Tulane architecture students in Ammar Eloueini’s Digital Fabrication class have created a pretty interesting little installation. Starting with the idea of anamorphic graphics, the students created a structure that appears as one form when viewed correctly, but is made up of different pieces, each unique. The pieces range in depth, up to 10 inches thick, where the form acts as a bookshelf.
STUDENTS: Sam Levin, & Others
PROFESSOR: Ammar Eloueini
SCHOOL: Tulane University SoA
CLASS: Digital Fabrication
Also something pretty interesting about the project is their use of Kickstarter to help them get funding for the production of the project. Although it seems odd to have other people funding your school work, it’s great to see that people are interested in, and willing to help, student design projects.
Back in January we started with the simple idea of anamorphic graphics, where we created the illusion of a complete shape from one perspective despite the fact that the form is actually fragmented. This idea has evolved into a complex transitional form.
After entering the building the viewer is confronted with the complete perspective of a cube, represented as a two dimensional hexagon. After continuing, the person realizes that the shape is actually projected on multiple surfaces.
When on the stairs, the viewer can look up and see the installation morph. The voids transition from 4-sided polygons to 5, and then 6-sided polygons. The voids also grow in size, with the space between them diminishing as they push together.
This creates a more porous surface. The third transformation is in the depth of the structure. The project is paper thin at the bottom, and grows to approximately 10″ deep. At the top a place is created to store flyers and papers outside of the administrative offices, which adds a function to the artistic piece. Motion sensors detect when someone is reaching in for one of the flyers or books, and triggers LED bulbs to light up. This transformational process realizes the idea of creating space out of two-dimensional drawings, something architects do everyday.
The installation will be made out of foam that is routed on a CNC machine. After being routed, the foam will be sealed and strengthened with epoxy. Finally, it will be primed and painted.
Check out their kickstarter video too!
All text, images, and video via Danaus Kickstarter page.