DRAWING.

Using the defined structural element, the wall 1. is created. The drawing shows that some element needs to be cut, or reduced to fit the opening for example. Therefore a notation system is introduced to clearly identify each element in the wall. They are named by letter horizontaly, and by number verticaly. By adding the wall number before, each structural element of the project has his own designation (for example, 1A3 in the wall 1.). Plan and elevations make the coordination between other walls, and allows us to understand the floor and bracing possibilities.

Plan and elevations (1:20)

    MAQUETTE & 3D MODELLING.

In parallel of the drawing, the maquette and the 3D modelling are done, giving additional informations like building order, building difficulties or even global visual aspect.

     

Before the Etat des lieux, during the third week, all the studio focused on finishing the 1:10 model of the project. For that, every groups focused on their walls, and then we dispatched the tasks so that some of us could work on the floor, some of us on the stairs, and some of us on the drawings such as axonometric and elevation that are necessary to understand the process of construction.

(Photo of our space between the straight wall covered by wooden slat and the inclined wall covered by wooden panels, but on the side where the frames are visible)

(Photo of our corridor, between the two walls covered by wood panels)

(Rhino 3D model of our project and also the link with the Marechal's proto)

     DRAWING.

By changing the site in Evian, we have a lot of new issues to take in consideration. A plan of the site is drawn to localise our protostructure and the terrain conditions.

Site plan, (1:100)

Test spacing 2cm

Test spacing 5cm

Test spacing 10cm