Pantheon of Wonder
Essay
Get Design Insight from Roomba-Embedded Building Air Quality Maps
by Maria Lorena Lehman
Technology
So often, as an architect, attention is paid to the visual senses as masses, materiality, and even lighting are carefully chosen for a particular design vision. But how do you as an architect target more intangible things, like building air quality?
I read an article recently that describes one way to track patterns of building air quality changes within a room. You see, by using a sensor-embedded Roomba, researchers were able to “map” any detrimental changes in a room’s air quality as the Roomba traveled about its path. So, the next question becomes — what to do with such a map?
First, I would say that air quality within an environment is quite important. And by understanding more about the quality of air within a room’s design, you may be able to spot leaks, off-gasing, or even toxins that invisibly impact your occupant’s health. While using the Roomba is a novel idea, it does invite one to think about what other devices within a room can track and monitor patterns that would otherwise go undetected during lifelong daily occupant use.
The key is to think about the aging process of a building, the changing needs of your occupant, or even the evolving surroundings of your built environment that may well affect the quality of its interior. Thus, your built designed environments need to be maintained and optimized for occupant health.
Thus, I invite you to consider what happens to your designed spaces once built? Do they maintain that “healthy” initial state that they had when they were first constructed? Do you or your occupants have a way to check the more imperceptible living conditions of that space while it is being inhabited? And how might you go beyond the Roomba solution described above, to make sure your design keeps up with your or your occupant’s standards?
Image Credit: © tr.robinson | Flickr
Maria Lorena Lehman has received the following awards and has been seen in the following publications: