Portfolio Hadrien Thiabaud
Hadrien Thiabaud
hadrien.thiabaud@gmail.com 647 228 7634
2015 2014 2010 - 2013 2010
Experiences
Master of architecture, Nationale School of Architecture of Paris Malaquais, France. 4th Year of Architecture, Calreton University, Ottawa, Canada. (Exchange student) Bachelors of Architecture, Nationale School of Architecture of Paris Malaquais, Paris, France. Baccalauréat, Literature, Fine Arts, Lycée Joachim de Bellay, Angers, France.
2018
gh3*: From schematic design to the start of construction of a 520 units condominium and rental building in Toronto / Design competition for Sidewalk Lab developement on Toronto waterfront / Design guideline and concept developement for 12 future transit stations in GTA.
2017
Thomas Payne Architects: Schematic design for a condominium building in Burlington / Design developement for a hair salon residence in Toronto. SAA Architecture : Revit training and experience / Refurbishing and developement of an old garage into an office building (revit) / Transformation of an industrial lot into an office lot / Conception, design and rendering of a luxury private office hallway.
2016
Loci Anima: Competition for a skyscraper in La Defense, France SAREA: Competition for one of the “Grand Paris” train station / Competition for Alexandria Science City / multi-storey residential building design developement / Feasability of multiple lots / Furniture design for Assas University / Competition for a swimming pool in Paris RDB Architecture: Rendering and building permits / Private housing / Competition for multi-storey residential building.
2015 2014-2015
Equateur Architectes: multi-storey residential building design developement, Feasability of multiple lots / Rendering / Housing competition / Design developement of a kindergarden / Competition for a high school
2012-2014
Internship and summer job at Abitabio, construction company focus on ecological insulation.
Skills Awards
Developing my diploma with the UNHCR France.
Revit, Autocad, Rhinoceros, V-Ray, Sketchup, Adobe collection. 2015 2014 2013
Nominated in the 2015 best diploma selection of ENSAPM Published on “Journal du Design” for furniture design. 2nd prize, Stantec Prize for Excellence, Ottawa, Canada.
Module/Shelter Compréhensif Construction
Compréhensif
200
Min. matière
Min. matière
80
60
Projet
1 000 000
Cyclone Oct
Nov
0
Déc
Oct
Nov
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie) Légereté innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
-10 000
-50 000
Légereté
Fléxibilité des matériaux
Légereté
Fléxibilité des matériaux Durabilité Better Shelter is a groundbreaking example of collaboration, technical Sécurité innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
13.39
Projet
3.16 4.19
1.04
2.33
Construction
Compréhensif
Projet
Min. énergie
90
petits-moyens
250
wc
biberonnerie
8.18
8.00 20.46
12.41
22.84
8.02
EAU lgts. locatifs
FT lgts. accession / commerces
13.48
FT lgts. locatifs
16.45
116.51
in
Oct
Nov
0
Déc
Juil
Aou
Oct
Nov
Déc
Ventilation
Elévation déployée - 1/30 Explosé du module pliée
6,45 m
Coupes d’aménagements - 1/30 Eléments compris dans le kit
5,60 m
Explosé du module déployée
Détails des appuis au sol
H
0,52 m
13
=
P+
4m
R+3
0,52 m
0
1,10 m
R+2
7,50 m
R+1 Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
19.38
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie) innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
R+2
CH
Plan déployée - 1/30
Humidité
Jordanie Better Shelter is a groundbreaking example of collaboration, technical
+
Elévation déployée - 1/30
R+4
toiture terrasse
R+3
10 Sep
m
su
accès personnel
2,89 m
R+1
SDB/CUI
1,70 m
2,89 m
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR RDC
Creating better homes for emergency relief and beyond
6,45 m
5,60 m
Explosé du module pliée
RDC
7.50
Juin
Précipitations
vis
X4
R+4
8.00
France
Températures
n
te
ari
ab
G
R+5
109.28
Jan
Creating betterequateur homes for emergency Fev Mar Avr Mai relief and beyond
surélévation possible
Elévation pliée - 1/30
30 20
Jordanie
n
ru
is
-v
-a
rra
Sep
cuisine
on vois
te
Aou Humidité
rra
êm
pign
e
Juil
accès public
R+5
3,40 m 3,59 m
in
êm
Juin
Précipitations
Workshops Protection solaire par surtoiture
te
e
m
Mai
Academic
7,50 m
Lumière naturelle
33
personnel
n
Avr
voisin
ru
Mar Températures
Déc
poubelle
su
France
Fev
Nov
surélévation possible
10 40 plan de rDc-proposition 4-1/200
Jan
Oct
Humidité lingerie
in 29
is
Elévation pliée - 1/30
50
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie)
Soleil (hr)
Economique
60
30
Soleil (hr)
50 0
Mobile
Plan pliée - 1/30
Plan pliée - 1/30
Evolution possible du module
Coupe déployée - 1/30 11.33
local tech. petits-moyens
13.39
Better Shelter is a groundbreaking example of collaboration, technical innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
3,40 m 3,59 m
petits
wc
rgt biberonnerie
3.16 4.19
18.35
2.33
1.04
6,45 m
7.39
Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
5,60 m arch. wc
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR motricité
8.18
moyens
mediathèque hall
0,52 m Elévation déployée - 1/30
0.80
Coupes d’aménagements - 1/30
jeux d’eau
8.00
8.00 20.46
poussette
Plan déployée - 1/30
consultation direction
12.41
lingerie 22.84
direction adj.
