Urban Mobility : The Latest Architecture and News

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In our increasingly urbanized world, everything and everyone has adopted a lifestyle of nomadism. New environmental and social constraints have forced people to have a constant "on-the-go" behavior, so much so that almost everything has acquired wheels, even the buildings. But with the rise of debates like "is humankind being replaced by robots?" and "is technology taking over?", urban mobility has helped give access to housing, healthcare, and education in places with extreme difficult conditions.

To shed the light on globally-thriving mobile activities, the France-based Institut pour Ville en Mouvement, or City on the Move Institute, is an organization that has been addressing the challenges posed by urban mobility and contributing to the emergence of innovative solutions. In a series of short Youtube clips, the organization invited experts in the fields of architecture, urban planning, and technology to share their insights on the future of urban mobility.

UNStudio has unveiled images of the first finished stations on the new Doha Metro Network, one of the most advanced and fastest driverless systems in the world. Phase one of the Qatar Integrated Railway Project (QIRP), involved the construction of three metro lines (Red, Green, and Gold), with 37 stations currently having been completed.

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100architects has designed a proposal that regenerates the Puji Road pedestrian bridge in Shanghai, China. Entitled High Loop, the proposal reimagines the 1-kilometer elevated platform, adding playfulness and color to the city, without transforming the structure.

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PAU or Practice for Architecture and Urbanism revealed images for a proposal that imagines New York City without cars. The visionary N.Y.C. (“Not Your Car”) project unlocks the potential of the city’s streets, reopens the public space to people and bans private vehicles.

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The PHVision Masterplan for Heidelberg in Germany has been approved by the City Council. Located on the site of the Patrick-Henry-Village (PHV) in Heidelberg, the 100-hectare development, designed by KCAP can now move forward, transforming the former military area into a new quarter, establishing the knowledge city of the future.

Autonomous vehicles can read Baidu POIs (Point of Interests) and digitally enable a physical interaction between riders and surrounding landscapes. (Image © Shuman Wu, Huai Kuan Chung, Carmelo Ignaccolo for the UABB 2019 “Transforming the landscapes of mobility”)

What happens when the sensor-imbued city acquires the ability to see – almost as if it had eyes? During the 2019 Shenzhen Biennale of Urbanism\Architecture (UABB), titled "Urban Interactions," Archdaily is working with the curators of the "Eyes of the City" section at the Biennial to stimulate a discussion on how new technologies – and Artificial Intelligence in particular – might impact architecture and urban life. Here you can find all the information about the “Eyes of the City” section, curated by Carlo Ratti, Politecnico di Torino, and SCUT - including exhibits, events, and project's blueprints.

From horse-drawn trolley to railways to the automobile, innovations in transportation have shaped not only the way our cities develop but also how people experience the surrounding landscapes while in motion. When in the 5^th millennium BCE, Sumerians developed the first freely-spinning wheel with axle mechanism, this invention not only brought significant military advantage during the city-state wars in Mesopotamia but it also boosted the development of cities.

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It is only a matter of time until algorithms take the wheel. While the first autopilot system for vehicles was developed 3000 years ago by sailors attaching weather vanes to tillers, the last 10 years have seen unprecedented growth in interest and effort towards AV (autonomous vehicles). Today, autonomous vehicle tests are underway in 36 US states, while it is estimated that the technology could replace 90% of vehicles in cities such as Lisbon, Portugal and Austin, Texas.

BIG unveiled its latest intervention, the Toyota Woven City, the company's first venture in Japan. Nestled at the foothills of Mt. Fuji, the project, in collaboration with Toyota Motor Corporation, is the world’s first urban incubator pushing forward the development and progress of mobility.

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For decades, the gas station has been a staple of both urban and rural landscapes. As the 20th century saw the democratization of automobiles, the gas station became arguably one of the most generic, universal architectural typologies. Today in the USA alone, there are 130,000 gas stations serving 268 million cars. However, as populations move to condensed, urban areas with ever-improving public transit systems, and as the internal combustion engine evolves into electric alternatives, it is time to either redesign or retire the gas station.

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The implementation of a Complete Street is something to be celebrated. A Complete Street initiative is a clear indication that a city is striving for urban mobility and seeking a more democratic and safer use of space. Nevertheless, it is vital to measure the impact of these interventions when implementing future actions.

Joel Carlos Borges Street, the first Complete Street in São Paulo, underwent an evaluation two months after it was completed. The study revealed that 92% of its users approved of the project and believed that the changes were beneficial.

Clay Cockrell, a psychotherapist from New York (where there are so many psychotherapists that they could have their own neighborhood) takes her sessions outdoors. These sessions specifically entail walking, in places like Central Park or Battery Park, or wherever else the client prefers to go, as the location of the consultation is totally flexible. Though her method and fees are relatively similar to any other psychotherapist, the one marked difference is the environment in which the doctor-patient interaction takes place. The typical sofa, leather chair, Persian rug and prop library are all replaced with the street´s pavement, gravel or the park where the patient chooses to go.

Walking is much more than covering a certain distance by foot. It is also one of the most basic tools to achieve what is commonly referred to as “clearing the mind.” Walking is a free resource, easily accessible and almost always available, and facilitates the return to a calmer world where the mind can make connections free of interferences with the body, and the body, in turn, can connect with the ground that it walks on and the environment it is surrounded by.