adiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78
architecture
portfolio
7 selected works
madiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78
table of contents p. 5
Profile: Omar Imadiouni
p. 6
Project: The House of Jack
p. 12
Project: The Forest of Fez
p. 20
Internship: junya.ishigami+associates (Tokyo, Japan)
p. 40
Internship: RDR (Lausanne, Switzerland)
p. 48
Project: Bonatti Bivouac
p. 54
Project: The Line
p. 60
Project: 1=4
cv 1 2 3 4 5 6 7 3
4
Omar Imadiouni : +41 (0) 78 909 09 26 omarimadiouni@gmail.com route Louis-Favre 4 1024 Ecublens, Switzerland
2020
curriculum vitae
Education EPFL Master’s degree in Architecture under the supervision of Harry Gugger, Dieter Dietz and Luca Pattaroni
2017
EPFL Bachelor’s degree in Architecture under the supervision of Dominique Perrault, Dieter Dietz, Martin Fröhlich, Anja Fröhlich, Alexa Den Hartog and Sara Formery
2013
Baccalaureate in Science with honours (French school) - Specialized in Physics - Casablanca, Morocco
2018-2018
Work experience junya.ishigami+associates, Tokyo, Japan, six months internship designed models for two exhibitions, led a team of interns to build the models, drew various scale documents and made study models for a private house, made numerous proposals for three competitions and built the main 3D file for two of them to generate drawings and models for the teams to work with
2017-2018
Richter Dahl Rocha & Associés Architectes, Lausanne, Switzerland, six months internship experienced the schematic design and design development phases, drew construction documents, organised a tender file for the bidding phase and helped supervising construction sites. Used a BIM software, developped a relationship with the client and worked alongside engineers
2013-2013
JLA STUDIO, Casablanca, Morocco, summer internship established direct contact with architects, performed computer drawing, interior design, 3D modelling and visited construction sites
2019
Achievements Co-organized the architecture photography exhibition «Urban Life and Death» by Mavis Ma in SoHo, New York City; wrote and performed a musical performance for the opening
2019
Obel Award with junya.ishigami for the Art Biotop Water Garden project in Nasu, Japan
2018
2nd prize for the «Eiffel Tower Competition» in Paris with junya.ishigami+associates
2018
2nd prize for the «Vaudoise» new building competition in Lausanne with RDR architectes
2017-2017
Constructed the A Neuve «Bonatti» bivouac in wood with a small group of people, from concept to completion and client satisfaction (published by www.archdaily.com)
2013
Guided vistors for the Heritage Days of Casablanca, Morroco in the districts of «Derb Omar» and «Liberté» to sensitize on preserving the 20th century’s architectural heritage in Casablanca Software skills ArchiCAD, Rhinoceros, V-Ray, Adobe Suite, AutoCAD, 3D printing - advanced Revit, Grasshopper, Cinema 4D, SketchUp, Blender - intermediate Languages French - native English - fluent Arabic - fluent Spanish - proficient
Interests Music producing and sonic exploration with various electronic instruments Making images rendering or collage and playing with textures and shadows 5
1
A glimpse inside a house of Jack
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the house of Jack Professor: Type: Program: Date: Location:
Dieter Dietz, Luca Pattaroni Master thesis project Cultural venue Feb - Sep 2020 Multiple
Jack was born in the 1980s in Chicago, he’s a fictional character embodying the spirit of the house movement and is frequently mentioned in house music tracks. He is described as the universal feeling of being connected to others through something greater. He brings communities together, integrates minorities and unites individuals around music. Jack is the major inspiration for this project. The houses of Jack are connected gathering spaces that broadcast live musical performances. They are located in the lively districts of the cities and play the role of local cultural venues offering an international scene. They promote the valuation of the independent artist by allowing him to broadcast his performance anywhere on Earth from the location of his choice while giving him a view on his audience. Moreover, in a drive to reduce the alarming carbon footprint of the music and construction industries, the houses of Jack aspire on the one hand to reduce mass travelling for the audience and artists and on the other hand to minimize the impact of building materials by reusing, for each house, 2 shipping containers of the 11 million abandoned ones. Finally, the project is designed as a kit that can be assembled and disassembled, it has height-adjustable feet and a surface of solar panels adapted to the context. It does not connect to any physical network.
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1: shipping containers, 2: internal coating, 3: roofing, 4: fastening elements, 5: electronic hardware, 6: windows and curtains 10
The artist gives a simultaneous, multi-site performance
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Forest Unused land Rivers 500m
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Fez, Morocco
the forest of Fez Professor: Type: Program: Date: Location: Publication:
In Morocco, more than 600 hectares of suburban forests disappear irreversibly every year under urban pressure. According to international standards, the city of Fez is a noticeable example of greenery scarcity: only the small suburban forest of Ain Chkef prevails as « the green lung of the city » and is highly valued by locals. Fez is consistently attracting people. Being flanked by a strong topography north and east, the city is quickly sprawling towards the south and the west. This periphery is becoming unidirectional towards the city centre where most of the companies and equipment are located, consequently leading them to become unprivileged bedroom communities with a considerable lack of equipment.
Harry Gugger School Project, 4th year Forest, orchard, «work-away» Feb - May 2019 Fez, Morocco Fez Lessons, LABA
The Forest of Fez will have a threefold positive impact on the city. In terms of ecology it will operate as a stronghold against the ongoing massive desertification. Moreover, the project will enhance the ratio of green space per inhabitant, thus improving air and water quality. Additionally, the project will serve as an educational instrument to reconnect people with nature. Indeed, it will raise awareness about preserving our environment and spread knowledge on forests, orchards and permaculture. Finally, the forest will stand as an economical asset to an unprivileged periphery; firstly by acting as an equipment to break the unidirectional character, and secondly by behaving as a «protective sponge» for the city, it is floodable to avoid the material damage usually suffered by the neighbourhoods downstream.
The forest of Fez presents itself as an extension of Ain Chkef forest towards the city centre, upgrading the former to an urban equipment. Inspired by the natural phenomenon of trees growing along river banks, canals will be derived from the main spring to guide the forest. In between those canals, 20 self-sustained houses will be built along with a network of roads connecting them to the city. The « Association de la Forêt de Fès » - to be created at the start of the project - will be in charge of hiring 20 rangers. They will inhabit the houses and plant the forest on the river banks, thereby generating a clearing around the houses. They will also be given a training allowing them to host guests and teach them about the forest, orchards and permaculture. In exchange, the guests will help planting and harvesting the fruit trees of the clearing, turning the empty space into a productive orchard of which the rangers will be able to sell the fruits. 13
Forest Orchard Unused land Roads Rivers 100m
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A hybrid forest based on a system of canals and roads: an equipment for the city
10m
The orchard: between private garden and public space (10 years after the project kick off)
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Phases: Modules:
5m
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1 2 1
2
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The house: a modular living area, a shop and a permaculture field for self-sufficiency
The roof: - Gravel (40 mm) - Drainage system (40 mm) - Waterproof layer - Screed (50 mm, 2% slope) - Concrete slab (200 mm)
The house is on concrete pilotis to avoid getting damaged from the recurring floods. The walls are filled with bricks, which allows their destruction to welcome the extensions.
