Architecture Portfolio Maxime BOILEAU
Maxime BOILEAU Architecte
EXPERIENCES
PROFIL
2018 janvier-juillet Handel Architects (New York)
Architect Associate Differentes phases de projet: Esquisse, et avant Projet (Tour de logement R+50, 240 lots )Long Island City, NY), Permis de construire, entierement sur Revit (logement R+5, 20 lots Washington)
2016-2018 (freelance)
FlyingSaucer (New York)
3D designer, 3D modeling, 3D rendering, 3D animation
2016 mai - 2017 decembre
CeladonGroup (New York)
Architecte-Designer Domaine : Retail,Hotel, restaurant, Villa, Luminaire En charge du Concept et développement, prise en compte du contexte et des conditions locales. Dessins techniques, CAD, 3D model, dessins de productions, détails techniques et renderings.
2015-2016 (6 mois)
Hondelatte-Laporte Architects (Paris)
Stagiaire Immeubles de logements: Esquisse, APD, Etude de projet Concours 2015: réinventer Paris
2012 juin-aout (3 mois) Thierry Morin Architect (Bordeaux) Stagiaire 3D model et faisabilités
Après avoir complété mon Master d’Architecture à L’ENSA Versailles, je suis arrivé à New York en 2016. Ici j’ai pratiqué et me suis amelioré dans différents domaines d’activités, Architecture d’intérieur, retail, marketing, design produit. J’ai travaillé sur quelque projets iconiques comme l’hôtel Edison à Manhattan, ou l’hôtel W en Chine. Cela a été pour moi de nouvelles expériences intéressantes, mais j’ai eu besoin de me recentrer sur ce qui m’est cher ; L’Architecture, et intègre L’agence Handel Architects à New York City. Retour à Paris en Juillet 2018, enrichi de nombreuse expériences.
CONTACT 07 52 63 60 05
maximboileau@gmail.com 2 rue d’amsterdam 75009 Paris
logiciels
FORMATION 2014-2016
Master en Architecture ,Architecte diplomé ENSA-Versailles
2013-2014
Master 1 en Architecture Royal Institute of Technology (Stockholm)
2010-2013
Licence d’Architecture ENSA-Versailles
2008-2010
BTS Design Ecole de design Créasud Condé
Autocad Revit Enscape Sketchup Rhinoceros Grasshopper Keyshot V-ray Artlantis Photoshop In-design Illustrator powerpoint Archiwisard
HOBBIES
Recompenses 2014
1st laureat – Fondation Beneteau La Maison Flottante
2010
2nd laureat – Beaulab Talent Vivre une ile au milieu d’une ville en 2050
-Travail manuel, soudure acier et bois, conception stucture/sculture/mobilier. -Escalade extérieure / intérieure
Projets ENSAV 1- Equipement Municipal
2- Pont et Tour, Bordeaux quinconces-Bastide
3- Centre culturel Japonais Ä‚ Stockholm
4- Morphogenese d̢۪une double maison individuelle
5- Maison Pont
Concours 6- La Maison Flottante Concours Fondation Beneteau 1er Laureat 7- Mininal House (1) Concours Fondation Beneteau non retenu 8- Mininal House (2) Concours Fondation Beneteau non retenu
Projets en agence 10- W hotel Xian, China 11- Luperon Ocean Estates Domenican Republic
12- Queens Plaza Tower Tour de logements
Handel Architects New York City
13- Hillside, Washington DC Immeuble de logements
Handel Architects New York City
1- Equipement Municipal
L’architecture de se projet a été pensé comme un immense toit, créant une connection entre le metro et une large place public, abritant une circulation qui distibue une suite d’équipements publics et d’activités: bibliothèque, bureau municipal, station de métro, restaurant, supermarché, salle de conférence, boutiques, terrain de basket. La structure suit le même principe, de large piliers contreventés porte un robuste toit auquel sont suspendus les sols à l’aide de fins tirants.
Coupe-perspective
2- Pont et Tour , Bordeaux quinconces-Bastide
Chaque lame d’acier qui compose le pont est unique, cette transformation permet une fusion naturelle entre la pacerellle inférieure et la pacerelle supérieur.
Vue de la pacerelle inférieure remontant sur la pacerelle supérieure
Field
Field extruded
Lines traced from the center of the field the surrounding buildings top.
