Search result: 67
United Kingdom, London | "Next Generation" 1st prize, Europe, 2011 | Innovation 3rd prize, Global, 2012
This entry is focused on the development of a smart but simple methodology to design and prefabricate building elements with complex geometries, which is resource efficient and considerably reduces construction waste. Complex geometries are utilized in contemporary architecture for the construction of concrete or mortar building envelopes, partition walls, horizontal and vertical shading elements and pavements.
Canada, Winnipeg | Bronze, North America, 2005
The project presents a technique using flexible fabrics instead of conventional rigid forms for the production of concrete elements, offering significant reductions in material use and dead weight using flexible fabrics instead of conventional rigid molds. Research and practical applications continue at CAST, University of Manitoba, which contributes to “open source” technical collaboration with additional university and industry partners.
USA, Los Angeles | Silver, North America, 2011
The public school project is designed as a prototype to be built on multiple campuses throughout LA. Its aim is an economical, flexible and yet, in its spatial concept, ambitious design that can be adjusted to different pedagogical models and learning styles. The 2-level building can accommodate up to 500 students, may be reconfigured for other communal functions, and its sustainability concept intends to reach a zero net energy building standard.
Chile, Huasco | "Next Generation" 1st prize, Latin America, 2008
Huasco is an arid agricultural region dependent on irrigation. With its river depleted, this entry proposes an ingenious solution using only wind energy and gravity. The 200m tall tower is constructed as a spiral that collects water particles from coastal fog, filters out salt by reverse osmosis and distributes freshwater to an otherwise declining agricultural area.
France, Paris | Silver, Europe, 2014
Lieu de vie on the new Paris-Saclay university campus hosts a mix of activities including indoor and outdoor sports facilities, food outlets and various public spaces across more than 4,000 sq m of floor area. Conceived as a minimal structure using rough materials, robust and long lasting techniques, the “urban shelf” is organized vertically with its different activities superimposed on one another, using the roof as a panoramic playground for football and basketball games.
Nepal, Kathmandu | Silver, Asia Pacific, 2014
The Lali Gurans orphanage and library addresses the needs of an under-served rural population. In a context lacking basic infrastructure, the new 21 m high facility utilizes low-tech renewable energy and material resources, local craftsmanship, and vertical gardens for insulation and food, significantly reducing operating costs. The project also addresses the needs of the nearby communities by offering a library accessible to the public and a seismically stable refuge area during earthquakes.
Sri Lanka, Ambepussa | Bronze, Asia Pacific, 2014 | Silver, Global, 2015
Following over 25 years of civil war, the reintegration of young soldiers is one of the great challenges Sri Lanka faces. This Community Library provided young men from underprivileged backgrounds with construction training during the implementation of the building. The slender building with a footprint of 1,400 sq m sits lightly in the landscape and wraps around an inner courtyard, taking full advantage of cross ventilation and daylighting. Rammed-earth walls and recycled materials reduce costs and the ecological footprint.
USA, Boston | Acknowledgement prize, North America, 2014
The design offers a viable solution to the “housing question” – promoting an affordable model for residential development in a dense urban neighborhood. The structure, a wooden construction with a layered metal screen, takes its identity from its immediate surroundings through set-back terraces, the transformation of wrought iron fire escapes into digitally fabricated shading elements, and a commercial space at street level.
Ecuador, Quito | Acknowledgement prize, Latin America, 2014
This project proposes a form of “social economy” with implications for inhabitants and their physical environment. Despite contemporary global urbanization and its attendant economy, there are still rural areas today where barter is the main mode of exchange. The project draws on this tradition and proposes bartering as a practice in an urban context for the refurbishment of the historical center of the city carried out by people without sufficient monetary means.
Philippines, Cagayan de Oro | Silver, Asia Pacific, 2005
Precast concrete elements are used to assist the regeneration of the marine environment using incremental infrastructure. The project’s main methodology is the use of concrete substrates which are found to be biologically friendly to corals due to the presence of calcium bi-carbonate in cement. The design, is a multi-legged structure that allows the penetration of sunlight necessary for growth of the juvenile corals.