Industrial Buildings

Data Center Construction in Irving, TX

General Contractors of Irving delivers data center construction for corporate owner-users, colocation developers, and technology infrastructure investors in the Las Colinas corporate corridor — where Fortune 500 headquarters tenants and major enterprise users create steady demand for campus-scale and edge data center facilities.

Data Center Construction
Category

Industrial Buildings

Coverage

Irving and the DFW corridor with nearby markets where this scope is active.

Overview

What Data Center Construction Includes

General Contractors of Irving delivers data center construction for corporate owner-users, colocation developers, and technology infrastructure investors in the Las Colinas corporate corridor and the broader Irving market. Las Colinas hosts one of the highest concentrations of Fortune 500 corporate headquarters in the United States — ExxonMobil, Kimberly-Clark, Caterpillar, McKesson, Fluor, Vizient, and others — and each of those organizations maintains significant enterprise data infrastructure that generates demand for campus data center facilities adjacent to their headquarters buildings.

Data center construction in the Irving market operates at two distinct scales. Corporate campus edge data centers for Las Colinas headquarters users are typically 5,000 to 50,000 square feet of purpose-built critical infrastructure space supporting the company's own IT operations. Colocation and hyperscale data center development in the broader DFW market targets much larger footprints — 100,000 square feet and above — serving multi-tenant colocation users who sell capacity to corporate and cloud computing customers across the DFW region. We have delivered projects at both scales, and the program requirements differ significantly.

Dallas County's Blackland Prairie clay creates foundation requirements for data centers that differ from standard commercial construction. Data centers typically carry heavy concentrated loads from raised floors, UPS battery systems, generator sets, and cooling plant equipment. Those loads require engineered foundation systems that account for both the structural demands and the clay's seasonal movement behavior. We require geotechnical investigation and engineered foundation design on every data center project in the Irving market rather than applying standard commercial foundation assumptions to high-load data center equipment positions.

Data center construction in Irving is delivered as a coordinated general contracting scope that covers shell, critical MEP infrastructure, raised floor, building envelope, security, and commissioning support. Every scope is planned against the owner's uptime requirements, power density targets, and IT infrastructure installation timeline.

Data Center Construction

Detailed scope

What Data Center Construction Includes

Data center construction in Irving is delivered as a coordinated general contracting scope that covers shell, critical MEP infrastructure, raised floor, building envelope, security, and commissioning support. Every scope is planned against the owner's uptime requirements, power density targets, and IT infrastructure installation timeline.

  • Data center program review: power density requirements per cabinet or per square foot, redundancy tier target, cooling approach, raised floor versus overhead infrastructure, and IT installation timeline.
  • Site and structural planning on Blackland Prairie clay: engineered foundation design for heavy equipment loads, seismic bracing for server racks and raised floor systems, and vapor barrier design for below-slab moisture in Dallas County clay sites.
  • Critical power infrastructure: utility feed redundancy, medium voltage switchgear, UPS systems, PDU distribution, and backup generator installation with day-tank and bulk fuel coordination.
  • Precision cooling systems: computer room air handler installation, chilled water plant, economizer systems, hot aisle and cold aisle containment coordination with the IT equipment layout.
  • Building envelope for security and environmental control: secure entry systems, biometric access, conduit pathways for network and fiber infrastructure, and envelope vapor barrier systems appropriate for the Dallas County climate.
  • Commissioning and systems testing before IT infrastructure is installed: integrated systems testing, load bank testing of generator systems, cooling plant performance verification, and documentation for the owner's operations team.

Process

Our Data Center Construction Process

Data center construction in Irving follows a structured process from program review through IT infrastructure transition. The critical infrastructure planning and commissioning phases require active coordination with the owner's IT and facilities teams — decisions made in those phases affect the building's operational uptime for the life of the facility.

Step

Data center program and critical infrastructure review

We start with the owner's critical infrastructure program: power density targets, Tier classification and redundancy requirements, cooling approach, raised floor specification, network and fiber pathway requirements, physical security standards, and IT installation schedule. For Las Colinas corporate campus users, that program is often defined by the company's existing global data center standards — which we review with the IT and facilities teams before design begins to ensure the local building design meets those standards.

Step

Site and structural planning for power and cooling

Data center structural planning in Irving addresses both the standard commercial foundation requirements and the heavy equipment loads unique to data center occupancies: UPS battery systems, generator sets, cooling plant equipment, and raised floor live loads from high-density server racks. Foundation engineering on Blackland Prairie clay is coordinated against those loads before structural design is committed. Generator exhaust routing, cooling tower placement, and utility entry pathways are confirmed before the shell design is finalized.

