- The hyperloop concept can be transformed into a viable technology that is safe for passengers and the communities where the tubes traverse
- The hyperloop technology cost is comparable or is significantly more affordable than conventional high-speed rail systems or developing maglev technologies
Posts tagged with "Toronto":
Despite being just ten years old, UUfie has snagged commissions in high-profile locations around the world that any practice would envy. Few firms of a comparable size have worked in three continents, and UUfie’s founders are aware of the benefits of having worked around the world; they credit their global experience with bringing “more cultural awareness and diversity in thinking” to their practice.
The firm was founded in 2009 by Irene Gardpoit and Eiri Ota in Tokyo, where the two met while Ota was working at Jun Aoki & Associates and Gardpoit at Arata Isozaki & Associates. Their firm’s first project was a residential commission from a local family in Tokyo—where Paris-born Ota grew up—and there the practice grew for a few years before moving to Toronto in 2013. Gardpoit is a native of the Canadian city and said that the move was a fresh opportunity for the firm.
“In Canada, there is a growth in supporting Canadian talent and potential for establishing a vibrant design scene that is broadening its perspective. In Japan, this scene is highly established and appears to lean now toward a retrospective view,” Gardpoit said. “Canada is a culturally diverse country in comparison to Japan. This diversity brings on its challenges, but it is also unique in that it does not necessarily have its own established identity. It allows us to experiment.”
UUfie frequently experiments with architecture’s relationship to nature, a theme that could lend itself to cliché in other hands—UUfie keeps it fresh by staying stylistically flexible and thinking broadly. For the landmark Parisian department store Printemps Haussmann, UUfie was tasked with creating a new vertical circulation space in the retailer’s historic home. The practice took its cue from the building’s Art Nouveau stained glass depictions of plants and flowers, reinterpreting the decorations’ supple arcs and florid colors for the 21st century with a triangulated screen that hovers over a seven-story wall of kaleidoscopic dichroic glass running alongside the building’s escalators. “Colorfulness was the essential part,” Ota said. “It creates interaction as people go up and down the escalator.”
Lake Cottage, a small home in the woods for a large family, has a more direct relationship with nature—it would be hard for it not to, given that it’s in the middle of a Canadian forest. Although the cottage adopts some conventional cabin tropes, like wood siding and an A-frame structure, it cleverly plays with these norms, twisting the retreat into a sleek fun house. It’s a bit difficult to grasp with words—a product of UUfie’s spaces’ subtle complexity—but essentially, the living room is nested inside the building’s frame like a Russian doll, with windows in the main space punched out to those surrounding it so that people in an above loft can peek in on those below. That same loft is lined with abstracted exterior shingles so that the living room “skylights” seem to be looking up at another building’s roof. It’s a funny mind trick that testifies to the firm’s ability to surprise with an economy of means, regardless of locale.
Can one of the world’s oldest building materials form the foundation of a sensor-integrated “smart” neighborhood? Alphabet subsidiary Sidewalk Labs is making a go of it on the Toronto waterfront, and has enlisted wood advocates and Katerra partner Michael Green Architecture (MGA) to design flexible, mixed-use timber buildings for its 3-million-square-foot Quayside project.
If the 12-acre site is developed as planned, it would become the largest timber project in the world.
The ground-up development in Quayside is leaning on mass timber because Sidewalk Labs has touted the material as sustainable and as tough as steel, as well as because cross-laminated timber (CLT) panels work well in prefabricated structures. MGA has designed a kit-of-parts that can be used for buildings of every scale, and Sidewalk Labs is reportedly looking at constructing a collection of 12 mass timber towers, with the tallest topping out at 30 stories.
Sidewalk Labs is aiming to build within Quayside’s existing zoning, which would entail 90 percent residential development.
The neighborhood will encourage street-level interaction through a combination of design and environmental control. MGA has anchored the base of each building with a “stoa,” or an open-air covered walkway supported by a colonnade (in this case, V-shaped heavy timber columns) that will contain retail and communal gathering places.
Of course, Toronto’s winters are especially punishing, and doubly so on the waterfront. Sidewalk Labs tapped the architecture studio PARTISANS to design an “outdoor comfort toolkit,” including a computer-controlled retractable canopy that will clad the stoas. The umbrella-like structures will block out wind, rain, and snow while heated pavers will keep snow off of the streets; the company claims that both advancements will double the amount of time residents will be able to spend outdoors.
Beyer Blinder Belle is responsible for the site’s master plan and Toronto-based PUBLIC WORK will be designing the landscape. Sidewalk Labs also reached out to the Ontario-based gh3*, Toronto’s Teeple Architects, and Toronto-based Dubbeldam Architecture + Design to create residential unit concepts. Sidewalk Labs will submit its final Master Innovation and Development Plan for public comment sometime this spring.