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Architect Saif Ul Haque's Arcadia Education Project, an amphibious structure in South Kanarchor, Bangladesh, adapts in response to flooding in the monsoon season. The project, winner of the 2019 Aga Khan Award for Architecture, is a complex including an elementary school, a hostel, a nursery and a training centre.
Aga Khan Trust for Culture / Sandro di Carlo Darsa
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Rising sea levels, due mostly to global warming, hang over the heads of millions of Bangladeshis, whose country may lose more than 10% of its land by 2050. Saif ul Haque designed the Arcadia Education Project as an amphibious school that can function year-round, despite recurring tidal floods, thus providing access to education with minimal environmental impact.
Aga Khan Trust for Culture / Sandro di Carlo Darsa
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The site of the Arcadia Education Project,in South Kanarchor, Bangladesh, is a 486 square meter patch of land under a bridge. In the dry season, it is located 50 meters from a large river. During the monsoon season, the land is flooded under almost three meters of water.
Aga Khan Trust for Culture / Sandro di Carlo Darsa (photographer)
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The Palestinian Museum, which won the Aga Khan Award for Architecture in 2019, was inspired by the traditional terraced hills around Birzeit, Palestine. The west façade's masonry is cranked upwards in two places, exposing triangular curtain walls with metal fins whose sizes and locations are carefully calculated to protect the interior from solar glare and heat gain while maximising natural light - one of a number of measures that have earned the building its LEED Gold certification.
Aga Khan Trust for Culture / Cemal Emden
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Located in the historic town of Birzeit, the Palestinian Museum stands upon a hill of terraced gardens, celebrating Palestine’s artistic, cultural, and natural heritage.
Aga Khan Trust for Culture / Cemal Emden
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The Alioune Diop University Teaching and Research Unit in Bambey, Senegal, was amongst the five winners of the 2019 Aga Khan Award for Architecture. Created to encourage access to high education in the rural area of Bambey, this large university building surpasses its goal and raises new standards of climate-conscious architecture. The passive cooling structures of the building, as well as the water harvesting and filtering systems, ecologically solve the issues caused by high temperatures, drought, and the lack of sewers.
Aga Khan Trust for Culture/Francesco Pintón
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The new lecture rooms at the Alioune Diop University Teaching and Research Unit have a large double roof and a latticework covering the south facade, which avoids direct solar radiation but remains permeable to air. To solve the lack of sewers and water supply issues, the architects incorporated infiltration rafts with vegetation that collect rainwater, and waste water is purified through an ecologically sound system that uses activated sludge.
Aga Khan Trust for Culture / Chérif Tall
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Sharjah’s Wasit Wetland Centre in the United Arab Emirates was one of six projects to win the 2019 Aga Khan Award for Architecture. The centre is a testimony to the capacity of nature to recover when given the opportunity. Standing on a former wasteland, this nature reserve is part of a larger wetland rehabilitation programme lead by the government of Sharjah.
X-Architects / Nelson Garrido
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At the observation gallery at Wasit Wetland Centre, in Sharjah, United Arab Emirates, the façade's glazing is slightly tilted -- to enhance reflections of the landscape for the birds while minimising reflections for people looking out. To counter the very hot desert climate, the roof is well insulated and the glass is shaded by its overhang. Rainwater harvested from the roof is discreetly directed to specific areas of the landscape via carefully placed spouts that are camouflaged by landscape elements.
Aga Khan Trust for Culture / Cemal Emden
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The Wasit Wetland Centre minimises its visual impact on the surroundings. The concealed visitor centre is designed to respect the healed ecosystem while imparting as much knowledge and awareness as possible. In addition, six bird hides scattered around an adjacent lake are designed for their context, and employ some recycled wood in their construction.
Aga Khan Trust for Culture / Cemal Emden
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The Friendship Centre in Gaibandha, Bangladesh, received the Aga Khan Award for Architecture in 2016. This rural training centre was built in the flatlands of the Delta river, a tropical area prone to impressive and regular floods. Instead of raising the land above the flood-line, which would have been a costly and invasive endeavour, the architect chose to protect the complex with a high peripheral bund and multiple water retaining tanks and pools. Built with locally sourced bricks, this environmentally sensitive facility is designed to passively cope with the local climatic challenges.
Aga Khan Trust for Culture / Rajesh Vora
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The local hand-made brick construction has been inspired by the monastic aesthetic of the 3rd century BC ruins of Mahasthangahr, the earliest urban archaeological site yet found in Bangladesh. The naturally ventilated structures have green roofs. The Centre is located in an agricultural area susceptible to flooding and earthquakes. As a result, an embankment has been constructed with a water run-off pumping facility.
Aga Khan Trust for Culture/ Rajesh Vora
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Salam Cardiac Surgery Centre in Khartoum, Sudan - winner of a 2013 Aga Khan Award for Architecture - meets the high technical demands of a hospital with complex functions, including three operating theatres, while providing a number of eco-friendly solutions to common problems. Mixed modes of ventilation and natural light enable all spaces to be homely and intimate. In addition to solar panels and special insulation techniques, the architects have reused 90 six-metre (20-foot) containers that had been discarded after being used to transport construction materials for the Centre.
