Natural obstructions such as trees and rocks govern openings to the ground and sky, allowing the users to witness the existing, and often overlooked, fields of natural elements and how responsive architecture can be. Due to its high flexibility and fast renewal capabilities, bamboo was the main resource used to materialize organic curves and achieve a low impact, clean construction process.
Using the function and its surroundings as parameters to derive form, the whole structure shapes itself according to the given site and boundaries. This kind of adaptability and scalability allows for different formations to emerge, all while keeping a similar, rationalized building process. The result is an open space pavilion that bends and collaborates with nature, offering an insight into the natural fields creating a sense of flow.
Due to its high flexibility and fast renewal capabilities, bamboo was the main resource used to materialize organic curves and achieve a low impact, clean construction process. Using function and its surroundings as parameters to derive form, the whole structure shapes itself according to the given site and boundaries. The system endeavors to offer a unique, customizable, architectural experience, driven by its surroundings and the needs of its future users.
This kind of adaptability and scalability allows for different formations to emerge, all while keeping a similar, rationalized building process. The end result is an open space pavilion that bends and collaborates with nature, offering an insight to the natural fields flowing through our everyday spaces.
Arthur Mamou – Mani and his team from Mamou-Mani led 6 intriguing sessions with PAACADEMY on creating an ecological solution through computational design methods. The session focused on developing a parametric, modular and environmentally conscious system in an online studio through interactive workshops and discussions.
Credits: Studio workshop by PAACADEMY Studio title: Eco-Parametric Structures Lead by: Arthur Mamou-Mani and his team Project name: Flow Fields Students: Scott Duillet & Luiz Felipe Silveira Date: 2nd March until 13th April 2021
