Tag Archives: design

2010 Livable Building Award Winners

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by current events • Tags: , , , , , , , , , , , , ,

The Center for the Built Environment’s fourth annual Livable Building Award winners were announced in mid-December. The entries were judged on excellence of design, operation, and occupant satisfaction. According to a CBE press release:

Award entries are open only to the top scorers in CBE’s Occupant Indoor Environmental Quality Survey, which is used to study occupant satisfaction in terms of air quality, lighting, thermal comfort and overall building satisfaction and has been implemented in more than 860 buildings in North America and Europe.

The top award went to UC San Francisco’s 654 Minnesota Street project. Read about the UCSF project here.

The Kavli Institute for Particle Astrophysics and Cosmology was recognized with an honorable mention. Read about the Kavlie Institute and the other finalists here.

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More information on the CBE Occupant Indoor Environmental Quality (IEQ) Survey is available here.

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Houses – Small, Reused, and Prefab

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by links • Tags: , , , , , , , , , , , , , , , , , , , , , ,

A number of interesting house-related tidbits came my way this week, and I wanted to share a few favorites…

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NPR featured a story (with photos!) about incredibly tiny Japanese houses designed to fit on slivers of land. Every function and element has to be carefully considered.

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Mother Earth News featured a story about how some folks are reusing round, metal grain bins (also called grain silos) as houses. One architect, Mark Clipsham, specializes in putting one bin inside another (with a crane) and then filling the space with foam insulation to improve thermal performance – there are photos of his work here.

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And Treehugger featured a story about Michelle Kaufmann’s new “Zero” series of prefabricated homes. Her company is based in the Bay Area. Her website goes into more detail about the homes, and lists the “lessons learned” from her previous ventures into prefab, which are incorporated into this venture:

  1. Minimize button up work / maximize what is done off-site
  2. Have a system that can offer both efficiencies with repetition in module types, but designed to offer a great variety of overall configurations so each home can be uniquely composed for the specific site conditions and client goals.
  3. Use materials and systems that have been researched and tested for the optimal balance of beauty, longevity, sustainability and cost
  4. Maximize efficiencies in dimensions of materials by designing to construction and shipping “sweet spots” to reduce waste and costs

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