Canada's Expo 67 stands as one of the most successful world expos ever held, setting records and leaving an enduring impact on Montreal's urban landscape. As part of Canada's 100 years celebrations, the event provided an opportunity for the city to showcase its cultural and technological achievements on a global platform. With over 50 million visitors in just six months, it shattered attendance records, including an astonishing 569,500 visitors in a single day. An unprecedented feat for a world fair at the time. Now, 58 years later, and with the Osaka Expo 2025 set to showcase how to design the future society for our lives, it is worth revisiting the legacy of Expo 67 and exploring the urban transformations it brought to Montreal.
Kenzo Tange's 1960 Tokyo Bay Plan reflected the zeitgeist of a society enamored by rapid technological advancement and post-war optimism. Buckminster Fuller's 1959 dome concept over Manhattan was developed on a belief in humanity's ability to shape its environment on an unprecedented scale. All throughout the mid-20th century, utopian urban planning ideas sprouted in various parts of the world, driven by a unique combination of societal factors and psychological motivations.
While these visions were often marked by hope and ambition, they also reflected the broader economic growth and technological innovation of the time—factors that contributed to the bold fantasies of architects and urban designers eager to transform the urban landscape. Many saw an opportunity to redesign cities from the ground up, often bypassing the complexities of existing urban fabrics in favor of futuristic ideals. However, while these visions provoked forward-thinking practices, they often surprised the public and seemed distant or unattainable. How might these concepts have evolved if shaped by today's participatory planning, which prioritizes public engagement and community input?
Montreal, located along the Saint Laurent River in Southern Quebec, is Canada’s second-largest city. Often renowned for its architectural diversity, its built environment reflects both its colonial past and modern evolution. As a former territory of "Nouvelle France," French language and culture remain dominant, which has in turn influenced the city's architectural character. Notably, Old Montreal features well-preserved buildings from the 18th and 19th centuries, most of which are a testament to the city’s industrial growth after the construction of the Lachine Canal. The area's heritage has been protected and restored through efforts by figures like Phyllis Lambert and organizations such as Heritage Montreal, allowing the city’s rich architectural history to coexist with its modern developments.
Montreal's multiculturalism is evident in neighborhoods like Little Italy and Little Portugal, with its diversity fueling a vibrant cultural scene. The city hosts a multitude of festivals every year, many held in open-air venues like Place des Festivals. Parc Jean-Drapeau, built for the 1967 World Expo, is another popular spot for large events while offering stunning views of the city skyline. Another relevant site is Mont Royal Hill, a park offering panoramic views of downtown and access to hiking trails, Saint Joseph’s Oratory, Beaver’s Lake, and other areas of architectural interest such as the Plateau.
The Vitra Design Museum presents 'Transform! Designing the Future of Energy', an exhibition running from March 23rd to September 1st, 2024. As energy stands as the cornerstone of modern society, the subject encompasses political, social, and environmental dimensions. The exhibition aims to highlight design’s role in the effort to transform the energy sector into a more efficient, reliable, and sustainable one, relying more on renewable sources, smart mobility systems, and moving towards self-sufficient cities.
Don Davis (American, born 1952). Stanford torus interior view. 1975. Acrylic on board, 17 × 22″ (43.1 × 55.9 cm). Commissioned by NASA for Richard D. Johnson and Charles Holbrow, eds., Space Settlements: A Design Study (Washington, DC: NASA Scientific and Technical Information Office, 1977). Illustration never used. Collection Don Davis. Image Courtesy of The Museum of Modern Art
The Museum of Modern Art New York has announced the opening of an exhibition focused on the first realized and unrealized projects that address ecological and environmental concerns. Featuring works by architects who practiced mainly in the United States from the 1930s through the 1990s, the exhibition titled “Emerging Ecologies: Architecture and the Rise of Environmentalism” is on view from September 17, 2023, through January 20, 2024. The over 150 works showcased reveal the rise of the environmental movement through the lens of architectural practice and thought.
Today we know R. Buckminster Fuller primarily through his oeuvre of iconic objects and ideas created over the arc of a nearly 90-year life. Born in the last decade of the 19th century, Fuller lived long enough to hang out with Steve Jobs. He’s variously described as a “systems thinker,” perhaps the first “futurist,” a visionary, engineer, geometer, and architect (he won the AIA Gold Medal in 1970). But “inventor” is probably the most accurate description. Historian and writer Alec Nevala-Lee’s 2022 biography, aptly titled Inventor of the Future: The Visionary Life of Buckminster Fuller (Dey St. Books), tells a nuanced story of the man known for geodesic domes; space frames; “Spaceship Earth”; the Dymaxion map, house, and car; and concepts such as tensegrity, synergy, and “ephemeralization” (“doing everything with nothing at all,” as he described it).
https://www.archdaily.com/998130/bucky-fullers-most-complex-invention-may-have-been-himselfMichael J. Crosbie
The threat of climate change is looming before us. Sea level rise concerns over 410 million people at risk of losing their livelihoods. Coastal cities are choked with high-rise buildings and traffic-laden roads, consuming land insufficiently. Synthesizing these problems, architects across the world have proposed a potential answer - floating cities. A future of living on water seems like a radical shift from how people live, work, and play. Vernacular precedents prove otherwise, offering inspiration for what our cities could morph into. As world leaders discuss courses of action to tackle climate change at the COP27 climate summit in Egypt, ArchDaily dives into the concept of radical water-based settlements.
