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- The Paper Power Project Competition, organized in collaboration with Dr. Cody Cato of the Office of Design Evolution, “challenges students to re-imagine how large modern structures can be built with sustainable materials to foster design excellence among our youth.” can be made”.
Kuala Lumpur (December 16): Architecture, engineering and consulting firm, Rambol is inviting engineering and architecture students from local tertiary institutions to participate in The Paper Power Project Challenge.
The Paper Power Project Competition, organized in collaboration with Dr. Cody Cato of the Office of Design Evolution, “challenges students to re-imagine how large modern structures can be built with sustainable materials to foster design excellence among our youth” Can go”, said a media release by Ramboll. ,
Participants must submit an original design using paper of any form spread over 2.5 m column-free space without the use of any adhesive material.
Entries will be evaluated on the basis of i) structural integrity, ii) architectural aesthetics, iii) load bearing capacity and iii) creativity and innovation.
Shortlisted teams will be invited to build their paper structures for public display at Tropicana Gardens Mall, Petaling Jaya in March/April 2023.
The winner of The Paper Power Project will undergo a one-month paid internship with the structural division of the company in Malaysia.
Interested participants can request a brief description of the challenge by email [email protected] And sign up to enter by December 30, 2022.
“Our main interest with the Paper Power Project is in the use of sustainable materials like paper because their impact on the environment is much less than concrete and steel,” Cody said.
“Alternative materials also result in other interesting spatial experiences, as our Beyond Surface project has shown,” he added.
In 2018 Cody received a London Design Award for Beyond Surface, a gravity-defying paper structure, part of Ramboll, a collaboration between ODE and Web Structures. Cody has a doctoral degree in performance-oriented architecture with a focus on structural engineering and mathematical biology to create deeper connections between people, materials and the environment.
“In pre-industrial times, we collected materials for construction from nature, such as trees, bamboo and stone. Unlike manufactured products such as steel and concrete, nature determines and limits the size and length of naturally grown resources ,” said NG Pek Har, director of Web Structures in Malaysia.
“This concept, called the reciprocal frame, enables large span structures to be built using many short lengths, with very simple joints. Today, with the use of advanced parametric computational analysis, we are able to complicate this concept. -D design and is not material-specific,” added Ng.
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