![The Backyard BI(h)OME assembled on Broad Arts Plaza.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678443453-R8RC31CWFKT1MJQ6PW6V/65_biohome-installation-by-ucladezeen7841.jpg)
![Interior shot showing lightweight structural frame and cardboard tubes shrinkwrapped in ETFE. ](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678493345-DJISRDVYMW7J8TFC8EBK/65_biohome-installation-by-ucladezeen7840.jpg)
![Backyard BI(h)OME illuminated at night. ](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678525616-9R320712S6AI0S6TYTN2/65_biohome-installation-by-ucladezeen7844.jpg)
![Schematic rendering of BI(h)OME.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678538548-RF7JG34L4PH4SIHIA08I/65_bihome-1.jpg)
![Typical BI(h)OME plan.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678547699-SZYAS4PYN5AC77NCGB6N/65_biohome-installation-by-ucladezeen41000.gif)
![Structural and material conditions of BI(h)OME.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678563034-2L27L7E9M083PCFSK65L/65_biohome-installation-by-ucladezeen21000.gif)
![Built-in functional components of BI(h)OME.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678576698-O4DSS3KFALR3FEKJM00O/65_biohome-installation-by-ucladezeen11000.gif)
![BI(h)OME fabrication process.](https://images.squarespace-cdn.com/content/v1/58e4e9705016e194dd5cdc43/1492678663038-7EOB6BPQPXOEQOLMPVG5/65_bihome-4.jpg)
Backyard BIHOME
Developed as a prototype of cityLAB's Backyard Homes study, the Backyard BIHOME is an ultra-modern, lightweight accessory dwelling unit that has the potential to meet the current demand for 100,000 additional housing units in Los Angeles while also providing habitats for diverse species.
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The BIHOME is flexibly designed to meet the needs of almost any household (housing for an elderly parent, a returning college graduate, a rental unit, etc.) while maintaining the benefits of of easy maintenance and affordability. The environmental impact of the structure over its entire life cycle is between ten and a hundred times less than a conventional auxiliary dwelling.
In addition to this, the BIHOME is designed to accommodate multiple species in several ways: at the base of the BIHOME, the rocks in a gabion wall provide habitat; one wall of the BIHOME can be configured as an edible garden; modular units can be added to provide homes for bats, bugs, or birds; and a grey water drainage system can water surrounding vegetation.
Press Coverage
UCLA Newsroom - A Cozy Backyard Home for People and other Friendly Species
KPCC - UCLA Responds to the Housing Crisis: A tiny, pop-up home for the backyard
KCRW - Could Affordable Eco-Housing Be in Your Backyard?
Detail Magazine Online - BI(h)OME
Archinect - Kevin Daly's Backyard BI(h)OME Provides Affordable Housing for Humans and Wildlife
The Architectural Review - Backyard BI(h)OME by a UCLA Studio Taught by Architect Kevin Daly
Dezeen - UCLA Research Lab Unveils Micro Dwelling Unit to Combat Affordable Housing Crisis
Interior Design - 5 Micro Houses Driven by Seriously Big Ideas
Curbed - Can This Tiny House Address the Los Angeles Housing Crisis?"
Treehugger - Students' Lightweight Tiny Home is a Biohabitat for Affordable Housing Crisis
Gizmag - Backyard BI(h)OME Shelter can Provide Affordable Housing in LA Gardens
Realtor.com - Solving the Housing Crisis in 500 (Adorable) Square Feet
Mother Nature Network - UCLA Students Design Backyard Abode for Birds (and Bees, Bats, and People, too)
Fiji Times - Tackling Housing Crisis
UC Berkeley College of Environmental Design - UCLA Responds to the Housing Crisis: A Tiny, Pop-up Home for the Backyard
Stad 11 - Ny Arkitektur Förändrar (in Swedish)
Architektura - BI(h)OME czyli tania i ekologiczna jednostka mieszkalna (in Polish)
Awards
Winner - Westside Urban Forum Design Merit Award in the category of Plans/Policy.
Finalist - Architizer A+ Awards in the category "Concepts: Architecture +Low Cost Housing."
Project Credits
Concept development and executive producer: cityLAB – UCLA, Dana Cuff, Jonathan Crisman, Carla Salehian, Per-Johan Dahl
Architect: Kevin Daly Architects, Kevin Daly, Peter Nguyen
Structural Engineer: Workpoint Engineering, Ben Varela
Industrial design: Kody Kellogg
Landscape design: Therese Kelly
Biodiversity and habitat: Jon Christensen, UCLA Inst of the Environment and Sustainability; Ursula Heise, English
AUD Student Team: Andrew Akins, Garth Britzman, Dee Chang, Katie Chuh, Ciro Dimson, Adrien Forney, Kara Moore, Dami Olufoweshe, Lyo Liu, Trenman Yau, Sarah Sibohan Johnson, Mark Lagola, Nawid Piracha Project fabricators: Julian Daly and Max Miller
Custom carpentry and woodwork: CA Construction, Carlos Grande
Envelope: Shrink Wrap Pros, Craig Keys
AUD fabrication Manager: Philip Soderlind
UCLA facilities management team: Leroy Sisneros, Coordinator, Erik Ulstrup
Pipe bending team: Blake Rainy, Carlos Rigual
Metal fabrication: Lorenzo Villanueva
Project Type: | prototype |
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Participants: | Kevin Daly Architects A.UD students (see credits) |
Timeline: | 2015 |
Themes: | postsuburban city |