Bjarke Ingels has joined the building-on-Mars party. BIG's prototype Martian city, dubbed Mars Science City, is designed to be an environment dedicated to the knowledge, education, and exhibition of the technologies necessary to inhabit mars.
But what's even the point of this discussion? Especially in times like those which we are currently experiencing, isn't the thought of building a city on Mars a bit quixotic? Perhaps, but as Ingels points out, of the 17 sustainable development goals of the United Nations, eight of them deal with the built environment. And when it comes to the built environment on Mars, sustainability is key.
The purpose of designing for Mars can be summed up in one word: innovation. The solutions architects, designers, scientists, researchers and the like come up with for living on Mars can and will help right here on Earth. Space travel has already given us dozens of innovations and inventions that we now use on an everyday basis; scratch-resistant lenses, shock absorbers for buildings, solar cells, and memory foam were all originally created to help solve a very specific problem associated with space travel.
As Ingels says in his talk, "The exact same principles and the exact same systems that will allow us to live on Mars are the very same that will allow us to be great custodians on earth."
See Also: Designing for the final frontier: Space architecture
Watch the entire presentation from Bjarke Ingels below.
Related Stories
| Sep 14, 2011
Empire State Building achieves LEED Gold ?
The 2.85 million-sf building is celebrating its 80th anniversary while nearing completion of its renewal and repurposing to meet the needs of 21st Century businesses.
| Sep 12, 2011
Construction waste management
Best practices for an environmentally optimized job site.
| May 25, 2011
Low Impact Development: Managing Stormwater Runoff
Earn 1.0 AIA/CES HSW/SD learning units by studying this article and successfully passing the online exam.
| May 25, 2011
Smithsonian building $45 million green lab
Thanks to a $45 million federal appropriation to the Smithsonian Institution, the Smithsonian Environmental Research Center in Edgewater, Md., has broken ground on what is expected to be one of the most energy-efficient laboratories in the country. The 69,000-sf lab is targeting LEED Gold and is expected to use 37% less energy and emit 37% less carbon dioxide than a similar building.
| May 20, 2011
Chicago leads the nation in LEED-certified square footage
The U.S. Green Building Council reports that Chicago has the highest number of square feet of LEED-certified green building projects nationally with 71 million square feet.
| May 18, 2011
Eco-friendly San Antonio school combines history and sustainability
The 113,000-sf Rolling Meadows Elementary School in San Antonio is the Judson Independent School District’s first sustainable facility, with green features such as vented roofs for rainwater collection and regionally sourced materials.
| May 16, 2011
USGBC and AIA unveil report for greening K-12 schools
The U.S. Green Building Council and the American Institute of Architects unveiled "Local Leaders in Sustainability: A Special Report from Sundance," which outlines a five-point national action plan that mayors and local leaders can use as a framework to develop and implement green schools initiatives.
| May 16, 2011
Virtual tour: See U.S. Green Building Council’s new LEED Platinum HQ—and earn CE credits
A virtual tour of the U.S. Green Building Council's LEED Platinum HQ is available. The tour features embedded videos, audio podcasts, and information on building materials and products used throughout the space. By taking the virtual tour, professionals can earn GBCI Continuing Education hours for the LEED AP with specialty and LEED Green Associate credentials.
| May 16, 2011
Seattle unveils program to boost building efficiency
Seattle launched a new program that will help commercial property owners and managers assess and improve building energy efficiency. Under the program, all commercial and multifamily buildings larger than 10,000 sq. ft. will be measured for their energy performance using the EPA’s ENERGY STAR Portfolio Manager.