************************** ******************* ******* ************************** ********** **************** ************************** * ************************* ******************** ****** ************************** *********** *************** ************************** ** ************************ ********************* ***** ************************** ************ ************** ************************** *** *********************** ********************** **** ************************** ************* ***** ******** ************************** **** ********************** *********************** *** ************************** ************** ************ ************************** ***** ********************* ************************ ** ************************** *************** *********** ************************** ****** ******************** ************************* * ************************** **************** ********** ************************** ******* ******************* ************************** ************************** ***************** ********* ************************** ***** ********************* ************************ ** ************************** *************** *********** ************************** ****** ******************** ************************* * ************************** **************** ********** ************************** ******* ******************* ************************** ************************** ***************** ********* ************************** ******** ****************** ************************** ************************** ******************* ******* ************************** ********** **************** ************************** * ************************* ******************** ****** ************************** *********** *************** ************************** ** ************************ Sustainable ARCHITECTURE Design Studio, MA-1 ********************* ***** ************************** ************ ************** ************************** BRUFACE ULB + VUB 2017/2018 *** *********************** ********************** **** ************************** ************* *************
S u s ta i n a b l e ARCHITECTURE DESIGN STUDIO BRUSSELS West Station area
SDS-II ProjectS 2017-18 Sustainable ARCHITECTURE DESIGN STUDIO
TEACHING TEAM: Ahmed Z. Khan (coordinator), Carole Aspeslagh & Giulia Caterina Verga (ULB) Hera Van Sande & Geert Pauwels (VUB)
INDEX
01
MOLENBEEK SWIMMING POOL
02
SUSTAINABLE SCHOOL
03
Co-housing molenbeek
04
hybrid building
05
MIX-CITY
06
the dynamic library
07
WOODEN TOWER : BJÖRKSNÄS
MOLENBEEK SWIMMING POOL
STUDENT: Alaa Mahdi
01
Localization in the masterplan
CONCEPT
SUSTAINABLE SCHOOL
STUDENT: Margaux Lespagnard
02
L O C AT I O N
SECONDARY DANCE THEATRE
SECONDARY SCHOOL
+ TYPES OF DANCE
DANCE AND PERFORMANCE
TYPES OF DANCE
PROGRAM
Theatre 405 seats
7 studios 1529,7m2
13 classrooms 946,3m2
3 studios 526,7m2
13 classrooms 946,3m2
DESIGN
R O O F PA R K
NIV 00
NIV 01
R O O F PA R K STRUCTURAL CONCEPT
CONCRETE
CONCRETE RINGBEAM
NIV 02
STEEL COLUMS & BEAMS
SECONDARY SCHOOL Secondary school
Dance school
DANCE SCHOOL
Bioclimetic principles
Materials and details
Co-housing molenbeeck
STUDENT: ángela paola vaca díaz
03
1
Housing (31)
3510.00m²
Commercial (5) Housing (31) Offices (5) Commercial (5) Communal + Green Offices (5) Total gross area: Communal + Green
934.61 m² 3510.00m² 1116.00 m² 934.61 m² 1543.70 m² 1116.00 m² 8347.53 m² 1543.70 m²
Total gross area:
8347.53 m²
Farm City Why?
2
Who?
Why?
Who?
Why?
Affordable Safe
Co-housing
Who?
Sustainable The eldery Fami-
Cooperative Independent
Single The People environmentally conscious
Housing (31)
3510.00m²
Commercial (5)
934.61 m²
Offices (5)
1116.00 m²
Communal + Green
1543.70 m²
Total gross area:
8347.53 m²
Why?
N
Volumetric exploration Urban Master Plan "Farm City" Initial volume
1. Concept 2. Program
Orientation rotation
Public space integra-
Green terraces system
Commerce 150 m²
ing
ark
ep
Bik
Commerce 133 m² Commerce 132 m²
Lobby
Commerce 110 m²
Commerce 90 m²
Ground Floor Plan 20
50 1.5
0
0 5 10
B +4.
