Sheikh Zayed Bridge / Zaha Hadid Architects

Becoming a destination in itself and potential catalyst in the future urban growth of Abu Dhabi, the Zaha Hadid designed Sheikh Zayed Bridge was conceived in a highly mobile society that requires a new route around the Gulf south shore, connecting the three Emirates together. Hufton+Crow shared with us their photos as they capture the many viewpoints of this sinusoidal waveform structure. A complete gallery of images after the break.

Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow
Sheikh Zayed Bridge / Zaha Hadid Architects © Hufton+Crow

Sheikh Zayed Bridge / Zaha Hadid Architects originally appeared on ArchDaily, the most visited architecture website on 09 Apr 2013.

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Design Days Dubai

The only design fair in the Middle East and South Asia, Design Days Dubai is the most diverse design fair globally presenting galleries from six continents. On view March 18-21, R 20th Century will be presenting iconic works by Wendell Castle, Oscar Niemeyer and Joaquim Tenreiro, and new pieces by The Haas Brothers, kelly behun | STUDIO, David Wiseman, Thaddeus Wolfe, and Jeff Zimmerman. More information on the event after the break.

Wendell Castle’s iconic works defined a moment in the history of American design. They straddled a line between design and art, and caused people look at furniture in a different way. For Design Days Dubai, R 20th Century will present a selection of Castle’s designs from The White Edition; a series of gel-coated and fiberglass-reinforced plastic pieces, including a table with removable and reversible center sections and a shelf in a playful cloud shape (originally designed 1969-1970 with limited editions 2006-2011). 

R 20th Century will also have works by the internationally acclaimed 20th Century Brazilian designers Oscar Niemeyer and Joaquim Tenreiro. Niemeyer and Tenreiro’s designs are noted for their unique curves and acute sense of form, scale, detail and craftsmanship, highlighted by the use of rich native materials. Works such as Niemeyer’s ebonized Marquesa bench with cane seat and bent wood (1978) and Tenreiro’s Jacarenda dining table with red laminate and inset glass top (1948) will be presented.

For more information on the event, please visit here.

Design Days Dubai Wendell Castle, “The White Edition
Design Days Dubai Oscar Niemeyer,
Design Days Dubai David Wiseman,

Design Days Dubai originally appeared on ArchDaily, the most visited architecture website on 16 Mar 2013.

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In Progress: Infinity Tower / SOM

Architects: Skidmore, Owings & Merrill
Civil, Electrical, Mechanical, Structural And Plumbing Engineering: SOM
Site Area: 3,026.50 m2
Project Area: 111,484 m2
Building Height: 307m (73 stories)
Year: 2013
Photographs: Courtesy of SOM

Dubai’s Infinity Tower, a 72-story skyscraper designed by Skidmore, Owings & Merrill (SOM), began construction in 2006 and is finally nearing completion this year. The major characteristic of the tower is the way it twists up into the sky, as each floor is rotated 1.2˚ to create a full 90˚ twist from bottom to top.

SOM designed the Infinity Tower with the same mindset as the Willis Tower (Sears Tower), John Hancock Center, and Lever House: in order for a building to endure, the exterior form must be a direct expression of its structural framework. The powerful helix shape created by the rotating floors emphasizes SOM’s design philosophy and utilization of cutting-edge techniques. SOM shows the great power of design through Infinity’s unique spiral shape that reflects the ever-changing shapes of the deserts, winds, and seas that surround it.

One challenge that SOM had to overcome with Infinity Tower was how to efficiently control the intense desert heat. The winding shape reveals a structure that helps protect its interior from the sun. In addition, its reinforced concrete structure is clad in metal panels and screens to provide additional shade from the intense heat.

The tower will serve a variety of purposes including luxury residential units, parking, and retail. The twisting form optimizes low level views to Dubai Marina and high rise views to the gulf and city. Its unique, high-strength structure maximizes its views while maintaining the views of the neighboring buildings.

Infinity’s unique form and prime location will make it one of the most recognizable buildings in Dubai. Although other helix-shaped buildings exist, Infinity will be the tallest twisting tower in the world.