The wall: - «Khelta» - Brick (180 mm) - «Khelta»
Iinterior and exterior coatings are made of «khelta». Invented in Fez by the craftsmen of the medina, this coating is often used in the constructions of the region. It is made of clay, lime and extracts of egg, then finished with soap to give it an extra protective layer and a smooth surface. It is stong, waterproof and authentic to Fez.
GSPublisherVersion 1.91.99.100
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Between the forest and an orchard
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Model displayed for the «Freeing architecture» exhibition inside the «Fondation Cartier pour l’art contemporain» in Paris, France
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junya.ishigami+associates Team:
Type: Program: Date: Location:
1. (Obel Award winning) Art Biotop Water Garden project, Nasu, Japan: - Site supervision and on-site manual labor - Models for the « Freeing architecture » exhi bition in Fondation Cartier, Paris, France - Exhibition collage for Restaurant project 2. «Japanese Architecture» exhibition, Mori Museum, Tokyo, Japan: - Concept images - Physical models in concrete (1 :300 scale) - Physical models in concrete of a piece of the building (1:8 scale) 3. Park Vijversburg visitor center, Tytsjerk, Netherlands: -Physical model for the « Freeing architecture » exhibition in Fondation Cartier, Paris, France 4. Private house, Zama, Japan: - Study models and drawings 5. «Site Tour Eiffel» competition, Paris, France: - Research and briefstudy - Concept studies - 1st submission documents: visualizations, diagrams; presentation model - Physical study models 6. Doha Cruise Terminal competition, Qatar : - Concept design studies and research - Study models - Presentation materials,visualizations
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Art Biotop Water Garden
Terrain modelling and installation of the pipes
Tests of the waterproofing membranes
Stones positionning and grass planting
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Art Biotop project near completion
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First model made for the «freeing architecture» exhibition with foam and various iron wires
Identification of the trees on site
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H-
N °P 1 3 0 Lv - 532.65
H-
262N｡N28
PH-
182N｡A229 P-
N °P 1 2 5 - 532.75
H -L v
293N｡C62 P-
H-
292N｡C60 P296N｡C6 P-
H-
N｡C31 PH-
H-
H-
270N｡N115
H-
H-
H-
PH-
271N｡A37
179N｡A156 P-
PH-
PH-
304 N｡C17
N °P 1 3 5 Lv - 532.55
268
180N｡A88 181N｡A153
530
HN °P 1 3 8 Lv - 532.55
264 N｡N91
N °P 1 4 6 Lv - 532.40
H-
529
PH-
PH-
256N｡B334 P-
250N｡B335 PH-
N °P 1 3 3 Lv - 532.65
H-
255N｡C2
294N｡A306 PN °P 1 2 7 Lv - 532.70
290N｡N168 P-
289N｡A315 287N｡C33 PP-
261 N｡N123
PH-
P 950 mm H 13.5 m
P 1130 mm H 13 m
H-
PH-
246 N｡A309
H-
260 N｡A36 P-
265 N｡N43
PH-
291N｡N121 P-
H-
H-
N °P 1 2 3 Lv - 532.80
PH-
PH-
288N｡N130 P-
N °P 1 3 4 Lv - 532.60
N｡C8 253 P-
254N｡N120
251N｡A248
PH-
H-
284N｡N119 P-
N °P 1 3 6 Lv - 532.60
N °P 1 2 0 - 532.85
N °P 1 2 1 Lv - 532.80
PH-
283N｡C118 P-
N｡A305 PH-
N｡A128 L v PH-
N °P 1 2 4 Lv - 532.75
245 N｡N127
N °P 1 2 8 Lv - 532.70
N °P 1 2 9 Lv - 532.65
H-
H-
H-
N °P 1 3 9 Lv - 532.55
PH-
171N｡A76 Ko
174N｡C024 Ko 173 N｡A380 Ko PPH-
N｡N52 Ko P H
PH-
236N｡N56 P-
H-
234N｡A169 P233 N｡A358 P-
N｡C106 259 P-
PH-
PH-
267N｡A68
PH-
175N｡A211
PH-
258N｡C113 257N｡N62
235N｡N111 P-
N °P 1 0 5 Lv - 532.70
232 N｡A176
H-
H-
N｡A314 PH-
220
244
241 N｡N118
218 219
N °P 1 1 9 Lv - 532.87
N｡A354 252 P-
249N｡N132
N｡A90 PH-
N °P 1 1 7 Lv - 532.90
N｡N126 PH-
H-
N｡A29 PH-
PH-
214
N｡C38 PH-
PH-
H-
N｡A250 PH-
PH-
H-
216N｡C14
211
N °P 1 2 2 Lv - 532.80
247
243
242
N °P 1 0 6 Lv - 532.80
237N｡N117
PH-
225N｡A118 224N｡N19 PP-
P 960 mm H
164 N｡A113 Ko
531
PH-
PH-
N｡B312 PH-
217N｡C13 P-
N °P 1 1 4 Lv - 532.93
248N｡A330 P-
N｡N131 PH-
PH-
N｡N106 PH-
H 13.5 m
166 Ko 165 N｡A12 P 930 mm N｡A364 Ko 167 N｡B231 Ko H 13.5 m P 1050 mm H 14 m 163
157N｡N69
231
N｡C49 PH-
PH-
N °P 9 8 Lv - 532.55
PH-
N °P 1 4 9 Lv - 532.45
223N｡A119
HKo 159PN｡A74 800 mm
N °P 1 4 4 Lv - 532.50
228
226 N｡A51
N °P 1 0 1 Lv - 532.65
N °P 9 9 Lv - 532.60
238N｡C85 239
H-
209N｡N124 210N｡A320
PH-
N｡C78 PH-
H-
H-
PH-
203 N｡C108
PH-
321N｡N122 240
N °P 1 0 3 Lv - 532.80
PH-
PH-
H-
158N｡D005 P-
Ko 160PN｡A13 1270 mm N｡C064 H 13.5 m Ko 38HP -- 39 PN｡A16 1230 mm H 14 m 161 N｡C089
222N｡A177
202 N｡N45
N｡N125 PH-
