Modulito Estudio and Atelier Industrial Perch a Glass Office on a Disused Wine Pool in ArgentinaModulito Estudio and Atelier Industrial Perch a Glass Office on a Disused Wine Pool in Argentina

Modulito Estudio and Atelier Industrial Perch a Glass Office on a Disused Wine Pool in Argentina

UNI Editorial
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In the agricultural outskirts of San Rafael, Mendoza, a decommissioned reinforced concrete wine pool sits among corrugated metal warehouses and rows of cypress trees. Rather than demolish it, Modulito Estudio and atelier industrial treated the pool as found infrastructure, a ready-made plinth capable of bearing a new program. The result is a 36-square-meter office that hovers above its host structure on a lightweight portal frame, overseeing the logistics and operations of the industrial plant below.

What makes the project worth attention is not the scale but the method. The entire upper volume was prefabricated in a workshop and assembled on site using dry construction techniques, meaning virtually zero wet trades and minimal site disruption. The modulation of the new frame maps directly onto the geometry of the existing pool walls, converting them into a load path without alteration. Old concrete does the heavy lifting; new steel and glass handle transparency and climate. The antagonism between the two material systems is not hidden but celebrated.

Rooted in Industrial Terrain

Aerial view of the metal-roofed warehouse complex surrounded by agricultural fields and tree rows
Aerial view of the metal-roofed warehouse complex surrounded by agricultural fields and tree rows
Drone view showing the industrial shed among cypress trees with distant mountains on the horizon
Drone view showing the industrial shed among cypress trees with distant mountains on the horizon
Elevated glass-walled pavilion on a concrete base surrounded by corrugated metal structures and cypress trees
Elevated glass-walled pavilion on a concrete base surrounded by corrugated metal structures and cypress trees

From above, the intervention is almost invisible. The metal roof of the pavilion reads as just another panel in the patchwork of warehouse roofs, tree canopies, and agricultural plots that define the site. This camouflage is deliberate: the new volume aligns with the axis of the existing sheds, maintaining the directional logic of the industrial compound rather than asserting a separate geometry.

At ground level, the relationship shifts. The concrete pool, once hidden behind walls and production equipment, now registers as an elevated base that lifts the office into the tree line. An external metal staircase provides the only access, reinforcing the pavilion's identity as something grafted onto the site rather than grown from it.

Material Contrast as Strategy

Front elevation of corrugated metal pavilion on a raised platform with exposed steel roof structure at sunset
Front elevation of corrugated metal pavilion on a raised platform with exposed steel roof structure at sunset
Small framed window punched into the corrugated metal wall beneath the exposed steel roof structure
Small framed window punched into the corrugated metal wall beneath the exposed steel roof structure
Close-up of a metal-framed window with timber infill set into vertical corrugated cladding
Close-up of a metal-framed window with timber infill set into vertical corrugated cladding

The corrugated metal cladding, the exposed steel roof members, and the punched metal-framed windows speak the same dialect as the surrounding warehouses. There is no attempt to dress the office in a different register. Small details, like a timber-infilled window set into vertical corrugated sheeting, reveal the care taken in the detailing even within an industrial vocabulary. The punched window reads almost like a found object, a porthole in a ship's hull.

Against the opacity of the corrugated walls, the fully glazed faces of the pavilion create an abrupt tonal shift. Steel and glass on one side; steel and sheet metal on the other. The concrete pool below ties both conditions together with its own mass and patina. Three material ages, three logics of construction, stacked into a single section.

Twilight Pavilion

Glass box pavilion on concrete plinth accessed by external metal staircase under cloudy evening sky
Glass box pavilion on concrete plinth accessed by external metal staircase under cloudy evening sky
Two-storey glass and corrugated metal pavilion with exterior stair next to a willow tree at dusk
Two-storey glass and corrugated metal pavilion with exterior stair next to a willow tree at dusk
Elevated rooftop pavilion with glass walls and timber cladding at dusk with moon rising
Elevated rooftop pavilion with glass walls and timber cladding at dusk with moon rising

The project is photographed most convincingly at dusk, when the interior lighting turns the glass box into a lantern and the moon rises behind it. At this hour the double roof, which during the day serves a practical ventilation function, becomes a hovering plane that separates the warm glow of the interior from the darkening sky. The external stair, illuminated from above, reads as an invitation rather than a service element.

A nearby willow tree and the silhouettes of the surrounding sheds complete the scene. The pavilion occupies a peculiar middle ground between lookout tower and garden folly, functional enough to house a daily workspace yet composed enough to hold its own as an object in the landscape.

Terrace and Double Roof

Glass-walled terrace with slatted metal canopy and corrugated metal screening wall on a concrete deck
Glass-walled terrace with slatted metal canopy and corrugated metal screening wall on a concrete deck
Corner detail of translucent polycarbonate wall with metal railing under corrugated roof overhang at twilight
Corner detail of translucent polycarbonate wall with metal railing under corrugated roof overhang at twilight
Rooftop pavilion with glazed walls and flat roof perched above industrial buildings at dusk
Rooftop pavilion with glazed walls and flat roof perched above industrial buildings at dusk

An outdoor terrace, screened by a slatted metal canopy and a corrugated metal wall, extends the workspace beyond the glazed enclosure. The canopy filters the harsh Mendocino sun into striped shadow patterns on the concrete deck, creating a shaded zone that functions as an informal meeting area or simply a place to stand and look at the mountains. The perforated metal railing and translucent polycarbonate panels allow airflow while maintaining a degree of enclosure.

The double roof is the project's primary passive strategy. By separating the outer skin from the inner ceiling, the architects create a ventilated cavity that reduces heat gain. Oriented southwest toward the Andes, the glazed walls capture views while the roof overhang mitigates direct solar exposure during the hottest hours. For 36 square meters, this is a remarkably resolved set of climate responses.