Step

Shell and critical MEP delivery

Shell delivery for data center occupancy is coordinated around critical MEP installation sequencing. Conduit and cable tray pathways are installed before the building is enclosed so infrastructure routing does not require saw-cutting finished slab. Generator fuel systems and cooling plant equipment are staged for installation as the structural shell progresses. Building envelope vapor barrier systems appropriate for the Dallas County climate — which combines summer humidity with occasional winter freeze events — are specified and inspected before the interior MEP installation is complete.

Step

Systems testing and commissioning

Data center commissioning in Irving includes load bank testing of generator systems, integrated power systems testing under simulated load, cooling plant performance verification at design conditions, fire suppression system testing, and physical security system commissioning. We coordinate that commissioning program with the owner's commissioning agent and IT team to produce a documented systems acceptance before IT infrastructure installation begins. For Las Colinas corporate campus data centers, commissioning documentation is often required to meet the company's internal IT security and compliance standards.

Step

IT infrastructure transition and occupancy

IT infrastructure transition is coordinated with the owner's IT team and equipment vendors. We ensure City of Irving certificate of occupancy is obtained, all critical systems are commissioned and documented, and the building operations team has been trained on critical MEP systems before the first server rack arrives. For corporate campus data centers with mission-critical applications, that transition coordination is as important as the construction delivery.

Applications

Where Data Center Construction Creates the Most Value in Irving

Data center construction demand in the Irving market is driven by Las Colinas corporate campus users and the broader DFW colocation market. These project types represent the strongest fit for our data center delivery approach.

Project type

Corporate Campus Data Centers for Las Colinas Headquarters Tenants

Fortune 500 corporate headquarters tenants in Las Colinas — energy, healthcare, technology, and financial services companies — maintain enterprise data infrastructure that requires purpose-built campus data center facilities adjacent to their headquarters buildings. These facilities are built to the company's internal data center standards and are commissioned to meet the uptime requirements of mission-critical corporate applications. We have the experience to coordinate with corporate IT and facilities teams through program, design, construction, and commissioning on those projects.

Project type

Colocation Data Center Development Near DFW

The DFW metro area is one of the fastest-growing data center markets in the United States, driven by enterprise colocation demand, hyperscale cloud infrastructure, and the regional connectivity advantages of DFW's network infrastructure. Colocation data center development in the Irving and Las Colinas corridor positions proximity to major corporate headquarters users alongside access to the DFW network exchange points that colocation users depend on.

Scheduling

Scheduling Data Center Construction in Irving

Data center construction schedules in Irving are driven by critical MEP equipment lead times that often exceed those of standard commercial construction. Medium voltage switchgear, UPS systems, and precision cooling equipment commonly carry 20- to 40-week lead times in the current DFW market. We identify and release those long-lead items during the program review phase — before design is complete — so equipment delivery aligns with building completion rather than extending the overall schedule.

Commissioning schedules for data centers run independently of building construction and need to be planned well in advance. Integrated systems testing requires the entire critical power and cooling infrastructure to be installed and operational before meaningful testing can begin. We build the commissioning program into the project schedule from the start so the commissioning agent, load bank supplier, and owner's IT team are coordinated before construction is complete.

Service area

Irving and DFW Data Center Construction Service Area

General Contractors of Irving delivers data center construction in Irving, Las Colinas, Coppell, Grand Prairie, Farmers Branch, Carrollton, and the broader DFW market where corporate campus users, colocation developers, and enterprise IT infrastructure investors generate data center construction demand. We focus on markets where Las Colinas corporate corridor positioning, DFW network infrastructure connectivity, and Blackland Prairie clay foundation engineering create the specific conditions that our data center delivery approach addresses.

Next step

Talk through the scope before procurement starts.

Talk with General Contractors of Irving about data center construction in Las Colinas and the Irving corporate corridor.

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Frequently asked questions

Common questions about data center construction.

What data center tier or uptime standard can General Contractors of Irving build to?

We coordinate with the owner's design team to build data center facilities to the owner's specified Tier or uptime standard — whether Uptime Institute Tier I through Tier IV or an equivalent internal standard defined by the corporate IT organization. The physical construction scope we manage — foundation design for equipment loads, critical power distribution, precision cooling, building envelope, and commissioning — is designed and built to the specifications established in the owner's program. We do not certify facilities independently; we build to the specifications required to achieve the owner's target certification.

How does Dallas County's climate affect data center design and construction in Irving?

Dallas County's climate creates specific design considerations for data centers: summer heat above 100 degrees affects cooling plant design and economizer efficiency; spring hail risk affects outdoor cooling equipment protection; winter freeze events like 2021's Uri affected outdoor cooling equipment, generator fuel systems, and water-cooled systems across the DFW area. We specify outdoor equipment protection, heat tracing for water-cooled systems, and cooling plant redundancy with those climate events as real design inputs rather than design assumptions that assume average weather.

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More service and market pages connected to this scope.

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