ACADEMIC DESIGN OFFICE


MASTER STUDIOS

20-21 SEMESTER 1  #1
20-21 SEMESTER 1  #2
20-21 SEMESTER 2  #1
20-21 SEMESTER 2  #2
21-22 SEMESTER 1   #1
21-22 SEMESTER 1   #2
21-22 SEMESTER 2  #1
23-24 SEMESTER 1   #1


WORKSHOPS

INTRODUCTION 20-21
PROTOTYPING 20-21
MODEL MAKING 20-21
ADOBE/COB 20-21
BACHELOR ADOBE 20-21
INTRODUCTION 21-22
PROTOTYPING 21-22
MODEL MAKING 21-22
ADOBE/COB 21-22
HEMPCRETE USQUARE  23-24
ADOBE / PLASTER 23-24

AGENDA

2020 - 2021
2021 - 2022


Teachers and researchers:
Wes Degreef
Emile Deroose
Ludovica Cassina
Laurens Bekemans
Laurens Luyten
Catherine Mengé


Site editors:
Dries Dupré
Lisa Fraeye
Dylan Kumps
Maria Lahni

Cecelia Vincent
Sander Lambrix
Louis Caluwaerts

Anna Eppelmann

Photographers:
Jasper Van der Linden
Louis Caluwaerts
Kas Trimpeneers


Faculteit Architectuur
Campus Sint-Lucas Brussel
Paleizenstraat 65-67 - 1030 Brussel
tel. +32 2 447 19 00

 

 

        

The Jamboree

Rosa Cooke, Rachel Peynsaert, Elien Rogge




The Jamboree


The Jamboree will be a central point on the site, a spot of recognition , and warmth at the same time. The cozy roof made out of the surrounding earths creates an intimate space around the fireplace. The other side of the structure is a wood fired pizza oven with a covered prepping space, enough room for 3 cooks.
A self-supporting wooden structure will be the base for the roof that covers the clay pizza oven. The beams lean on each other, making it stable as a whole. The nodes at the top would be attached with bolts and at the bottom the structure is attached to the concrete foundation in the ground. The small slats on which the roof tiles are placed provides extra strength.
The elliptical floor plan creates more space under the structure and provides a space for the visitors to sit. They can then gather around the fire, whilst being protected from the weather.
The diameter of the beams is 12cm. The maximum beams are 6 meters long. By making an incision in the beams we could extend the length of the beams. To make this construction, a formula is needed, namely (1 meter x π) and then divided by the number of beams. Then you get a number that is the distance between primary and tertiary structure. If you keep that distance you will obtain this structure. This way you get a circle where the chimney of the pizza oven can go through.
To put the wooden beams in place, a base is needed to let the beams rest on, so the connection can be made. The base would consist of 2 wooden circles connected by beams, afterwards this base will be removed and the structure will stand on its own.