Laboratory Architecture
The building itself: master planning, form, structure and envelope for research facilities, designed from the science outwards.
What it covers
Designing the building a laboratory needs
Laboratory architecture is not general architecture with laboratory equipment inside it. Floor-to-floor heights, structural grids, riser positions and plant space are determined by ventilation strategy and equipment loads, which means the science has to shape the building before the building shapes the science.
Master planning
Site assessment, zoning, building placement, phasing and expansion routes, so the campus can grow without disturbing operating facilities.
Building form and envelope
Facade, daylight strategy, thermal performance and orientation resolved against the energy load a research building actually carries.
Structural coordination
Grids, floor loading, vibration criteria and slab requirements set against the equipment schedule rather than assumed.
Plant and riser strategy
Space for air handling, exhaust routes, riser positions and maintenance access planned early, since these decisions cannot be reversed later.
Circulation and zoning
People, samples, waste and goods separated at building level, with the clean-to-dirty logic embedded in the plan.
Statutory and approvals
Design developed against NBC, fire, factory and local authority requirements, with documentation prepared for approval.
Worth knowing
The interiors are part of the same scope
Laboratory interior design is a core Arena service, developed alongside the architecture rather than handed on afterwards.
Resolved with the building
By the time the building form is settled, the bench layouts, service routes and casework strategy have been worked through, because those are what determined the floor heights and risers in the first place.
Including the office areas
Close to half a typical R&D floor plate is write-up, office, meeting and amenity space. Those areas are within our scope and designed to the same standard as the laboratories.
Continuity to handover
One design intent carried from master plan through to the last shutter handle, verified on site against the drawings that generated it.
Why it matters
The decisions you cannot undo
Almost every expensive problem in a laboratory project traces back to an architectural decision taken before anyone considered the science: a floor height that will not take the ductwork, a riser in the wrong place, a structural bay that fights the bench layout. Laboratory architecture exists to prevent exactly that.