Architecture is not simply building. Over 2,000 years ago, Roman architect Marcus Vitruvius Pollio defined two base realities in building: “Firmness” (Safety) and “Commodity” (Use) and then offered what turns building into architecture: “Delight” (Beauty).
“Firmness” has been recoined in this century as “Resilience”. After being unscathed in five hurricanes over thirty years, does this building have “Delight” beyond its “Firmness”? The property of “Commodity” is found in any design’s usefulness and fit: is this archive, in constant use, have “Delight” beyond its “Commodity”?
The American architect, designer, and futurist Buckminster Fuller once defined the Dymaxion principle as “constructing ever more with ever less weight, time, and ergs per each given level of functional performance.”
Encompassing a Buckminster Fuller–designed geodesic dome and an Alexander Calder sculpture, the intervention shows how the city is rethinking its world’s fair treasures.
The contemporary urban fabric of Montreal, perhaps more than any other Canadian city, was shaped by a single event in its modern history: the 1967 International and Universal Exposition, popularly known as Expo 67. With its record-breaking number of visitors, it was the most successful world’s fair of the 20th century and fueled a construction boom in the city that stretched into the late 1970s.
“Today industrial design has put murder on a mass-production basis,” declared Victor Papanek, design provocateur and critic, from the podium of a design-activist happening in 1968. “By designing criminally unsafe automobiles that kill or maim,” he roared, “by creating a whole new species of permanent garbage to clutter up the landscape, and by choosing materials and processes that pollute the air we breathe, designers have become a dangerous breed.”
https://www.archdaily.com/910725/the-insignificance-of-aesthetics-an-exhbition-at-vitra-design-museum-adds-a-context-of-urgency-to-the-works-of-victor-papanekAlison J. Clarke
Of all the terrarium-like experiments included in Lydia Kallipoliti’s The Architecture of Closed Worlds: Or, What Is the Power of Shit? (Lars Müller/Storefront for Art and Architecture), Biosphere 2 is the most infamous. A steel-and-glass structure baking in the Arizona desert, it represents the hope and hubris of re-creating Earth on Earth. The project was launched by an alternative living group with a taste for theater, and tanked by disastrous management by Steve Bannon (yes, him). As such, it illustrates the risky arc that courses through Kallipoliti’s 300-page volume—visions of utopia bending toward ultimate failure.
R. Buckminster Fuller remains, 35 years after his passing, one of architecture’s preeminent minds. His proposals in construction, housing, mapping, and even transportation have a continued influence in the fields of architecture and engineering today, despite many of them having been designed nearly a century ago.
https://www.archdaily.com/901424/celebrate-buckminster-fullers-legacy-with-never-before-seen-postersKatherine Allen
Pioneering radical Richard Buckminster "Bucky" Fuller (July 12, 1895 – July 1, 1983), an inventor, architect and the second president of Mensa, had a massive impact on the architecture and popular culture of the latter 20th century. Most famous for popularizing the geodesic dome, Fuller is also known as the father of sustainability, and was driven by his intention “to make the world work for 100% of humanity, in the shortest possible time, through spontaneous cooperation without ecological offense or disadvantage of anyone.”
Through his extensive research, inventions and structural experiments, Buckminster Fuller created the term tensegrity to describe "self-tensioning structures composed of rigid structures and cables, with forces of traction and compression, which form an integrated whole" [1]. In other words, tensegrity is the property demonstrated by a system that employs cables (traction) and rigidity of other elements (usually steel, wood or bamboo) capable of acting under the intrinsic stresses (traction and compression) together and simultaneously, giving greater resistance and formal stability. It creates an interconnected structure that works biologically like muscles and bones, where one element strengthens the other.
After being knighted in 1990 for services to architecture, winning the 1999 Pritzker Prize and then gaining peerage in the same year, it could be argued that there is no living architect that has had a larger impact on urban life than Norman Foster. In a recent talk, Foster addressed a sold-out Barbican Hall on the future of our growing urban landscape, in the seventh installment of the Architecture On Stage series organized by The Architecture Foundation with the Barbican. While the content was full of grandiose statements and predictions, of a scale similar to the projects Foster's practice undertakes, it was the problem-solving approach he showed that gave more of an insight into the man himself. The following 5 lessons gleaned from the presentation won't guarantee Foster-like levels of success, but they may be able to help you navigate the challenges that architecture can present, both personally and professionally.
Metropolis Magazine has released a curated list of 19 new books to read this spring, with topics ranging from the evolution of social housing to Stanley Kubrick's unfilmed masterpiece to a fascinating tome on the architecture of Zionism. Not simply volumes detailing well-tread histories, these chosen titles explore every niche category through the lens of architecture. Ever wondered how Buckminster Fuller inspired six former gang members to construct his geodesic dome? Or what metro stations in North Korea look like?
Reinterpreting the teachings of Buckminster Fuller, North Face have announced the latest tent in their collection; a geodesic dome tent. Thanks to the most spatially efficient shape in architecture, it can withstand winds of up to 60 mph as the force is spread evenly across the structure whilst even providing enough height for a six-foot person to stand comfortably inside.
The extremely efficient design has allowed the tent to weigh not much more than 11kg and comprise of 5 main poles and the equator for fast and easy assembly and storage. The outdoor gear company has also considered a water-resistant dual-layered exterior skin for their incredibly strong and sturdy tent to endure whatever mother nature has to throw at it.
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