For a Japenese cultural center based on Stockholm I decided to create an exterior space, extern to Sweden, the morphogenesis of this garden is calculated with the surrounding, from the center of the field several lines are traced to the roof of neighborhood building, then the plan of those lines define the limit heights of the architecture, the result: from the garden we can only see the sky. Its mineral garden is sprinkled by micro perforated concrete which absorb residual city sound, calm and pure. The sloping surface of the mineral garden welcomes the sky, and houses activities and information room: Japanese bath, restaurant, documentation center and meeting room. All dimensions are governed by the tatami dimension. 3- Centre Cuturel Japonais Ä‚ Stockholm
Fhose lines cut the extruded field, to define the architecture height.
From the center of the garden , all surrounding building are hidden.
The sloping surface of the mineral garden welcomes the sky, and houses activities.
Coupe-perspective
Coupe longitudinale
Elevation NORD
Elevation EST
Elevation SUD
Elevation OUEST
4- Morphogenese d̢۪une maison double
Field
Field extruded
split the levels
incline the solid roof to the south
RDC make space for car park.
R+1 Creat 2 individual faรงades for 2 property.
R+2 Visual spliting to feel two different property.
A piece of sky divide the houses.
Bring sun light to the back.
Trim the solid: bringing light, creating patio.
Enjoy and be thankfull.
Subject: Design two houses in one building, with two separate entries on the street, no window to the side. This twin-house is one of my favorite work, the two houses mix together, intertwine. they create a smart architectural object without never met together. The morphogenesis is based on privacy and sunlight.
CHIFFRES CLÉS : SHON RT : 175 m2 VOLUME : 278 m3 ENVELOPPE : COMPACITÉ : xxxx adim BBIO MOY : 66 % OUVERTURE : XX% CONFORT LUMINEUX: 49% BESOINS: 20 kWh/m2 0 kWh/m2 1 kWh/m2 9 kWh/m2 8 kWh/m2
5- Maison Pont
Subject: Implant an individual house inside a Parisian building court, where the sunlight is rare. The goal is to create a house with good energetic performance, and natural light. I choose to plug the house higher, far the cold of the shady ground. Using the staircase walls of two faced building, the structure of the house is thinked as a bridge and we use those existing staircase to access. The openings, shaders, orientation, compacity and insolation are calculated on Archiwizard energetic software to have the best energetic performance.
SAIL C
La Maison Flottante Concours Fondation Beneteau 2014 1er Laureat
omment allier la notion d’habitat architecturé à celle de l’environnement nautique. Tel est le défi que j’ai décidé de relever en imaginant une maison flottante, point d’ancrage entre confort privé et vocabulaire marin. De par ses proportions aériennes et son usage autonome, elle peut s’intégrer à n’importe quel environnement lacustre.
T
out d’abord, au confluant des univers de la maison et du monde maritime, chaque élément structurel est pensé en fonction de ce double prisme. Ainsi, le sol est un iceberg pneumatique flottant sur lequel repose un plancher léger, les murs porteurs sont recouverts de tôle ondulée comme des vaguelettes graphiques, le toit est un simple vitrage triangulaire qui reprend l’image d’une voilure de bateau. A l’avant, la proue classique prend des airs de quai-garage. A l’arrière, la poupe devient un pont-terrasse.
E
nsuite, d’un point de vue architectural, la triangulation représente le fil d’Ariane de ce projet. En effet, la forme triangulaire, comme un module de base, se retrouve sur chaque vue. La structure même de la maison utilise l’image de la voile, tant pour son allure esthétique symbole de légèreté que pour sa solidité. L’aménagement intérieur est conçu sur deux niveaux dont les fonctions sont clairement distinctes. Le niveau inférieur représente l’espace de vie commune : salle d’eau-toilettes, bureau relié à une petite terrasse couverte, pièce à vivre (cuisine salle à manger, salon) qui ouvre sur la terrasse. Le niveau supérieur définit l’espace de repos avec deux chambres (l’une donne sur la proue, l’autre sur la poupe) une salle d’eau et des toilettes
E
n accord avec la protection de son environnement, cette maison fonctionne de manière autonome. Certaines cloisons sont créées en vitrage solaire afin de produire sa propre électricité en fonction de ses besoins. De plus, trois cuves d’eau (à l’image de ballasts de sous-marin) prennent place au centre de la structure flottante pneumatique. Leur usage en circuit fermé, relié à une petite station d’épuration sous l’escalier intérieur, permet de conserver un équilibre permanent entre eaux pluviales, eaux vannes et eaux usées.
