The Great Gulf Active House by Superkül Inc is run on 100% renewable energy.
The Great Gulf Active House by Superkül inc as example: a home that “sets a new precedent in Canadian residential development”.
Designed for one of Canada’s largest home builders - Great Gulf – the sleek architectural style was backed up by environmental responsibility and energy efficiency. Occupying a lot in a new suburb outside of St. Catharines, Thorold, ON, Canada, the 3,290 square feet residence showcases its highly contemporary silhouette with pride.
A pair of skyscrapers by Boeri Studio are nearing completion in Milan, featuring as many trees as could be planted in a hectare of forest.
The studio led by Italian architect Stefano Boeri came up with the concept of Bosco Verticale, or Vertical Forest, as a way to combine high-density residential development with tree planting in city centres.
The first project born from this concept is now nearing completion in the Isola area of Milan's fast-developing Porta Nuova district. Two towers, measuring 80 and 112 metres, are set to open later this year and are already home to 900 trees.
"The project is set to create a new standard for sustainable housing," said engineering firm Arup, who is working alongside Boeri Studio to deliver the project...
Il n'aura fallu qu'un seul jour pour fabriquer la première maison par impression 3D et c'est dans la ville de Shanghai que cela s'est passé il y a quelques semaines. C'est la société Shanghai WinSun Decoration Engineering Co qui est à l'origine de ce baptême dans l'industrie de la construction et explique travailler depuis plusieurs années ...
Shigeru Ban’s inventive yet frugal Nomadic Museum berths on the Santa Monica beachfront
For the past 14 years, Gregory Colbert has been filming the interaction of animals and humans around the world, creating images of great beauty. In 2002, he mounted an exhibition, Ashes and Snow, in the Corderia of the Venice Arsenal e. and invited Shigeru Ban to design a prefabricated gallery in which this show could be displayed in varied locations.
Naturalist and architect shared a concern to make the building environmentally sensitive, and for Ban it was a challenge to recycle commonplace materials on a heroic scale.
Passive Houses are essentially buildings which use very little energy for heating and cooling, whilst also providing a high level of comfort.
The houses are so energy efficient they can save up to 90% in heating costs. One of the main focal points of Passive Houses is minimizing air leakage from the property. In fact, for a house to be certified, ‘the building must not leak more air than 0.6 times the house volume per hour’. The houses implement the latest in insulation technology, triple-glazed windows, balanced energy recovery ventilation and limiting thermal bridging, being heated mostly using ‘passive’ energy from electrical equipment, people and passive solar gains...
The Bass and Flinders Gateway development in New South Wales, Australia sits at the threshold of Wollongong and the greater Illawarra region, with the Illawarra Escarpment as the backdrop and inspiration behind the design concept- an aesthetic and metaphoric link to the building’s central location at the heart of the coastal plain between the mountain and sea, resonating the energy and history of the city.
To manage the transition between the city center and its outskirts, the profile of the buildings vary, layered as the topography of the escarpment, fine-tuned to moderate between the scales of the city, the domestic to the civic, the shed to the office tower. At the heart of the development is a central green space, permeable to cyclists and pedestrians, importantly connected into the Wollongong city grain and its local precinct. Designed to encourage social interaction and foster a sense of community that works positively with the developing urban plan and commercial strategy of the city rather than in competition it.
In Dongnai, Vietnam, Vo Trong Nghia Architects has completed the construction of ‘farming kindergarten’, a large pre-school designed to accommodate up to 500 children. The project is envisioned as a model of sustainability set within the tropical climate, allowing the school’s young inhabitants to understand the importance of sustainable education and design.
A fully accessible green roof drawn in a triple-ring-shape creates three courtyards enclosed by the looping structure, providing safe and secure playgrounds for the kindergarten’s occupants. The different levels and gradients created by the building’s spiral form offer a series of distinct outdoor learning environments, where children are able to forge a close relationship with the natural world.
