Five towers with unfortunate likenesses

Gate to the East by RMJM

Following yesterday’s story about a skyscraper that resembles a pair of trousers (above), here are some more looky-likey towers including one that readers have compared to a stack of toilet rolls and another that looks like a sex toy.

Jean Nouvel in Doha

Jean Nouvel’s proposal for a high-rise office building in Doha (above) was widely compared to a dildo and a penis by readers when we first published it in 2007 and is now nearing completion.

Velo Towers by Asymptote

Asymptote Architecture’s tower for Seoul (above) has been compared to both a toilet-roll holder and a cam shaft by our readers. The proposal is one of many for the new Yongsan International Business District of Seoul masterplanned by Daniel Libeskind. It will be 153 metres tall and comprise two skyscrapers connected by a bridge 125 metres up.

The Cloud by MVRDV

This pair of linked towers by MVRDV (above), also designed for the same development in Seoul, caused outrage when it was interpreted as representing the exploding World Trade Centre on 9/11. The furor started with readers’ comments on our story was soon picked up by the media including the New York Post and the BBC. MVRDV made an official statement on their Facebook page to apologise and claimed that they simply didn’t see the resemblance during the design process.

Lilium Tower in Warsaw by Zaha Hadid

Finally, there’s Zaha Hadid’s Lilium Tower for Warsaw (above), which commenters informed us was “already called The Tampon in Warsaw” when we first showed images of the design in 2008. The 250 metre tower will contain luxury apartments and a hotel, and is currently under construction.

See all our stories about skyscrapers here.

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Iwan Baan on “architecture without architects”

In a movie Dezeen filmed at his Golden Lion-winning installation in collaboration with Justin McGuirk and Urban-Think Tank at the Venice Architecture Biennale, architectural photographer Iwan Baan talks about how residents have built their own homes between the columns and floor plates of the unfinished Torre David skyscraper in Caracas.

Iwan Baan on "architecture without architects"

“It’s basically a whole city they built in there,” he says while describing the homes, shops, church, hair salon (above) and gym the 3000 residents have created, each inventing their own construction techniques to create “a sort of architecture without architects”.

Iwan Baan on "architecture without architects"

He tells how residents start by putting up curtains and tents (above), then build walls when they get chance, creating a patchwork facade where “every person decorates their place in their own way.” Construction halted before services were installed, including elevators, so taxis drive residents up and down in an adjoining 50-storey car park.

Iwan Baan on "architecture without architects"

Baan’s photographs will be published in a book on the tower called Torre David: Anarcho Vertical Communities, written by Alfredo Brillembourg and Hubert Klumpner of Urban-Think Tank.

Iwan Baan on "architecture without architects"

Critic Justin McGuirk talks about how the project could set an example for new forms of urban housing in our earlier movie, asking “why should the majority of the poor in countries like Venezuela be forced to live in the slums around the edge of cities if there are empty office towers in the city centres?”

Iwan Baan on "architecture without architects"

See all our stories about the Venice Architecture Biennale »

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RMJM skyscraper dubbed ‘big pants’ by Chinese – Telegraph

Gate to the East tower image by RMJM Architects

Dezeen Wire: a new skyscraper in Suzhou designed by British architects RMJM has been likened to ‘giant underpants’ by Chinese commentators, reports the Telegraph.

The two-legged Gate to the East tower, which is due to be completed by the end of the year, has come under attack from Chinese media outlets and bloggers. “Is it an arch or just plain pants?” asked a recent front page of the Shanghai Daily, while the state-run news agency Xinhua quoted a Chinese blogger who wrote: “Why does China look like the playground of foreign designers with laughable architecture ideas?”

The 300 metre high RMJM skyscraper has been billed by the architects as an “iconic gateway” to Suzhou, 45 miles west of Shanghai.

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W. R. Berkley Corporation European headquarters by Kohn Pedersen Fox

W. R. Berkley Corporation European headquarters by Kohn Pedersen Fox

Dezeen Wire: here’s the first image of a new 190-metre skyscraper for the City of London designed by Kohn Pedersen Fox to house the European headquarters for insurance company W. R. Berkley Corporation.

The office tower will have 35 storeys plus two basement levels and two roof plant levels, and the proposal includes a new a new public square.

