top of page

2510 TEMPLE

LOS ANGELES, CA

Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture

Perched within historic Filipino Town, just west of Downtown Los Angeles, this building responds to its context at both city-wide and neighborhood levels. Addressing the ongoing housing crisis in Los Angeles, this project answers the demand for increased density. Here, a combination of 47 affordable and market rate apartments sit atop commercial space at the ground level.

Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture

LOCATION

Los Angeles, CA

PROGRAM

47-Units Mixed-Use

Residential/Commercial

SIZE

65,000 sq ft

STATUS

Completed 2017

DISTINCTIONS

American Architecture Award

AIA | LA Design Award

AIA | LA Residential Award

Interior Design Best of Year Award

Best of Design Award, The Architect's Newspaper

Published, Interior Design

CLIENT

4Site Development

COLLABORATORS

Ming Yang Yeh & Associates, Structural

Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture

 A strong concrete base grounds the project on Temple Street. Accommodating the public component of the project, the base activates the streetscape and gives the project a human-scale, mediating between it and the apartment buildings above.

Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture

Sheathed in metal, the sculptural form of the entry serves as a staple and connection between the public and private sectors of the project and helps to give the project an urban identity. The apartment buildings are clad in cement fiber board and organized around a central courtyard. The buildings are capped in a metal panel roof, sloped to maximize natural ventilation and natural light through northfacing clerestory windows.

Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Green.jpg
Section.jpg
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
Architecture Informed by Technology Sustainability Innovation, 2510 Temple Mixed-Use in Los Angeles by Tighe Architecture
bottom of page