eJe
vélos
n
33
in
personnel
e
êm
cuisine
in 29
-v -a
vis
is
n
ru
++ ++
EAU crèche
EDF crèche
26.73
16.45
116.51
in rra
te surélévation possible
FT crèche
12.28
e
accès public
4.00
êm
13.48
R+5
ab
en
0.20
m
EAU lgts. locatifs
n
Explosé du module pliée
t ari
G
vis
is
rra
te
m
su
-v
-a
ru
FT lgts. accession / commerces
su
FT lgts. locatifs
Coupe déployée - 1/30
EP
voisin
on vois
pign
++
du pignon
e du
Trac
++
Trace
GAZ logements
e rit
Plan pliée - 1/30
GAZ crèche
8.02
a ab
G
Plan déployée - 1/30
Limite parcellaire
grands rgt
2,89 m
poubelle
rgt
expression
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR
EDF lgts. accession / commerces
Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
6.40
mes d’habitat pour réfugiés
0
du pignon
e du
-v
Comparatif de différent systèmes d’habitat pour réfugiés
40
50
100
Sep
Trac
20
Economique
Aou
Plan déployée - 1/30
0
vélos Trace
Better Shelter is a groundbreaking example of collaboration, technical innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
5070
10
direction adj.
-a
Min. matière Réparable
60
100
150 Mobile
vis
150
Min. matière
Min. énergie
Transformable
n
Min. énergie
Projet
Adaptable
80
Projet
250 200
Confort
70
250
3,40 m 3,17 m
Plan déployée - 1/30
90
te
Recyclabilité
Construction
300
200
Construction
80
ari
Module/Shelter Compréhensif
Module/Shelter
rgt
300
Juil
Précipitations
Jordanie
Creating better homes for emergency relief and beyond 3,40 m 3,17 m
100 grands 90100
Tente
Mai directionJuin
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie) rgt eJe
expression
Conteneur
Caravane
Avr
Températures
France
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR
Rapidité
Tente
Compréhensif
Soleil (hr)
d’habitat pour réfugiés
ab
Caravane
Rapidité
Sécurité
Compactibilité
Conteneur
Comparatif de différent systèmes d’habitat pour réfugiés Comparatif de différent systèmes
G
éparable
Légereté
Fléxibilité des matériaux
Compactibilité Durabilité
-1 000 000 +1 000 000
Mar
Coupes d’aménagements - 1/30
20
consultation
Fev
Jan
Elévation pliée - 1/30
30
poussette
26.73
monde-2014
égereté
-500 000
mediathèque
Séquence de déploiement du module
Séquence de déploiement du module 0
Transformable Economique Economique Transformable Réparable Economique Réparable Réparable Comparatif de différent systèmes d’habitat pour réfugiés
Transformable -10 000 Interior-50 000 -150 000 of a Better Shelter
prototype in 000 Kawergosk -10Situation 000 -50 000 -150 000 -500 000le -1 000 000 +1Refugee 000Camp, Erbil, Iraq des réfugiés dans monde-2014
40
Professional
50
jeux d’eau
Mobile
Mobile
50 wc
hall
Elévation déployée - 1/30
Min. matière
8.00
+ 1 000 000 500 000-1 000 000 150 000-500 000 50 000-150 000 10 000-50 000 -10 000
Mobile
Adaptable Adaptable
5,60 m
motricité
100
Min. matière
60
arch.
150 moyens
Tremblement de terre
Adaptable
6,45 m
200
7,50 m
70
rgt
Projet
Min. énergie
Min. matière
3,40 m 3,17 m
80
3,40 m 3,59 m
petits
Construction
Min. énergie
Confort
100
local tech.
