Test cells, research shops and light industrial buildings near a 900-acre campus call for a contractor who can work inside an owner's controlled process. We build that kind of space around the New Mexico State University main campus in Las Cruces, for companies that work with the university's research programs and for suppliers who need to be close to them. The campus is described as a core of 900 acres adjacent to but outside the Las Cruces city limits, adjacent to Interstate 25 and bordered by Interstate 10.
The research side of the campus is large. NMSU reports about $150 million per year in externally funded research programs, and it reports an estimated $1 billion annual economic impact in New Mexico. For a private owner, research of that size produces demand for fabrication, instrument shops, vehicle and equipment test facilities, and storage for parts and samples, much of it in buildings that look industrial rather than academic.
We work as a builder for the private side of that ecosystem. Our industrial design-build team takes a spec from a laboratory or test program and turns it into a building with the power, floor, ventilation and access the equipment needs. We do not claim any work for the university; we build for the owners who sit next to it.
A test facility is defined by the equipment inside it. Before we draw the building we collect the cut sheets: weights, vibration limits, power draw, exhaust, compressed gas, cooling water and access dimensions. Those set the floor design, the clear height, the door size and the utility rough-in. A wind tunnel, a battery test bay and a machine shop each lead to a very different building.
We then build a mockup of the plan on the floor, with the owner's staff walking through it. Moving a door on paper costs nothing, and moving one after the slab is poured costs a great deal. We also review the sequence of installation with the equipment vendor so that the building is ready when the large pieces arrive, not a week after.
The tenants and owners we speak with near the campus include advanced manufacturing suppliers, aerospace and aviation contractors, engineering firms with prototype shops, and agricultural technology companies. The university's enrollment (23,888 in fall 2025, including 16,076 on the Las Cruces campus) gives these companies a pipeline of graduates and interns, which matters when an owner is choosing between sites.
We design for how those companies use space. Offices need to sit near the shop floor, not across a lot. Loading needs to be quiet enough for a campus-adjacent neighbor. Visitors need a clear entrance that is separate from the truck court. These are small design choices that determine whether a building feels like part of the research community or like a warehouse that happens to be nearby.
Because the campus sits outside the city limits, we confirm which office reviews a parcel before we promise a schedule. Private land near the campus can fall under different review than land on it, and the difference affects fees, lead times and requirements. We also check road access: Exit 1 on Interstate 25 is University Avenue, with access to the university, and I-25 begins at I-10 Exit 144 just south of the campus.
That access is helpful for trucks, though it brings campus traffic into the picture. We plan delivery windows and haul routes to avoid class changes and event days. Our truck courts and yard design also takes into account the turn radius of the vehicles that serve research programs, including long flatbeds for equipment.
Research projects run on grant cycles, and a private partner often has a date by which its facility must be ready to receive equipment or staff. We set the schedule from that date backward, naming the permit submission, the foundation, the shell, the utility energization and the equipment set. We identify the long-lead items, such as switchgear, HVAC units and overhead cranes, and we order them early.
We also leave time for commissioning. A research building has systems that must be tested together before anyone relies on them, and the test often exposes issues that take days to fix. Our commissioning and turnover process is built into the schedule from the beginning, so the building does not open on a Friday with open punch items.
Our trade partners place slabs with the flatness and vibration characteristics the equipment requires, set steel for clear spans, and build the trenches and duct banks that carry power and data. Equipment pads are cast to the template dimensions, with anchor bolts set to tolerance. Where a floor must resist chemicals or heat, we use the finish the process calls for.
We also manage the specialty trades, such as clean power, process piping and ventilation, and we sequence them so that they do not damage each other's work. The people who operate the building tend to be engineers, and they appreciate a contractor who can talk in their terms and show them the as-builts.
Owners looking near the campus often also look at Arrowhead Park, which sits at the southern end of the campus between the two interstates, and the I-10 and I-25 interchange area, where the industrial park sits. We can build in any of them and compare them on cost, utilities and schedule.
We also handle the rest of the work an operator needs, from demolition of an old building on the lot to the final fence. Our team coordinates the entire sequence, so you have one point of contact from the first sketch to the keys.
Send the equipment cut sheets, the parcel and the date you need to receive them. We will return a building concept, a utility plan and a schedule that works back from your delivery.
No. We build for private owners and companies near the campus, including those who work with the university's research programs. We do not claim any work on university property.
We separate the equipment slab from the building slab with an isolation joint, size the thickness and reinforcement to the manufacturer's criteria, and place the slab with attention to flatness. The geotechnical report guides the subgrade. We will ask for the vibration limits early.
Exit 1 on Interstate 25 is University Avenue, with access to the campus, and I-25 begins at I-10 Exit 144 just south of it. Truck routes depend on the parcel, and we map them as part of site selection.
Yes. We design the shell with a floor, power and clear height that production can use, and we leave space for a second dock door and a mezzanine. The conversion is then a matter of equipment, not construction.
We get the delivery dimensions and weights, then check door sizes, floor loads and access routes. We schedule the delivery after the floor has cured and before the finishes go in, so that a crane or forklift can move equipment without damaging them.