How advanced technologies are set to reshape materials innovation

The Institute's focus on breakthrough fields such as artificial intelligence, quantum computing, and synthetic biology speaks directly to the kind of transformative technologies that are set to reshape entire industries.  

At WSP, we’re excited by this ambition. Quantum computing in particular will potentially have as transformational an effect on engineering science as the Internet of Things (IoT) has over the past couple of decades. IoT revolutionised how infrastructure is designed, monitored and maintained. Quantum, which uses the principles of quantum mechanics to perform calculations, has the potential to go even further, unlocking levels of speed, complexity, and modelling precision previously unimaginable. 

Quantum computing is not science fiction; it's arriving fast. Practical, real-world applications are starting to emerge - especially in materials science, where quantum algorithms can simulate molecular structures and reactions with an accuracy that classical computers simply cannot achieve. This means it could soon be predicted how new materials will perform long before they're physically produced - cutting development time, reducing costs, and opening new avenues for innovation. 

For a nation like ours, which relies heavily on infrastructure resilience and exports driven by technical excellence, the possibilities are vast. Imagine road surfaces that adapt to climate extremes, or ultra-light, ultra-strong construction materials designed at the atomic level. With quantum capabilities, these ideas could be tested virtually in a matter of hours rather than years. 

WSP has a rich heritage in materials engineering - from evaluating pavement durability to advancing alternatives to traditional bitumen and asphalt using non-fossil fuel sources. We are already exploring more sustainable, circular approaches to infrastructure design. The coming wave of AI and quantum tools could dramatically accelerate this work, letting us simulate and test new, low-carbon materials under thousands of virtual scenarios, optimising for strength, sustainability and performance in a fraction of the time. 

As the NZIAT takes shape, we believe collaboration between government, academia and industry will be key to realising the full potential of these technologies. WSP Research is well placed to contribute. Our international network and deep local expertise mean we can help connect global best engineering and materials science practice with local opportunity, especially in the field of advanced materials. 

The future looks bright. Breakthrough technologies are no longer on the distant horizon - they're on our doorstep. With quantum and AI, we’re entering a new era of engineering possibility, and WSP intends to be at the vanguard. As we look ahead, we see this not just as an evolution of how we test materials - but a redefinition of what materials can be.