Difference between revisions of "Living Building Science"
From Living Building Science
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| − | And currently consists of | + | And currently consists of three subteams: |
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*[[Biodiversity]] - Wildlife | *[[Biodiversity]] - Wildlife | ||
*[[Soils]] | *[[Soils]] | ||
| − | *[[ | + | *[[Greywater Wetland]] |
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| − | *[[Air Quality]] | + | Here are the archived projects: |
| − | *[[Hydroponics]] | + | *[[Liquid Waste Nitrification]] (inactive) |
| + | *[[Machine Learning]] (inactive) | ||
| + | *[[Remote Sensing of Honey Bees]] (inactive) | ||
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| + | *[[Air Quality]] (inactive) | ||
| + | *[[Hydroponics]] (inactive) | ||
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*[[Condensate]] (inactive) | *[[Condensate]] (inactive) | ||
*[[Materials]] (inactive) | *[[Materials]] (inactive) | ||
Revision as of 11:50, 4 September 2025
The purpose of this wiki is to share the findings of the Living Building Science VIP team at Georgia Tech to help scientists, engineers, architecs, and contractors make science-based decisions about constructing sustainable buildings.
Living Building Science is a Georgia Tech VIP team studying the sustainable systems embedded in the Kendeda Building for Innovative Sustainable Design in Atlanta. We have an additional team focused on Air Quality which is a separate section of the course.
The instructional team is:
Consultants are:
- Steve Place (Horticulture/Waste)
And currently consists of three subteams:
- Biodiversity - Wildlife
- Soils
- Greywater Wetland
Here are the archived projects:
- Liquid Waste Nitrification (inactive)
- Machine Learning (inactive)
- Remote Sensing of Honey Bees (inactive)
- Air Quality (inactive)
- Hydroponics (inactive)
- Condensate (inactive)
- Materials (inactive)