Low-impact greenfield university campus
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Hand-over presentation to the winners of the global Holcim Awards Silver prize (l-r): Masaaki Gokura, Representative of the Consul General of Japan in Ho Chi Minh City; members of the winning team: Kazuko Akamatsu and Kazuhiro Kojima, architects, Coelacanth and Associates Co., Ltd., Tokyo, Japan; Daisuke Sanuki, architect, Daisuke Sanuki Architectural Design Office, Tokyo, Japan; Vo Trong Nghia, architect, Vo Trong Nghia Co. Ltd, Ho Chi Minh City, Vietnam; and Holcim representatives: Gérard Letellier, Area Manager of Holcim, Switzerland; and Aidan Lynam, CEO of Holcim Vietnam, Vietnam.
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Holcim Award Silver 2008 prize winning team (l-r): Daisuke Sanuki, architect, Tokyo University of Science, Chiba, Japan; Kazuhiro Kojima, main author and architect, Coelacanth and Associates, Tokyo, Japan; and Vo Trong Nghia, architect, Vo Trong Nghia Co., Ltd, Ho Chi Minh City, Vietnam.
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Project entry 2008 Asia Pacific - "Low-impact greenfield university campus, Ho Chi Minh City, Vietnam": Kazuhiro Kojima, President of Coelacanth and Associates Co., Ltd., which he established in 1986. He is also Associate Professor at the Science University of Tokyo.
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Awards Silver 2008–2009 Global
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Awards Silver 2008–2009 Asia Pacific
Plans for a greenfield university campus in Vietnam’s Mekong Delta acknowledges the needs of both people and the environment. The design of this unique complex was informed by computer analyses of wind and activity flows. Rather than an imposing structure, the architecture merges seamlessly with the landscape, and includes passive design to reduce air conditioning and as many outside shaded spaces as possible.
By Kazuhiro Kojima - Coelacanth and Associates C+A, Tokyo, Japan and
Ideas: Embodied Carbon , Circular Design
Plans for a greenfield university campus in Vietnam’s Mekong Delta acknowledges the needs of both people and the environment. The design of this unique complex was informed by computer analyses of wind and activity flows.
Rather than an imposing structure, the architecture merges seamlessly with the landscape, and includes passive design to reduce air conditioning and as many outside shaded spaces as possible.