Aga Khan Trust for Culture/ Marcello Bonfanti
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Considering the high temperatures and the frequent sandstorms, the Salam Cardiac Surgery Centre, in Khartoum, Sudan, relies on several shading and insulating devices. It is also equipped with a 60-metre long "sand trap" whose air-cleaning system contributes to cooling the interior. Solar panels and reclaimed shipping containers are also part of the design's energy-saving strategy.
Aga Khan Trust for Culture/ Cemal Emden
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The Salam Cardiac Surgery Centre, in Khartoum, Sudan, is a large medical facility that demonstrates high technical, sanitary, and energy-efficiency standards while providing a safe and pleasant environment for its users.
Aga Khan Trust for Culture / Cemal Emden
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The Wadi Hanifa Wetlands in Riyadh, Saudi Arabia, an ambitious programme that demonstrates a governmental shift towards sustainable development and environmental protection, transforms a degraded stretch of wetland into a healthy eco-system. Harmed by years of unrestricted water pollution due to Riyadh's industrial activity, the Wadi has now been restored into a continuous ribbon of naturalised parklands in which residential development, farming, and recreational activities can safely take place. It received an Aga Khan Award in 2010.
Aga Khan Trust for Culture / Arriyadh Development Authority
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Project works at the Wadi Hanifa Wetlands so far have included regrading to the main channel in case of flooding, the introduction of landscaping, conservation of the natural environment, development of recreational areas for the people of Riyadh, enhancement of agricultural land in the valley, and the creation of an environmentally sensitive wastewater treatment facility that provides additional water resources for the rural and urban inhabitants of the region.
AKAA / Arriyadh Development Authority (photographer)
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The Aga Khan Award-winning METI School (AKAA cycle 2007), located in Rudrapur, Bangladesh uses traditional methods and materials of construction, inventively combined with improved construction techniques. Hand-built in only four months by the architects, a team of volunteers, and the local population, the mud and bamboo building has a minimal impact on the land and is easy and inexpensive to maintain. Natural light and ventilation improve the teaching conditions without incurring additional costs.
Aga Khan Trust for Culture/Birol Inana
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At the primary school in Rudrapur, Bangladesh, earthbound materials such as loam and straw are combined with lighter elements like bamboo sticks and nylon lashing to shape a built form that addresses sustainability in construction in an exemplary manner.
Aga Khan Trust for Culture/Birol Inana
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The Public Spaces Development Programme, in Kazan, Tatarstan, Russian Federation, which won an Aga Khan Award in 2019, aims to address and restore landscapes and ecosystems. The designers and architects worked closely with nature research and preservation institutes to implement bioremediation techniques to depollute contaminated areas, as well as rehabilitate ancient forests, restore dried-up water bodies and protect endangered indigenous fauna and flora. This ambitious scheme promotes the importance of nature, even in locations defined by their industrial character, while working to protect the public good from the tendencies and interests of private ownership.
Aga Khan Trust for Culture/Daniil Shvedov
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Located in a remote settlement of Burkina Faso, the Primary School, in Gando, Burkina Faso, is the result of a vision that was first articulated by the architect and then embraced by his community. Made with local compressed earth blocks and covered with a light metal roof, the walls are articulated with pilasters for structural soundness and to provide solar protection. Shutters running the length of the walls provide ample natural light and ventilation. Climatic comfort is also ensured by the overhanging roof that shades the façades, and the raised corrugated metal roof, which allows cooling air to flow freely between the roof and the ceiling. It won an Aga Khan Award in 2004.
Aga Khan Trust for Culture/Özgür Basak Alkan
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Completed in 1992, the Menara Mesiniaga in Subang Jaya, near Kuala Lumpur, is the result of architect Kenneth Yeang's pioneering research in bioclimatic solutions for tall buildings in tropical climates. Detaching himself from models of corporate architecture, Yeang's ambition was to create a tower that was responsive to the climate in which it is set. The project won an Aga Khan Award in 1995.
Aga Khan Trust for Culture / K. L. Ng
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"Sustainable architecture" is now well known, especially as a reaction to the risks inherent in climate change, but the Aga Khan Award for Architecture has been giving out its prize to projects that are good for people and the planet for at least 40 years. Although selection is always based on the principle of excellence, the independent Master Jury has nonetheless chosen many projects that are eco-friendly.
Sustainable architecture that has received the Award ranges from Ken Yeang's ground-breaking bioclimatic office building in Malaysia (1995) – a "high-rise in the tropics - with a difference" – to a primary school in Burkina Faso whose "clay walls are topped with a double roof structure of adobe and tin that blocks the heat of the sun" designed by architect Diébédo Francis Kéré (2004). It includes the Wadi Hanifa Wetlands project in Saudi Arabia (2010), which incorporates an "environmentally sensitive wastewater treatment facility that provides additional water resources", and an amphibious school in Bangladesh designed by Saif Ul Haque (2019) "that does not disrupt the river environment, but adapts in response to flooding in the monsoon season with the innovative use of traditional local building methods and materials".