Nuclear Energy

We support new build, advanced reactors, decommissioning and waste management — bringing together engineering, planning and permitting, regulatory strategy and program management to deliver integrated solutions, manage risk and strengthen delivery certainty across the full lifecycle.

Nuclear provides reliable, continuous, low-carbon power that complements renewables and strengthens overall grid resilience. As electrification accelerates and intermittent generation increases, nuclear energy supports stabilization of power systems and reduction of carbon intensity at scale, providing long-term energy security.  

SMR and AMR are changing how nuclear is deployed —reducing cost and construction time, while improving safety and flexibility. They’re creating new uses for nuclear power, from grid-scale generation to industrial and on-site applications.

We assess seismic risk through detailed hazard studies that evaluate how ground motion could impact nuclear facilities. With expertise in engineering seismology, structural geology, geotechnical engineering and engineering geology, combined with experience in specialist areas like probabilistic seismic hazard analysis (PSHA), we’re laying the groundwork for a more resilient energy future and setting a global benchmark for nuclear safety, efficiency and innovation. 

Tunneling and ground engineering are critical to managing ground risk across the nuclear lifecycle — from early site characterization to nuclear-qualified cooling water tunnels and deep geological disposal. Our solutions reduce construction risk while meeting stringent nuclear safety and regulatory requirements.  

Nuclear programs demand tight coordination across engineering, safety, regulatory and supply chain teams. Integrated program management aligns safety, scope, schedule, cost and compliance from the outset. It improves transparency, manages complex interfaces and reduces delivery risk on large-scale infrastructure projects.