Nothing on a hospital site is allowed to stop. Power, medical gas, water, fire alarm and air pressure relationships have to keep working while a wing is added, a central plant is replaced or a new tower rises next to the emergency entrance. We approach healthcare construction as a utility and phasing problem first and a building problem second, which is how an industrial builder thinks and why owners bring us in on the infrastructure side of hospital work.
Our scope on a hospital project is usually the part that looks like industrial work: site preparation, underground utilities, central plant buildings, generator and fuel yards, structural shell and concrete, loading docks for supply and waste, and the paving that keeps ambulance and delivery routes clear. Specialty interior trades such as operating rooms and imaging suites are bid by firms that do only that work, and we coordinate them in the same schedule.
That division of labor is honest and it works. A hospital has more regulatory review than any other building type, and the owner is best served by a general contractor that knows where its own scope ends and brings in the right specialist for the rest.
The first safety plan is the infection control risk assessment, which classifies each construction activity by the dust and vibration it creates and the patient area it affects. We follow it with sealed barriers, negative air, walk-off mats and a dedicated construction entrance and haul route that never crosses the patient path. Workers are briefed before they enter, and the barriers are inspected daily.
Life safety systems are never taken out of service without a plan. If the fire alarm or a sprinkler zone has to be shut off, the hospital's safety officer approves the interruption in writing, a fire watch is posted, and the system is restored and tested before work ends for the day. In a hot climate, we also protect rooftop equipment and air intakes from construction dust and exhaust.
The metro is served by several hospitals of different sizes. One is a 168-bed general hospital that opened in August 2002, another 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. Older buildings mean additions, renovations and central plant upgrades; newer ones mean campus expansion.
Outpatient growth has followed. A freestanding emergency center on North Main Street invested more than $10 million for ten private patient rooms, which shows how services move off the main campus. The north Main Street corridor is described further on our hospital district page, and the metro's employment base, which includes several hospitals alongside the university and the school district, is covered on our Las Cruces page.
The 2021 New Mexico Commercial Building Code governs new construction, and the 2021 New Mexico Existing Building Code, listed on the state's code page, applies to additions and alterations to older hospital buildings. The state electrical code adopts the 2020 National Electrical Code as amended and has applied since March 2023.
Plumbing and mechanical codes are changing. The 2024 plumbing and mechanical editions are listed as effective August 1, 2026, with either edition allowed until January 1, 2027 and only the 2024 edition after that. Hospital projects often take years to design, so we ask the design team which edition is on the sheets and confirm it with the building official before permit submittal. Health facilities also answer to state and federal licensing reviews, which we support with documentation but do not control.
Hospital schedules are built around shutdowns. A tie-in to the main electrical service, a switch of the medical gas manifold or a relocation of the chilled water loop can only happen at windows approved by the facility. We map every shutdown at the start and build the schedule around them, rather than discovering them during construction.
Long lead gear is the other constraint. Switchgear, generators, chillers, air handlers and transfer switches have long deliveries, and they should be ordered as soon as the design allows. Our phased construction in occupied sites practice is built around this kind of work, with temporary utilities and clear logistics for materials and debris.
On a typical campus project we begin with site grading and drainage, then underground utilities including water, sewer, storm and an underground electrical duct bank that connects the new service and the generator. Foundations follow, with drilled piers or spread footings as the soils report requires, and then the structure.
The central plant is often a separate building that we build as a concrete or steel structure with equipment pads, louvers and large openings for the later installation of chillers and boilers. We also build the enclosed docks for supplies, waste and linen, which require trucks and compactors to move without crossing patient walkways.
A hospital turnover is more demanding than most. Systems are tested, balanced and documented before inspectors and surveyors arrive, and our commissioning and closeout process records each test. Owners get a binder of as-built drawings, manuals and warranties.
Many hospital projects also involve nearby buildings, such as a medical office building on the same campus or a parking structure, and the campus power system often connects to utilities and power infrastructure that we also build. We coordinate those projects so they share the same civil package.
Send the site plan, the utility one-line and the expansion goals. We will return a phased plan with shutdowns, long lead items and a budget range.
We build the shell, the structure, the site and the utility systems and coordinate the specialty interior trades, such as operating room finishes, imaging shielding and medical gas, through qualified subcontractors. The owner gets one schedule and one point of contact.
We plan the tie-in with the facility staff, arrange temporary power or bypass connections if needed and schedule the work in an approved window. A test plan and a backout plan are written before the shutdown. The hospital engineer signs off on each step.
Equipment lead times, regulatory reviews and shutdown windows. We order equipment early, submit complete documentation to reviewers and plan shutdowns months ahead. Weather also matters, especially summer thunderstorms during site work.
Yes. Older buildings need a survey of existing conditions before design, since drawings may not match what is above the ceiling. We open up small areas early to discover what is there, and we price unknowns as allowances.
We ask the design team which edition was used, confirm it with the building official and keep the submittal consistent. During the overlap period either edition can be permitted, but the drawings must match the one chosen.