In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM

In Progress: Infinity Tower / SOM originally appeared on ArchDaily, the most visited architecture website on 11 Feb 2013.

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In Progress: Infinity Tower / SOM

Architects: Skidmore, Owings & Merrill
Civil, Electrical, Mechanical, Structural And Plumbing Engineering: SOM
Site Area: 3,026.50 m2
Project Area: 111,484 m2
Building Height: 307m (73 stories)
Year: 2013
Photographs: Courtesy of SOM

Dubai’s Infinity Tower, a 72-story skyscraper designed by Skidmore, Owings & Merrill (SOM), began construction in 2006 and is finally nearing completion this year. The major characteristic of the tower is the way it twists up into the sky, as each floor is rotated 1.2˚ to create a full 90˚ twist from bottom to top.

SOM designed the Infinity Tower with the same mindset as the Willis Tower (Sears Tower), John Hancock Center, and Lever House: in order for a building to endure, the exterior form must be a direct expression of its structural framework. The powerful helix shape created by the rotating floors emphasizes SOM’s design philosophy and utilization of cutting-edge techniques. SOM shows the great power of design through Infinity’s unique spiral shape that reflects the ever-changing shapes of the deserts, winds, and seas that surround it.

One challenge that SOM had to overcome with Infinity Tower was how to efficiently control the intense desert heat. The winding shape reveals a structure that helps protect its interior from the sun. In addition, its reinforced concrete structure is clad in metal panels and screens to provide additional shade from the intense heat.

The tower will serve a variety of purposes including luxury residential units, parking, and retail. The twisting form optimizes low level views to Dubai Marina and high rise views to the gulf and city. Its unique, high-strength structure maximizes its views while maintaining the views of the neighboring buildings.

Infinity’s unique form and prime location will make it one of the most recognizable buildings in Dubai. Although other helix-shaped buildings exist, Infinity will be the tallest twisting tower in the world.

In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM

In Progress: Infinity Tower / SOM originally appeared on ArchDaily, the most visited architecture website on 11 Feb 2013.

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In Progress: Infinity Tower / SOM

Architects: Skidmore, Owings & Merrill
Civil, Electrical, Mechanical, Structural And Plumbing Engineering: SOM
Site Area: 3,026.50 m2
Project Area: 111,484 m2
Building Height: 307m (73 stories)
Year: 2013
Photographs: Courtesy of SOM

Dubai’s Infinity Tower, a 72-story skyscraper designed by Skidmore, Owings & Merrill (SOM), began construction in 2006 and is finally nearing completion this year. The major characteristic of the tower is the way it twists up into the sky, as each floor is rotated 1.2˚ to create a full 90˚ twist from bottom to top.

SOM designed the Infinity Tower with the same mindset as the Willis Tower (Sears Tower), John Hancock Center, and Lever House: in order for a building to endure, the exterior form must be a direct expression of its structural framework. The powerful helix shape created by the rotating floors emphasizes SOM’s design philosophy and utilization of cutting-edge techniques. SOM shows the great power of design through Infinity’s unique spiral shape that reflects the ever-changing shapes of the deserts, winds, and seas that surround it.

One challenge that SOM had to overcome with Infinity Tower was how to efficiently control the intense desert heat. The winding shape reveals a structure that helps protect its interior from the sun. In addition, its reinforced concrete structure is clad in metal panels and screens to provide additional shade from the intense heat.

The tower will serve a variety of purposes including luxury residential units, parking, and retail. The twisting form optimizes low level views to Dubai Marina and high rise views to the gulf and city. Its unique, high-strength structure maximizes its views while maintaining the views of the neighboring buildings.

Infinity’s unique form and prime location will make it one of the most recognizable buildings in Dubai. Although other helix-shaped buildings exist, Infinity will be the tallest twisting tower in the world.

In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM

In Progress: Infinity Tower / SOM originally appeared on ArchDaily, the most visited architecture website on 11 Feb 2013.

