Working beside an operating hospital means the construction schedule answers to the clinical schedule, not the other way around. We take on the industrial side of medical campuses in Las Cruces: central plant buildings, generator and switchgear pads, supply and sterile-processing warehouses, loading docks, utility corridors and the site work that connects them. The MountainView Regional Medical Center is described as a 168-bed general hospital that opened in August 2002, and the buildings around a campus like that keep changing as demand does.
A hospital cannot shut down for a utility tie-in, so our planning always starts with the outage window. We map every shutdown, who must approve it, how long it can last and what backup is running while it happens. A generator pad that takes three weeks to build might need only a four-hour switchover, but the switchover has to be rehearsed, and we do not schedule it until the owner's facilities staff have signed the plan.
Our phased construction on occupied sites practice is built for this kind of work. We fence, sign and route around the live portions of a campus, keep ambulance and delivery routes clear and manage dust, vibration and noise to the levels the hospital sets. The same discipline applies to a medical office or a clinic that wants an industrial-quality service yard.
The hardest part of a medical campus job is rarely the building. It is the sequence of shutdowns, tie-ins and relocations that lets the new work connect to the old without a gap in service. We build a shutdown calendar early, and each entry names the system, the duration, the approver, the backup source and the person who will be on site. Utilities are exposed, tested and tied in during agreed windows only.
Roads matter as much as power. An ambulance route cannot be blocked for a delivery, so we schedule heavy deliveries for off-peak hours, use flaggers where needed and keep a parallel route open at all times. In an emergency the hospital's needs come first and delivery trucks wait. We plan for that by staging materials on site so a delayed delivery does not stall the crew.
Construction dust can be dangerous in a hospital. Before any demolition or excavation near an occupied building, we agree on an infection control plan with the owner's staff. It covers sealed barriers, negative air where required, walk-off mats, damp cleaning and a protocol for entering and leaving the work zone. Our trade partners are briefed on it before they start and again whenever the scope changes.
Life safety systems must remain in service. Fire alarm, sprinklers, exit paths and emergency lighting are never shut down without notice, a fire watch and an approved plan. When work interrupts a system, we restore it the same day and test it. We keep a log, because a hospital's accreditation inspectors may ask to see it.
The district's medical facilities are varied. An October 2017 report says MountainView Regional invested more than $10 million in a freestanding emergency center at 2811 N. Main Street with 10 private patient rooms. The other hospitals in Las Cruces include a 286-bed hospital with a 1971 building on South Telshor Boulevard, a 125-bed psychiatric hospital and a 46-bed hospital that opened in 2020.
That mix tells us what kind of work to expect: new freestanding buildings, additions, upgrades to older structures, and the infrastructure that supports all of them. Older buildings, like the 1971 one, tend to need electrical and mechanical upgrades, and newer ones need capacity for growth. Both need a contractor who understands that a pump house or a generator is as important to a hospital as a patient room.
Medical support buildings carry loads that ordinary industrial buildings do not: generators that must start within seconds, medical gas, sterile supply storage that must stay clean, and cold rooms for pharmaceuticals. Each has its own code and a clinical owner who will inspect the work. We ask who that person is in week one, and we invite them to design meetings.
Site conditions matter too. The climate is hot and dry, with intense summer sun on roofs and pavement, and occasional heavy rain that sheds off large paved areas. Generator and chiller yards need shade or ventilation for performance, and drainage needs to keep water away from electrical gear. We also plan the electrical duct banks and underground work with spare conduits for future load, because a campus never stops adding equipment.
Hospitals depend on supply chains, and the warehouses that feed them need loading docks, temperature control and security. Our work for the pharmaceutical and life sciences sector gives us the details of cold storage for medicines, controlled access and documentation. We apply those same details to a hospital supply building.
For owners who want help with approvals, our permitting and entitlements coordination team prepares the building and site submittals and tracks them with the plan reviewer. Owners comparing districts can also look at downtown Las Cruces, where infill work has its own constraints.
Send us the campus, the building or utility you need and the dates when systems can be shut down. We will return a sequence, a phasing plan and a budget range.
Yes. We plan the tie-in around the hospital's outage windows, build the pad and enclosure in advance, and test the switchover with the owner's staff. The key is the shutdown plan, which we write and rehearse before work starts.
We build sealed barriers, use negative air where required, wet cut and sweep, and require walk-off mats at every entry. We agree on the plan with the owner's infection control staff before we start, and we monitor it daily.
We build warehouse and dock buildings for supply chains, including temperature-controlled rooms and secure storage. The clinical owner usually sets the requirements, and we design to them. We do not provide clinical equipment.
Emergency access is never blocked. We keep ambulance routes clear, schedule heavy deliveries for off-peak hours and stage materials on site. Noise and vibration limits are set by the hospital, and we stop work if they are exceeded.
The physical tie-in is often short, a few hours. The planning, approvals and testing take much longer, and that is where the schedule is made. We submit the shutdown plan weeks ahead.