Building Healthcare Facilities at Factory Speed

The modular construction market in healthcare is forecast to grow by $10.85 billion between 2023 and 2028, and hospitals alone account for over 42% of global modular healthcare facility demand in 2025. Behind those numbers is a simple realization taking hold across the industry: for a sector where new capacity is often urgently needed and skilled construction labor is increasingly hard to find, building healthcare facilities the traditional way (one stick, one trade, one weather delay at a time) is no longer the only serious option.

The Benefits Start Long Before the Building Opens

The case for modular construction is usually framed around speed, and the speed is real: because off-site fabrication can run in parallel with site preparation, facilities come online sooner, a critical advantage when a community is waiting on care. But the advantages compound well beyond the schedule.

Moving work into controlled factory environments reduces dependence on scarce on-site labor and improves conditions for the workers themselves, with inherent safety benefits that job sites struggle to match: easy accessibility, ceiling-mounted tie-offs, and protection from unpredictable weather. Quality improves too. Standardized, repeatable components built by specialized trades under controlled conditions yield greater precision and consistency, with less rework. And factories waste less: standardized cuts, reuse of excess material, and tighter quality control mean significantly less material heading to the landfill than conventional site construction produces.

Modular Construction Is a Spectrum

Part of what makes industrialized construction so adaptable is that it scales to fit the project. At the component level, MEP systems, plumbing, casework, and even wall assemblies can be prefabricated, coordinated, and assembled off-site, then delivered ready to install, dramatically cutting installation time and field coordination risk. A familiar example is the MEP skid, with mechanical, electrical, and plumbing systems preassembled and tested before they ever reach the site. Prefabricated wall assemblies can even function as a "kit of parts" that informs the design itself, setting guidelines like panel dimensions and uniform window heights.

One step up, entire rooms can be manufactured off-site. For the repetitive spaces healthcare is full of, like patient rooms and toilet rooms, building each one in a factory rather than dozens of times in the field reinforces design standards, tightens quality control, and compresses schedules while reducing disruption, whether the project is a renovation or new construction.

At full scale, complete buildings are fabricated in pieces: walls, ceilings, often floors and casework, typically built on steel chassis that allow modules to be moved laterally and vertically, then shipped individually and connected on site like Legos. The result is rapid assembly with a high degree of precision, and unlike many modular products, these are permanent steel-framed structures, not temporary ones.

Proof in Practice

This isn't theoretical. BA has partnered with fabricator Bildt on several full-scale modular clinics, including medication-for-opioid-use-disorder clinics serving the Chehalis and Kalispel communities and a dialysis facility for the Northern Cheyenne, projects where speed-to-care and limited local construction labor made industrialized delivery the right solution.

Where It Goes from Here

Over the next three to five years, the trajectory looks clear. Clients are increasingly requesting prefabricated solutions outright and looking to their design partners as trusted experts in delivering them. And prefabrication is starting to shape not just how buildings go together but what they can do, including integrated tech wall assemblies designed for virtual appointments and new kinds of patient experience. The factory, it turns out, isn't just where healthcare buildings are increasingly made. It's where the next generation of them is being invented.