Interior: Precision in a Compact Frame

Interior living space with plywood ceiling and floor-to-ceiling white curtains filtering daylight
Interior living space with plywood ceiling and floor-to-ceiling white curtains filtering daylight
Woman drawing curtain beside full-height glazing overlooking landscape with mountains in distance
Woman drawing curtain beside full-height glazing overlooking landscape with mountains in distance
Floor-to-ceiling timber bookshelf with lower cabinets behind a green stone table with timber and metal base
Floor-to-ceiling timber bookshelf with lower cabinets behind a green stone table with timber and metal base

Inside, the space is dominated by a plywood ceiling that warms the overhead plane and floor-to-ceiling white curtains that soften the boundary between inside and out. When drawn, the curtains transform the glass box into something closer to a fabric tent; when open, the workspace dissolves into the landscape. A woman pulling the curtain aside to reveal distant mountains captures the duality perfectly.

The furniture is equally considered. A floor-to-ceiling timber bookshelf with integrated lower cabinets occupies one wall, providing all the storage a compact office needs without consuming floor area. In front of it sits a desk with a green stone surface cantilevered over a timber and metal pedestal base. The stone reads as a deliberate counterpoint to the lightness of the metal frame, a fragment of geological weight inside a structure that is otherwise engineered to be as light as possible.

Details that Hold

Green stone desk surface against timber shelving wall with afternoon sunlight casting shadows
Green stone desk surface against timber shelving wall with afternoon sunlight casting shadows
Close-up of green stone tabletop cantilevered over timber pedestal base in warm afternoon light
Close-up of green stone tabletop cantilevered over timber pedestal base in warm afternoon light

The close-up shots of the green stone desk surface, with afternoon sunlight casting hard shadows across its edge, reveal a level of material specificity uncommon in projects of this budget range. The cantilever of the stone over the timber base is generous enough to be noticed but not so extreme as to feel precarious. It is a small gesture that signals a broader attitude: every joint, every material transition, every meeting between old and new has been given attention.

Plans and Drawings

Axonometric drawing showing scattered rectangular volumes among deciduous and coniferous trees in a rural setting
Axonometric drawing showing scattered rectangular volumes among deciduous and coniferous trees in a rural setting
Axonometric drawing showing a corrugated roof pavilion atop a base volume with connecting staircase and landscaping
Axonometric drawing showing a corrugated roof pavilion atop a base volume with connecting staircase and landscaping
Exploded axonometric drawing illustrating the layered assembly of floor slabs, walls, and roof components
Exploded axonometric drawing illustrating the layered assembly of floor slabs, walls, and roof components

The axonometric drawings make the site strategy legible. The pavilion sits among deciduous and coniferous trees as one rectangular volume among many, its form and orientation derived from the existing warehouse grid. The exploded axonometric is the most instructive: it reveals the layered assembly of floor slabs, wall panels, and roof components as discrete prefabricated elements that slot together. This is not a building that was poured; it was assembled, and the drawing insists you see it that way.

Floor plan drawing depicting a rectangular interior with a central table and flanking terraces
Floor plan drawing depicting a rectangular interior with a central table and flanking terraces
South elevation drawing showing a two-story volume with an upper glass pavilion and external staircase
South elevation drawing showing a two-story volume with an upper glass pavilion and external staircase
North elevation drawing depicting vertical corrugated cladding on upper level and external stair at left
North elevation drawing depicting vertical corrugated cladding on upper level and external stair at left

The floor plan shows a rectangular interior organized around a central table, flanked by terraces on either side. The elevations confirm the dual character of the facades: the south elevation is dominated by glass and the external stair, while the north elevation presents a nearly opaque corrugated surface. The asymmetry is functional. Glass faces the view and the prevailing light; metal shields from the less favorable orientation.

East elevation drawing showing an external staircase ascending from base to upper glass and corrugated pavilion
East elevation drawing showing an external staircase ascending from base to upper glass and corrugated pavilion
Elevation drawing showing a flat-roofed pavilion with glazing and horizontal cladding above a solid base
Elevation drawing showing a flat-roofed pavilion with glazing and horizontal cladding above a solid base
Section detail drawing through the wall assembly showing insulation layers, structural framing, and foundation connection
Section detail drawing through the wall assembly showing insulation layers, structural framing, and foundation connection

The section detail through the wall assembly deserves particular attention. It documents the insulation layers, structural framing, and the critical connection between the new steel frame and the existing concrete foundation. This is where the concept of "antagonistic material tectonics" is resolved structurally: a bolted dry joint between two radically different construction systems, each maintaining its own logic while sharing loads. It is a quiet drawing that explains the project's most important idea.

Why This Project Matters

Adaptive reuse has become one of architecture's dominant narratives, but it tends to appear at the scale of warehouses, churches, and power stations. Office above the Pool applies the same thinking to infrastructure that most clients would demolish without a second thought: a disused concrete wine pool in the Argentine countryside. By treating this unremarkable structure as a legitimate foundation, the architects avoided excavation, new footings, and the embodied carbon that comes with them. The pool's walls became columns; its floor became a plinth. Nothing was wasted.

The project also demonstrates that prefabrication and dry construction are not just efficiency tools but design disciplines. Workshop fabrication forced every dimension to be resolved in advance, which in turn forced the architects to engage deeply with the geometry of the existing pool. The result is a building where economy and precision are the same thing. At 36 square meters, Office above the Pool is small enough to overlook and specific enough to remember.


Office above the Pool, designed by Modulito Estudio and atelier industrial. San Rafael, Argentina. 36 m². Completed 2025. Photography by Luis Abba.


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