Located in Rio de Janeiro, the Museu do Pontal houses the largest and most significant collection of Brazilian popular art, assembled over more than four decades by its founder, the French designer Jacques Van de Beuque. For many years, the museum occupied a former house adapted as an exhibition space in Recreio dos Bandeirantes, where a modest architectural ensemble was integrated with gardens and the surrounding landscape.
In 2014, the museum began experiencing the impacts of rapid urbanization related to the 2016 Summer Olympics. The construction of nearby high-rise residential developments altered the natural drainage system and raised surrounding road levels by approximately 1.5 meters above the site, causing recurrent flooding that threatened the museum’s collection.
After several years of attempting to protect the building, the institution received a new site from the Rio de Janeiro municipality in Barra da Tijuca, along with partial public funding. Additional resources were secured through partnerships with private companies and crowdfunding initiatives.
Landscape as an architectural framework
The new site in Barra da Tijuca presented very different conditions from the original location. Instead of an existing landscape, the plot offered a largely neutral and featureless terrain: a flat site with regular geometry, little vegetation, and limited immediate views.
The design approach was twofold, encompassing both the construction of a museum building and the creation of a new landscape framework. The architectural strategy reinterprets qualities that characterized the former museum: the relationship between modest buildings, gardens, and distant geographic features.
The new complex is organized through an interweaving of landscapes at different scales, including patios, gardens, and controlled views toward the surrounding mountains of Rio de Janeiro, particularly the formation known as the Sleeping Giant. The building maintains a restrained scale when viewed from a distance while internally organizing the exhibition sequence through alternating indoor spaces, courtyards, and gardens. These open spaces function as environmental buffers and moments of visual pause within the exhibition path.
Climate-responsive architecture
Environmental performance is primarily achieved through passive strategies. High interior volumes and cross ventilation allow large parts of the museum to operate with minimal mechanical cooling, an important consideration in Rio de Janeiro’s tropical climate. The arrangement of patios and openings facilitates air movement while also providing daylight to circulation spaces.
Natural light enters through glazed openings and controlled facade apertures, reducing reliance on artificial lighting during daytime hours. These passive systems create thermally comfortable spaces while maintaining stable conditions suitable for exhibitions.
Operational sustainability strategies
The building integrates renewable energy generation through photovoltaic panels installed on the roof. The system is designed to produce electricity sufficient to meet the museum’s operational demand, allowing the institution to function on renewable energy produced on site.
Water management strategies complement the energy approach. Rainwater collected on site is used to irrigate the gardens, and an efficient irrigation system reduces potable water consumption for landscaping by approximately 80 percent.
Material palette
The architectural expression relies on a limited palette of materials, including concrete, wood, glass, Portuguese stone paving, and vegetation. This restrained selection reinforces the museum’s intimate scale and supports durability and simplified maintenance over time.
Facades are fragmented and interspersed with gardens, creating moments where the exterior landscape becomes visible along the exhibition route. These intervals introduce natural light and views while maintaining a calm spatial environment suitable for the display of the collection.
Adaptability and institutional growth
The building is organized through a modular construction system based on a 9 × 9 meter structural grid. Concrete walls and steel beams support lightweight enclosure systems, allowing the interior arrangement of galleries, courtyards, and service spaces to remain flexible.
This structural logic enables the museum to adapt to changing programmatic needs. The building that opened in 2021 represents the first phase of a structure designed to evolve gradually.
Technical areas were designed with generous ceiling heights so that additional storage space can be created through the insertion of steel mezzanines without major structural intervention. By conceiving the building as an adaptable framework rather than a fixed architectural object, the project supports institutional growth and extends the lifespan of the structure.
Since opening to the public, the museum has become a cultural destination within a low-density residential area of Barra da Tijuca. Gardens and outdoor spaces continue to be developed through community participation and crowdfunding initiatives, reinforcing the relationship between the institution and its visitors.
The evolving landscape reflects the project’s long-term vision: a museum where architecture and gardens develop together over time. In this sense, the project echoes the words of Brazilian landscape architect Roberto Burle Marx: “Time completes the ideas.”