Subject to planning, construction is expected to start next year.

Kohn Pedersen Fox are also the architects behind the Heron Tower, which was the tallest in the Square Mile until overtaken by the completion of The Shard earlier this year, and The Pinnacle (formerly known as the Bishopsgate Tower), under construction but stalled since March due to lack of letting commitments.

Other skyscrapers under construction in the area include the Leadenhall Building by Rogers Stirk Harbour + Partners, 20 Fenchurch Street (nicknamed the Walkie-Talkie) by Rafael Viñoly, and 100 Bishopsgate by Allies and Morrison with Woods Bagot.

See more stories about skyscrapers on Dezeen »

Here’s some more information from W. R. Berkley Corporation:


W. R. Berkley Corporation to build new European headquarters in the City of London

W.R. Berkley Corporation, one of the world’s premier property casualty insurance providers, has submitted a planning application for a major new European headquarters at 52-54 Lime Street, London EC3, in the heart of the City of London.

Demonstrating the strength of W.R. Berkley Corporation’s commitment to London as one of the world’s leading insurance centres, the company, whose member insurance companies are rated A+ by Standard & Poor’s, will be funding the 35-storey building, which will draw together all of the company’s London presence into one place, from its own balance sheet. W. R. Berkley Corporation London companies will initially be occupying approximately 25% of the building. Other occupiers have already expressed interest in the building.

Designed by multi-award winning international architects, Kohn Pedersen Fox (KPF), who also designed the Heron Tower, the planned building is approximately 190m tall, consisting of 35 floors of offices above ground and mezzanine levels with an additional two basement and two roof plant levels. Entrances to the building would be on Leadenhall Street and from a new public square.

Floor plates will range in size from 9,000 sq ft to 22,000 sq ft and are arranged around a side core located to the south of the building, which optimises floor plate dimensions, limits solar gain and offers views of London to the, north, east, west and south west.

Public space created by the development will include a ‘square’ of approximately 11,000 sq ft which will complement the existing precinct around the Willis Building. The space will include public seating and planting as well as potential space for public art and tables linked to a specialist ground floor coffee shop, echoing the 17th century origins of the specialist insurance markets at Lloyds Coffee House.

With Lloyd’s of London and Willis adjacent to the new public square and Aon to occupy 122 Leadenhall Street, W.R. Berkley’s new European headquarters will effectively create a global ‘HQ’ of the insurance industry in London.

KPF’s work is being led by Bill Pedersen, one of the world’s most decorated architects and seven time winner of the American Institute of Architects National Honour Award.

Subject to planning, work on the project is scheduled to start by 2013 and it is anticipated that the development could be ready for occupation by 2017.

William Berkley, founder and chairman of W.R. Berkley Corporation comments:

“The proposed development of 52-54 Lime Street is an integral component of our international growth strategy. With the continuing expansion of our operations here, it makes sense to invest in a landmark building which will provide a strong base for that growth.

“This major investment is a signal of our belief and confidence in London as the centre of the global insurance market. Creating a new European headquarters on Lime Street, alongside of some of the largest companies in the industry, is an affirmation of the City of London as the centre of the insurance and reinsurance industries.”

About London’s insurance industry

Insurance companies and pension funds are crucial to the UK and City of London economy, accounting for £32.5bn in GDP contributions

The City of London is the home of the specialist insurance sector, with gross premiums on the London market conservatively estimated at £36.9bn in 2010, and Lime Street is the heart of the sector – from historic players like Lloyds, to world leading brands like Willis, Aon, and Aviva.

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China dominates skyscraper construction in 2012

Shanghai

Dezeen Wire: nine of the 20 tallest buildings under construction in the world are located in China, according to the latest research by the Council on Tall Buildings and Urban Habitat.

Their report states that while at the end of 2011 there were 61 buildings taller than 300 metres in the world, by the end of 2017 there will be as many, if not more in China alone.

Skyscrapers currently in development include the 660-metre Ping An Finance Center by Kohn Pedersen Fox and the 632-meter Shanghai Tower by Gensler.

We previously reported that a record-breaking number of skyscrapers were completed last year.

See all our stories about skyscrapers »
See all our stories about China »

Here’s some information from the CTBUH:


China to Dominate Tall Building Development

Nine of the 20 tallest buildings currently under construction in the world are located in China, which is now leading the way in the development of supertall buildings, according to the latest research study by the Council on Tall Buildings and Urban Habitat.

