A research laboratory with scientists at microscopes and workstations, robotic arms and shelves of reagents

Academic Medical Centers & Biomedical Research

Academic and research buildings serve three masters at once: clinical care, teaching, and research. The mechanical and electrical systems that make laboratories and vivariums work set most of the cost and much of the risk.

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Project types

Wet and dry research laboratories

Vivariums and animal research facilities

Biosafety containment laboratories

Clinical-academic and teaching buildings

Imaging and research cores

Laboratory renovations in occupied buildings

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.

Laboratory and vivarium systems underestimated
Once-through air, fume hood density, room pressure cascades, redundancy, and environmental control for animal housing drive plant size, floor-to-floor height, and energy cost. We examine whether the budget reflects the systems the program actually requires.
Containment level assumed rather than defined
Biosafety level, animal biosafety level, and the operating protocols behind them change the design, the commissioning, and the approvals. We look at whether containment requirements were set by the institution's biosafety leadership before design proceeded.
A program written for today's investigators
Research groups and funding change faster than buildings. We test whether the design allows for reassignment and adaptation, and whether the owner has decided how much flexibility it is paying for.
Governance split between the health system and the university
Decisions, budgets, and approvals often run through two institutions with different calendars. We examine whether a single decision path exists for the project, and who can say yes.
Commissioning and validation compressed at the end
Laboratories and vivariums depend on systems that must be tested, balanced, and in some cases validated before occupancy. We look at whether that work has the time, the owner participation, and the budget it needs.

How we engage

The platforms most relevant to this kind of facility.

Readiness & Execution Assessment

Before a funding commitment or design start, testing the research program, systems budget, and governance path.

Program Management & Owner Representation

Representing the institution across research users, facilities, design, the builder, and commissioning.

Capital Planning & Investment Assurance

Independent review of capital plans, budgets, and schedules for boards, donors' representatives, and financing parties.

Common questions — Academic Medical Centers & Biomedical Research

Why do research buildings cost so much more than office buildings of the same size?

Because of what sits behind the walls. Laboratories and vivariums need large volumes of conditioned outside air, tight pressure and environmental control, redundancy for critical systems, and space to route it all. Those systems drive plant size, floor height, and energy use, and they are where early budgets are most often low.

Who defines the biosafety level for a new laboratory?

The institution, through its biosafety officials and committees, working with the design professionals and in line with applicable federal guidance and regulations. Niner Health does not set containment levels. It examines whether they have been defined and approved before the design depends on them.

How should an academic medical center govern a joint project with its university?

By agreeing early who holds decision rights, which budget each cost falls in, and how disagreements are resolved, and writing that down before design starts. When a project answers to two institutions without a single decision path, changes wait for both calendars, and the schedule absorbs the delay.

What does Niner Health look at before a laboratory renovation in an occupied building?

Whether the existing air-handling, exhaust, power, and structure can support the new program; how adjacent research will be protected from vibration, dust, and shutdowns; and whether the owner has planned for relocating active research. It does not provide engineering assessments; it examines whether those questions have been answered by the right parties.

Insights — Academic Medical Centers & Biomedical Research

Owner-side notes on the constraints that shape projects in this sector.

A microscope on a laboratory bench, with instruments and analysers out of focus behind it

Academic & Research·4 min read

A vivarium is designed around its animal care program, not its floor area

An animal research facility is shaped by species, housing systems, health status, workflow and the committee that oversees animal care. Sizing it by area first leaves the most important decisions to chance.

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Open laboratory benches with microscopes, sample tubes and an analyser under bright ceiling lights

Academic & Research·5 min read

Laboratory flexibility has a price, and the owner should decide how much to buy

Every research building is sold as flexible. Each kind of flexibility is paid for in structure, utilities, energy or floor area, so the owner has to choose which kinds the science will actually use.