E
nfin, la jupe qui se déploie en grande partie autour de la maison symbolise le trait d’union entre l’univers de la maison et le monde fluvial. Elle est conçue en tissu végétal posé à la surface de l’eau, pour accueillir des plantes aquatiques flottantes qui n’ont pas besoin de terre pour se développer (jacinthes d’eau, nénuphars, azolla, eichornia, pistia, salvinia). Elles sont également filtrantes et oxygénantes, afin de préserver l’équilibre du bassin, lui-même en lien direct avec le lac environnant. Non statique dans sa structure, il évolue au grès du vent et des faibles courants.
6- La Maison Flottante, Concours fondation Beneteau , 1er Laureat
Cuves eaux usées
Flotteurs pneumatiques
Bureau / Chambre d’amis
Cuisine
Sdb / WC
deck Salon / Salle à manger
local technique
Buanderie
Concours Fondation Beneteau 2015, Maison minimale de 9m carrÄ‚Å , non retenu BLOCK, La Maison Alternative How to combine minimalism, self-sufficiency and living place? This is the challenge that I took, imagining an alternative habitat, reduced to its bare essentials, at the crossroads between the place of comfortable living and responding to sustainability issues. This creation of highly compact, we reserve discoveries. First, from an architectural point of view, single-cell type of construction is the leitmotiv of this creation. This project takes its name from the simple principle of a block; it is, in fact, a single rectangular volume. We are dealing here with a very easy fabrication, a simple structure. But intelligence spaces make it possible to use and think every square meter, every corner of the house is to be useful and usable, like shelves hidden under the stairs for example, always with the idea of​​ optimizing the capacity maximum of this restricted space. Similarly, the ceiling heights are organized as appropriate. As a consequence, the interior of this space is a living place quite decent without modifying folding table or sofa bed. Besides comfortable and creative nature of this place, its design gives it a particularly functional appearance. Then, the sobriety of the architecture makes this possible, the implementation alternative habitat wherever you like, the bottom of a garden, or even attached to a house. Regarding its eco-friendly aspect, the overhead light in the living room will allow to use its maximum natural light. Rainwater will be collected and used for flushing toilets, and solar panels on the flat roof will perform better regardless of the house orientation . BLOCK is the perfect link between sustainable development, living place, minimalist habitat. This is alternative habitat by nature.
7- Mininal House (1)
8- Mininal House (2) Concours effectuĂŠavec le designer Hugo Fleuret
Concours Fondation Beneteau 2015, Maison minimale de 9m carré , non retenu Le concept de cet habitat nommé CREEK*, part d’un simple volume rectangulaire divisé en quatre espaces de vie, cuisine/ salon/ salle de bains/ chambre. Le mobilier attendu et l’espace de circulation régissent les dimensions de chaque espace, qui sont ensuite décalés pour créer des vues et des apports de lumière. Ainsi, le gabarit de chaque volume est pensé en fonction des pratiques de ou des usagers et du programme qu’il accueille, créant une continuité desservant différents espaces bien distincts. Nous ne dînons pas dans la chambre et nous ne travaillons pas dans la cuisine. Chaque espace a ses propres caractéristiques. Nous n’avons pas besoin du même apport de lumière pour chaque moment de la journée : les espaces salon/ cuisine sont très ouvert vers l’extérieur pour favoriser les tâches journalières, a contrario, le coin nuit (salle de bain/ chambre) est plus cloisonné pour respecter une intimité.
10- W hotel in Xian New York
Projet : W Hotel in Xian, interior design (in progress) Role : Architect-designer, executive responsble 3D , CAD , Rendering , millwork / furniture shop drawing , technical drawing.
Design of the W hotel lobby, the restaurant, the bar and the ballroom. Working with the move, we create a huge wavy chandelier overlooking all the lobby, using parametric software Grasshopper to control the movement. In the same way, we apply this dynamic on the walls and balconies.
