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A long, bright hospital corridor with patient beds, monitors and a staff station, clinicians walking in the distance

Hospitals & Health Systems

Most hospital projects are built beside, above, or inside departments that keep treating patients. The hardest constraints are infection control, life safety, and regulatory review — and none of them is on the builder's critical path until it is too late.

Project types

Bed towers and additions

Surgical and interventional suites

Emergency departments

Imaging and radiation oncology

Central utility plants

Emergency power and energy systems

Data centers and IT infrastructure

Pharmacy and sterile processing

Occupied-floor renovations

Infrastructure renewal

Where projects fail in this sector

These are the failure modes that recur in this sector — and the questions the firm examines to surface them early.

  • Infection control planned as a construction detail

    The Infection Control Risk Assessment decides barriers, air pressure, work hours, and which areas can be taken out of service. Treated as the builder's paperwork, it arrives after the phasing plan it should have shaped. We examine whether the ICRA and the phasing were developed together.

  • Phasing that assumes departments can move when the schedule says

    Every phase in an occupied hospital depends on a clinical service agreeing to relocate, close beds, or reroute patients. We test each phase against the operational commitments behind it, not just the construction logic.

  • Regulatory review timing left out of the schedule

    State plan review against the adopted edition of the FGI Guidelines and other codes, licensure, and, in some states, certificate-of-need approval can gate design, construction start, and occupancy. We examine whether each review is in the schedule with a realistic duration, and who owns each submission.

  • Survey readiness considered only at the end

    A new or renovated space has to be ready for CMS and accreditation life-safety survey before it opens, and interim life-safety measures apply throughout the work. We look at whether that readiness is planned from the start or discovered at turnover.

  • Imaging and major equipment selected after the room is drawn

    MRI, CT, cath lab, and radiation therapy equipment set structural loads, shielding, power, cooling, and room geometry, and they carry long lead times. We examine whether equipment decisions and orders are on the same timeline as the design they drive.

  • Pharmacy compounding rooms planned without USP 797 and 800 in view

    Sterile and hazardous-drug compounding spaces depend on room classification, pressure relationships, air changes, and exhaust that are hard to retrofit. We examine whether the pharmacy's compounding requirements were defined by the pharmacy team before the mechanical design was fixed.

Common questions — Hospitals & Health Systems

What does an owner's representative do on a hospital project?

Acts for the health system across every party the project depends on — clinical leadership, the design team, equipment planners, the builder, and the agencies that review and license the building — and reports to the people funding it. On a hospital the attention goes where schedules are actually decided: phasing around live departments, infection control, regulatory review, and major equipment. The role is advisory; it does not certify design or direct construction means, methods, sequences, or site safety.

Why is renovating an occupied hospital so much harder than new construction?

Because every step has to be negotiated with a building that is still caring for patients. Dust and air-pressure control, noise and vibration limits, utility shutdowns, and temporary relocations all depend on clinical teams agreeing to changes in how they work. When those agreements are not secured before the phasing plan is fixed, the schedule is written on assumptions nobody has accepted.

Does the scope include the central plant, energy systems, and IT infrastructure?

Yes. A health system's central utility plant, emergency power, energy systems, and data center are part of the same capital program as the clinical buildings they serve, and they are reviewed as one. Their shutdowns, cutovers, and redundancy decide when clinical space can open and stay open, so planning them separately from the clinical work leaves the schedule resting on a sequence nobody has tested. Niner Health examines the infrastructure work and the clinical work against one schedule and one budget. Engineering design and its approval remain with the engineers of record and the authorities having jurisdiction.

When should a health system commission an independent readiness review?

Before capital is committed — ahead of a board approval, a bond issue or other financing, a certificate-of-need or licensure filing, or the choice of delivery method. The review is designed to inform that decision. Its value drops once the design is well advanced and equipment and contracts are committed.

Does Niner Health interpret the FGI Guidelines or the Life Safety Code?

No. Interpretation belongs to the design professionals of record and the authorities having jurisdiction, and survey findings belong to CMS, state agencies, and accrediting bodies. Niner Health examines whether the owner's plan leaves enough time and ownership for those reviews, and raises the questions early enough to act on.

Talk through a project in this sector.