300
Module/Shelter
Tente
Module/Shelter Compréhensif
Confort
Réparable
5,60 m
Conteneur Tente
Construction Caravane
Recyclabilité
Innondation
Economique
Caravane
Recyclabilité
Confort
7,50 m
Transformable
Module/Shelter
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR
Cyclone
Mobile
Comparatif de différent systèmes d’habitat pour réfugiés RHU (Refugee Housing Unit), Fondation Ikea et UNHCR 6,45 m
Rapidité Conteneur
Rapidité
Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
1 000 000
Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
-1 000 000 +1 000 000
Tente
Compactibilité
Recyclabilité
500 000
-500 000
Conteneur
Compréhensif
Sécurité
100 000
Adaptable
Caravane
Compactibilité
Durabilité
Sécurité
Séquence de déploiement du module
0
Déc
-150 000
des réfugiés dans le monde-2014 matériaux Compactibilité Creating better Fléxibilité desSituation homes for emergency Rapidité relief and beyondDurabilité
Min. matière
10
EP
Sep
Confort
20
++
Jordanie Better Shelter is a groundbreaking example of collaboration, technical
+ 1Juil 000 000 Aou 500 000-1 000 000 150 000-500 000 Humidité 50 000-150 000 10 000-50 000 -10 000 19.38
Juin
Précipitations
Coupes d’aménagements - 1/30
5,60 m
Elévation pliée - 1/30
30
8.00
Températures
6,45 m
++
Sep
GAZ logements
Aou
Humidité
GAZ crèche
Juil
EDF lgts. accession / commerces
Juin
Précipitations
++
Mai
109.28
Jan
France
bitat pour réfugiés
Avr
Jordanie
Creating betterequateur homes for emergency Fev Mar Avr Mai relief and beyond
Soleil (hr)
Economique
Mar
Températures Innondation
France
0
Mobile
Fev
Jan
Soleil (hr)
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie) Tremblement de terre
50
Elévation déployée - 1/30
Min. énergie
7.50
100
Economique
Min. matière Réparable
7.39
0
10 40
+
Projet Elévation déployée - 1/30
Recyclabilité
20
X4
Construction
Compréhensif
Elévation pliée - 1/30
50
tations | Bloor Station Transformable
mparatif de différent systèmes d’habitat pour réfugiés
Better Shelter is a groundbreaking example of collaboration, technical innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development Sécurité project undertaken by UNHCR, IKEA Foundation and Better Shelter.
60
30
2.40
Mobile
40
3,40 m 3,59 m
Tente
0.80
Adaptable
5070
500 000
++
50
Protection s
Module/Shelter
EDF crèche
150
Min. matière
Min. énergie
7,50 m
Caravane
FT crèche
100
Déc
Conteneur
Compactibilité
EAU crèche
200
100 000
18.35
150
Nov
Rapidité
Limite parcellaire
250
Légereté
55.46
Confort
90
70
250
Min. énergie
Projet
Oct
3,40 m 3,17 m
80
200
Construction
Sep
4.00
Module/Shelter
Construction
300
Aou
Workshops Workshops
Humidité
22.45
Compréhensif
Juil
12.28
Tente
Compréhensif
yclabilité
90100 300
Module/Shelter
Juin
Précipitations
4.00
Caravane
Mai
0
Jordanie
Creating better Fléxibilité des matériaux homes for emergency relief and beyond Durabilité 3,40 m 3,17 m
100
Conteneur Tente
Avr
10
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie)
Caravane Rapidité
Mar Températures
France
d’habitat pour réfugiés
0.20
Comparatif de différent systèmes d’habitat pour réfugiés Comparatif de différent systèmes
Compactibilité
Conteneur
Rapidité
Sécurité
-1 000 000 +1 000 000
6.40
Légereté
Fléxibilité des matériaux
Compactibilité Durabilité
-500 000
Academic Academic
20
11.33
2014
-150 000
55.46
-50 000
Fev
Jan
Soleil (hr)
Transformable Economique Economique Transformable Réparable Economique Réparable Réparable Comparatif de différent systèmes d’habitat pour réfugiés
Transformable -10 000
-50 000 -150 000 -500 000le -1 000 000 +1 000 000 uation des réfugiés dans monde-2014
Elévation pliée - 1/30
30
Séquence de déploiement du module
Séquence de déploiement du module 0
Mobile
Mobile
0.80
+ 1 000 000 500 000-1 000 000 150 000-500 000 50 000-150 000 10 000-50 000 -10 000
Mobile
Adaptable Adaptable
40
Professional Professional
50
Tremblement de terre
Adaptable
50
150 100
Min. matière
Confort
Innondation
60
Projet
Min. énergie Min. énergie
Confort
7
70
2.40
Confort
3,40 m 3,17 m
80
250
Projet
Min. énergie Recyclabilité
Cyclone
Construction
0.80
Sécurité
Recyclabilité
1 000 000
300
Module/Shelter
Tente Projet
Rapidité
Recyclabilité
500 000
Tente
Construction Caravane
Compréhensif
Sécurité 100 000