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In Progress: Infinity Tower / SOM

Architects: Skidmore, Owings & Merrill
Civil, Electrical, Mechanical, Structural And Plumbing Engineering: SOM
Site Area: 3,026.50 m2
Project Area: 111,484 m2
Building Height: 307m (73 stories)
Year: 2013
Photographs: Courtesy of SOM

Dubai’s Infinity Tower, a 72-story skyscraper designed by Skidmore, Owings & Merrill (SOM), began construction in 2006 and is finally nearing completion this year. The major characteristic of the tower is the way it twists up into the sky, as each floor is rotated 1.2˚ to create a full 90˚ twist from bottom to top.

SOM designed the Infinity Tower with the same mindset as the Willis Tower (Sears Tower), John Hancock Center, and Lever House: in order for a building to endure, the exterior form must be a direct expression of its structural framework. The powerful helix shape created by the rotating floors emphasizes SOM’s design philosophy and utilization of cutting-edge techniques. SOM shows the great power of design through Infinity’s unique spiral shape that reflects the ever-changing shapes of the deserts, winds, and seas that surround it.

One challenge that SOM had to overcome with Infinity Tower was how to efficiently control the intense desert heat. The winding shape reveals a structure that helps protect its interior from the sun. In addition, its reinforced concrete structure is clad in metal panels and screens to provide additional shade from the intense heat.

The tower will serve a variety of purposes including luxury residential units, parking, and retail. The twisting form optimizes low level views to Dubai Marina and high rise views to the gulf and city. Its unique, high-strength structure maximizes its views while maintaining the views of the neighboring buildings.

Infinity’s unique form and prime location will make it one of the most recognizable buildings in Dubai. Although other helix-shaped buildings exist, Infinity will be the tallest twisting tower in the world.

In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM
In Progress: Infinity Tower / SOM Courtesy of SOM

In Progress: Infinity Tower / SOM originally appeared on ArchDaily, the most visited architecture website on 11 Feb 2013.

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Amazing Pics From The United Arab Emirates, An Architectural Petting Zoo!

Abu Dhabi
“Grand Mosque in Abu Dhabi”

If you follow Architizer on Instagram (which you totally should) then you’ll have noticed I’ve been in Abu Dhabi and documenting all the architectural gems I came across there. I was in the Emirate for a week because the Sheikha Salama bint Hamdan Al Nahyan arranged to transport and install Wendy, HWKN‘s winning entry for the 2012 Young Architects Program at MoMA PS1.

When weren’t on the corniche with Wendy 2.0, we were out and about admiring the fantastic contemporary architecture that the UAE has to offer. Between Dubai and Abu Dhabi, it’s like an architectural petting zoo of mammoth proportions. Let me know what you think – and if I missed anything! Click through to see the images from my travels.

Abu Dhabi

“Wendy lands in Abu Dhabi”

Abu Dhabi

“Wendy in Abu Dhabi!”

Abu Dhabi

“Grand Mosque Abu Dhabi”

Abu Dhabi

“Last from the Grand Mosque in Abu Dhabi”

Abu Dhabi

“Winding down our Abu Dhabi tour with Yas Hotel by Asymptote”

Abu Dhabi

“The best high rise you haven’t heard of— Liwa Tower by Oosterhuis”

Abu Dhabi

“Windows and screens” at Masdar City

Abu Dhabi

“Abu Dhabi pattern-scraper”

Abu Dhabi

“Infinity Tower by SOM in Dubai— stands out from the crowd!”

Abu Dhabi

“Scallops by Sir Norman Foster”

Abu Dhabi

“O-14 Tower“

Abu Dhabi

“Now that’s a bridge. Looking up at O-14 tower by Reiser + Umemoto in Dubai”

Abu Dhabi

“I see your pink facade and raise you a mansard roof. Dueling facades in Abu Dhabi.”

