Jacobs is delivering large scale, AI ready data center campuses in Louisiana and Texas for Hut 8, providing EPCM services to support high density computing, accelerated delivery and long term scalability for the AI economy.
As aging infrastructure and rising demand put pressure on Ireland’s water systems, Uisce Éireann works to deliver secure, safe and sustainable water services for communities across Ireland. We’re supporting Uisce Éireann to design and develop resilient water and wastewater systems for the future.
We enabled a global pharmaceutical company to strengthen data quality and visibility through integrated EHS and sustainability information management systems. We worked with the client to modernize their EHS and sustainability data landscape — designing high-impact tools, automating processes and improving system integration.
As telecom networks expand, headquarters facilities must support both people and data. We delivered a 290,000‑square‑foot headquarters and data center that combines office space with a highly technical, 20‑megawatt data center on a single campus.
As intelligence demands grow, secure and resilient data infrastructure is critical to national security. We delivered a fast‑tracked, energy‑efficient facility designed to support large‑scale data storage, analysis and continuity of operations for the U.S. Intelligence Community.
To modernize aging infrastructure, a financial leader needed to consolidate its regional data centers. We supported site selection and adaptation across the U.S., enabling repeatable deployment of a sustainable, compliant plan‑of‑record data center design.
As colocation demand grows, operators need facilities that scale quickly and consistently. We supported a confidential client with prototype and site‑specific design to deliver flexible, modular data centers built for expansion and operational efficiency.
Jacobs was commissioned to conduct a feasibility study evaluating potential coastal barriers and other protection measures along Singapore’s southwest coastline to reduce flood risks under future climate scenarios.