PHN °P 8 6 Lv - 532.70
N °P 8 5 Lv - 532.70
156N｡N81 P-
N｡D006 PH-
N °P 1 5 0 Lv - 532.50
N °P 1 5 1 Lv - 532.45
N｡A266 Ko P 800 mm H-
PH-
155N｡N82
PH-
153 N｡D004
151HP --
N °P 9 2 Lv - 532.50
227N｡C44
221N｡A110
N °P 1 0 0 Lv - 532.65
154N｡C020
152
H - 11 m
N｡C004 PH-
1070 mm 34 PH 13.5 m
Lv - 532.70
N °P 8 7 Lv - 532.80
204 N｡N133
N °P 1 1 8 Lv - 532.95
215N｡C15 P-
N °P 1 1 2 Lv - 532.90
N °P 1 1 5 Lv - 532.85
N｡A244
89N｡N75 P-
119N｡B259 P-
PH-
PH-
230
N｡N83 PH-
PH -N °P 8 3
N °P 8 2 Lv - 532.65
148
N °P 9 3 Lv - 532.50
530
N｡C052
229
N °P 8 4 Lv - 532.80
N｡B331 PH-
90HP --
N °P 1 1 6 Lv - 533.00
213N｡N108
PH-
208N｡C77 N °P 1 1 1 Lv - 532.85
PH-
PH-
N｡N84 PH-
N °P 7 6 Lv - 532.75
144N｡B210
150PH --
N｡C030 N °P 9 5 Lv - 532.60 PH-
N｡C71 PH-
N °P 7 7 Lv - 532.80
N｡N88 PH-
N °P 7 5 Lv - 532.75
N °P 7 4 Lv - 532.70
N｡A19 Ko
N｡C116 PH-
PH-
195 N｡N110
194
H-
212N｡A170
PH-
200 201
196N｡A326
PH-
189
PH-
N °P 7 1 Lv - 532.85
143
Lv - 532.73
N °P 7 3 Lv - 532.65
mm 146PH -- 900 11 m Ko 147PN｡C087 - 980 mm H - 11.5 m N °P 7 9 Lv - 532.63
207N｡A138
NH°P-1 1 0 Lv - 532.85
H-
H-
205N｡N134
H-
P88HN｡A245 -
91N｡A367 P-
120N｡B340 P-
122N｡A151 PH - 121 N｡N55 P-
P-
PH-
188N｡A28
N °P 7 2 Lv - 532.75
PH-
P 950 mm H 13 m
H 14m
N｡C56
Lv - 532.70
N °P 8 0 Lv - 532.65
N °P 6 7 Lv - 532.78
PH-
N｡C97 PH N-°P 7 0
145 N｡C054
PH-
24N｡A271 Ko
mm N｡A100 Ko 27 PH 1010 317 14 m P 1060 mm
P318 H-
P - 450 mm H - 7.5 m N °P 6 9
H-
206N｡N90
199N｡N128 P-
N｡N72
118N｡N58 P-
N °P 1 1 3 Lv - 533.05
PH-
PH-
H-
190N｡N86 191N｡C83
N｡A38 PH-
N °P 6 6 Lv - 532.78
142N｡N89
H-
PH-
187
P LN-v°P-6 05 3 2 . 7 8 H-
N °P 6 8 Lv - 532.75
H-
P87 H-
H-
H-
Ko 124PN｡N46 HKo 123PN｡N4 -
125N｡N129 P-
N｡A173 126 P-
92N｡C90 P-
H-
N °P 1 0 7 Lv - 532.90
197N｡A132
193.N｡N49 Ku P-
H-
N °P 1 0 9 Lv - 532.83
Lv - 532.80
141
192N｡C63 P-
N °P 1 0 8 Lv - 532.85
185N｡A240 PH - 186N｡A35
H -N °P 6 1
L v -mm 532.75 P - 770 H - 11 m
N °P 6 5 Lv - 532.73
140N｡B221 Ko
N °P 5 1 Lv - 532.70
N｡A97 Ko P 920 mm H 14 m
P 1110 mm H 14.5 m
N °P 9 0 Lv - 532.60
Ko 1100 mm 26PN｡A219 HN｡A209 Ko 316 P 1170 mm
H-
136N｡N26
N °P 6 4
5 2 mm P N-°P910 - 5m 32.73 H L-v 13
23
25 N｡A222 Ko N °P 8 9 Lv - 532.60
N °P 4 0 Lv - 532.75
P127HN｡A130 -
H-
86HN｡A158 P-
H-
Ko 116PN｡N71 -
Ko 111PN｡N63 -
P - 870mm H - 13m
H-
N °P 6 3 Lv - 532.80
PH-
H-
128PN｡N70 Ko -
198N｡C45 P-
N °P 6 2 Lv - 532.85
N °P 5 8 Lv - 532.80
H-
93N｡N59 P-
PH-
N °P 2 8 Lv - 533.05
N｡C94 Ko PN｡N12 Ko H P - 610mm H - 9m
P - 1120mm H - 16.5m
N °P 5 9 Lv - 532.83
134N｡N87 PH133N｡B212 135N｡N74 PP-
N °P 5 3 Lv - 532.75 N °P 5 7 Lv - 532.78
117N｡N54 Ko 115N｡A75 Ko
H-
110N｡N68 Ku
P129HN｡C93 -
PH-
N °P 5 6 Lv - 532.85
N °P 5 5 Lv - 532.80
N °P 5 4 Lv - 532.78
H 11 m
N °P 9 1 Lv - 532.65
H 13 m
N °P 4 8 Lv - 532.80
H - 9.5 m
137N｡C102
Ko 22 N｡N39 P 560 mm
N °P 8 8 Lv - 532.70
Ko 21PN｡A272 1100 mm
Ko 980 mm 20PN｡A275 H 14 m
N °P 4 5 Lv - 532.82
H-
Ko 114N｡N41 P-
N °P 2 5 Lv - 533.00
PH-
N °P 1 0 4 Lv - 532.88
H - 13.5 m
N｡N10 Mo 132 P - 530 mm
N °P 3 9 Lv - 532.75
N °P 3 6 532.75
Lv P 840 mm H 14 m
56 N｡A64 Ko
H-
319N｡N76
N °P 4 9 Lv - 532.83
131
N｡B226 Ko
mm 19 PH 540 7m 18 N｡A94 Ko 40
N｡A264 Ko P 1100 mm H 14.5 m
N｡C29 PH-
64
55 N｡D001 P-
N｡A89 Ko 130 P - 700 mm
H-
Bu 108PN｡B290 - 640mm 109 N｡A55 Ko
N °P 1 9 Lv - 532.95
Ko 66PN｡A4 - 1140mm H - 14.5m
65
H - 10 m
N °P 5 0 Lv - 532.90
H-
N °P 4 7 Lv - 532.83
N｡D003 PH-
Lv - 532.80
N °P 3 4 Lv - 532.75
P - 1160mm H - 13.5m
Ko 57 PN｡A69 - 1070 mm
53
46N｡C058 P-
N °P 4 2 - 532.85
N｡B265 Ko P 870 mm H N °P 4 3
54
N °P 1 3 Lv - 532.95
N｡A243 Ko N｡A152 Ko P - 980 mm P - 1200 mm H - 12 m N｡A56 iSH - 15 m P - 750 mm H - 10.5 m
PH-
N｡A15 Ko
P 980 mmL v H 14 m
41 N °P 3 5 Lv - 532.80
52
N °P 1 2 Lv - 532.92
85N｡C40 P-
H - 13m
H - 10.5m
N °P 1 8 Lv - 532.95
H-
N °P 3 2 Lv - 533.05
H - 15m
Ko 107 N｡A198 Ko 106PN｡A80 - 780mm P - 1090mm
H - 16m
63 N｡A109 Ko
N °P 1 4 Lv - 532.95
84N｡A34 P-
H-
H-
Ko 113N｡A268 P - 1020mm
Ko 105PN｡A267 - 960mm
Ko 67 N｡A3 P - 980mm
N｡A73 Ko P - 1210mm H - 16.5m
112N｡C117 Is
H-
N °P 3 1 Lv - 533.05
94N｡A116 P-
H-
Ko 97 PN｡C65 -
PH-
N °P 1 7 Lv - 533.00
H-
Ko 96 PN｡N47 -
H-
82N｡N14 P83N｡C18 PH-
H - 13.5m
N °P 2 7 Lv - 533.10
98 N｡A72 PH-
PH-
Is 68 PN｡N73 104N｡N66 Ko HP-
N｡A154 PH-
PH-
Ko 101 PN｡C67 -
102N｡C112 Ko
61
P - 890 mm H - 13 m
47 N｡C069
830 mm 45 PH -- 12.5 m
13N｡A225 Ko
N｡A237 Ko P 1010 mm H 13 m
N｡A235 Ko P 900 mm H 13 m
N｡N36 Ko P 380 mm H9m
N｡C023 PH-
58 N｡A42 Ko
N｡C059
N °P 1 1 Lv - 532.90
N °P 6 Lv - 532.85