90
Caravane
Module/Shelter
Rapidité Conteneur
Compactibilité
Durabilité
100
Conteneur
Tente
Compactibilité Rapidité
Légereté
4.00
Sécurité
Caravane
Légereté
Fléxibilité des matériaux Fléxibilité des matériaux Durabilité
22.45
Durabilité
Eléments compris dans le kit
accès personnel R+5
Explosé du module pliée
surélévation possible
Eléments compris dans le kit
Explosé du module déployée
Détails des appuis au sol et de la ventilati
R+4 toiture terrasse
R+4
plan de rDc-proposition 4-1/200 H
0,52 m
13
=
R+3
P+
4m
R+3
0,52 m
1,10 m
R+2
Plan déployée - 1/30
CH
R+2
SDB/CUI
R+1
1,10 m 2,89 m
R+1
1,70 m
2,89 m RDC RDC
1,70 m
Explosé du module pliée Plan pliée - 1/30
Plan pliée - 1/30
Evolution possible du module
Coupe déployée - 1/30
Coupe déployée - 1/30
0,52 m
Evolution possible du module
Tretti Condominiums Toronto, Canada, gh3* Alongside the Allen road and a block away from Wilson subway station, a 13 storey and 340 suite condominium building and a 16 storey and 180 suite rental building adjacent to a park. This project is entirely managed on Revit. Mission: Schematic design, design developement, construction drawings, bidding. Marketing developement and rendering. Main contact to the project with the principal of the office, partial team managment, meeting participation, consultant coordination. Phases: Schematic design / design developement / construction drawings/ construction bidding (currently under construction)
Project manager: gh3* - representatives Jablonsky & partners - Structure MCW - Mechanical & electrical Surface: 38800 m2
TIP PET RO AD
TC AF
875 6
QP
656 7
AF
26 TC
300 0
125 59
PROPOSED 8 STOREY BUILDING
SO IL
101 89
131 34
1.9 m
436 4
QP
656 7
)
QP
304 VO 6 LU ME (H
SO IL
AF
6. 6m 8. 5m
SO IL
SO IL
UNIT PAVERS ON CONCRETE BASE TO MATCH 6 TIPPETT RD
) 220 VO 2 LU ME (D QP
2
M2
M3
21030 SETB ACK
M6
M7
M9
M8
M10 M11
M12
0
EASEMENT BOUND ARY
108
109 110
113 114
111112
Sim 2117 118 119 119X A.521
115 116
A.501
WILLIAM R ALLEN R OAD NOR TH 27017
M0
M1
122 123
2
126127
1
3
24875
MAIL PARCEL ROOM
201 202X202
2
204
208
3
A.405
27430
BUILDING B
MC XE
MB PUBLIC BICYCLE XD STAND REPAIR
100 0
2
INDOOR AMENITY
A.502
XC XB
EASEMENT BOUNDARY
209 210
212
213
MA
XX
214 12
A.520
PROPERTY LINE
205 206 206X 207
MD
XH
1
A.500
A.500
128
2
A.503
1.5m SETBACK BUILDING FACE ABOVE
PROPERTY LINE
PROPERTY LINE
8555
18215
M2
124 125
A.402
A.501
11589
INDOOR AMENITY
UNIVERSAL WC
EASEMENT BOUNDARY
A.405 A.401
120 121
3
LIN E
106 107
PRIVATELY-OWNED PUBLICLY ACCESSIBLE ME WALKWAY AT GROUND LEVEL TO HAVE A MINIMUM WIDTH OF 2.50m
PR OP ER TY
105
LOBBY
XJ
LINE OF P1 BELOW PR OP ER TY LIN E
STAIR F
XB
LINE OF P1 BELOW
103
INDOOR AMENITY
CACF
ELEV. B
14000
102
1224
A.504
EASEMENT BOUNDARY
NE
3300
26495
SEVERANCE LINE
XC 4
B
STAIR E
RENTAL OFFICE
LX
PARKING RAMP ENTRANCE
PET AMENITY AREA
OUTDOOR A.510 AMENITY GARDEN
FFE 187.60 P1 182.60
5334
SEVERANCE LINE
1
EXIT
9
VESTIBULE
50m2 STAGING AREA FOR 10 BINS (AS PER CITY REQUIREMENT)
XD
V.M.D. GARBAGE TRUCK TYPE G LOADING
A.405
2
XK
VENTILATION SHAFT 4
WASTE
D C
NON-RES. WASTE
FDC
LIN E
124
214
PR OP ER TY
STAIR D
122
FIRE FIGHTERS ELEVATOR
213
A.510
MOVING
XE
XL212
14000 EASEMENT
121
6.1m CLEAR HEIGHT 13.0m (L) x 4.0m (W) x 6.1m (H) TYPE G
E
TYPE C 4.0m VERTICAL CLEARANCE 6.0m (L) x 3.5m (W) MOVING
DN
118
XL XH
EXIT
23940
1403
1253 150
A.504
1 2
101
209 210
9
(2) Y-BY NG LA PARKI
XJ
P
3
123
CACF
A.502
104X
208
550 0
ELEV. A
115
FITNESS STUDIO
A.512
OU ND AR Y
T TERM SHOR
4
3
8700
9
8
205 206 206X 207
3392
EN TB
1500
OU ND AR Y EN TB EAS EM
A.521
EASE MENT BOUN DARY
LX
INDOOR AMENITY
3500
4600 1700 5200 INE
113 Sim
204
PRIVATE FIRE HYDRANT
Q
P
STAIR C
A.512
1
A.502
XX 201 202X202
AS PER CITY OF TORONTO STANDARD T-350-01 XKFOR URBAN ENTRANCES
L
108 FX
EXIT
111
1
A.512
COURT 2
MF
SIAMESE CONNECTION
1
3
17.035 M SEVE RANC E LIN E
Q
M
CHILDREN'S PLAY AREA
105 STAIR A
A.512
A.503
8
A.510
DOG RELIEF AREA
6M X
N
L
DN
104
VENTILATION SHAFT 3
2
)
)
14000 EASEM ENT
FFE 187.30 P1 182.30
TTC TRANSIT DIGITAL DISPLAY
F
9
DASHED LINE INDICATES EXTENTS OF FENCE AS PER MTO REQUIREMENTS
ACCE SS
(3)
114
102
9170
450MM RAISED INTAKE VENTILATION SHAFT
5375
A.510
M
112
110
1
A.512
10924
FIRE TRUCK V.M.D.
