Critical Facilities
Nationwide Children’s Hospital – Data Center + Conference Facility
Guangzhou Substation Concept Proposal
Future Digital Data Systems Data Centre
St. Jude Children’s Research Hospital Data Center
New York Power Authority (NYPA)
Advocate Security Command Center
Memorial Hermann Hospital System Network Operations Center
Charter Communications National Center West
Pacific Gas and Electric Company, Gas Operation Control Center
Software Engineering Company
Multinational Computer Software Company
IBM Guadalajara
Cleveland Clinic Data Center
Southwest Energy Company Renovation/Repurpose
University of Illinois NCSA Petascale Computing Facility
High-Performance Research Computing Center at Princeton University
Banner Health Technology Center
Financial Services (Full-Service Insurance) Company
Fannie Mae Data Center
Financial Services (Auto Insurance) Corporation
Financial Services (Banking) Company
Project Cardinal
Why Industrial Developments Must Be Good Community Neighbors
Data Keeps Us Going: How Data Centers Power Society
Micro-Fulfillment: The Next Step to Faster, More Efficient Last-Mile Delivery
The Impact of Artificial Intelligence on Data Center Design
Designing for Lower Carbon Concrete in Data Center Constructions
Data Centres and the Forgotten Landscapes of Digital Infrastructure
Utilizing Waste Heat From Data Centers
An Evolving Practice: Industrial Architecture
Using Algae to Offset the Carbon Cost of Data Centres
Living (and Thriving) at the Edge of Technology
Distribution Center Design and Last-Mile Logistics
Closing the Digital Infrastructure Gap to Keep Cities Connected
As E-commerce Booms, Transportation Logistics Are Shifting to Meet Demand
Graph by Gensler: Spatial Analytics for Design
As Data Demand Surges, It’s Time to Invest in IT Infrastructure
The AI goldrush will drive new growth in the critical facilities market — and new designs.
The rapid growth of AI and other emerging technologies will have a huge impact on the market as data center operators look to build dedicated AI sites or adapt existing buildings to deploy AI. These advanced operations will force new designs to accommodate more computing power and new kinds of cooling solutions, from traditional air-cooled data halls to direct-to-chip, immersion, and liquid cooling.
Sustainable design options drive more efficient operations.
Data center operators have a growing list of alternatives to lower their energy consumption and decrease the carbon footprint of data centers. On-site power generation, near-site green energy sources, waste heat recovery, and alternative material choices — like using timber over concrete — are some of the options available to make data center infrastructure more sustainable and resource efficient.
Existing buildings will be ripe for data center retrofits.
In prime markets, like London or Northern Virginia, urbanization and the shortage of land for large-scale data center development are pushing data centers into brownfield sites, existing buildings, and vertical designs. Former corporate and research campuses on the periphery of urban centers offer attractive acreage and existing architecture for data center development.