Power sets the date on a data center project, and the 1,400 acre data center under construction in Santa Teresa, reported by the Albuquerque Journal in August 2026, has changed what owners expect from a contractor in this corner of the state. The question is no longer whether a hall of that kind can be built on the border mesa. It is who can deliver the shell, the slab and the site on a schedule set by power and equipment, not by the usual construction calendar.
We build the civil and structural side of data center projects: mass grading, drainage, foundations, tilt-up or steel shells, roof systems, slabs, and the site infrastructure that surrounds the hall. We coordinate with the owner's electrical and mechanical contractors, who often arrive on their own timelines. Our job is to hand them a dry, level, clean space on the day the schedule says.
Not every project is a hyperscale campus. Smaller edge facilities, enterprise halls and co-location buildings also use these skills at a smaller scale, and the same method applies.
Santa Teresa sits at an elevation of 3,937 feet, and the county jetport nearby has a 9,550 by 100 foot runway on about 170 acres at 4,113 feet. The terrain is open, and the site is bordered by the port of entry, the 1,100 acre rail park and a short line railroad that interchanges with the Union Pacific. That access matters to a data center project because heavy equipment, steel, switchgear and prefabricated modules all arrive by truck, and some by rail.
Heat and altitude shape the building. The average June high in Las Cruces is 96.2 degrees F, and design days are hotter, so cooling equipment is sized for hot, dry air at altitude, which reduces the capacity of some equipment and affects the layout of yards and roofs. Structure and slab are less sensitive to these conditions, but sequencing is. Early planning for Santa Teresa conditions saves rework.
On a data center, the owner's key date is not building completion. It is the day power is available and equipment can be energized. Everything before that, including the shell, slab, roof, and enclosure, is a means to that end. We build schedules that start at the energization date and work backward, showing the milestones for foundation, structure, dry-in, cleanliness and handover to the electrical and mechanical contractors.
Long-lead equipment, such as switchgear, generators, transformers and chillers, sets the real critical path, and we help clients manage it through long-lead procurement management. Placing orders early, tracking shipments and planning for delivery windows and storage can recover months. Our trade partners phase the work so that electrical and mechanical contractors can begin in the first completed zone while construction continues in others.
Data center sites are large, busy and full of heavy lifts. We control traffic with defined haul routes, flaggers and separation of pedestrians from equipment. Crane lifts follow a written plan, and we coordinate lift zones with other trades. Excavation and trenching for underground work follow competent-person inspection routines, and fall protection is planned for roof work and tilt-up panel erection.
Heat is the main health concern. We use shade, water, rest breaks and early starts, and we monitor crews through the summer. Dust control also matters, since fine desert dust can damage equipment and affect health. We water haul roads, stabilize disturbed areas and clean the building before sensitive systems arrive.
Foundations and slabs on a data center are expensive because of the loads and flatness tolerances. The hall slab carries racks, containment and heavy cooling equipment, and often uses thickened sections or post-tensioning in some designs. The roof must carry rooftop equipment and resist leaks that would be catastrophic inside. Site work, including drainage and fire water, is a large share of the budget at campus scale.
Power-related civil work is also costly: duct banks, manholes, equipment pads and trenches. Our fire water loop and hydrant systems are built to the owner's standard with the same attention to testing as the building. Early cost modeling with an owner can steer these choices before design is fixed, which is where we have the greatest effect on the total.
We assign a single project manager and a superintendent who stay through completion, and we hold a weekly meeting with the owner's team that deals with schedule, procurement and RFIs. We submit a three-week lookahead and a monthly schedule update. We also keep a risk log that includes weather, utility timing and delivery risk.
Quality control follows the owner's standard and focuses on flatness, level, slab curing, waterproofing of the roof and cleanliness at turnover. We document each and keep records for the commissioning team. The electrical yards, central plant and gatehouse that finish the campus are covered under data center support buildings.
Most owners buy more than a shell. They need site grading and drainage, utilities, security fencing, access roads and parking. They need support buildings and sometimes warehouse space for equipment staging. We build these as part of the same contract or separately, depending on how the owner wants to manage risk.
Power is the other side of the industry. The utilities and power sector shares many of the same needs, from substations to generator yards, and our data center building type page outlines the common forms. For a facility near the jetport, see also Dona Ana County International Jetport.
Tell us the site, the hall size and the date you want power on. We will return a schedule that starts at that date and a budget range for the shell and site work.
It depends on size and the structure type. A shell for a mid-size hall can be completed in many months once permits and site work are done, but the owner's critical path is typically equipment delivery and utility power. We build the schedule around those dates and show where construction has float.
Yes. We coordinate access, sequence and shared documents, and we give them early access to completed zones. Clear handoff criteria such as dryness, cleanliness and temperature help avoid disputes.
We water haul roads, stabilize disturbed ground, close the building early and clean thoroughly before equipment arrives. Dust is a real risk to electronics, so we take it seriously.
New buildings fall under the 2021 New Mexico Commercial Building Code, which adopts the 2021 International Building Code as amended and took effect July 14, 2023. Energy provisions follow the 2021 commercial energy code in effect since January 30, 2024. Your design team and we confirm which provisions apply to your occupancy.
Yes. Smaller halls and edge facilities use the same structure and systems at a smaller scale, and we can deliver them as design-build or as a build-only contractor to the owner's design.