00
+2
A' 5 Commerce 150 m²
ng
rki
Bike
pa
Commerce 133 m² Commerce 132 m²
160m²
Lobby
Commerce 110 m²
Commerce 90 m²
A
+4.00
agricultural crops
78m²
Office 200m²
78m²
121m²
108m²
108m²
101m²
workshop
communal room
B'
+21.50
+21
.50
greenhouse
108m²
greenhouse
gym -3.5
0
shared office
sto
78m²
storage
rage
agricultural crops
78m²
laundry
library
16%
workshop
greenhouse
greenhouse
communal room
+21.50
-3.50 gym
shared office
laundry
library
bike parking
Section A-A' 0 5 10
20
+25.00
50
greenhouse
products preparation
storage
e Bik
D
Commerce 150 m²
g
rkin
pa
greenhouse
Commerce 133 m² Commerce 132 m²
+25.00
0
2
5
10
0 1 2
5
10
Lobby Commerce 90 m²
greenhouse
20
products preparation
D greenhouse
Section B-B' 0 5 10
20
50
Ground Floor and Sections
0
2
5
10
0 1 2
5
10
20
storage
Commerce 110 m²
storage
+2
1 agricultural crops
78m²
+4
.00
78m²
workshop
greenhouse
Housing and offices typical plan floor +1,2,3,4,5
greenhouse
communal room
+21.50 160m²
gym
shared office
+4.00 Office 200m²
0 2
121m²
10
4 bedrooms, x 5
laundry
library
5
108m²
3 bedrooms, x 20 Shared flat, x 4
108m²
108m²
-3.5
0
101m²
Bik
e
Commerce 150 m²
ing
ark
ep
rag
storage
sto
Commerce 133 m² Lobby Commerce 90 m²
Commerce +25.00 110 m²
greenhouse 16%
Commerce 132 m²
-3.50
products preparation
storage
D greenhouse
bike parking
storage
Communal spaces plan floor +7 5
10
20
+2
1.5
0
0 2
0
2
5
10
0 1 2
5
10
20
Commerce 150 m²
agricultural crops
78m²
78m²
workshop
greenhouse
greenhouse
communal room
merce m²
+21.50 gym
shared office
Commerce 132 m²
Lobby Commerce 90 m²
Commerce 110 m²
laundry
library
Communal spaces plan floor +6 0 2
1.Plan Views and Program
5
10
20
20
108m²
108m²
108m²
-3.5
0
101m²
sto
storage
rag
16%
e
-3.50
bike parking
storage
Parking -1 0 2
5
Communal area: green roof, agricultural crops, greenhouses, interior garden
ark
ep
Bik
Commerce 150 m²
ing
Commerce 133 m² Commerce 132 m²
1.Distribution 2.3D
Lobby Commerce 90 m²
Commerce 110 m²
10
20
1
A' +4.
00
B
5
160m²
A
+4.00 Office 200m² 121m²
108m²
108m²
101m²
108m²
-3.5 0
B' sto
16%
storage
rage
-3.50
bike parking
Commerce 150 m²
ing
ark
ep
Bik
storage
Commerce 133 m²
3
Commerce 132 m²
Lobby Commerce 90 m²
Commerce 110 m²
2
3 1.Plan 2.Secction A-A’ 3. Secction B-B’
0 2
5
10
20
0 2
5
10
20
1 Food
Water
Emissions
Energy
Ventilation cross ventilation
evaporative cooling
Oâ‚‚
rain water
green-houses food production
solar energy
minimization of emissions
thermal collectors
photosynthesis irrigation
grey water
green roofs vertical farming
toilet flushing
energy saving
hot water
COâ‚‚
3 filtration
1. Sustainable Strategies
water reuse
residual heat
cold recovery
water reuse for irrigation
1 air outlet
finishing brick 25x12x5cm rammed earth brick 29.9x14x20cm
air inlet
Vertical crops
Double facade
thermal isolation rock wool
collector outlet engineered soil with plants
tube holder
moistrure retention layer asfaltic membrane
cooper manifold heat exchanger
thermal isolation concrete slab
vacuum tube
collector
Thermal collector 2
1.Details 2.Materials
Green roof
Walls
1
2
3
1.Communal area: shared kitchen, living room, shared office green-house, interior garden 2.Communal area: green roof, agricultural crops, green-houses, interior garden 3. Posterior View
hybrid building
STUDENT: Matteo Kopriva
04
Concept The main idea of the project is to combine the efficiency of bar-shaped high-rise buildings with the spatial quality of courtyard-based buildings to create a high-density residential project with as much spatial quality as possible. Design This is achieved by creating external courtyards in the facade of the building. The south side and roof is made accessible for the public and is used mostly for urban farming. The height difference between ground and esplanade level is covered by two floors of parking. The facade on esplanade level is opened in two places. These openings serve both as sports fields and marketplaces. In the center of the building, there is a shopping mall and offices above it. The rest of the esplanade level is also provided with regular commerce. The rest of the project is for residential purposes and can house a maximum of about 300 inhabitants. Sustainability strategies Food can be locally grown in the urban farms on the roof. Water on the roof surface is collected and used for the trees in the external couryards and the crops in the greenhouses. The excavated holes for the pile foundations are used for a geothermal heat pumping system. Finally, the fact that the architecture is grid-based, makes the project highly transformable and therefore future proof. All connections are made with bolts and screws to facilitate this.
