Data Center Construction in University Park, Texas

The moment an operator accepts a data hall is the moment the build is judged, so in University Park we write the turnover plan before the drawings are finished. We organize the work around the five commissioning levels: factory witness tests, installation checks, component start-up, functional testing under load and the final integrated systems test. Each level has a script, an owner and a place in the master schedule, and no trade is released until its portion has been witnessed.

University Park is a built-out community, so most work here is the fitting of computing space into existing structures, not the clearing of open ground. A university campus of 234 acres where fall 2025 headcount reached 12,544 and a year earlier 3,037 staff worked there sits largely inside the city, and institutions of that scale operate research, administrative and network rooms that must keep running while upgrades go in. A new library on that campus is under construction for a 2027 opening, and every new building adds its own network closets and equipment rooms.

We respond by treating turnover as a deliverable with its own budget. That means integrated systems commissioning that includes load banks, failure simulations and operator training, with documentation delivered in a form the facilities team can use on day one. The same discipline applies to small enterprise and edge data center rooms, where compact spaces leave less margin for error and where a missed test can mean a year of unexplained alarms.

A city with little vacant land reviews projects as modifications to existing property: structural loads on floors and roofs, penetrations through fire-rated assemblies, new electrical services, and generator or fuel storage placement. We meet with the building department before design is locked to learn which drawings it wants for a fit-out and which agencies must sign off, and we build the permit package in the order reviewers will read it.

Utility coordination runs in parallel, and owners with a second site in Irving can reuse many of the same submittals. A new service or a larger transformer in a built-out neighborhood may require vaults, duct bank routes through existing right of way and outage windows, and each has lead time. Acceptance testing is written into the permit schedule, because the final inspection depends on documents that commissioning produces.

Owners with campuses need computing space that follows the campus plan, so their rooms often sit in basements, upper floors or small annexes. For enterprise and financial institutions we design the room to meet the owner's uptime target, then plan the electrical and cooling paths to reach it through existing corridors and risers.

Public education owners are another group. A district that has funded the rebuilding of several campuses, as the $361.4 million bond approved by Highland Park ISD voters in November 2015 did, ends up with new network rooms in each building. Our data hall fit-out experience helps them decide what belongs in a school closet and what belongs in a protected central room, and we keep acceptance testing consistent across both.

We assign a commissioning lead at the start of preconstruction and hand that person a seat on every design review. Specifications are checked for testability: can the generator be run against a load bank, can each pump be isolated, can a feed be dropped without losing the hall? Where the answer is no, we propose a change while it is still cheap.

During construction we keep a deficiency log that all trade partners can see, and we close each item before the next level of testing begins. At turnover the owner receives as-built drawings, test results, operating procedures, spare parts lists and a trained maintenance team. A short warranty walk follows at the end of the first season.

In an occupied building the schedule is driven by outage windows. We list every shutdown the project will need, who must approve it and how long it can last, then arrange work so the number of shutdowns is small. Night and weekend shifts are planned and priced, not improvised, and each tie-in has a back-out plan written in advance.

Deliveries come along Central Expressway, past stations on the Red, Orange and Blue lines, or through residential streets with weight and hour restrictions. Crews working for Dallas projects follow the same truck windows. We schedule equipment arrivals for off-peak times, use smaller assemblies where access is narrow, and confirm each route with the city before a truck is booked. Work with a campus calendar is also arranged around move-in, exams and events.

University Park's own master plan found significant drainage capacity shortfalls on the stretch of Turtle Creek Boulevard above Lovers Lane, and fixes were priced at more than $75 million. Construction along Hillcrest Avenue and Southwestern Boulevard has already connected the system to a new 3.5-million-gallon underground detention basin at Caruth Park. The city also issued $15 million in obligations to fund more stormwater projects. For a data room, those facts mean that low-lying electrical rooms need real flood planning.

We raise equipment pads, locate switchgear above projected water levels where possible, protect below-grade entries and review runoff from any new roof or paved yard. Our stormwater and detention team coordinates with city engineers when a project changes impervious area. Dust, silt and washout control are written into the construction plan as well.

The largest items are not always the equipment. Night labor, structural reinforcement for a rooftop generator or chiller, crane time on a tight street, temporary power during cutovers and rented load banks for testing each add to a budget that looks small on paper. We present them as named lines, so the owner sees where the money goes and which can be traded for schedule.

Specialized work counts too, including cleaning protocols, which are described under construction cleanliness and safety. Dust in an operating room damages equipment, and containment, filtered air handling and cleaning crews can run to a visible fraction of a small project. We include them in the base estimate.

Send us the room, the uptime target and the shutdown windows you can offer. We will return a commissioning plan, a permit path and a schedule that shows each acceptance test.

What are the commissioning levels on a data center project?

Level one is factory witness testing of major equipment, level two verifies installation, level three covers component start-up, level four tests each system under load and level five tests all systems together, including simulated failures. We schedule each level separately so that problems are found where they are cheapest to fix.

Can you build a computing room inside an existing campus building?

Yes, when structure, power and cooling can be provided. We survey floor loading, ceiling height, riser space and the nearest electrical service, then report what is practical before design begins. Some rooms need reinforcement or a small annex for a generator.

How do you protect a live room while construction continues nearby?

We separate work zones with sealed barriers, run negative air where dust is possible, schedule noisy or vibrating work for planned windows and monitor particulates. Each shutdown has a written approval and a back-out plan.

Does flood risk matter for a data room in this city?

It matters for any equipment below grade or near drainage paths. We compare floor elevations with the city's drainage information, raise pads and protect entries, and we avoid placing critical gear where water would collect. The engineer of record confirms the final design.

What documents do we receive at turnover?

As-built drawings, complete test records for each commissioning level, operations and maintenance manuals, spare parts lists, training records and warranty information. We organize them by system so the facilities team can find what it needs without a search.