9
Ko 48PN｡A96 - 770 mm
62
Ko 95 N｡A273 P - 1200mm
99 N｡N64 Ko
N °P 2 2 Lv - 533.10
H-
N °P 1 5 Lv - 533.00
N °P 1 0 Lv - 532.95
N｡A102 Ko P 790 mm H 11 m
N °P 4 Lv - 532.90
H 15 m
N °P 3 Lv - 532.80
51
H 14 m
N｡A284 Ko P 990 mm H 15.5 m
Ko 103N｡C94 P-
80
N｡N79 PH-
N °P 2 9 Lv - 533.10
H-
PH-
H - 16m
N °P 1 6 Lv - 533.00
59
H - 13 m
N｡A236 Ko
N °PP8 740 mm Lv - 532.95 N °P 2 Lv - 532.95
Ko 69 PN｡A95 - 940mm N｡N53 Ko PH-
N｡C55 PH-
H-
N °P 3 0 Lv - 533.10
Ko 77 PN｡N65 -
100N｡N61 Ko
HKo 49 N｡A98 P - 820 mm
81N｡N78 P-
P - 1100mm H - 16m
N °P 2 4 Lv - 533.15
H-
N °P 2 0 Lv - 533.10
N °P 5 Lv - 532.98
79N｡A65
H-
N｡B227 PH-
75 N｡N51 P-
H - 14m
N °P 2 6 Lv - 533.15
Ku 78 PN｡N42 -
76
H-
Ko 70 N｡N48 P-
PH-
N °P 1 5 8 Lv - 532.45 N °P 1 5 9 Lv - 532.40
Trees mapping used for the model
Trees classification and preparation for the exhibition model
25
210.3
301.3
100.0
389.7
0.3
29.7
0.3 11.3
Instructions for model-assembling sent to the Paris team
Assembling the model’s separate pieces inside the «Fondation Cartier pour l’Art Contemporain»
26
Final model for the «Freeing architecture» exhibition
27
Yamaguchi restaurant for the «Japanese Architecture» exhibition, Mori Museum in Tokyo, Japan
Concept images
Mold for the 1:8 concrete model
1:8 furniture for the model
28
Final 1:8 model for the «Japanese Architecture» exhibition, Mori Museum, Tokyo, Japan
Final 1:8 model for the «Japanese Architecture» exhibition, Mori Museum, Tokyo, Japan
29
Park Vijversburg visitor center in Tytsjerk, Netherlands
Work in progress on the 1:100 model
30
Final model for the «Freeing architecture» exhibition
Final model for the «Freeing architecture» exhibition
31
Private house in Zama, Japan
1:20 space study model and plan
▽GL+500 ▽GLā0 ▽GL-500 ▽GL-1000
LX04 通り断面図 S=1:150
▽GL+2000 ▽GL+1500 ▽GL+500 ▽GL+1000 ▽GLā0 ▽GL+500 ▽GL-500 ▽GLā0 ▽GL-1000 ▽GL-500
LX04 通り断面図 S=1:150 LX03 通り断面図 S=1:150
▽GL-1000
▽GL+2000 ▽GL+1500 ▽GL+1000 ▽GL+500 ▽GLā0 ▽GL+2000 ▽GL-500 ▽GL+1500 ▽GL-1000 ▽GL+1000 ▽GL+500
LX03 通り断面図 S=1:150
▽GLā0 ▽GL-500 ▽GL-1000
LX02 通り断面図 S=1:150
▽GL+2000 ▽GL+1500 ▽GL+1000 ▽GL+500 ▽GLā0 ▽GL+2000 ▽GL-500 ▽GL+1500 ▽GL-1000 ▽GL+1000 ▽GL+500
LX02 通り断面図 S=1:150
▽GLā0 ▽GL-500 ▽GL-1000
LX01 通り断面図 S=1:150
▽GL+2000 ▽GL+1500 ▽GL+1000
1:20 study model and plan of the entrance
4m
▽GL+500
Topography study sections ▽GLā0
▽GL-500
▽GL-1000
LX01 通り断面図 S=1:150
3D model for structure and space studies
32
1:1 construction detail model for the private house
33
«Site Tour Eiffel» competition in Paris, France
Hand+computer drawn image
Hand+computer drawn image
Hand+computer drawn image
34
Hand+computer drawn image
Hand+computer drawn image
35
Making of different trees options for the model
36
Working model for the competition built from the 3D file
37
Doha Cruise Terminal competition in Qatar
1F(outside parking)
Design proposal model, 1:100 600000 cafe restraurant
100000 12000
6000 6000
lobby lobby
restraurant
500m
MUSEUM
AQUARIUM
museum
TERMINAL gate
cafe restraurant
2F (floor area 40000m2)
cafe bookshop
Programatic plan proposal section 1/2000@A3
Concept image proposal
38
Final 3D model for the submission’s plans, sections and images
Final concept image for the submission
39
4
1:100 model for the «St-Légier» housing project made from cardboard and 3D printed buildings
40
RDR architectes Team: Type: Program: Date: Location:
Six months of internship at Richter Dahl Rocha & Associés Architectes have let me experience every stage of an architecture project. The work performed was mainly on three housing projects at different scales. «St. Légier», five housing buildings for which I have developped architectural documents (floor plans, neighbourhood plan, car park plan), a 1:100 model (cardboard and 3D printing) and organized the exterior spaces following the client’s inputs and the swiss norms of construction. Alongside my team manager, I then presented to the client and jury plans of multiple scales, elevations, sections and models that they validated. «Uttwil», two three-story buildings with two and three apartments per floor for which I was put in charge of the propriety per floor documents, construction details, synoptics and materiality documents. «Les Cèdres», eleven big scale buildings for which I organised the tender file, made a study for the balcony separations with various options, another study for the facade materials and a modification of one of the parking lots.