Abu Dhabi

“Shams solar power plant in Abu Dhabi”

Abu Dhabi

“Shams solar plant”

All images courtesy of Marc Kushner

Rock Stadium Proposal / MZ Architects

Inspired by the desert landscape, the design of Rock Stadium by MZ Architects celebrates the game it hosts as much as it celebrates the site in which it lays. Sunken 200,000sqm into the cooler depth of the desert sand, the Rock Stadium, like a hidden treasure, presents itself to the visitor as a series of sharply inclined planes emerging from the ground. More images and architects’ description after the break.

Recognizing the powerful language of its surrounding and intelligently approaching the issue of scale and the intermittent use of the stadium architecture, the project turns the Jebel Hafeet rocky mountain into one of its main features. The design merges architecture and landscape, blurring the boundaries of the built and the natural and creating a space that allows the visitor to interact with the desert landscape as much as with the stadium activity.

The planes, in addition to the volcanic mountain backdrop in front of which they lay, define the space of the stadium and its related activities and create a magnificent place that allows for the conglomeration of a large number of visitors in the heart of the vast landscape. Inspired by ancient examples of amphitheatres and temples, the project refers to the first greek amphitheatre that worked with the topographic landscape of its site, taking it a step further and challenging the site to new measures by sculpting it, refining its elements and playing with the mass and void relationship.

Its grand entrance into the underground creates a monumental approach to the space of events, similar to the imposing entrance of the Temple of Anahita. Whether it is the long and narrow corridors connecting the parking space to the stadium through scattered openings and perforations into the main rock façade, or the breaking planes emerging from the ground and creating at their fractured intersections carved out passageways that lead the visitor into its underground heart, the entrance to the stadium is a magnificent one.

Working with the existing site and using the local materials, the architects find themselves playing with a carefully studied palette of rock and sand that not only lead to the main façade/visual panels system adhering to the site but also create a more sustainable approach to construction and design where no material is forgotten or displaced and where all is reused. Careful patterns are created with the recuperated stone, creating interestingly designed man-made strata patterns that emphasize the natural characteristic of the site.

Issues of scale, timing and activity were highly investigated by the architects and by forcing the stadium into the ground, the designers were strategically able to deal with the challenging issue of massiveness of scale and of the often voided space. The project not only gracefully blends itself into its surrounding but plays on the notion of distance to alternate between a strong camouflage at distance and a forceful presence at close range.

A sculpted landscape or a defined void, the Rock Stadium becomes a jewel in the desert which lights up at night allowing the active evenings to turn the stadium into a massive light beam that emerges from the ground straight to the higher sky and creates a symbol, a sign, a guiding agent to the national event and place of activity in an otherwise sign-less desert environment.

This simple yet majestic design hides great achievements and brilliant experimentations with issues of scale, monumentality and locality, hence allowing the project to create a strong sense of place in an otherwise homogenous area of the vast expanding desert.

The Rock Stadium project has won the “Retail and Leisure Award” at the 2012 MIPIM Architectural Review Future Project Awards and the “Best Future Building of the Year” Award at the 2012 Emirates Glass LEAF Awards. It has also been “Highly Commended” in the 2012 World Architecture Festival.

Architects: MZ Architects
Location: Al Ain, United Arab Emirates
Owner & Developer: Aldar Properties
Text: Nayla Al-Akl
Plot Area: 563,333 sqm
Total Built-Up Area: 206,300 sqm
Total Number of Seats: 40,000

Rock Stadium Proposal (1) © MZ Architects
Rock Stadium Proposal (2) © MZ Architects
Rock Stadium Proposal (3) © MZ Architects
Rock Stadium Proposal (4) © MZ Architects
Rock Stadium Proposal (5) © MZ Architects
Rock Stadium Proposal (6) © MZ Architects
Rock Stadium Proposal (7) site 01
Rock Stadium Proposal (8) site 02
Rock Stadium Proposal (9) site 03
Rock Stadium Proposal (10) site 04
Rock Stadium Proposal (11) site plan
Rock Stadium Proposal (12) plan 01
Rock Stadium Proposal (13) plan 02
Rock Stadium Proposal (14) sections
Rock Stadium Proposal (15) extractions process

Rock Stadium Proposal / MZ Architects originally appeared on ArchDaily, the most visited architecture website on 22 Jan 2013.

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