Los Angeles

1315 Fairlawn Way Residence

1315 Fairlawn Way Residence

The Pasadena Residence is a new single-family, upscale home located on the impressive Pasadena hillside overlooking the Rose Bowl with beautiful views of downtown Pasadena. The 9,500-SF house was designed using a wrap-around technique often seen in mid-century modern homes, providing its residents the best views of the surrounding hillside. The home also features a 2,500-SF below-grade master suite located adjacent to the infinity pool. The pool sits at a slightly higher elevation, allowing occupants of the master suite to have a unique view from below the pool.

Miyamoto faced two challenges while developing their structural design: the house lies partially on top of a hill while parts of it cantilever over the edge, and it features large column-free spaces. To solve the former, our engineers designed the house with deep and shallow foundations and ensured that the structure is capable of any differential settlement, and the hanging sections are supported by cantilevered connections that complement the architectural profile. Lastly, the large spaces are fortified by a combination of steel and wood trusses in a stepped diaphragm design.

Team Members

No data was found

Client

Archimorphic

Year

2021

Scale

11,500 Square Feet

Location

Pasadena, CA

1315 Fairlawn Way Residence

The Pasadena Residence is a new single-family, upscale home located on the impressive Pasadena hillside overlooking the Rose Bowl with beautiful views of downtown Pasadena. The 9,500-SF house was designed using a wrap-around technique often seen in mid-century modern homes, providing its residents the best views of the surrounding hillside. The home also features a 2,500-SF below-grade master suite located adjacent to the infinity pool. The pool sits at a slightly higher elevation, allowing occupants of the master suite to have a unique view from below the pool.

Miyamoto faced two challenges while developing their structural design: the house lies partially on top of a hill while parts of it cantilever over the edge, and it features large column-free spaces. To solve the former, our engineers designed the house with deep and shallow foundations and ensured that the structure is capable of any differential settlement, and the hanging sections are supported by cantilevered connections that complement the architectural profile. Lastly, the large spaces are fortified by a combination of steel and wood trusses in a stepped diaphragm design.

Client

Archimorphic

Year

2021

Scale

11,500 Square Feet

Location

Pasadena, CA

More Projects

Residential

iBUILD-Miyamoto

Puerto Rico

This new digitized assessment tool allows engineers and architects to monitor the construction of new [..]

View Project

Residential

Maple Park Apartments

Live Oak, CA

This award-winning affordable housing development has 56 residential units divided among 13 three-story multi-family buildings [..]

View Project

Office

Orange County Transportation Authority Transit Security and Operations Center

Anaheim, CA

Miyamoto is providing structural engineering services for the two-story, 32,000-square-foot OCTA Transit Security and Operati [..]

View Project

Civic

Grass Valley Fire Station No.1

Grass Valley, CA

Miyamoto completed the renovation of an existing 1-story, Fire Station, including a 1-story, 560-SF addition. [..]

View Project

Commercial, Mixed-use, Residential

2433 Birkdale Street

Los Angeles, CA

The multi-family project at 2433 Birkdale Street is the construction of a new 37,000-SF, 2-story, [..]

View Project

Industrial, Lab and Science

Gemini TI

West Sacramento, CA

Gemini TI is a tenant improvement project, which converted 25,000-SF of warehouse space into a [..]

View Project

Save lives, impact economies.

We use cookies

We use cookies to improve your experience on this website. You may choose which types of cookies to allow and change your preferences at any time. Disabling cookies may impact your experience on this website. You can learn more by viewing our Cookie Policy.