There are 239 buildings taller than 200 meters in advanced stages of development in China, far more than any other country. In 2011 alone China completed 23 buildings taller than 200 meters, which was also the top in the world, CTBUH’s research found.

At the end of 2011, there were only 61 buildings taller than 300 meters in the world; by 2017 China alone will have more than 60.

China’s ascendancy represents a fundamental shift in the construction of supertall buildings. In 1970, 92 of the world’s 100 tallest buildings were located in North America. By the end of 2012 only 29 of the top 100 will be in North America.

“China is dealing with the issues and challenges of developing urban environments on a massive scale,” said Timothy Johnson, chairman of the CTBUH and a partner in NBBJ.

China’s growth and the complexities of developing its cities will be key topics of discussion during the Council on Tall Buildings and Urban Habitat 9th World Congress in Shanghai, 19-21 September, at the Grand Hyatt Jin Mao.

The surge in tall building developments in China have drawn criticism recently, with some charging that the buildings are too big and too expensive. A recent newspaper editorial referred to skyscrapers as “white elephants.”

Many of the sessions during the CTBUH Congress will focus on the question of “Why tall?” and the issues in developing sustainable and efficient towers for China’s modern cities.

“The Congress will provide a forum for developers and designers to trade ideas and best practices,” Mr. Johnson said. “The key is developing well-designed projects that are environmentally sensitive and serve the needs of the city.”

The volume and height of tall building development in China is unprecedented. In 1990 there were five buildings taller than 200 meters in China; by the end of 2012 there will be 249.

The list of towers under development includes the 660-meter Ping An Finance Center, which will be the second tallest building in the world when it is completed, most likely in 2015, and the 632-meter Shanghai Tower.

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Sky Condos by DCPP Arquitectos

Vertiginous swimming pools will cantilever like diving boards from every apartment in this tower proposed for Lima, Peru, by Mexican studio DCPP Arquitectos.

Sky Condos by DCPP

The 20-storey residential building is due to be constructed beside a golf course in the east of the city and will feature a transparent glass facade and a series of elevated courtyards.

Sky Condos by DCPP

The concrete swimming pools will jut out from each of the courtyards and are pictured in the architect’s drawings without any safety rails.

Sky Condos by DCPP

We’ve previously featured proposals for a much taller skyscraper with a projecting swimming pool – see it here.

Sky Condos by DCPP

See all our stories about skyscrapers »

Sky Condos by DCPP

Here’s a project description from DCPP:


Sky Condos Located on a privileged area of the City of Lima and with views towards the golf course, we sought to create an icon for the future, a new luxury housing concept in Latin America; combining the idea of incorporating the exterior space to the interior life of the apartments and creating a new relation between public and private areas.

Sky Condos by DCPP

We wanted to get away from the traditional tower; instead of piling up a series of identical apartments, we created three types that adjust to different necessities; each one with a clear individuality using the privative exterior spaces as our main core.

Sky Condos by DCPP

Ground floor plan

We believe that an apartment shouldn’t lack exterior spaces; this is why our main space in each apartment is the exterior public area which contains the pool and a series of terraces that bring dynamism to the whole tower.

Sky Condos by DCPP

Upper floor plan 1

These terraces fill the apartment with natural light and create a game of lights and shadows.

Sky Condos by DCPP

Upper floor plan 2

The 20 floor tower has a facade that is mainly transparent allowing the integration of the building to the exterior; generating crossed ventilation and natural lighting in all the spaces without sacrificing the privacy inside the apartments.

Sky Condos by DCPP

Upper floor plan 3

The floor plan is open looking for a transparency all along the plot and generating the sensation that the apartments are suspended.

Sky Condos by DCPP

Upper floor plan 4

Sky Condos by DCPP

Upper floor plan 5

Sky Condos by DCPP

Upper floor plan 6

Sky Condos by DCPP

Upper floor plan 7

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Israeli government approves plans for 12 new skyscrapers in Jerusalem

Jerusalem skyline by Jason Wain

Dezeen Wire: Israel’s interior ministry has approved a major construction plan for Jerusalem which includes 12 new skyscrapers, reports the Jerusalem Post.

