Callow Residence, Corsini Stark Architects, organized the site into functional bands of varying widths running north-south and overlaid a pattern of alternating angled walls and roof lines to shape space and direct view and movement from the site and through the house.
Since the site offered no obvious desirable views, courtyards, a south-oriented deck, and rear garden serve as focal points framing the sky, existing and new tree canopies, and the play of light wherever possible.
The entire site is engaged in the architectural composition. The plan is bilaterally symmetrical with an upward spiral progression around the entry courtyard, leading to the upturned cantilevered roof. The angular and folding form language of the house reads alternately planar and volumetric.
Project Info:
Architects: Corsini Stark Architects
Location: Altadena, United States
Lead Architect: Richard Corsini
Area: 2650.0 ft2
Project Year: 2016
Photographs: Steve King Photography
Manufacturers: Stone Source, Heppner Hardwoods, Inc, Rustico Tile & Stone, Dunn Edwards, GL Veneer
Project Name: Callow Residence

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography


Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Photography by © Steve King Photography

Site Plan

1st Floor Plan

Section
Tags: Callow ResidenceCanopyConcreteCorsini Stark ArchitectsCourtyardSteve King PhotographyUnited StatesWood

Ruba Ahmed, a senior project editor at Arch2O and an Alexandria University graduate, has reviewed hundreds of architectural projects with precision and insight. Specializing in architecture and urban design, she excels in project curation, topic selection, and interdepartmental collaboration. Her dedication and expertise make her a pivotal asset to Arch2O.