PROJECT C
CONTEXT
DIAGRAMS The site has very clear boundaries. The noise and the views will be two critical aspects for the design of the conservatoire.
BUILDING
G DESIGN
BUILDING CONCEPT
The concept of the building is based on the sensations caused by the different areas of the park. The scheme divides the bu privacy so the more “public” spaces are closer to the street and the more “private” spaces are closer to the river.
uilding in volumes that require different levels of
PRACTICE ROOMS Intimate space with views to the nature and people in the park.
MUSICAL AREA Quiet spaces prepared to teach or play music in group and concerts.
SOCIAL AREA Space that can host social activities establishing a relation between the city and the conservatoire.
THE SPINE The spine connects the 3 volumes and generates a lobby surrounded by nature through the gaps between the volumes.
TIME
QUANTITY OF PEOPLE
A FRIDAY IN THE CONSERVATOIRE The graph represents the quantity of people in every kind of spaces depending on the time. Each line represents a different space (Offices, bar, classrooms, practice rooms and auditorium). The day starts by opening the building and the kitchen of the bar. The classes start at 10:00 and there is a break at 13:00 for the breakfast. Classes end at 17:00 and at 19:00 starts a concert in the auditorium. Meanwhile the bar will be open and at nig night it will host free concerts.
THE CONSE
ERVATOIRE
10
10
10
SECTION C-C‘ Section through the practice rooms and the spine.
SECTION D-D‘ Section through the auditorium, the bar, the plant room and the storage room.
A
A’
TECHNICAL
APPROACH
FAÇADE
SYSTEM
The façade is made of aluminum perforated panels that imitates the erosion of bath stone. The façade has a vertical pattern in order to stablish a dialog between the conservatoire and the surrounding buildings.
The panels of the façace are modulars so they can be rotated to create erratic patters with only on 4 different pieces.
RAKE The rake is made of wooden panels that are anchored to steel beams. The ventilation ducts are located in the gap under the rake.
DETAIL D - D’
SECTION D - D’
AUDITORIUM WALL SECTION The auditorium wall is made of a concrete structural wall covered with thermal insulation and a cladding system in the outside and acoustic insulation and wood pannels in the inside of the building.
Detail A
Detail B
Scale 1:20
S E C T I O N F - F’
23
3 - Beam - Steel 4 - Slab - Reinforced concrete
17 4
5 - Mullion - Steel 7 - Cladding - Aluminum perforated plates
3
8 - Acoustic insulation - EPS
8
9 - Thermal insulation - EPS 10 - Waterprooong - EPDM
9
13 - Trumson - Aluminum
27
17 - Pavement - Wood 21 - Ventilation duct 22 - Ceiling - Wood
25
23 - Wall nish - Wood 25 - Window - Double glass 27 - Anchorage - Steel
F
13
F’
5 10 7
Detail C
3
21 22