The Nomad Micro home is the brainchild of Vancouver architect Ian Kent, who is currently raising funds to begin producing the home through an Indie Go Go campaign. The Nomad Micro Home can be described as a sustainable tiny house kit. It is so small and lightweight that the buyer can ship it anywhere in the world, and once it arrives, anyone with some basic carpentry skills can assemble it on their own.
The Nomad Micro Home measures a measly 10×10 feet and features a living room, kitchen, and an upstairs sleeping loft. However, due to the size constraints, several of these serve a double purpose. For example, the shelves in the kitchen are also the stairs to the loft area and the whole bathroom is also a shower. The Nomad is designed to house one or two people, though several house kits can be assembled together to make a larger home.
Award-winning architecturally designed prefab houses from Blu® Homes are now available in the Hawai‘i, thanks to their newly-formed partnership with Cutting Edge Development, the first of many partnerships in the works to expand into the Hawai‘i market. Read more »
No Rules Just Architecture has created DOM(E), an prefabricated off-grid home that is an eco-friendly and portable shelter. DOM(E) provides optimal living conditions no matter where it is located and is less expensive than traditional construction, while making the best use of natural energy resources.
Featuring a five-story atrium lit by natural sunlight at its entrance, the expansion of the Nemours/Alfred I. duPont Hospital for Children in Delaware incorporates significant amounts of prefabricated modules and materials into its construction. Project executive and prefabrication manager for Swedish builder Skansa USA, Marty Corrado, hired Rob Whartnaby as foreman and superintendent to build 144 pie-shaped rooms and bathrooms at a warehouse, using prefab technology that has rarely been used on hospitals and high-end commercial buildings, from which they would be shipped and installed on-site.
“It’s very innovative,” said Whartnaby, in an interview with Architectural Record. “We’re relearning the trade. It’s definitely good for the unions. It’s good for the customer . . . because you’re getting the building done faster. And there’s a big safety factor. On a wet day like this, we have a very controlled environment. Nobody’s going to fall over six feet on this job.”
“This is a radical departure,” said Corrado. Pipes and ducts are built into “one big box” that is linked to headwalls, which are then pre-approved by Underwriters Laboratories prior to installation. Each box is then lifted and hung in the building. While the project is not saving significant amounts of money by using prefab technologies, the reduction in construction-related injuries is notable. “We’re still using the same amount of material,” says Corrado. “We’re fairly confident that we are using less labor, but subcontractors are still reluctant to bid less on prefab commercial jobs. The practice is that new.”
Expected to open in 2014, the expansion features outdoor views from all patient rooms, which are private, single-bed areas, each with two televisions, shower, refrigerator, and closet space. Each unit has a playroom, serenity room, laundry facilities, overnight sleeping areas for residents, conference room. There are 24-bed patient care communities with three eight-patient neighborhoods, along with multiple serenity gardens, a Discovery Zone for children, and 188 underground parking spaces.
Lightwall Pavilion, the winning submission to the 2012 ReSpace Design Competition, was designed by Abe Drechsler and Scott Hefner, architecture students at North Carolina State University. The multi-purpose structure is 213 square feet and is constructed of reclaimed wood from various sources and glass bottles obtained from restaurants and bars in downtown Raleigh.
Facit Homes has patented the D-Process, a high-tech machine that turns a 3D computer model of a home into functional pieces that can be snapped together to build an entire house directly on-site.
With the help of D-Process, the company designs detailed pieces of each home on a computer and cuts them on a CNC router, and the result is plywood pieces that are light and easy to assemble right at the site. This maintains a quick process for homes that easily snap together with minimal costs and waste.