Hospital Campus Concrete and Site Work in Casper

Ambulance bays do not close for a pour, and that fact sets the terms for every concrete job on the Wyoming Medical Center campus. The hospital is a 249-bed Level II trauma center whose roots go back to 1911, and the campus around it stays occupied, busy and sensitive to noise, dust and vibration around the clock. We build foundations, slabs, pads, walks, ramps and underground utilities for hospital owners and the general contractors who serve them, and we plan every shift around patient care first and production second.

The campus has grown by adding structures next to the occupied hospital. The West Tower topped out in June 2013 as four stories with 46 patient rooms, about 750 tons of structural steel, a separate 5,000-square-foot MRI building and sky bridges to the live hospital. A job like that is a lesson in how new concrete meets old: different settlement, different floor elevations and different utilities that cannot go dark. That is where the construction trade partners are most useful, and where our early planning pays for itself.

Infection control, access routes and noise

On a hospital campus the first drawing we ask for is the emergency access plan. Ambulance routes, patient drop-offs, fire lanes and staff parking are never blocked. Work zones get hard barriers and signs the hospital approves, dust is controlled at the source with water and vacuum, and we follow the owner's infection control risk assessment, which can require sealed enclosures and negative air near occupied areas.

Noise and vibration are the next concern. Breaking concrete, saw cutting and compaction are scheduled for hours the hospital selects, and we use quieter methods when we are within earshot of patient rooms. Vibrating equipment near imaging suites gets reviewed with the owner's engineers first. The goal is that a nurse or patient never notices the work, and that if they do, someone has already called them.

Tying new structure to a live hospital

A new tower beside an occupied building has to meet it without settlement cracks. Foundations are designed to limit differential movement, slab elevations are matched at the connection and sky bridge landings need level floors and sealed joints. We coordinate survey control with the structural engineer, check elevations before placing concrete and record as-built conditions at every connection so the next project finds the information it needs.

This is the work described on our pages for hospital buildings and medical office buildings, and it applies equally to a small clinic addition. Underground utilities are the other risk. Medical gas, power, water and drains feed live areas, and cutting the wrong one can affect patient care. We locate, pothole and mark before digging, and we coordinate shutdowns with the facilities team in writing.

Imaging floors, elevated slabs and equipment pads

An MRI suite is a floor with strict requirements for flatness, vibration and ferrous material near the magnet, and the manufacturer's site planning guide is the controlling document. We follow it for reinforcement placement, slab thickness and embedded items, and we confirm the details with the owner's engineer before placing. The separate MRI building on the West Tower campus is a reminder that imaging equipment often sits in its own structure with its own slab.

Elevated work is another specialty. Elevated slabs and decks on steel framing require shoring plans, pour sequences that manage deflection and finishing tolerances that match the floor coverings to come. Mechanical yards and generator pads, chiller pads and loading docks round out the campus scope, each formed and reinforced to the equipment drawings.

Night pours and phased shutdowns

Schedules on a hospital campus follow patient operations. Large pours and street closures go to nights and weekends when volume is lowest, deliveries are staged off-site and called in, and concrete trucks use routes that avoid emergency entrances. We also coordinate with the hospital's loading schedule so supplies and waste pickups keep moving.

Utility shutdowns are phased. Water, power and medical gas outages are scheduled in short windows with temporary supply where needed, and every outage has a written plan, a time limit and a person who owns the restoration. We also plan winter pours with enclosures and heaters, since a cold day cannot be allowed to put a slab, or a patient route, at risk. For work in the city outside the campus, see our notes on building in Casper.

Where hospital pricing comes from

Hospital concrete costs more than commercial concrete for reasons the owner can see in the plan: after-hours labor, hard barriers, more testing, tighter tolerances, stricter documentation and slower production in occupied areas. We price those items separately. Testing is a good example: concrete testing and quality control on a healthcare slab usually goes beyond a standard commercial scope, with more cylinders, flatness readings and documentation.

The hospital's affiliation with a larger health system became official on October 1, 2020, in a deal of roughly $200 million, and owners in that position sometimes update their contractor requirements. We ask for current prequalification, insurance and safety standards at the start of every campus bid. Schools and healthcare owners know that the lowest price on paper is rarely the lowest cost in practice, and we prefer to be transparent about what each line buys. Occupied-site rules are similar at the nearby college campus, where classes set the calendar.

Permits and inspections on campus

City of Casper commercial permits often require a life-safety plan, engineered building and site plan drawings and Planning and Zoning approval, and an issued permit is good for 180 days. On a hospital campus the design team carries most of that, but the construction schedule has to fit inside the permit window, and inspection holds for forms, rebar and subgrade have to be booked early so a pour does not wait on an inspector. The city lists the 2024 International Codes, with local amendments in Title 15 of its municipal code, and the hospital's own life-safety rules sit on top of them.

Plan your hospital campus project

Send the drawings, the infection control plan and the access rules. We will return a phasing plan, a testing scope and a price. Call us about your hospital campus project.

Questions Owners Ask

How do you keep dust and noise away from patients?

We follow the hospital's infection control plan, use sealed enclosures and negative air where it is required, control dust at the source with water or vacuum and schedule loud work for hours the owner approves. Quieter methods are used near patient rooms, and anything that could affect imaging gets an engineering review first.

Can you pour next to an occupied tower?

Yes, with planning. Foundations are designed to limit differential settlement, slab elevations are surveyed at connections and sky bridge landings are set with sealed joints. We coordinate everything through the structural engineer and record as-builts.

What are the special requirements for an MRI floor?

The equipment manufacturer's site planning guide controls flatness, vibration limits and the use of ferrous materials near the magnet. We follow it, confirm details with the owner's engineer and document the work.

How do you handle utility shutdowns?

In short, phased windows with a written plan, a time limit and an owner for restoration. Medical gas, power and water outages are coordinated with the facilities team, and temporary supply is arranged where needed.

Related

Ready to talk about your project?