41
Housing in St.-Légier ie
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R
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5m 54
546 549 m
Ch
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54
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55
1783
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565 m
54
DP 35
560 m
5m
1741
1740
m
54 8m
555
544 m
542 m
543 m
3 54
5m
8m
54
9m
54
1
13
54
2
0
0m
54
m
m
4
54
6m
1352
54
4m
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54 8m
54
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54
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54
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555 m
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55
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4m
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5 8m
54
1961
9m
545
54
m
Piscine 55 0m
1350
9
54 m
1616
54
8
54
10m
7
1931
m
1st floor plan
m
6
54 m
1227
Commune de St-Légier - La Chiesaz
A la Raisse - Au plan Bourdin
Parcelle 1352 - Plan de principe - Accès Rez-de-chaussée
1:500
Richter Dahl Rocha & Associés architectes SA
16.01.18
ie
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Ru
549
5m
m
54
546
N
m
Ch
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1783
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2 m2
5m
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1741
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10
3
565 m
560 m
54
DP 35
1740 555 m
2
4m
22
544 m
542
543 m
m
DP 34 1
54
0
54
m
m
4
545
m
1352 m2
54
4m
59
1 cin
m
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0m
54
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544
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21
3 m2
2 542 m
Ch
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0m
3
56
54
565
m
AA
'
555 m
54
4m
5
1961 m 545
Piscine 0m
55
1350
54
'
DD
9
54
8
54
10m
m
1616 7
m
CC '
1931
m
54 6
Ground floor plan
m
1227
42
Commune de St-Légier - La Chiesaz
A la Raisse - Au plan Bourdin
Parcelle 1352 - Plan de principe - Rez inf. + parking (Alt. 546m)
1:500
16.01.18
Richter Dahl Rocha & Associés architectes SA
+557
+557 +556 +553
+551 +550 +548 +547 +545 +543.00
Limite de parcelle
10m
1227
Commune de St-Légier - La Chiesaz
Section
A la Raisse - Au plan Bourdin
Parcelle 1352 - Coupe AA'
1:400
17.01.18
Richter Dahl Rocha & Associés architectes SA
1:100 model
43
Housing in Uttwil
Richter Dahl Ro A1
A2
A3
A5
A4
A6
Zwei Wohnge
Seewein
Lage BAUHERR / GRUNDEIGENTÜMER HRS INVESTMENT AG Walzmühlestrasse 48 - 8501 Frauenfeld Tel. 052 728 80 80 - Fax 052 728 80 90 frauenfeld@hrs.ch – www.hrs.ch TOTALUNTERNEHMER HRS Real Estate AG Walzmühlestrasse 48 - 8501 Frauenfeld Tel. 052 728 80 80 - Fax 052 728 80 90 frauenfeld@hrs.ch – www.hrs.ch
ARCHITEKT Richter Dahl Rocha & Associés architectes SA Avenue Dapples 54 - 1001 Lausanne Tel. 021 612 01 01 - Fax 021 612 01 91 architectes@rdr.ch - www.rdr.ch BAULEITUNG / PROJEKTLEITUNG
547 463
56
609
A.4
A.1
A.3
A.5
Brack Bauleistungen AG Bahnweg 4b - 8598 Bottighofen Tel. 071 680 02 88 - Fax 071 680 02 89 w.brack@bauleistungen.ch - www.bauleistungen.ch
331
833
BAUINGENIEUR Ribi + Blum AG Konsumhof 3 - Postfach 118 - 8590 Romanshorn Tel. 071 466 10 15 - Fax 071 466 10 11 ralf.gerspacher@ribiblum.ch - www-ribiblum.ch
INGENIEUR HLKS
468
2 211 DW
AA
Ökoplan AG St. Gallerstrasse 20a - 9201 Gossau Tel. 071 394 50 67 stefan.frehner@oekoplan-ag.ch www.oekoplan-ag.ch
58 DW
DW
AA
ELEKTRO
486
Fläche : 32.05 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
Storen
Storen
Storen
BAUPHYSIKER Kopitsis Bauphyik AG Zentralstrasse 52a - 5610 Wohlen Tel. 056 201 44 44 - Fax 056 201 44 40 kopitsis@kopitsis.com - www.kopitsis.com LANDSCHAFTSARCHITEKT
Storen
Erni Gartenbau + Planung AG Seestrasse 32 - 8598 Bottighofen Tel. 071 677 11 40 - Fax 071 677 11 45 rico.semmann@erni-gartenbau.ch www.erni-gartenbau.ch
Storen
18
Storen
BALKON
340
Fläche : 35.20 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
Gefälle : 1.5%
Gefälle : 1.5%
322
Sichtschutz metallstäbe
PS Prieto Stüdli engineering GmbH Otmarstrasse 1 - 9323 Steinach Tel. 071 228 88 00 javier.prieto@ps-engineering.ch www.ps-engineering.ch
BALKON
Nord = -41.1035°
18
AB
Aktuelle Gebäude (Projekt)
846
21
18
AB
WOHNEN-ESSEN-KOCHEN
Fläche : Fertige Höhe :
