In some conventional delivery models, the structures are vertical and risk is pushed down the chain. An alliance model flips that — bringing designers, contractors and the owner together to share governance and align commercial drivers.
Sarita Anston-Race turns complex subsurface uncertainty into clear, defensible decisions for clients. With nearly two decades of experience across offshore drilling, 3D geological modeling, petrophysics, geotechnics and hydrogeology, she supports site characterization programs that prioritize safety, protect budgets and deliver data insights for better outcomes.
Bruce Allman is shaping Jacobs’ work in design-build, supporting water clients to manage rising complexity, reduce risk and deliver resilient, high‑performing infrastructure.
As infrastructure programs grow more complex, fixed plans are no longer enough. Read how Jacobs Senior Vice President, Global Program Management, Keoki Sears believes stronger systems and earlier collaboration can bridge the certainty gap.
As demand for AI and cloud infrastructure accelerates, cooling is becoming a defining factor in data center performance. How can integrated approaches to energy, water and cooling improve resilience, reduce costs and support long term sustainability?
As utilities modernize electricity networks, embedding operational technology (OT) cybersecurity from the outset is essential to delivering a more resilient, reliable and future-ready grid. In this feature, Jacobs Associate Director of OT Cybersecurity Fikret Yildirim explores why cyber resilience must become a core design principle for successful grid transformation.
As transportation systems electrify, organizations face growing pressure to improve resilience, manage energy costs and deliver infrastructure faster. Microgrids are emerging as a practical solution, helping ports, airports, rail operators and fleet owners support electrification while maintaining reliable operations.
The race to build AI infrastructure is accelerating. But as individual data center demand regularly exceeds gigawatt scale, power system design is emerging as one of the industry's biggest challenges. Are traditional approaches still fit for purpose?