New York has become one of the world’s most populous, densely packed cities. What if you could redraw the city’s map – and build it from scratch?
If we were designing New York today, how different would it look?
The new New York City would balance the relationship between the information networks that the metropolis depends on and Earth’s finite resources.
All vital components of life would be monitored and attuned to the needs of every organism, not just humans. Supplies of food and water, our energy and waste and even our air would be sensibly scrutinised. Thanks to masses of miniaturised low-cost electronic components deployed across the city, communication becomes far easier. New York will grow and adapt to millions of new minds entering it everyday.
The city would make sure every need is provided for within its borders. How we provide nutrients, transports, and shelter would be updated. Dilapidated buildings would be replaced with vertical agriculture and new kinds of housing would join cleaner, greener ways to get around the city. What were once streets become snaking arteries of livable spaces, embedded with renewable energy sources, low-tech, green vehicles for mobility and productive nutrient zones. The former street grid could provide the foundation for new flexible networks. By reengineering the obsolete streets, we can create robust and ecologically active pathways.
While all this may sound optimistic, some of this city of tomorrow is already taking shape...
With a little bit of imagination (and a lot work), some talented architects have succeeded in designing dwellings made of shipping containers, ranging from off-the-grid guest homes to full time single family homes.
Shipping Container homes have their pros and cons: they are durable and eco-friendly, usually more cost-effective to build than conventional construction, and pre-fab modules can be easily transported by truck. But they also must be well insulated and sealed, as the steel conducts heat and can easily rust.
Here are 22 of the best modern shipping container houses built around the world to consider...
Bill Gates introduces Mosquito Week on his personal blog, the Gates Notes. Everything posted this week is dedicated to this deadly creature. Mosquitoes carry devastating diseases like malaria, dengue fever, yellow fever, and encephalitis.
Finnish studio AOR has installed an angular canal-side platform in King's Cross, London, where visitors can make contact with some of the local wildlife.
Named Viewpoint, the floating structure sits over the Regent's Canal on the edge of the Camley Street nature reserve. It provides a habitat for birds and bats, as well as an outdoor classroom where people can learn about the surrounding flora and fauna.
"We hope that Viewpoint will have resonance beyond its modest footprint and allow the many visitors to Camley Street Natural Park to discover this natural environment - a rarity in a metropolitan city such as London," added the architects.
"When you combine a street and a road, you get a STROAD, one of the most dangerous and unproductive human environments. To get more for our transportation dollar, America needs an active policy of converting STROADs to productive streets or high capacity roadways."
The brief was basic: a simple guesthouse for a familyto live while Bohlin Cywinski Jackson designed their main residence. The architect's design for the is instantly legible with a repetition of trusses, windows, and lumber creating a strong linear profile.
A standard, repeatable, four-foot-wide bay makes use of economical, available materials, such as open-web steel trusses, plywood, laminated veneer lumber, and an insulated aluminum window system. The resulting residence is linear, with an open-plan kitchen and living space, 3 bedrooms, and an office with views over the Cascade Range.
The Ecorium of the National Ecological Institute in Seocheon-gun, South Korea promotes a design concept by SAMOO Architects and Engineers that reflects three key concepts:
"From the Nature," "Be the Nature," & "With the Nature."
The first is expressed by the dynamic, organic lines of the Institute and its grounds. The second uses cutting-edge technology to recreate ecological environments by aligning greenhouses with the optimal amount of sunlight for each one. The third includes visitors who immerse themselves in the complex ecological experience. The Ecorium is poised to become a landmark in green research, education, and exhibitions.
With technological change marching forward at a rapid clip, city environments are being reshaped and the urban experience is being reimagined.
Nearly ubiquitous mobile access has provided visitors and residents with the ability to unlock the “secrets” of the city, opening the door to new experiences and improving livability and user-friendliness. However, in order to make the best of these changes, policy must welcome and support innovation and the urban transformation that accompanies it—and there’s no one-size-fits-all formula...