Maria & José House
MARIA & JOSÉ HOUSE
Sergio Sampaio Arquitetura
FURNITURE
Ovo, Gisela Trauczinski
ROOF SAFETY ACCESS
Omni Trade (EPDM e TPO).
MANUFACTURERS
Concreleste, Crosslam / CLT, Suprema
CARPENTRY
AG Movelaria, Fasime
STRUCTURE
Arquimedes Costa
LIGHTING
Cia. de Iluminação.
CLT STRUCTURE
Crosslam
METAL STRUCTURE
Carlos Augusto Stefani.
ROOFING
Omni Trade (EPDM e TPO).
AUTHOR
Sergio Sampaio
ARCHITECT IN CHARGE
Patricia Zeppini
INTERNS
Pedro Lofrano, Graziela Godoy
PROJECT TEAM
Renata Hirayama, Luiza Braga, Mariana Gomes
INTERIOR AND LANDSCAPE DESIGN
Patricia Zeppini
PHOTOGRAPHS
André Scarpa, Leonardo Finotti
AREA
1350 m²
YEAR
2016
LOCATION
Itu, Brazil
CATEGORY
Houses
Text description provided by architect.
The lot has 3.200m2, with 60 meters of front, with a difference of 8.00 m from one side to the other.
Due to customers' demands, an elderly couple with 4 children, the building would have to be eminently single storey and with all the accessibility standards observed (ramp, elevator, accessibility bars in bathrooms, etc).
The main functions of the house - social, leisure and intimate - are distributed in a single prismatic volume that fits subtly to the terrain, without touching directly on the ground, through metallic pillars.
The service and garage sectors are located below the main volume occupying the emptiness coming from the natural unevenness of the terrain.
At the same time as the façades of the volume presents itself as a "closed box" to its surroundings, inside there is a large patio that makes the visual integration of the interiors of the house and allows the entrance of a lot of light to the internal environments.
The large pool in reinforced concrete extends into the main volume of the house as a strategy to integrate leisure activities into the social life of the house.
The project employs industrialized "dry" construction systems - CLT panels and metal structure - resulting in a cleaner and more streamlined plot, rainwater reservoirs were implanted through cisterns and water mirror for reuse for irrigation of the gardens.
To thermal comfort strategies were used, such as: cross ventilation systems, suspension of the house from the ground to avoid the contact between the volume and the humidity of the ground ; Special laminated glass with heat refraction; insolation control by brise soleil; balconies and sliding panels; partitions and roofs with thermo- Acoustics and heating of the hydraulic installations by solar panels on the roof.