FIRE TRUC K
O
G
FFE 187.30 P1 182.30
EN TB
LAY -BY
12
2501
EXIT
103
B
ARK ING
LINE
N
EAS EM
F
1
SHO RT T ERM P
COURT 1
A.500
4 EAS 500 EM EN T S 1500 ETB AC K
7 593
DOG PARK GATE REVISED
2665
DN
A.404 A.404
176 VO 70 LU ME (F
MTO
I H
0 159 4
111 34 INE PR OP ER TY L
1
O
OU ND AR Y
582 VO 5 LU ME (F
CD A.4 0 2 3
1
NON-RESIDENTIAL
7
A.510
TRE TTI WA Y SEVE RANC E
K J
STAIR B
G
85309
A.513
1
CD C
SO IL
PR OP ER TY L
PR OP ER TY LIN E
3
A.512
DING BUIL TION PROJEC
34 LA
2
PROPER TY LINE
A.403
596 4
CD
CD
CD
D436 15 BU 750 ILDING A
170 8
20915
H
4
2
A.512
7
A.520
PROP ERTY LI
100
PROPOSED 16 STOREY BUILDING
A.500
A.402
EXIT
200 0 474
1
2
2645
51 6 CA
A.405
Y BALCON TION PROJEC
MA
128
4
2
LIN E
A.401
I
STO RM 9 A.510 WA 000 TER EAS EM ENT
EA SEM
REFER TO LANDSCAPE PLAN FOR HARD AND SOFTSCAPE
NC E
126127
REVISED TO ACCOMODATE. 3 TREES REMOVED A.503
CD
CD
CD
SO IL
CD
1
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RESIDENTIAL GARBAGE/ RECYCLING STORAGE ROOM - BUILDING A WASTE DIVERSION SYSTEM: SINGLE CHUTES WITH TRI-SORTER
RESIDENTIAL GARBAGE/ RECYCLING STORAGE ROOM - BUILDING B WASTE DIVERSION SYSTEM: SINGLE CHUTES WITH TRI-SORTER
GARBAGE/ RECYCLING: 25m²/ FIRST 50 UNITS + 13m²/ EACH ADDITIONAL 50 UNITS + 10m² (UNCOMPACTED GARBAGE)
GARBAGE/ RECYCLING: 25m²/ FIRST 50 UNITS + 13m²/ EACH ADDITIONAL 50 UNITS + 10m² (UNCOMPACTED GARBAGE)
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A TRAINED ON-SITE STAFF MEMBER MUST BE AVAILABLE TO MANOEUVRE BINS FOR THE COLLECTION DRIVER AND ALSO ACT AS A FLAGMAN WHEN THE TRUCK IS REVERSING. IN THE EVENT THE ON-SITE STAFF MEMBER IS UNAVAILABLE AT THE TIME THE CITY COLLECTION VEHICLES ARRIVAL AT THE SITE, THE COLLECTION VEHICLE WILL LEAVE THE SITE AND NOT RETURN UNTIL THE NEXT SCHEDULED COLLECTION DAY.
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BE ADVISED THAT SHOULD ANY PARTY INCLUDING THE OWNER OR ANY SUBSEQUENT OWNER , APPLY FOR MORE THAN ONE CONDOMINIUM CORPORATION ENCOMPASSING ANY OR ALL OF THIS DEVELOPMENT OR MAKE AN APPLICATION THAT RESULTS IN A LAND DIVISION, STAFF MAY REQUIRE LEGAL ASSURANCES, INCLUDING BUT NOT LIMITED TO EASEMENTS, WITH RESPECT TO THE APPROVED SERVICES. SUCH ASSURANCES WILL BE DETERMINED AT THE TIME OF APPLICATION FOR
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Sidewalk Toronto Quayside Unit Study Toronto, Canada, gh3* Sidewalk Lab’s Quayside Project investigates a modular approach to an adaptable and efficient unit design. This development aims to decrease the cost of living in the city, commuting as well as improving access to mobility infrastructure and green spaces. In order to achieve these key features, Sidewalk Labs units are based on a modular system utilizing a cross-laminated timber (CLT) system that will accelerate construction and lower greenhouse gas emissions over the development’s lifespan. Each suite is developed around the concept of the “wetbox”, a prefabricated unit composed of the kitchen and the washroom allowing and efficient transportation and installation of the mechanical and plumbing components. Mission: Research / schematic design / renderings / deliverable documents production. Partial team managment.
Bachelor
1 bed
3 bed
r Station
RER, gh3* Schematic design of 12 new train station within the GTA. This phase had for goal to create a design guideline for the future developement of stations. Mission: Research / programing / schematic design / renderings / design guideline production / kit of parts / deliverable documents production.