mix-city
STUDENT: Liesse Swinnen
05
CONCEPT
SOCIAL
ENVIRONMENTAL
N
N
E
E COMMERCE 2110 m²
RESIDENCE 5644 m²
GREEN SPACE N 2222 m²
CONCEPT
ECONOMICAL
ϱ
N COMMERCE 2110 m²
RESIDENCE 5644 m²
COMMUNAL SPACE 2222 m²
SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
GEOMETRY
ϯ
VOLUMETRY
SECTION NORTH-SOUTH | 1:500
N
TOPVIEW | 1:500
N
MOBILITY PLAN
SECTION EAST-WEST | 1:500
VISUALISATION PUBLIC SQUARE SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
N
PLANS
FLOOR +0 | 1:200
N
FLOOR +1 | 1:200 SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
COURTYARD
N
FLOOR +2 | 1:200
VISUALISATION COURTYARD SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
TYPICAL FLOOR PLANS
FLOOR +3 | 1:200
N
FLOOR +4 | 1:200 SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
PLANS
N
FLOOR +6 | 1:200
ISOMETRIC VIEW SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
TECHNICAL DETAILS
SECTION NORTH-SOUTH| 1:200
N
SECTION EAST-WEST| 1:200
N SUSTAINABLE DESIGN STUDIO: FINAL JURY May 22, 2018 Liesse Swinnen
VISUALISATION
ϵ
the dynamic library
STUDENT: NIZAR KARKOURI
01 06
FUFULL LLPAGEPAIMAGE PROJECT GEOF THE IMAGE PROJECT
MASTERPLAN OF THE WESTSCAPE
CONCEPT
1
2 1
2
44
3
3
1.Program 2.Groundfloor plan 3.Underground plan 4.Schemes
1.Program 2.Groundfloor plan 3.Underground plan 4.Schemes
1
22 1
3
2
3
4
4
1.First floor plan 2.Top floor plan 3.Materials and techniques 4.Longitudinal section
2.Top floor floor plan plan 3.Materials 3.Materialsand andtechniques techniques 4.Longitudinal 4.Longitudinalsection section 1.First floor plan 2.Top
11 1
22 2
3
33
1.Section into the main entrance 2.Section into the patios 3.Front elevation
1.Section into the the main main entrance entrance 2.Section into the patios 3.Front elevation 1.Section into
1 1
2 2
3
3
1.Rendering 1 2. Rendering 2 3. Rendering 3
1.Rendering 1 2. Rendering 2 3. Rendering 3
WOODEN TOWER: BJÖRKSNÄS
STUDENT: Sylvain Biscarrat
07
The project, located at the entrance of the site of the wests- tation is intended to be a new land- mark in Brussels. Main concepts: 1. A material: The wood, which is more sustainable than other construction materials with a nega- tive carbon footprint. 2. A structural concept: The post and beam system, which allows a large flexibility and modularity of structure. 3. An architectural concept: Open spaces between the different functions.
Concept
Plans
Plans
163m²
158m²
Internal views
Internal views
3d, materials and details
3d, materials and details
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