PROPOSED SITE PLAN
ROOF PLAN
3D PRINTED ELEMENTS 3D printed icons of our buildings are located on the overall interactive site model, linked with the projector which shows the flythrough. This massing model shows different layers of the building, gently suggesting the changing levels.
The main structural model contains 2 3d printed panels, which in real life are made of thermoreactive polymer which changes its colour depending on the teperature both inside (wall panels) and outside (facade panels). This change is represented by colour changing LED lights placed behind the panel.
AXONOMETRIC
ENTRANCE
EXHIBITION SPACE 1
EXHIBITION SPACE 2
EXHIBITION SPACE 3
EXHIBITION SPACE 4
EXHIBITION SPACE 5
CONFERENCE ROOM
EXTERNAL PERSPECTIVE
EXHIBITIION BUILD PROGRESS
QED atelier is based on sustainability and reuse of existing materials. Therefore, we attempted to make sure that our exhibition space transfers the character of the atelier. Basing the floor layout on field conditions, we designed a table with an interactive site model which links 3d printed icons of our buildings with the flythroughs produced by each of us by previously programmed Raspberry Pi. In order to minimise the intervention within the room we decided to hang the work on the cables which is why we began a collaboration with a representative from Gripple. As a representative of a “cable team�, during a few reoccuring meetings I discussed with Liam Rothwell the possibilities of attaching our drawings to the cables in a most efficient way.
In the following days we continued with assembling the table and hanging the work. After all the electronics have been PAT tested, we also finalised the interactive elements of the exhibition. First wall has been finalised, the other one nearly. The vinyl and model on the table has been almost finished. At that point it looked like we should finish on time!
WE DID IT! FLYTHROUGH: https://www.youtube.com/watch?v=1W4rYjUEozM&feature=youtu.be