Kit-of-Parts | Horizontal Datum Horizontal datum - Kit of parts
Rural Stations vertical DN Rural
Stations
Vertical DN
Platform Canopies
Platform
Canopies
Secondary Entrance Secondary Entrance vertical DN
Info hub
Info
vertical DN
hub
Bike, waiting and info hub Single entrance Single Bike, waiting vertical DN
and info hub
entrance
Single entrance
Single vertical UP
entrance
vertical
vertical
DN
UP
Double entrance with team way Double entrance vertical UP
Platform Canopies
Platform
with team way
Canopies
vertical UP
Station Design | Kit-of-Parts Station design - Kit of parts 1 2 3
KIT-OF-PARTS 1. 2. 3. 4.
Entrance Massing – Station as Signifier Station Identification Integrated Building Mass and Canopy Maximized Glazing at Grade
4
KIT-OF-PARTS 1. Entrance Massing – Station as Signifier 2. Station Identification 3. Integrated Building Mass and Canopy 4. Maximized Glazing at Grade 5. Unified Base/Curb Detail 6. Station Bridges 7. Modular Approach to Cladding and Finishes 8. Station Veil 9. Consistent and Codified Use of Colour 10. Flooring and Plaza Materials that Create Seamless Transitions 11. Wood-finish Accent Soffits 12. Linear LED Lighting 13. Fare/Info Hubs 14. Platform Access Area 15. Station Ambassador Facilities 16. Washrooms 17. Secured Bike Parking 18. Retail 19. Platform Canopies and Shelters 20. Public Realm 21. Elevators
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Entrance Massing – Station as Signifier Station Identification Integrated Building Mass and Canopy Maximized Glazing at Grade Unified Base/Curb Detail Station Bridges Modular Approach to Cladding and Finishes Station Veil Consistent and Codified Use of Colour Flooring and Plaza Materials that Create Seamless Transitions 11. Wood-finish Accent Soffits 12. Linear LED Lighting 13. Fare/Info Hubs 14. Platform Access Area 15. Station Ambassador Facilities 16. Washrooms 17. Secured Bike Parking 18. Retail 19. Platform Canopies and Shelters 20. Public Realm 21. Elevators
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11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21.
Entrance Massing – Station as Signifier Station Identification Integrated Building Mass and Canopy Maximized Glazing at Grade Unified Base/Curb Detail Station Bridges Modular Approach to Cladding and Finishes Station Veil Consistent and Codified Use of Colour Flooring and Plaza Materials that Create Seamless Transitions Wood-finish Accent Soffits Linear LED Lighting Fare/Info Hubs Platform Access Area Station Ambassador Facilities Washrooms Secured Bike Parking Retail Platform Canopies and Shelters Public Realm Elevators
Greenfield Stations | Innisfil Station
Refurbishing and developement of an old BMW dealership into an office building, Paris, France, SAA Architecture. In the heart of the 16 th arrondissement of Paris, a few steps from the TrocadĂŠro, rue Lauriston. Previously built of both a 19th century luxury apartment complex and 1960s concrete building. Our project was to convert this multi-storey dealership garage into an office building. After much research, we were able to determine which parts to save and refurbish, which to demolish and which to elevate in order to restore architectural meaning to the existing buildings, and orient this new ambitious project. This project was entirely managed on Revit. Mission: plan drawings, design research, technical drawings, main contact of the structural office and the perspectivist, partial team managment, meeting participation. Phases: Construction developement / Construction bidding (under completion) Project master: Duval Developement Project manager: SAA Architectes - representatives Kephren - Structure Barbanel - Fluids SCB - Economist Surface: 8200 m2 Cost: 20 800 000 Euros HQE excellent, Breeam very good, Well silver
1 TASSOT 2 SUSPENTE
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4 FOURRURE 5 PLAFOND ET MUR EN STAFF
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DETAIL Echelle 1/20
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CHÂSSIS VITRÉ FIXE ACIER DOUBLE VITRAGE
DOUBLE PORTE 3UP CHÂSSIS ACIER VITRAGE PARE BALLES
B.5
L.5 LUMINAIRE (c.f. FICHE LUMINAIRES) B.5 FINITION (c.f. FICHE MATÉRIAUX)
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2 JOINT CREUX 5 cm ENTRE STAFF ET ALUMINIUM 3 JOINT CREUX 5 cm- PLINTHE EN RETRAIT 4 GORGE LUMINEUSE
COUPE CC Echelle 1/50
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CHÂSSIS VITRÉ FIXE ACIER DOUBLE VITRAGE
D.1
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CONTROLE D’ACCES PORTILLON PIVOTANT MOTORISE 3UP
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DĂŠtail Echelle 1/5
Plan Echelle 1/20
Phase MarchĂŠ
69
Plan Echelle 1/200
Détail Echelle 1/50
Plan Echelle 1/100
96 Lauriston
Réhabilitation de l’immeuble du 94-96 rue de Lauriston
75016 Paris
SAA Architectes
SCB
Barbanel
Khephren
Alhyange
VSA
Transformation of a private industrial lot into a public access office complex, Saint-Ouen, France, SAA Architecture. On a historic FENWICK Co. industrial site, with a great of variety of existing height zoning and programming. Inspired by the theme of the “cité” (the historical urban pedestrian neighborhood), the project had the goal of creating a friendly and convivial, public open space. A pedestrian walkway is integrated into the project to give back public ownership of the urban space, and offer an efficient means for pedestrians to navigate the imposing space. This project, conceived with multiple strata and carefully oriented buildings, is restoring the charm of the traditional pedestrian district to its modern neighborhood, and creating a more pleasant environment to nearby buildings. This developement was critical to the city of Saint-Ouen, in its goal to revitalize the city’s urban character and integration into the “Grand Paris” master project; our design focused on this goal, in restoring the historic neighborhood value of the site, and expanding its potential urban pedestrians, office workers and neighborhood inhabitants. Mission: plan drawings, design research, intermediate renders. Phases: Schematic design / Design developement Project master: Sogeprom Project manager: SAA Architectes - representatives Surface: 25 000 m2
Travailler à la cité Valentine Le site FENWICK se situe dans un contexte urbain de typologies variées en termes de hauteur et de programmation.
