The process of extracting elements of nature and combining them to components of architecture led to a hybrid of two worlds where the architecture becomes anything but static. Research and exploration on DNA and evolutionary traits of three aquatic species was the first step to designing Institute of Aquatic Genetic Modification.
All of the species shared some similar traits, such as feeding pattern, skeletal formation, ability to move and hide in plain site with its environment. Extracting the primary traits of aquatic species allowed for individual analysis of the body parts. This encouraged thinking of how these different parts can not only connect, but react with each other as a spatial and tectonic analysis.
Models of each one of the traits was made adjustable, allowing traits to be mixed among three different species. New species were formed by combining the body parts, allowing for new functions to emerge. This concept of modification was translated onto architecture to create the Institute of Aquatic Genetic Modification. The process of extracting elements of nature and combining them to components of architecture led to a hybrid of two worlds where the architecture becomes anything but static. Research and exploration on DNA and evolutionary traits of three aquatic species was the first step to designing Institute of Aquatic Genetic Modification.
The circulation of the program called to be open and free for visitors and private users. Even though the site is situated in a very public area, the program called for more private research labs. To allow for both types of users to share the space, the architecture couldn’t remain static.
The investigation of the building interior components was derived from a study on how aquatic species function. Inspired by the movement of cuttlefish and how people can mimic this in circulation, the main entrances were designed to be just as sinuous. The curved spaces, both vertically and horizontally, called for a careful placement of program to reveal or preserve spaces to the public and private crowds. The housing units of to the sides, remain hidden from the primary corridors that lead individuals from exhibits to research centers to the curved dock leading out to the river walk.
