The healthcare construction landscape in 2026
Healthcare construction is the most regulated, most phased and most unforgiving corner of the U.S. nonresidential market. The buildings stay occupied while you renovate them; the patients on the other side of the temporary wall can't tolerate the disruption a typical commercial build creates; the codes and standards are deeper than any other building type; and the team you put on the project is what decides whether your hospital ships on time. This guide pulls together what makes healthcare construction different, why CMAR has come to dominate, and how owners and CM firms are sourcing the workforce that can actually deliver it.
The market is one of the most consistent in nonresidential building — total U.S. healthcare construction put in place runs around $70 billion a year, holding steady through cycles where commercial construction softens. Hospital construction starts specifically have surged, reaching record levels above $33 billion in 2024, and the sector is now visibly bifurcating: a small cohort of well-capitalized health systems is building billion-dollar replacement hospitals and specialty centers — more than a dozen new projects over $1 billion were announced in 2025 alone — while financially strained systems focus on renovation, expansion and deferred maintenance instead of new construction.
Three structural forces are shaping where the work happens in 2026: post-pandemic capacity expansion, an aging hospital stock that requires major modernization, and the steady migration of clinical service from inpatient to outpatient settings. That last shift — the "site of care" move toward ambulatory surgery centers, medical office buildings, freestanding emergency departments and microhospitals — is reshaping where new facilities get built and is the fastest-growing slice of the market. For the sector recruiting view, see healthcare construction recruiting; for broader cross-sector workforce context, the Construction Workforce Strategy guide.
The bifurcation matters for anyone staffing this work, because it splits demand into two very different shapes. The billion-dollar replacement hospitals and academic-campus projects concentrate the hardest, most specialized hiring — senior superintendents who can phase a live acute-care facility, MEP leads fluent in medical-gas and redundant-power scope — into a handful of marquee builds competing for the same scarce people. Meanwhile the renovation, expansion and outpatient work spreads a large volume of smaller projects across the country, each needing competent healthcare-fluent leadership but at a lighter technical bar. A firm or an owner has to know which side of that split a given project sits on, because the talent strategy, the delivery method and the cost structure all differ accordingly. Getting that read wrong — staffing a billion-dollar tower like a clinic, or over-resourcing a medical office build like a hospital — is a common and expensive error.
What makes healthcare construction different
Healthcare construction is a different discipline from commercial work in ways that materially shape who can deliver it. Five forces compound on every project — and a team fluent in commercial work but new to healthcare typically underestimates all five. It starts with three overlapping regulatory regimes.
The FGI Guidelines for the Design and Construction of Hospitals is the technical reference adopted as code in most states; The Joint Commission accredits operating hospitals against its own standards, including the Life Safety chapter, which makes compliance a live concern throughout construction rather than only at handover; and local authorities having jurisdiction add requirements that shift from one jurisdiction to the next. Beyond the regulatory stack, four more forces define the work:
Infection control as a construction discipline
The Infection Control Risk Assessment (ICRA) categorizes construction work by infection risk to patients, from Class I (low-risk, inspection-only work) through Class IV (the highest risk, such as major demolition adjacent to immunocompromised patients). Each class triggers specific mitigation requirements. ICRA is not a checkbox — it shapes scheduling, ventilation strategy, temporary partition design, worker training and daily site walks, and it makes the hospital's infection-control practitioners continuous partners on the job.
Life-safety phasing
Interim Life Safety Measures (ILSM) is the protocol facilities follow when construction interrupts normal life-safety functions — egress paths, fire alarm operation, sprinkler coverage. ILSM is one of the most overlooked disciplines among general-commercial PMs entering healthcare for the first time, and getting it wrong is not a punch-list item; it is a patient-safety and accreditation exposure.
Occupied operation
Most healthcare projects are renovations or additions to operating hospitals. Clinical service continues throughout the build, on the other side of the temporary wall, with patients whose tolerance for dust, noise, vibration and air-pressure fluctuation is dramatically lower than a commercial occupant's. The project has to disappear from the patient's experience while proceeding at full pace behind the barrier.
Specialized MEP and systems
Medical gases (oxygen, nitrous, medical air, vacuum), operating-room positive-pressure ventilation, isolation-room negative pressure, and redundant electrical service that can survive simultaneous generator and utility failure are the MEP disciplines that separate healthcare from commercial work. It is no accident that MEP is the single largest cost category on a hospital build, running around a third of total construction cost — and even higher on outpatient surgery centers, given their intensive air-filtration and medical-gas requirements. The depth of this work is covered in the MEP Careers & Hiring guide.
The hardest single hire on a hospital build is the senior superintendent who has lived through an active, patient-occupied phasing. That experience cannot be taught in a classroom — it is accumulated on projects where the cost of failure is measured in patient safety, not rework.
Facility types: hospital, ambulatory, medical office
"Healthcare construction" covers a much wider range of project types than the term implies, and the workforce required varies meaningfully across them. The site-of-care shift is moving volume toward the lighter end of this spectrum even as the heaviest projects grow in scale.
