COHOUSING IN THE PANDEMIC:Living Downtown Recife - B.Arch final thesis
Author: Beatriz Bueno / Advisor: Ana Rolim
Catholic University of Pernambuco (UNICAP), Brazil
This project proposes a cohousing solution to address infection control challenges in collective living, especially relevant during the COVID-19 pandemic. It aims to foster safe social interaction while avoiding isolation, a common issue in traditional residential complexes.
BUILDING SITE
Located in downtown Boa Vista, Recife, the site falls within a Moderate Built Environment Zone, characterized by a blend of 19th-century townhouses and modernist buildings. Despite urban infrastructure, the area faces low population density and housing shortages due to urban migration trends.
THEORETICAL APPROACH
The project draws inspiration from the systemic notion of a cluster, adapting to varied urban conditions. Influences include the works of architects Alison and Peter Smithson, Laura Mardini Davi, and Josep Maria Montaner. Cohousing concepts by Chris and Kelly Scotthanson, Emily Darling, and Jessica Bittencourt, as well as pandemic architecture studies by the MASS Design Group and Flávio Bicalho, inform the design.
THE IDEA
Reinterpreting modernist architectural elements, the design recalls protruding features to combat extreme sun exposure. The layout maximizes the allowable construction area, incorporating dense and permeable layers for access and disinfection zones. Terraces, balconies, and green roofs enhance the building envelope.
ARCHITECTURAL PROGRAM
The project includes various shared spaces such as shops, collective laundry, vegetable gardens, and reception on the ground floor. Residential units, along with communal areas like games, dining, kitchen, and storage, are spread across upper levels. Greenhouses and gardens adorn the rooftop.
THE STRUCTURE
A sustainable cross-laminated timber (CLT) structure supports the building, enabling efficient cantilevering and load support.
SUSTAINABILITY
Green roofs enhance thermal and acoustic comfort, while vegetation improves air quality and promotes a sense of community. Circular shafts house a water treatment system for reuse, irrigation, and rainwater harvesting, emphasizing sustainability.