Revalorisation du site FENWICK
Saint Ouen / FRANCE
Inspiré du thème de la « cité » dans son sens urbain, le projet a pour but de créer un espace convivial en cœur d’îlot. Ce grand espace piétonnier intègre également des possibilités de traversées d’ilot compte tenu de la taille des emprises foncières considérées.
Etat : ESQ en cours Maître d’ouvrage : SOGEPROM Maître d’oeuvre : SAA ARCHITECTES
Une première strate bâtie entoure ce grand espace de représentation, sur laquelle se posent différents corps des bâtiments reprenant l’échelle des immeubles de faubourg.
Travailler à la cité Valentine
Le rythme vertical du front bâti de rue du docteur Bauer se décline à la verticale dans le coeur d’îlot paysage pour plus d’aimabilité
Surface : 25 000 m2 SP Coût : NC Démarche HQE : NC
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In response to this report, among others, the building of the 31 Rue de Crussol requested a futher analysis.The feasability studies Inforresponse to centered this report, among others, this building were on the possibility of extending the the building of the 31 Rue de Crussol requested a further analysis. building by the roof in keeping with Paris’ building code. A deeperThe feasability studies for thisidentified building were centered onthethe possibility of extending the analysis that the building was eligible for exemption building by the roof in keeping with Paris building code. A deeper regarding densification.
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The final outcome of this project was a series of methodical analysis that contributed to identifying cost effective solutions to improve the energy efficiency of the participating buildings.
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Elévation pliée - 1/30 Elévation pliée - 1/30
7,50 m 7,50 m
L.O.M.E L.O.M.E 3,40 m 3,59 m 3,40 m 3,59 m
on déployée - 1/30 éployée - 1/30
6,45 m Octogonal 5,60 m Logement Mobile Economique 6,45 m Octogonal 5,60 m Logement Mobile et et Economique
Refugee transitional shelter Refugee transitional shelter Work in progress Work in progress
C C
L.O.M.E, Diploma project, developped with L.O.M.E, Diploma project, developped with UNHCR France, ENSAPM, Video L.O.M.E, Diploma project, developped with thethe UNHCR France, ENSAPM, Video the 2015.UNHCR France, ENSAPM, 2015. 2015. Thesis X 4This Transitional shelter refugee. Thisproject projectinitiated initiate by byaa trip Thesis Transitional shelter forfor refugee.
++
The project try to give a way to think how possible, This study try a away totothink how it its is its possible, asas anan The project tryto togive give way think how possible, as an architect, to help in the condition of the displaced people. architect, to help in the condition of the displaced people. architect, to help in the condition of the displaced people. This studying isproject not oriented to emergencies on tranThe intent of this is totoserve the transition not This studying is not oriented emergencies butbut onand thethe tranthe emergency. This period after the crisis and before peosition. This period after the crisis and before people can sition. This period after the crisis and before people can getget ple can get back home. Itvery isvery actually very difficult tohow know back home. is actually difficult know how long back home. It isIt actually difficult to to know forfor long how long people will be displaced but the average time isyears. people gonna displaced average is about people gonna bebe displaced butbut thethe average is about 12 12 years. about 12 years. We can understand howlong critical itimportant is in a We definitely understand how in this it is We definitely understand how in this long it is important to to period of thisthe duration forwhich the housing to beadaptative adapttive and and desmanaged housing need managed the housing which need to to bebe adaptative and desdescent. cent. cent.
Coupes d’aménagements - 1/30 Coupes d’aménagements - 1/30
These research are right now, applyed to the of a These research right now, oriented aconcept foldable/unfolThese research areare right now, oriented to to a foldable/unfolfoldable module. Open, it offers 21 sqm, extendable to 42 42 dable module. Open, this offer 21 sqm extendable untill dable module. Open, this offer 21 sqm extendable untill 42 sqm by by a system of double levellevel within the module space. sqm a system of double inside the module space. sqm by a system are of double level insidethe thespace module Every component movable to allow thespace. be the Every component are movable to give the capacity Every component are movable to give the capacity to to the adative and sustainable. space to be adaptative and sustainable. space to be adaptative and sustainable.