It is hoped that the scheme will boost the city’s economy and provide around 40,000 jobs. The plans were passed without opposition, but deputy mayor Yosef ‘Pepe’ Alalu voiced concern that the buildings were too high. “It could be that we’re succeeding with employment and housing, but we’re destroying the nature of Jerusalem,” he said.

The buildings will be between 24 and 33 storeys high and offer a mix of business premises, government offices and private apartments. One tower will be a 2,000-room hotel while two of the towers will be occupied by the government. The development has been designed by Farhi Zafrir Architects.

See all our stories about skyscrapers »

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V on Shenton by UNStudio

Dutch architecture firm UNStudio has designed a skyscraper for Singapore that looks like a cactus.

V on Shenton by UNStudio

Located within Singapore’s business district, the V on Shenton building for property developers UIC will replace an existing tower block that has housed the company since the 1970s.

V on Shenton by UNStudio

The building will comprise a 23-storey office tower that matches the height of surrounding buildings, as well as a 53-storey residential tower that rises above.

V on Shenton by UNStudio

Glass hexagons will be arranged in patterns across the facades of both towers, creating angled surfaces that will reflect light and provide shade. Its chamfered edges will glow blue at night.

V on Shenton by UNStudio

Another recent proposal for Singapore by UNStudio is a tower with chunks missing from its facade.

V on Shenton by UNStudio

See more stories about UNStudio »

V on Shenton by UNStudio

Here’s some more information from UNStudio:


V on Shenton, Singapore, 2010-2016

Ben van Berkel / UNStudio have designed the new UIC building, ‘V on Shenton’, in the heart of Singapore’s Central Business District.

The former UIC Building dominated the city skyline as Singapore’s tallest building for many years since its completion in 1973 and was part of an important collection of towers located along Shenton Way in the heart of Singapore’s Central Business District.

V on Shenton by UNStudio

Today, the area is undergoing rejuvenation and transformation and ‘V on Shenton’, the new UIC building, forms part of this redevelopment. The dual programming of ‘V on Shenton’, comprising office and residential, presents a unique situation in this area of the city.

V on Shenton by UNStudio

The twin tower of ‘V on Shenton’ is comprised of a 23-storey office building and a 53-storey residential tower, with the dual programming of the building highlighted through its massing.

The office tower corresponds to the scale of the surrounding buildings and the street, while the residential tower rises up to distinguish itself from the neighbouring buildings. Above the third sky lobby the unit mix of the residential tower changes with a subtle display of its split core.

V on Shenton by UNStudio

Facade

Just as the office and residential towers are of the same family of forms, so do their facades originate from the same family of patterns. The basic shape of the hexagon is used to create patterns that increase the performance of the facades with angles and shading devices that are responsive to the climatic conditions of Singapore. Along with systematic material variations, these geometric panels add texture and cohesion to the building, whilst reflecting light and pocketing shade. The texture and volume of the facade are important to maintaining the comfort of those living and working in the residential and office buildings. Shading devices and high-performance glass are important for developing a sustainable and liveable facade.

V on Shenton by UNStudio

Ben van Berkel: “The pattern of the façade comprises four to five different textures, each varying depending on the programme. At times the glass of the façade creates texture through the relief effect and the coloured side lighting, whilst the volumetric balconies of the residences create a deep texture in the total volume of the building.“

V on Shenton by UNStudio

Each tower is framed by “chamfers”; a line that unifies the composition of the residential tower, the office tower and the plinth. During daytime the chamfer appears smooth in contrast to the textured surfaces of the towers. At night the chamfer lights up as a continuous line framing building.

V on Shenton by UNStudio

Ben van Berkel: “’V on Shenton’ will have an incredible presence within the whole organisation of the city and is in that respect a very public project. But we see it also as a sculptural object, where the continuous line of the chamfer highlights the form and where the different textures are not purely related to programme, but also ‘dress’ the building”

V on Shenton by UNStudio

Lobbies

On the ground floor of the development stainless steel lines are inlaid into the floors and lines of light are traced across the ceiling, guiding pedestrians to their destination.

V on Shenton by UNStudio

The office lobby is divided into a reception area and a large café which extends along the view corridor to create a lively atmosphere in the public areas.