Acute-care hospitals are the most demanding facility type — full inpatient, surgical, emergency, ICU and imaging operations, typically $500M-plus for full new construction and into the billions for academic medical center campuses, where CMAR is the dominant method. Ambulatory surgery centers are the fastest-growing segment: operationally simpler than hospitals but technically demanding, with operating rooms, recovery suites and sterile processing that carry real regulatory overlap with inpatient surgery. Medical office buildings and outpatient clinics make up the bulk of project volume by count, with a lower technical bar but still subject to FGI, TJC and ICRA depending on the services delivered. And behavioral health and long-term care are specialty types with their own disciplines — behavioral health in particular demands a designer and CM with deep type-specific experience, because the design failures there are uniquely consequential.
The practical hiring lesson across these types is that "healthcare construction experience" is not one credential but several. A superintendent who has built ambulatory surgery centers is not automatically ready to phase an occupied acute-care tower, and a team fluent in medical office work may have never touched the medical-gas and isolation-room scope a hospital demands. The further up the acuity scale a project sits, the narrower and more specialized the pool of people who have genuinely delivered it, and the more a vague "healthcare" line on a resume needs to be unpacked into the specific facility types and the specific scope that person actually ran. That granularity is exactly what separates a specialist healthcare recruiter's read of a candidate from a generalist's.
Phasing in occupied facilities — ICRA & ILSM
The skill that separates senior healthcare PMs and superintendents from general commercial peers is the ability to phase work in active patient environments without disrupting clinical operations. This is not learned in a classroom; it is accumulated through projects where the cost of failure is measured in patient safety. It is also the single hardest capability to hire for, because the people who have it are scarce and the people who claim it without the project history are a real risk.
What ICRA actually demands on site
- Risk assessment by area. Every work area is categorized by ICRA class based on the adjacent patient population — the same task carries a different protocol next to an ICU than next to an empty wing.
- Containment design. Temporary partitions, negative-pressure isolation and HEPA filtration appropriate to the ICRA class, verified rather than assumed.
- Worker protocols. Site-specific training, PPE, controlled entry/exit procedures, and daily air-pressure verification that is logged, not eyeballed.
- Coordination with infection control. Hospital infection-control practitioners are continuous partners on the project, not occasional reviewers signing off at milestones.
ILSM in practice
When egress paths shift, fire alarm devices are temporarily impaired, or sprinkler protection is interrupted, ILSM defines the compensatory measures that must be in place — fire watch, alternate egress signage, accelerated drill cadence, and code review with the AHJ. The compliance review is continuous, not retrospective: a lapse discovered after the fact is an accreditation problem, not a paperwork correction. For a senior healthcare builder, ICRA and ILSM are not specialist add-ons handled by someone else; they are woven into how the schedule itself is built.
This is the deepest reason healthcare experience does not transfer in from commercial work as easily as a resume might suggest. On a commercial fit-out, the sequence is driven by trade logic and the owner's move-in date. On an occupied hospital floor, the sequence is driven first by what the patients on the other side of the wall can tolerate — which corridor must stay open for egress, which pressure relationship must never be broken, which noisy work can only happen when a unit is offline. A superintendent who has internalized that ordering plans the job differently from the first day, building the infection-control and life-safety constraints into the master schedule rather than treating them as overlays to be reconciled later. The ones who have not learned it tend to discover the constraints the hard way, mid-project, when changing the plan is expensive and the clinical staff have lost confidence in the build.
Why CMAR dominates hospital builds
Construction Manager at Risk has become the de facto delivery method on large hospital construction, and the reasons are structural. The pre-construction collaboration that CMAR enables — designer and CM working iteratively against a buildable target — handles the constructability complexity of healthcare design better than design-bid-build ever did. The Guaranteed Maximum Price commitment gives hospital owners price certainty before they commit irreversible capital. And the CM's early engagement on phasing, ICRA planning and ILSM strategy materially improves outcomes, because those disciplines are cheapest to get right while the design is still fluid.
In a hospital, the phasing plan and the design are inseparable. A CM engaged early shapes a design that can actually be built around live patients — one brought in after the design is frozen inherits a phasing problem that may have no good answer.
For the hospital-owner-specific lens, see healthcare CMAR for hospital owners, and the broader delivery-method comparison in the Construction Project Delivery guide. One trend reinforcing CMAR's grip is the rise of prefabrication: with prefab now treated as a standard approach on large hospital towers — MEP racking, modular bathrooms, headwalls and exteriors built off-site — the early, collaborative coordination CMAR provides is what makes that off-site scope feasible. Prefab can compress a hospital schedule by months, but only if the delivery model brings the builder into the design early enough to plan it.
The hiring implication of CMAR's dominance is easy to miss but important: it puts a premium on CMs and superintendents who are credible in the room during preconstruction, not just capable in the field during the build. Under design-bid-build, a contractor could win on price and prove itself later; under CMAR, the CM has to demonstrate, before a price is even set, that it can read a half-finished design, flag the buildability and phasing problems, and stand behind a GMP. That is a different skill profile — part builder, part advisor, part risk manager — and the people who have it command a premium precisely because the delivery method now requires it from the first meeting. For owners, vetting that preconstruction credibility is the heart of CM selection, which is the subject of the next section.
