"Sheida’s PhD research, part of which resulted in a paper titled Energy Performance and LCA-driven Computational Design Methodology for Integrating Modular Construction in Adaptation of Concrete Residential Towers in Cold Climates, asked how computational design tools and methods could be used to adapt existing building stock with modular construction. Essentially, the goal was to understand how to improve 680buildings so that they are more energy-efficient and more affordable in the long term." to find out more...
Open Sharing of Knowledge and Initiatives in Computational BIM and Digital Technology within the Community of Practice.
Innovations & Integrations (Community of Practice)
Sunday, 20 December 2020
Maximizing Building Adaptation Strategies with Computational Design
The Research Question – How to Rapidly Adapt Our Aging Infrastructure?
"Sheida’s PhD research, part of which resulted in a paper titled Energy Performance and LCA-driven Computational Design Methodology for Integrating Modular Construction in Adaptation of Concrete Residential Towers in Cold Climates, asked how computational design tools and methods could be used to adapt existing building stock with modular construction. Essentially, the goal was to understand how to improve 680buildings so that they are more energy-efficient and more affordable in the long term." to find out more...
"Sheida’s PhD research, part of which resulted in a paper titled Energy Performance and LCA-driven Computational Design Methodology for Integrating Modular Construction in Adaptation of Concrete Residential Towers in Cold Climates, asked how computational design tools and methods could be used to adapt existing building stock with modular construction. Essentially, the goal was to understand how to improve 680buildings so that they are more energy-efficient and more affordable in the long term." to find out more...
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