Fläche : Fertige Höhe :
AUSSCHREIBUNG
68.25 m2 2.48 m FB: 3.66 RB: 3.54
A04
506
52.55 m2 2.48 m FB: 3.66 RB: 3.54
A03
521
835
245
Referenzhöhe
WOHNEN-ESSEN-KOCHEN
25
7
145
25
224
98 214
36
217
REDUIT
125
185
1075
fä
20
34
376
Ge
Revisionswolke "aktuelle Aende
Fläche : 2.45 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.52
56
BALKON
DUSCHE
Fläche : 7.60 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.52
Fläche : 10.30 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
Fläche : 4.95 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.52
Seismisch Beton
5
BAD
437
90 20 5
105
15
2375
90
20
18 4
Armiert Beton Tragende Mauerwerk
12
nicht tragende Mauerwerk Sichtmauerwerk
1955
98 214
Gipstrennwand EI30
AE
Gipstrennwand sanitär 3275
15
ZIMMER 3
ZIMMER 2
ZIMMER 1
Fläche : 13.95 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
Fläche : 13.95 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
Fläche : 12.75 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
Fläche : 21.65 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
4135
Dämmung
54
ZIMMER 4
416
500
Storen
98 214
25 224
VP: 90 x 210
98 214
416
18
Fläche : 13.75 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
15
15
25
8
9
Fläche : 7.20 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
416
ZIMMER 3
105
1305
VP: 90 x 210
965
15
15 15
105
98 214
VP: 90 x 210
15 3365
220
171
Heizungsspeicher Elektroanschlusskasten
995
125
VORBEREICH
Fläche : 9.60 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
120
6
VP: 90 x 210
15
125
15 25
VORBEREICH
VP: 90 x 210
5385
1 0555 15
30 59 6
Revisionswolke "in Bearbeitung AD
:1
10
437
5 331
10
10
DW
%
.5
lle
6145
6
20 4
461
135
325
187
3 4
11 15
ZIMMER 2 Fläche : 18.25 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
DW
15
2
13 12
98
VP: 90 x 210
515
80
20
Storen
15
98 214
131
5
6205
65
4495
180 DW 125 20 125 25 5
156
5 25
1
VP: 90 x 210
15 90
15
15
Ei30
331
885
DW
1605
25
14
Fläche : 7.90 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
3265
AE
141
BAD
Fläche : 20.75 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.34 175
60
98 214
16
VP: 90 x 210
18 4
15
LEGENDE
180
190
105
5
Ei30 90 210
Ei30
5
15
ZIMMER 1
12
Tuer- und Fensterhoehen verstehen sich von fertig hoeh Saemtliche Masse, ausgenommen wenn speziell vermer Unternehmer zu pruefen und allfaellige Massdifferenzen Fertigung gemäss Übersichtsplan.
Storen
Gefälle : 1.5% 1045
224
Storen
AF
1045
15
Storen
228
25
Storen
1045
228
15
1045
1995
Storen
3275
15
36
15
48
205
48
10
455
5035
455
Fläche : 11.05 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
20 4 8 12
2385
BALKON
12
Storen
Storen
20
18 4
12
Storen
AF
Storen 5035
56
05.09.2017
15
20 125 5 43
15
DUSCHE Fläche : 4.70 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
Datum
1175
5
125
Fläche : 10.55 m2 Fertige Höhe : 2.48 m FB: 3.66 A04 RB: 3.54
15
156
6
95
90
25
Schwelle 2cm
25 15
25
Schwelle 2cm
VP: 90 x 210
3265
1455
175
Änderungen
105 x 59.4 cm oim
AC
+3.66 = +403.66 HALLE
25
142
Ei30
118 258 135
155
151
SCHINDLER 3300 1600 x 1950mm 2 Zugänge 8 Personen 630 kg 195
+3.66 = +403.66
5
25
98 214
3405
18 4
1:50
Format Zeichnung
10
Ei30
385
685
30
15 26 103
REDUIT
437 1 4305
Fläche : 15.35 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
98 214 53 12
5
47
88
5
172
145 18
105
5
75
326
AD
20 4
Geschoss 1
Maßstab
A.2
HALLE
Heizungsspeicher Elektroanschlusskasten
5
20
Fläche : 3.80 m2 Fertige Höhe : 2.48 m FB: 3.66 A01 RB: 3.54
1635
217 2 000
51
5
1 0695
GEBÄUDE A
1139.2
LIFT
Storen
VP: 90 x 210
12
25
Fläche : 12.10 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
A.2
Fläche : 2.50 m2 Fertige Höhe : 2.48 m FB: 3.66 A03 RB: 3.54
1 008
697
20 625
BALKON
Gefälle : 1.3% Storen
DW
AC
18
10
698
463
245
56
264
Gefälle : 2.2%
Oberfläche ≃ 11.7m2
N° Auftrags
9745
547
224
609
331
2145
3245
57
378 466
833
54
2 786
A1
A2
A3
A5
A4
A6
Richter
2.5m
Plan
Zwei W Lage BAUHERR / GRUNDEIGENTÜMER HRS INVESTMENT AG Walzmühlestrasse 48 - 8501 Frauenfeld Tel. 052 728 80 80 - Fax 052 728 80 90 frauenfeld@hrs.ch – www.hrs.ch TOTALUNTERNEHMER HRS Real Estate AG Walzmühlestrasse 48 - 8501 Frauenfeld Tel. 052 728 80 80 - Fax 052 728 80 90 frauenfeld@hrs.ch – www.hrs.ch