Coupes d’aménagements - 1/30 Coupes d’aménagements - 1/30 Plan déployée - 1/30 Plan déployée - 1/30
espace communautaire et d’information installé recemment espace communautaire et d’inparinstallé et pour les réfugiés formation recemment par et pour les réfugiés
X 4 This project initiate by a trip Transitional shelter for refugee. through the great north and Alaska, isisan trip through the great north of Canada Canada and Alaska, aninvestithrough the great north of of Canada and Alaska, is an investigation about the architecture in movement. investigation architecture in movement. gation about of thethe architecture in movement.
Famille de cinq installé au camp depuis presqueau cinq ans. Famille de cinq installé camp depuis presque cinq ans.
L.O.M.E Logement Octogonal Mobile et Economique Refugee transitional shelter Work in progress
C
3,40 m 3,17 m
ente
300
Module/Shelter
onstruction
80 70
250
60
rojet
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Elévation pliée - 1/30
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Séquence de déploiement du module 0
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Mar
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Températures
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Juil
Précipitations
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Jordanie
Comparatif dede climat type type (France / Jordanie) Comparatif climat (France/Jordanie)
Creating better homes for emergency relief and beyond 3,40 m 3,17 m 3,40 m 3,17 m
0
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Elévation pliée - 1/30
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X4
Better Shelter is a groundbreaking example of collaboration, technical innovation and practical application. The Better Shelter is an innovative temporary shelter, designed as a result of a research and development project undertaken by UNHCR, IKEA Foundation and Better Shelter.
0
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7,50 m Interior of a Better Shelter prototype in Kawergosk Refugee Camp, Erbil, Iraq
RHU (Refugee Housing Unit), Fondation Ikea et UNHCR 6,45 m
5,60 m
3,40 m 3,59 m
6,45 m
5,60 m
Elévation déployée - 1/30
Coupes d’aménagements - 1/30 Plan déployée - 1/30
Plan déployée - 1/30
Explosé du module pliée
Eléments compris dans le kit
0,52 m
1,10 m
0,52 m
Plan déployée - 1/30 2,89 m
1,70 m 2,89 m
Plan pliée - 1/30
Plan pliée - 1/30
Coupe déployée - 1/30
Evolution possible du module
Explosé du module déployée
7,50 m
3,40 m 3,59 m
Protection solaire par surtoiture
Rangements intégrés
Lumière naturelle
Elévation déployée - 1/30
Coupes d’aménagements - 1/30
Ventilation
Schéma technique
Séquence de déploiement de la toiture
Détails des appuis au sol et de la ventilation - 1/1
Explosé du module déployée Eléments compris dans le kit
Explosé du module pliée Détails de fixation du cadre au plancher et ventilation - 1/1
Vision prospec
Old Ottawa South Housing, Carleton University, 2013.
Video
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Saint-Denis Pleyel, a bridge to live, ENSAPM, 2014. Céline Coderch, Jan Feichtinger.
This assignment was an exercise in designing the “ G r e a t P a r i s E x p r e s s ”, a c u r r e n t u r b a n - p l a n n i n g project bridging major railway tracks to connect central Paris, France to the rapidly- evolving neighborhood which St. Denis is part. The final project consists of a central exhibition hall crossing the full length of the tracks, opening on to grand views of the famous Basilica of S a c r é C œ u r, t h e S t a d e d e F r a n c e o r t h e B a s i l i c a of St. Denis. Within the central crossing, many adaptable neighborhood and program spaces are accessible to pedestrians. The structural steel of the building remains exposed thoughout each space and the façade, to echo the dynamic mobility of pedestrians through the structure. The supporting pillars mean to conjure images of the electrical installations of t h e t r a c k s b e l o w. Overall, the project intends to create strong relationships between different space modalities, including housing, office and transpor t, to create a dynamic neighborhood space for this fastgrowing area of Paris.
Pedestrian way Vertical circulation
Drive way Public spaces
Workshop, Inflatable structure, ENSAPM, 2012. Hans Walter Muller
This workshop project was the realization of an inflatable structure from the assembly of four spheres. The focus of the workshop was to explore the technical and material considerations of this type of architecture.
Workshop, Cardboard Structure, ENSAPM, 2013. Constance Varin, Marguerite Wable.
The focus of this workshop project was to explore the design and construction of a light cardboard module; our particular research elaborated on the form of a triangle. The use of folding in the final project allowed us to overcome the limited structural capacity of a single, light-weight model, resulting in a final 3-meter high arch.
Workshop, Digital Design Literacy, ENSAPM, 2012. Alienor Ibled
This workshop project aimed to teach the basic use of the parametric software “Digit a l P r o j e c t �. T h e a s s i g n m e n t w a s t o d e v e l o p a hyperboloid form using the software, and realize it in a final model using a laser cutt e r.
Staircase Cover, ENSAPM, 2013. Jan Feichtinger
T h i s a s s i g n m e n t w a s t o c r e a t e a n o p e n - a i r, c o v e r i n g structure for an existing staircase in the main train station of Caen, France. The required surface area was 300 square meters. The final structure is 20 meters by 15 meters, with a height of 5.5 meters. The principle of the design is to offer considerable cover with the minimum use of visually obstruc ting pillars. It is based on an “under t e n s i o n � s y s t e m , w i t h a f l y i n g c o l u m n a t t h e c e n t e r. The roof is designed as a stitched-glass pattern overlying the structure.