A recent push to develop Martian architecture, driven by the vision of independent space exploration companies such as Elon Musk’s SpaceX or Jeff Bezos’s Blue Origin, is attempting to bring to life something that has, to this point, only been seen in works of science fiction; habitable dwellings and cities on planets other than Earth.
It may still seem a bit preemptive to be talking about designing architecture for a planet like Mars, considering we are still in the preliminary stages of working out how to get humans to the surface of the Red Planet, but a complicated project such as this requires a lot of time to produce successful results. As howwegettonext.com reports, an ideal Martian habitat needs to be sustainable, have zero-energy consumption, include backup systems for its pressurized areas, and balance survival with habitability. The habitats need to make it easy for their occupants to exercise, eat, and sleep while taking into account going outside isn’t as simple as opening a door and stepping through it.
There has been no lack of ideas for Martian architecture, ideas that have employed technology such as 3D printing and inflatable habitats. But the problem with these designs, as Vera Mulyani, who describes herself as the world’s first “Marschitect,” explains, is that they focus first on the habitat and completely ignore the greater overall city that would develop later. Mulyani believes thinking about how the entire city is conceptually designed, and then focusing on the habitat, will lead to a better functioning city.
Mars City Design, a project of which Mulyani is the founder, wants to establish a base of four people on Mars and eventually grow it into a settlement the size of a small city, populated by over 1,000 people.
”It is not enough to just travel to Mars and survive, now we must develop a way in which we can sustainably live and love on Mars. It is essential that we call on a new generation of thinkers and innovators to make this a reality,” Mulyani says on the Mars City Design website.
With registration beginning this October, Mars City Design is holding a design challenge to create architecture for Mars. The main theme for the 2017 challenge is ‘Transportation,’ ranging “from the scale of pedestrian to the scale of cities.” Secondary themes include ‘Humans’ Friends’ (designing robots that imitate animals to help with tasks such as collecting food, building shelters, and mining) and ‘Energy Recycling’ (power supply and waste management).
Currently, space architecture is not a recognized or respected skill by the aerospace industry or the American Institute of Architects, but companies like Mars City Design are challenging that mentality. As the thought of human beings setting foot on another planet begins to seem less and less crazy, developing architecture for planets other than Earth not only seems realistic, but necessary.
For more information on Mars City Design, click here. To read the original article on How We get To Next, click here.
Related Stories
| May 3, 2014
Health system capital planning for the future: The benefits of master plan portfolio analysis and ambulatory market modeling
Money continues to be scarce, yet U.S. health systems need to invest and re-invest in their physical future. Healthcare facilities planning experts from CBRE Healthcare outline tools and strategies for identifying where to best allocate precious resources.
| May 3, 2014
4 easy steps to being a great project manager
Managing a team of people, especially creative people, is a task that not everyone is up for. Keeping your team on the same page while maintaining a schedule and budget that can keep your corporation happy will take confidence and bountiful people skills. Here are some tips for effectively managing a project. SPONSORED CONTENT
Sponsored | | May 3, 2014
Fire-rated glass floor system captures light in science and engineering infill
In implementing Northwestern University’s Engineering Life Sciences infill design, Flad Architects faced the challenge of ensuring adequate, balanced light given the adjacent, existing building wings. To allow for light penetration from the fifth floor to the ground floor, the design team desired a large, central atrium. One potential setback with drawing light through the atrium was meeting fire and life safety codes.
| May 2, 2014
World's largest outdoor chandelier tops reworked streetscape for Cleveland's PlayhouseSquare
Streetscape project includes monumental gateway portals, LED signage, and a new plaza, fire pit, sidewalk café, and alfresco dining area.
| May 2, 2014
Norwegian modular project set to be world's tallest timber-frame apartment building [slideshow]
A 14-story luxury apartment block in central Bergen, Norway, will be the world's tallest timber-framed multifamily project, at 49 meters (160 feet).
| May 2, 2014
Top 10 countries for LEED buildings outside the U.S.
The list of the top 10 countries for LEED reflects the global adaptability of the world’s most widely used and recognized system guiding the design, construction, operations and maintenance of green buildings.
| May 1, 2014
First look: Cal State San Marcos's posh student union complex
The new 89,000-sf University Student Union at CSUSM features a massive, open-air amphitheater, student activity center with a game lounge, rooftop garden and patio, and ballroom space.
| May 1, 2014
Super BIM: 7 award-winning BIM/VDC-driven projects
Thom Mayne's Perot Museum of Nature and Science and Anaheim's new intermodal center are among the 2014 AIA TAP BIM Award winners.
| May 1, 2014
Tight on space for multifamily? Check out this modular kitchen tower
The Clei Ecooking kitchen, recently rolled out at Milan's Salone de Mobile furniture fair, squeezes multiple appliances into a tiny footprint.
| May 1, 2014
Chinese spec 'world's fastest' elevators for supertall project
Hitachi Elevator Co. will build and install 95 elevators—including two that the manufacturer labels as the "world's fastest"—for the Kohn Pedersen Fox-designed Guangzhou CTF Finance Center.