journal. It was published as ‘Disasters: how civil engineers can help, and not just afterwards’ by ICE on 10 December, 2018 at: https://www.ice.org.uk/news-and-insight/the-civil-engineer/december-2018/disasters-how-civil-engineers-can-help
 Related articles on Designing Buildings Wiki
- Articles by ICE on Designing Buildings Wiki.
- Avoiding disaster in existing buildings and infrastructure.
- Buildings that help rebuild lives and communities.
- Designing resilient cities: a guide to good practice (EP 103).
- Engineers and hurricanes.
- Future proofing construction.
- How to rebuild using the debris from disasters.
- Hurricane design considerations.
- Managing and responding to disaster.
- QSAND application in Nepal.
- Ten years on – Lessons from the Flood on building resilience.
- Two steps towards a more resilient world.
Featured articles and news
What should be evaluated to assess building performance?
BIM standards BS 1192:2007+A2:2016 and PAS 1192-2:2013 have been superceded.
What is biophilic design and how can it increase wellbeing?
80 experts come up with the top 7 mistakes the industry makes with BREEAM.
Compliance cannot be verified by inspection on delivery.
Some electric cars have batteries that give a range of over 350 miles.
Assembling, curating, caring for, and designing the future.
A sensitive approach to renovating a building of historic stature.
UK energy policy uncertainty as Welsh project put on hold
What collaborative working achieves and how it can be put in place.
BSRIA publishes the 2019 edition of its small but concise annual databook.
Using QSAND to measure the performance of disaster response.
What U-values are, why they matter and how they are calculated.