V on Shenton by UNStudio

Sky Gardens

The sky lobbies and the sky garden are an integral part of ‘V on Shenton’ and provide 360 degree views of Singapore. The most ample and diverse of the three sky gardens covers the entire 8th storey of the development. Here residents are able to take full advantage of the amenities while still having privacy to train or entertain guests.

V on Shenton by UNStudio

Along with the facades, the sky gardens are an integral part of developing the sustainable lifestyle of ‘V on Shenton’. These lush green spaces provide a refuge from the city with the climate and vegetation naturally providing fresher, cleaner air.

V on Shenton by UNStudio

At the two sky lobbies in the heart of the residential tower, residents are given even greater privacy combined with views of the city or the ocean. The residents of the penthouse levels will also have exclusive access to the outdoor roof terraces.

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FSMA Tower by Dave Edwards

Algae would produce energy and clean water for a conceptual skyscraper proposed for London by British architect Dave Edwards.

FSMA Tower by Dave Edwards

The outer skin of the skyscraper is imagined as a green wall used for food and improving air quality, with algae absorbing CO2 emissions and also harvested as bio-methane to provide heat and power.

FSMA Tower by Dave Edwards

Waste biomass would be used to feed the building’s skin while waste water would be sent through the algae to be recycled.

FSMA Tower by Dave Edwards

A ground source heat pump would store summer heat and enable surplus heat from the waste biomass and from London Underground to be circulated through the tower in the winter.

FSMA Tower by Dave Edwards

The base of the tower would be taken up by a future iteration of the Financial Services Authority, while housing, retail and community facilities would fill the upper floors.

FSMA Tower by Dave Edwards

We’ve previously featured proposals for algae-growing pods on the side of a skyscraper and an algae bioreactor fitted into a building’s facade.

FSMA Tower by Dave Edwards

See more stories about algae »
See more stories about skyscrapers »

Here’s some more text from Edwards:


Ecologies of (Bio) Diversity: Self Sustaining tower for the City of London

The project re-imagines the tall building not as a singular edifice to one commonly corporate programme but as an ecology of different interdependent programmes. Layered together in a matrix similar to the conventional city, in this manner the urbanism of the city is not left at street level but brought into the sky via informal encounter and diversity of uses and users within the tower.

This project is not singular. It proposes the City of London as being re-colonised by people living as well as working within the Square Mile. The green beacons act as garden squares around which new urban diversity is created and new populations and new economies occur. The tower has not completely removed the programmes that are currently planned for this part of the city, but hybridised them and woven them with new programmatic insertions aimed at creating this more normal urban diversity found elsewhere in the city. The tower is sited between the city banks and the Bank of England, at a point of urban confluence but also symbolically positioned in the centre of the city.

The site is a currently an empty piece of land cleared for two tower projects (currently on under construction). It lies in the centre of the Square Mile in a group of tall buildings that define the iconic skyline of London’s financial district. The area is characterised by a lack of residential space and is heavily urban, lacking open spaces and programmatic and bio-diversity that defines London at the beginning of the 21st century.

The tower seeks to reintroduce a diversity of programmes and bio-diversity in this barren part of London. In this respect it seeks to critique and redefine the nature of the skyscraper as a mono-programmed singular iconic edifice (Lloyds of London and the Gherkin are prime examples of this 20th century appropriation of the tall building). The new way of seeing the skyscraper as an ecology, an ecosystem of many intertwined programmes that add to the urban diversity of the city. The word ecology also relates to the notion of the skyscraper as infrastructure, with its size allowing for passive and active systems for re-using water, light and energy within a closed system.

The tower is a mixed of programmes loosely knitted together with voids between allowing for public integration of green space into the tower. At the base the civic element of the tower is that of a newly reformed Financial Services Authority II, promoting the notion of legislature re-entering the City of London after the excess of the late 20th century. This public body is fully accessible to the public, becoming an internal public space. Key worker housing fills the upper half of the tower, with retail and community facilities included. A primary school exists between floors 11 and 15, bringing further mix to the uses.

The outer skin is green – this is made up of a number of growing mediums, growing food and ecological plants to bring greenery into the city. This growing medium uses water pumped from the London Underground, with a new entrance to Bank Station placed beneath the FSA II.