Luperon Ocean Estates is a magnificent ocean front resort community located in the Puerto Plata/Luperon area on the north coast of The Dominican Republic. We offer Real Estate and luxury residential villas in a wide variety of sizes and the very best of Caribbean luxury styles. The resort community features first class amenities that include Concierge, pool house, beach club, equestrian center, gym, spa, yoga sala, tennis club, fresh food market and parks. The Real Estate offering at Luperon Ocean Estates include villas sites for building, standard to custom villas built for you, villa rentals and sales. Our exceptional gated community of Luperon Ocean Estates, designed by the award-winning architect Eric Urbahn was conceived and developed with a master plan that respects the abundance of natural ocean views, beach access and the natural on shore trade winds, which all preserve the natural beauty of our environment with over 250,000 M2 of terrain.
11- Luperon Ocean Estates projet: village villa, Republic dominican
(in progress) Role : Architecte-designer, responsable 3D modèles , rendeNew York rings, dessins technique CAD.
12-Queens Plaza Tower Handel Architects, New York City
LIC New York, Tour mix residentielle/equipement rôle: faisabilités PLU + design de la façade
(All area calculations are approximate and reflect the absence of surveys and verified site dimensions)
QPT_ALT SCENARIO 1
QPT_ALT SCENARIO 2
QPT_ALT SCENARIO 3
Block 428 - Lot 1 Permitted floor area As-Of-Right - 8FAR - 271,600 ZSF
Block 428 - Lot 1 Permitted floor area As-Of-Right - 8FAR - 271,600 ZSF
Block 428 - Lot 1 Permitted floor area As-Of-Right - 8FAR - 271,600 ZSF
PROGRAM
FLOOR N
Residential
6 to 20
Commercial spaces
2 to 5
GSF Measured to ext. face of glass
PROGRAM
FLOOR N
GSF Measured to ext. face of glass
PROGRAM
FLOOR N
GSF Measured to ext. face of glass
99,000
Residential
9 to 31
151,800
office spaces
6 to 8
101,850
135,800
Residential
3 to 8
50,778
Commercial spaces
3 to 5
101,850
Ground level Res. Lobby
1
8,461
Commercial spaces
2
33,950
Ground level Res. Lobby
1
Ground level BOH
1
3,857
Ground level Res. Lobby
1
8,461
Ground level BOH
1
3,857
Ground level Food court
1
21,671
Ground level BOH
1
3,857
Ground level Food court
1 to 2
55,621
Ground level Food court
1
21,671
GSF
8,461
GSF GSF
OVERALL TOTAL
268,789
OVERALL TOTAL OVERALL TOTAL
270,517
271,639
ELEVATION - GENERAL NO
Visite Chantier , maquette test 1/1 calpinage. 41' - 5"
1. DETAILS SHOWN ARE FOR DESIGN INTENT. WHERE SPECIFIC DETAILS OR INTENT CANNOT BE DETERMINED CONSULT THE BEFORE PROCEEDING TO WORK.
1 A0301
2. ALL DETAILS SHALL BE COORDINATED WITH THE STRUCTUR SUPPORT MEMBERS AS WELL AS OTHER BUILDING COMPON EXTERIOR CLADDING, OTHER RELATED BUILDING COMPONE FINISHES IN ORDER TO PROVIDE A COMPLETE ENCLOSURE MATERIALS, AND METHOD OF ATTACHMENT.
6' - 0"
3. WHETHER OR NOT EXPLICITLY INDICATED, VAPOR BARRIER CONTINUOUSLY TO WINDOW FRAME & STR'L SLAB ABOVE AN
143' - 5 3/8"
4. CONNECTIONS, ANGLES, SHAPES AND DETAILS SHOWN ARE ARE TO BE SIZED, REINFORCED AND DETAILED AS REQUIRE BUILDING MOVEMENT). ALL FASTENERS SHALL BE CONCEAL OTHERWISE SHOWN ON DRAWINGS.
5. WHETHER OR NOT EXPLICITLY INDICATED, ALL GLAZING SHA GLAZED WHEN WITHIN 18" (450MM) OF THE FLOOR OR WITHI HORIZONTAL DISTANCE FROM ANY DOOR. A CERTIFICATE M ALL GLAZING PRODUCTS STATING THAT THE PRODUCTS CO APPLICABLE CONSUMER PRODUCT SAFETY STANDARDS. L T.O. CORE C BULKHEAD 120' - 4 1/2" 6. DESIGN, FABRICATE AND INSTALL THE EXTERIOR WALL, TO BUILDING MOVEMENT AND THERMAL EXPANSION AND CONT
? 27' - 1 1/4"
9' - 10 1/4"
4 A0333 MTL-1 ST-1
1 A0406
7. THE COLOR, CHARACTER, QUALITY AND RANGE OF THE EXT ASSEMBLY ARE TO MATCH AN APPROVED VISUAL MOCKUP T THE CONTRACTOR.
? 5' - 1 3/4"
MTL-1
MTL-1
10' - 4"
?