ARCHITEKT Richter Dahl Rocha & Associés architectes SA Avenue Dapples 54 - 1001 Lausanne Tel. 021 612 01 01 - Fax 021 612 01 91 architectes@rdr.ch - www.rdr.ch BAULEITUNG / PROJEKTLEITUNG Brack Bauleistungen AG Bahnweg 4b - 8598 Bottighofen Tel. 071 680 02 88 - Fax 071 680 02 89 w.brack@bauleistungen.ch - www.bauleistungen.ch
BAUINGENIEUR Ribi + Blum AG Konsumhof 3 - Postfach 118 - 8590 Romanshorn Tel. 071 466 10 15 - Fax 071 466 10 11 ralf.gerspacher@ribiblum.ch - www-ribiblum.ch
INGENIEUR HLKS Ökoplan AG St. Gallerstrasse 20a - 9201 Gossau Tel. 071 394 50 67 stefan.frehner@oekoplan-ag.ch www.oekoplan-ag.ch ELEKTRO PS Prieto Stüdli engineering GmbH Otmarstrasse 1 - 9323 Steinach Tel. 071 228 88 00 javier.prieto@ps-engineering.ch www.ps-engineering.ch BAUPHYSIKER
A
Kopitsis Bauphyik AG Zentralstrasse 52a - 5610 Wohlen Tel. 056 201 44 44 - Fax 056 201 44 40 kopitsis@kopitsis.com - www.kopitsis.com LANDSCHAFTSARCHITEKT
Erni Gartenbau + Planung AG Seestrasse 32 - 8598 Bottighofen Tel. 071 677 11 40 - Fax 071 677 11 45 rico.semmann@erni-gartenbau.ch www.erni-gartenbau.ch
13.5cm 5cm
AD
AC
AB
30cm
+409.98 +9.79
135 +9.46
375
+9.10
D 59 WASCHRAUM
EINGANG
WOHNEN-ESSEN-KOCHEN
GEBÄUD
N° Auftrags
1139.2
Schnitt A1
Maßstab
1:50
Änderungen
Format
105 x 59.4 cm
Zeichnung
oim
Datum
05.09.2017
14
+6.44
+6.58
16
+6.58
+6.44
Deckenaufbau Holzterrasse Abdichtung Betondecke
3,6cm 20,8-28cm
100
3cm 8cm 4cm 30cm
+6.58
100
+7.58 = +407.58 Deckenaufbau Bodenbelag Estrich Schallschutz Betondecke
+6.44 41
15
30 30
41
AUSSCHREIBUNG
+9.48
4345
3195 266 252
258
D 55
Referenzhöhe
+9.79
+9.10
2. Obergeschoss +6.58 = +406.58
AA
18cm
+9.77
5
42
AE
14
D 54 67 36 18 135
3. Dachgeschoss +410.00
Dachaufbau Vegetationsschicht Drainageschicht Abdichtung Daemmung Dampfsperre Betondecke
Nord =
Aktuelle Gebä
D 58 AF
14 13
+6.14
LEGENDE
+6.14
+6.14
12 11
14
1 0635
6
20
4 3 2 1
+3.52
+3.66
16
+3.66
+3.52
Revisionswolke "aktu
18
13
+3.22
+3.22
12
7235
272
6
14
+3.22
11 10 9 8 7
Seismisch Beton
WOHNEN-ESSEN-KOCHEN 282
LIFT
6
20
5
Tragende Mauerwerk
3 2
nicht tragende Maue +0.42
16 15
70
+0.32
14
Gefälle : 1.5%
-1.12
-0.16 -0.08
12 11 10 9
Sichtmauerwerk
Gipstrennwand EI30 -0.58 = +399.42
Gipstrennwand sanit
8
254
7
20
+400.31
+399.34
-0.28
6 5
Dämmung 246
-0.57
8
13
-0.16 -0.08
42
+0.60
17
40
18
+0.42
+0.74
50
+0.74
32
1
247 239
Armiert Beton
4
+0.74
329
8
HNF +0.24 = +400.24
+1.81
234
50 18 18 50 14
0. Erdgeschoss +0.74 = +400.74
3cm 8cm 4cm 18cm 50cm 8cm
2725
226
262 248
+2.35
SCHLEUSE Deckenaufbau Bodenbelag Estrich Schallschutz Daemmung Betondecke Daemmung
Revisionswolke "in B
+3.52
15
41
584
3cm 8cm 4cm 30cm
+3.66
30 30
42
WOHNEN-ESSEN-KOCHEN 5
Deckenaufbau Bodenbelag Estrich Schallschutz Betondecke
1. Obergeschoss +403.66
10 9 8 7
100
262 248
243
+4.73
251
+5.27
ZIMMER 4
126
4
1
-2.37 -2.40
-2.55
34
-2.55 34 34
2
-3.01
Tuer- und Fensterhoehen verstehen sich von Saemtliche Masse, ausgenommen wenn spe Unternehmer zu pruefen und allfaellige Mass Fertigung gemäss Übersichtsplan.
275 275
-1. Untergeschoss -2.55 = +397.45
3
-2.89 -3.75
AF
2.5m
44
AE
AD
-4.12
AC
AB
AA
Section
D55
D54 965
35
385
23 15 4
8
35
4
3 5
+409.73 85
43
44
47
8
425
20
22
45
15
35
35
8
35
185
91
88
45
165
Joint silicone
15
41
24-36
9-21
+409.42
1
+409.10
11
5 3
11
14
14
32
65
D55
Roof contruction detail
5
AUSSCHREIBUNG
Detailhandbuch A3
1139.2
Zwei Wohngebäude in Uttwil - TG
Masstab
1:10
Zeichner
+409.73
4
82
88
14
+409.10
30 1
10
5
65
45
15
+409.42
14
3
5 11
14
32
Facade construction detail
Richter Dahl Rocha & Associés architectes SA AUSSCHREIBUNG 1139.2
Detailhandbuch A3
Zwei Wohngebäude in Uttwil - TG
Avenue Dapples 54
D54 -D55
-
1001 Lausanne
-
Tel. 021 612 01 01 - Fax 021 612 01 91
45
oim
Housing «les Cèdres»
Axonometric view
ETAPE 3 - Répartition des places de parc - ABCDEFG 265
Surface parking Bât A : 20 log
Sous station
Z2.3 43 pl.
Bât A : 21 log
Z2.2 41 pl.
Z2.1 39 pl.
Bât B : 13 log
Accès publics
E
F
G
C 261
Bât C : 18 log
54 places de parc - 44 log. - 2 acti. - 8 visit.
270
268 267
269
A
Bât B : 19 log
Aire A
418.00
Aire C
421.00
Bât C : 26 log
Bât A : 9 log
94 places de parc - 76 logements - 4 activités - 14 visiteurs
Limite des constructions - Aire C
étape future 1
541.00
Bât A : 26 log
66 visit. + acti.
14 visit. + acti.
Bât E : 10 log
Bât E : 18 log
FUTUR Z5 Z1.3
Z1.1
103 places
102 places
Z1.2 Limite des constructions - Aire D
Bât B : 20 log
B
G 60 places de parc - 49 log. (+4 bonus) - 2 acti. - 9 visit.