The tower is a highly energy-intensive building to build and run. This is partly offset by the low land take (a highly valuable commodity in the UK). The building itself is seen as a living ecology. The algal ‘fields’ covering the facade absorb CO2 and can be harvested for bio-methane for use in the CHP, giving not just the tower but its surrounding structures renewable energy.

The waste biomass can through anaerobic digestion be used to feed the building skin. Waste water from this process and building uses can be sent through the algae, cleaning it for re-use within the building. Surplus heat from the digestion and the Tube beneath can be circulated through the tower in the winter through the floors. Tying this into a Ground Source Heat Pump means excess summer heat can be dumped into the ground.

Working with PhD researchers at University of Newcastle, some work has been done to quantify how this type of tower may function. These figures are often in dispute due to the untested nature of such a scale of system outside laboratory conditions but they begin to give some indication of what such a tower may be capable of.

Typical 21100 sqm (2.1Ha) of Algae Panels up to 44000 sqm
Absorbing 250,000 Tonnes of CO2 per year
Producing 450 Tonnes of bio-diesel converted to 4.6xE6KWh per year
Enough energy for 120 Average homes (3300KWh electricity 20500KWh Gas)
Heating requirements could be considered as half due to passive systems.

To further enhance the efficiency of the power generation system, a series of pinnacles can be built across the city. These are a visual reminder of the generation of local power and also act as waste water treatment, lessening the impact on the local infrastructure. These pinnacles, plus retro-fitting the panels onto the existing building, mean the FSA II tower becomes a centre of local servicing as well as adding new programmatic typologies. In principle, the FSA II tower represents not a singular edifice but a new network that turns the city into a self-sustaining ecology: recycling its own waste, generating its own power and providing areas for urban farming.

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Scrap Skyscraper by Projeto Coletivo

Scrap Skyscraper by Projeto Coletivo

This conceptual skyscraper by Brazilian architects Projeto Coletivo would be constructed using rubbish in the city of São Paulo.

Scrap Skyscraper by Projeto Coletivo

The architects imagine a series of the buildings beside the rivers Tietê and Pinheiros, with recycling centres in the lower levels and modular apartments for homeless people upstairs.

Scrap Skyscraper by Projeto Coletivo

Residents would be required to work in the recycling centres, cleaning and sorting their own rubbish for use in further construction and repairs.

Scrap Skyscraper by Projeto Coletivo

More waste could also be transported to the buildings by boat from the city centre.

Scrap Skyscraper by Projeto Coletivo

The architects designed the project for this year’s eVolo Skyscraper Competition, which asks entrants to come up with inventive and futuristic skyscraper proposals.

Another conceptual skyscraper we’ve recently featured is a thatched housing block.

See all our stories about skyscrapers »

Here’s some information from Projeto Coletivo:


Scrap Skyscraper

The main idea is about being a cultural landmark in changing the mindset of people, where the future is the use of garbage, the view that the waste we generate has value both as an agent of social change and as a physical element of construction. Nowadays people usually do not bother with the garbage they generate, see it as a problem of others. Changing this thinking is crucial to change the course of evolution of the planet to a sustainable path.

The building works on the issues of a specific city, in this case São Paulo, beginning a transition point that tries to achieve a better life quality for the population by the use of the trash that its inhabitants generate.

The buildings will be placed alongside the rivers Tietê and Pinheiros, those rivers will be used as waterways to transport the trash from the city to the upcycling centers. Using the rivers as waterways to transport the waste improves the traffic in the city, enabling garbage trucks travel over shorter distances, and leverages the power of the center of upcycling, that receives more material. In the basement of the building, located on the banks of the Tiete River, there is an upcycling and recycling center, giving rise to the building and taking advantage of its strategic location which enhances the transport of waste through the city. The idea is that the residents will work on the bottom of the building, as a factory, recycling, cleaning and selecting waste, previously taught by experts in the field. This material will be used on the building’s construction and also for crafts, urging creativity of the own workers. The opportunity for a social revolution that gives homeless people the chance to learn a trade and have a place to live.

Autors: PROJETO COLETIVO – Guilherme de Macedo, Giovanni Medeiros, João Gabriel Kuster, Rafael Ferraz, Rodolfo Parolin e Thiago Augustus.
Local: Curitiba – Brazil

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