Wandering through the circuiting corridors that make up the 'Contouring Climatic Porosity' project, you might feel as though you're contained within the magnified walls of a cell membrane. The organically arranged building is defined by perforated cladding that serves practical functions learned from nature.
Nash Waters' environmental laboratory proposal was inspired by the very site on which it's intended to stand. The designer looked to the native lichen and other plant species around the grounds in order to devise a way to generate architecture like a living organism. The whitewashed skin of 'Contouring Climatic Porosity' is treated to repetitive abstract openings that gradually vary in size according to placement. Taking the sun's position and breezes into account, these permeable walls facilitate the admission of daylight and fresh air for ventilation.
Cell Wall Structures
'Contouring Climatic Porosity' is an Exercise in Architectural Biomimicry
Trend Themes
1. Biomimicry Architecture - Opportunity to design and construct buildings that integrate functional and aesthetic elements learned from nature.
2. Perforated Cladding - Opportunity to use perforated cladding in building design to allow for better ventilation and natural light.
3. Environmental Sustainability - Opportunity to promote environmental sustainability in building design by incorporating natural elements and renewable resources.
Industry Implications
1. Architecture - Opportunity for architects to incorporate biomimicry principles and sustainable design practices into their projects.
2. Construction - Opportunity for the construction industry to adopt more environmentally sustainable practices and to use innovative building materials and techniques.
3. Green Energy - Opportunity for the green energy industry to provide renewable energy sources for buildings that promote environmental sustainability.