Brilliant people

Engineering is, in many senses, about turning the seemingly impossible into the possible.

This project aligns with our purpose, to achieve transformative outcomes for our clients, communities and the environment. It’s a force for good.

A key project objective has been to engage with hard-to-reach communities and leave no-one behind.

Combining rich social and environmental data with project information empowers clients and investors to achieve better outcomes for people and the planet.

Infrastructure is responsible for half of carbon emissions. Addressing that is engineers' responsibility. We engineers have the skills and influence to achieve change, so we must step up.

Geotechnical engineering isn’t magic, but the benefits we can deliver in budget, schedule and environmental and community impact can make it seem like it is.

In a first for the infrastructure industry, our highways carbon  dataset provides an essential baseline for setting emission reduction targets – and it’s open to all.

We need to get to a place where, if we have a low probability event, possibly decades in the future, we're willing to adapt. We can make passive arrangements, observe the situation, and implement those arrangements if we have to - but only then. 

The whole dynamic of delivering floating offshore wind facilities is different – it’s a project with many moving parts.

Water and hydropower operators can, for the first time, estimate available water resources in almost real time.

Geospatial modelling enables an 80% reduction in project hazards.

Getting the most out of materials is more important now than it’s ever been. Preserving materials saves money, saves energy, saves carbon – it’s the sustainable thing to do.

Carbon Twin equips project teams to quantify and visualise carbon, and then systematically reduce it. At its core is something innate to most new projects: BIM.