Aire B
Bât F : 6 log
Limite des constructions - Aire B
TOTAL : 80 places - places supplémentaires pour étapes ultérieures : 11
89 places de parc - 72 logements - 4 activités - 13 visiteurs
D 29 places de parc - 11 logements - 3 activités - 15 visiteurs
Bât F : 22 log
- places visiteurs : 65 - places activités : 15
Z3 42 pl.
Bât G : 36 log Limite des constructions
Limite des constructions - Aire D
Places secteur public :
Bât D : 11 log
29 places
Limite des constructions - Aire B
F
E
31 places de parc - 28 logements - 3 visiteurs
31 places de parc - 28 logements - 3 visiteurs
Aire D
418.00
D
Bât B : 20 log
R-2
421.00
C
266
Bât G : 13 log
R-3
421.00
B
94 places de parc - 76 logements - 4 activités - 14 visiteurs 89 places de parc - 72 logements - 4 activités - 13 visiteurs 54 places de parc - 44 logements - 2 activités - 8 visiteurs 29 places de parc - 11 logements - 3 activités - 15 visiteurs 31 places de parc - 28 logements - 3 visiteurs 31 places de parc - 28 logements - 3 visiteurs 60 places de parc - 49 logements - 2 activités - 9 visiteurs
Limite des constructions souterraines
étape future 10
A
souterraines
R-1
1024
ETAPE 3 - Répartition des places de parc - ABCDEFG
Orllati Real Estate SA - Les Cèdres
JES / MGO / OIM
06.11.2017
1 ALLEGES Eléments sandwichs en béton préfabriqué désactivé Agrégats vert d'Alpi et ciment blanc Matrice Reckli sinus
6
4
7
4
5 2
2 TABLETTES & COUVERTES Béton lisse Ciment blanc
Parking lot plan Richter Dahl Rocha & Associés architectes SA
2 5
5803E 75268 A10
GARDE-CORPS & BARREAUDAGE TERRASSES acier thermolaqué IGP 5803E 75268 A10
7 6
5803E 75268 A10
FENETRES ETAGES PVC métal ext. thermolaqué IGP 5803E 75268 A10 int. blanc RAL9016
1
3 3 8
6 4 VOLETS COULISSANTS tôle plate pleine ou perforée aluminium éloxé naturel perforation R4xT6 : 40.31%
ENVELOPPE・Façades Les Cèdres | Bât. ABC・Orllati Real Estate SA | HRS・Cahier de matérialisation et finitions
7
5803E 75268 A10
MENEAUX METALLIQUES ETAGES Tôle alu thermolaqué IGP 5803E 75268 A10
POTEAUX Habillage tôle aluminium exolé naturel Acier inox en option
5803E 71387 A10
5803E 71385 A10
7 8
VITRINES RDC Système poteau/traverse métal / Revêtement extérieur en panneaux de tôle d’aluminium, traitement thermolaqué IGP Richter Dahl Rocha & Associés architectes SA Av. Dapples 54・1006 Lausanne・Case Postale 1286・1001 Lausanne Tél 021 612 01 01・Fax 021 612 01 91・architectes@rdr.ch・www.rdr.ch Document non contractuel 30.11.2017
Facade materiality study
46
ABC
Facade materiality study
Balcony separations study
Presentation image
47
5
Rendering of the final project
48
Bonatti bivouac Professor: Type: Program: Date: Location: Publication:
Martin and Anja Fröhlich School project, 3rd year Bivouac Feb - May 2017 A Neuve, Swiss Alps EAST Lab
The Bonatti bivouac is a shelter for the mountaineers that visit the A Neuve Hut. It protects from the wind, the rain and the sun and is designed to let one or two people sleep in it. The main goal of the project is to give a new life to the A Neuve hut which is losing more and more visitors. This first bivouac has been built by the students of the atelier. The idea is to have a forest of bivouacs surrounding the existing hut to make it attractive again. Two versions were made. One from recovery equipement and this one, from solid wood, inspired by the swiss vernacular constructions and only using joints, no screws or nails.
49
0.25m
Section
A
0.25m
50
Plan
0.25m
Elevation
51
Axonometric view
52
Photograph of the final project
53
6
Rendering of the final project
54
the line Professor: Type: Program: Date: Location: Publication:
Martin and Anja Fröhlich School project, 3rd year Bivouac Sep - Dec 2016 A Neuve, Swiss Alps EAST Lab
Dormitory The project offers a solution to the problem of privacy in the existing dormitory at A Neuve, Swiss Alps. The rearrangement of the beds in a line creates individual and private moments in a shared space. Seasons During summer, the Line serves as the dormitory of the hut. Storage and technical spaces are placed on the ground floor of the project. During winter, the Line gives way to the heritage of the A Neuve hut, where the hikers will sleep and spend their time. Functions The ground floor of this structure hosts several functions like wood storage, which is easily accessible from the outside, or benches, tables and tools and another part related to technical spaces. Wind A study was done on the situation of the wind so several tests took place to figure out the most optimized shape and volume for the project. A Neuve Hut The relationship between the hut and the Line is one that brings the best out of both, they complement each other. One would not work without the other.
55
Plan 1:50
Section 1:50
LA
FO
ULY
TRA
IL
H
Section 1:50
1.5m
Plan and section
Masterplan 1:100
LA FO U IL
RA
LY T
1:20 concrete, wood and cardboard model H
56
Plan 1:50
Masterplan 1:100
1.5m
Section 1:50
Section
Axonometric view of different elements
57
Section 1:50
LA
FO
ULY
TRAI
L
H
Plan 1:50
Masterplan 1:100
Section 1:50
58
Final images
59
7
Concept image: four levels
60
4=1 Professor: Team: Type: Program: Date: Location: Publication:
Dominique Perrault Philippe d’Alançon, Loïc Cao, François Loison School project, 2nd year Garden, housing, public square, cinema Feb - May 2017 Seoul, South Korea SUB Lab
4=1 is a multi-program project that aims to offer the Bukchon district in Seoul a manifold usage for a building designed for the considerable amount of students living around the university. By superposing the programs, this project offers an answer to the urban densification with a decomposition of the ground. Four levels are created: - A suspended garden that creates a lanscape in the neighborhood. - Housing for the students responding the urban and scholar lifestyle. - A public space concentrating the district’s urban flows. - A cinema to make the site more attractive and bring an entertainment to the students.
61
1.5m
62
Plans and section 63
64
Plans and section 65
Thank you. 66
adiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78
adiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78 909 09 26 • Omar Imadiouni • omarimadiouni@gmail.com • +41 78 9