Architecture is often considered within the human context merely insofar as it concerns the ergonomics of spaces. The Garden of Delights takes this relationship to the next level through the analysis of buildings as growing organisms.
Miro Straka's conceptual project thus begins as a single cell, gradually forming a fetus. He speaks of the basic constituents of the structure as if it were a maturing embryo, evolving to assume new parts like organs and systematically gaining strength and taking shape with bone and muscle.
The dimensions of this bizarre building are later discussed and scaled with reference to the anatomy of an infant. It can be deduced that, for human use, the ideal "age" of Garden of Delights is between 5 and 8, within which the floor heights correspond to approximately three and four meters.
Elaborate Embryonic Architecture
Garden of Delights Explores the Anatomical Evolution of Buildings
Trend Themes
1. Organic Architecture - Designing buildings that grow and evolve like living organisms will create a new wave of sustainable and eco-friendly architecture
2. Biomimicry - Looking to the natural world for design inspiration in architecture can lead to innovative and efficient building solutions
3. Building Lifespan - Designing buildings with a lifespan that mimics that of a living organism can result in structures that can adapt and evolve with changing needs and conditions
Industry Implications
1. Architecture - The architecture industry can adopt the concept of creating buildings that mimic the structure and evolution of a living organism for more sustainable and eco-friendly building designs
2. Construction - The construction industry can explore new building materials and techniques to create buildings with a lifespan that allows for adaptation and evolution, similar to a living organism
3. Sustainability - The sustainability industry can incorporate the concept of organic architecture and biomimicry into their practices to promote sustainable and eco-friendly building designs and construction methods