Dubai has been chosen as the site of the 2020 World Expo. HOK led the design team that developed the master plan for the Expo, which is expected to draw more than 25 million visitors from October 2020 through April 2021.
Dubai’s selection – themed "Connecting Minds, Creating the Future" – was announced Nov. 27 by representatives of the 168 Bureau of International Expositions (BIE) member nations. Selected over three cities in Brazil, Russia and Turkey, Dubai will become the first Middle Eastern city to host the event in its 150-year history.
"This win is a testament to the commitment of the UAE citizens to create a prosperous future for their country and region," said Daniel Hajjar, HOK's management principal in Dubai. "We are proud to have led the design of the Expo site and to be associated with producing a winning entry for Dubai so that this great country can continue to boost its reputation on a global stage."
"Dubai’s win elevates its status as a global city with world-class infrastructure and highlights its commitment to sustainable energy," added HOK President Bill Hellmuth, AIA.
"This is a well-deserved honor for the UAE," said Tim Gale, PPLI, FRSA, director of planning for HOK in London. "With its mixture of education, innovation and entertainment, the plan reflects the wonderful qualities of Dubai and the form and spirit of a World Expo."
The 1,082-acre (438-hectare) Expo site is on the southwestern edge of Dubai in Jebel Ali, near Dubai's new Al Maktoum International Airport and Jebel Ali Port.
HOK's design features three separate pavilions symbolizing opportunity, sustainability and mobility, with “innovation pods” and “best practice areas” in each thematic zone. These three zones emanate from a central plaza named the Al Wasl, a historical name for Dubai meaning "the connection." Inspired by the layout of a traditional Arabic "souk," or marketplace, the design places larger pavilions to the perimeter while clustering smaller exhibit spaces toward the center of the site. This creates a smooth pedestrian flow while encouraging interaction among visitors.
The team planned the Expo site and infrastructure to create a new sustainable benchmark for events in the Middle East. An iconic photovoltaic fabric structure covers the main walkways, acting as a solar-powered sun shade and combining with photovoltaic panels on building facades to capture enough sunlight to generate at least half of the Expo's energy requirements onsite.
At night, the fabric will be transformed into an illuminated display of lights and digital projections. Smaller connective streets will be shaded through the use of pavilions and strategic landscaping. The alternative transportation plan includes a gondola that links each of the thematic zones and the main entrance while creating an additional viewing experience for visitors. Other sustainable strategies include recycling wastewater, reusing materials and monitoring the carbon footprint.
After the close of the Expo in 2021, three main pavilions – the Welcome Pavilion, the Innovation Pavilion and the UAE Pavilion – will be combined and transformed into the Museum of the Future.
HOK teamed with Populous, which provided venue planning and participant design guidelines, and Arup, which provided infrastructure and transportation services, on the master plan.
To support the Dubai Expo 2020, the UAE is expected to award an estimated US$35 billion in construction and other supplier contracts in 2014. The Expo is the third-largest global event after the Olympics and the FIFA World Cup.
HOK’s projects in the United Arab Emirates include the Dubai Marina; the Dubai International Financial Centre; Dubai Festival City, a master plan and mixed-use development design comprising retail, leisure, hotel, residential and office facilities; The Change Initiative store, a sustainable retail prototype in Dubai; EMAAR Opera District Master Plan in Dubai and the Abu Dhabi National Oil Company (ADNOC) headquarters in Abu Dhabi.
HOK is a global design, architecture, engineering and planning firm. Through a network of 24 offices worldwide, HOK provides design excellence and innovation to create places that enrich people's lives and help clients succeed. For four consecutive years, DesignIntelligence has ranked HOK as a leader in sustainable and high-performance design.
Related Stories
| Feb 1, 2012
New ways to work with wood
New products like cross-laminated timber are spurring interest in wood as a structural material.
| Feb 1, 2012
Blackney Hayes designs school for students with learning differences
The 63,500 sf building allows AIM to consolidate its previous two locations under one roof, with room to expand in the future.
| Feb 1, 2012
Two new research buildings dedicated at the University of South Carolina
The two buildings add 208,000 square feet of collaborative research space to the campus.
| Feb 1, 2012
List of Top 10 States for LEED Green Buildings released?
USGBC releases list of top U.S. states for LEED-certified projects in 2011.
| Feb 1, 2012
ULI and Greenprint Foundation create ULI Greenprint Center for Building Performance
Member-to-member information exchange measures energy use, carbon footprint of commercial portfolios.
| Feb 1, 2012
AEC mergers and acquisitions up in 2011, expected to surge in 2012
Morrissey Goodale tracked 171 domestic M&A deals, representing a 12.5% increase over 2010 and a return to levels not seen since 2007.
| Jan 31, 2012
AIA CONTINUING EDUCATION: Reroofing primer, in-depth advice from the experts
Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Jan 31, 2012
28th Annual Reconstruction Awards: Modern day reconstruction plays out
A savvy Building Team reconstructs a Boston landmark into a multiuse masterpiece for Suffolk University.
| Jan 31, 2012
Chapman Construction/Design: ‘Sustainability is part of everything we do’
Chapman Construction/Design builds a working culture around sustainability—for its clients, and for its employees.
| Jan 31, 2012
Fusion Facilities: 8 reasons to consolidate multiple functions under one roof
‘Fusing’ multiple functions into a single building can make it greater than the sum of its parts. The first in a series on the design and construction of university facilities.
