Backyard BI(h)OME / Kevin Daly Architects

Curated by ArchDaily

Architects: Kevin Daly Architects
Photographs:Nico Marques
Structural Engineer: Workpoint Engineering, Ben Varela
Biodiversity and Habitat: UCLA Inst of the Environment and Sustainability Ursula Heise, Jon Christensen

Backyard BI(h)OME / Kevin Daly Architects - Garden — © Nico Marques / Photekt

Text description provided by the architects. The Backyard BI(h)OME is an ultra-modern, lightweight accessory dwelling unit that has the potential to meet Los Angeles Mayor Eric Garcetti’s call for 100,000 new housing units by 2021. The BI(h)OME demonstrates --in its design, fabrication, occupation, and recycling, what sustainability means at a personal level. The BI(h)OME was initiated by UCLA’s CityLAB and designed by Kevin Daly Architects.

The low-cost, low-impact Bi(H)OME could serve as housing for an elderly parent, a returning college graduate, or a rental unit. It is easy to install, requiring no sewer hookup and just a hose for water supply, and easy to remove. It is almost entirely recyclable. Rather than requiring a mortgage, it could be leased, like a car, so it is semi-permanent, can flexibly serve the needs of homeowners for as long as they want, and then be recycled or reinstalled. The environmental impact of the structure over its entire life cycle is between 10 and 100 times less than a conventional auxiliary dwelling.Each 500-square foot backyard home contains a bedroom, living room, kitchen/dining room, and bathroom. The floor is mounted on a temporary low rock wall and posts that are screwed into the ground, so it does not require a foundation. The structure is covered with an innovative translucent skin consisting of two layers of ETFE, a tough, Teflon plastic, vacuum-sealed around a paper honeycomb creating a remarkably solid, yet light structure. Modular units contain the bathroom, shower, a closet, kitchen sink and counter. The structure can be configured in different ways to fit any backyard and to catch the sun on photovoltaic cells that can be printed on the outside layer of the Bi(H)OME’s skin, while LED lights can be built into the inner layer.