The design process for a gallery pavilion differs from a residential project in one fundamental respect: the collection sets the environmental performance requirements, and those requirements drive material and structural decisions before any spatial preference is expressed. In MÉTODO, this means the process is more technical at the outset — not less architectural.
The process before the style. This is not a positioning statement. It is an operational description of how we sequence decisions. Material selection is among the first technical decisions in a gallery pavilion project, not among the last.
Phase One: Collection Brief Before Architectural Brief
Before any sketch is drawn, MÉTODO develops a collection brief — a structured document describing the physical, environmental, and functional requirements of the art or objects the pavilion will house.
The collection brief answers: What are the largest works in scale and weight? Which works require low UV exposure or controlled lux levels? What is the target humidity range? What structural floor loads must the building achieve? How often will the collection be reconfigured?
These answers define the performance envelope of the building before the first architectural decision is made. A collection of large bronze sculpture has different requirements than a collection of 18th-century works on paper. Both may live in beautiful pavilions; the buildings will have different structures, different envelopes, and different mechanical strategies.
Phase Two: Site and Regulatory Analysis
Concurrent with the collection brief, MÉTODO conducts a site analysis that documents solar orientation, prevailing wind direction, topographic conditions, and regulatory constraints from the relevant municipal authority.
Solar orientation is the most critical site variable for gallery architecture. We produce a sun path diagram for the specific site latitude and document which orientations receive direct sun at which hours across the year. This analysis determines which faces of the pavilion can carry glass and how deep overhangs or shading devices must be to prevent direct sun penetration during collection display hours.
Regulatory analysis identifies lot coverage limits, setback requirements, and height restrictions before any design scheme is proposed. Projects that begin design without this analysis routinely encounter permit obstacles that require scheme revisions — a waste of design effort that the site analysis phase prevents.
Phase Three: Options Matrix
The options matrix is the product of phases one and two applied to architectural design. It is not a preliminary sketch — it is a comparative evaluation document with two to four distinct spatial and structural schemes, each tested against the collection brief and site conditions.
Each option in the matrix presents: a plan and section at 1:100, a structural system description with honest cost implications, a daylighting strategy with solar performance summary, a climate control approach with passive and active components, and an honest assessment of constructibility in the project's geographic context.
The matrix enables the client to decide by comparing — to see exactly what each scheme implies before committing. This is the methodology behind the phrase "la matriz de opciones: decidir comparando, no adivinando." Gallery pavilion clients who review an options matrix make better decisions and require fewer scheme revisions in subsequent phases.
Phase Four: Design Development — Material Coordination
Once the scheme is selected from the options matrix, design development begins with material coordination rather than material selection. There is a difference.
Material coordination means integrating the thermal, structural, acoustic, and visual properties of each material across all building systems simultaneously. A concrete wall is coordinated with the structural system it carries, the acoustic treatment it requires, the thermal insulation it needs, and the hanging system it will support. These are four simultaneous design decisions, not a sequence.
Material selection — "which stone do we use?" — follows from material coordination. By the time we select a specific basalt or concrete mix, the structural thickness, thermal assembly, and surface finish requirements are already defined. The selection narrows to what is available in those specifications.
Phase Five: Detail Development — Where Materiality Becomes Architecture
The detail phase is where material decisions become visible. A concrete wall and a wood ceiling junction is a detail. How the shadow line at that junction reads under controlled gallery lighting is an architectural decision. Whether the junction allows differential thermal movement between the two materials is a structural decision. Both must be resolved in the same drawing.
In MÉTODO gallery pavilion construction documents, material junction details are drawn at 1:5 and 1:2 with full material identification, dimensional callout, and performance annotation. The contractor builds from these details; there is no interpretation required in the field.
Phase Six: Construction Observation — Protecting Material Intent
The design process extends through construction. Material decisions made on paper are only as good as their execution in the field. Concrete that is poured and stripped incorrectly loses its intended finish. Wood installed without the specified expansion gap will cup and buckle. Stone installed with the wrong mortar joint will read differently than the design intended.
MÉTODO maintains regular site presence during construction to verify that material execution matches design intent. This is not administrative oversight — it is design leadership at the phase where the building is actually made.
Próximos pasos
A gallery pavilion project built with a rigorous process produces a result that performs well over decades — climatically, structurally, and spatially. If you are planning a collection building and want to understand how the process works from collection brief to completed pavilion, the methodology is transparent and available.
Learn how MÉTODO structures every project from brief through construction observation: conoce el método de MÉTODO.