L T.O. ROOF 106' - 3"
L T.O. POOL DECK 8. COORDINATE LOCATION OF WINDOW ANCHORS, SEALANT P 110' - 6 1/4" CONTINUITY AND COMPATIBILITY OF SEALANTS WITH ADJAC INCLUDING MATERIALS AND OTHER CONTIGOUS SEALANTS. L T.O. PARAPET 106' - 6 1/2" L T.O. ROOF SLAB 9. THE ENTIRE EXTERIOR WALL SYSTEM SHALL HAVE TWO CON AND SEPARATE LINES OF MOISTURE PROTECTION AGAINST 105' - 4 1/2" AND WATER LEAKAGE, INCLUDING A DRAINAGE SYSTEM TO
1 A0402
TYP.
10.
10' - 0"
49' - 9 1/2"
L 04 T.O.S. 85' - 0 1/2"
?
ACCESSORY B.O.H. METAL EXTERIOR WALL COMPONENTS ( 14. LADDERS, ETC.) SHALL BE GALVANIZED AND PAINTED. 15.
2 A0714
16.
L 03 T.O.S. 75' - 0 1/2" GL-1
GL-1 MTL-4
?
10' - 0"
?
CMU BLOCK PLANTER ON TOP OF RETAINING WALL
L 02 T.O.S. 65' - 0 1/2" W-5
W-5
W-5
?
GL-1
GL-1
North
GL-1
BR-1
TYP.
L 07 58' - 4 5/8"
L 01 T.O.S. 55' - 0 1/2"
GL-1
CUSTOM WOOD LATTICE PRIVACY SCREEN. WITH COPPER ACCENT HARDWARE, TYP FOR NORTH, LVL 1 UNIT GARDENS.
ALL EXTERIOR SIGNAGE WILL BE FILED UNDER SEPARATE A
THE BUILDING EXTERIOR WALL SHALL BE A COMPLETE SYST 18. CMU, PRECAST CONCRETE PANELS, METAL SILLS AND TRIM FIXED AND OPERABLE WINDOWS AND DOORS, FASTENERS, INSULATION, FLASHINGS, MATERIAL THICKNESS AND ACCES REQUIRED FOR A WEATHER TIGHT INSTALLATION.
19.
REFERENCE STRUCTURAL, MEP DRAWINGS AND SPECIFICAT FURTHER REQUIREMENTS.
ALL PRECAST PANEL GRAVITY LOADS SHALL BE TO FOOTING 21. WITH EITHER DIRECT CONNECTION. NO GRAVITY CONNECTI BEAM, FLOOR SLAB OR OTHER PRECAST CONCRETE PANEL
ALL PRECAST PANEL LATERAL CONNECTIONS TO COLUMN O 22. SPANDREL BEAM.
W-5
DESIGN, FABRICATE AND INSTALL THE EXTERIOR WALL, PRE 23. UNITS, GLASS, MASONRY AND ALUMINUM WINDOW SYSTEM BUILDING MOVEMENT AND THERMAL EXPANSION AND CONT EXPANSION AND CONTROL JOINTS (VERTICAL) AS SHOWN
4 A0206
3 A0206
1/8" = 1'-0"
PROVIDE DI-ELECTRIC SEPARATION BETWEEN ALL DISSIMIL
ACOUSTICAL ASSEMBLIES,ANGLES, ETC ARE TO BE FULLY C 17. SEALED.
ALL PRECAST UNITS ARE TO BE REINFORCED AS REQUIRED 20. INCLUDING REQUIREMENTS FOR LIFTING LOADS. ALL INSER AND LIFTING DEVICES SHALL BE LOCATED ON THE BACKSID FACE OF PANELS.
10' - 0"
1 A0312
2
ALL ALUMINUM COMPONENTS (WINDOW MULLIONS, METAL P 12. GUARDRAILS, MISCELLANEOUS TRIM, ETC.) SHALL BE RESIN COATED. COLOR SELECTED BY THE ARCHITECT
FIRE RATINGS AND SMOKE SEALS/STOPS SHALL BE AS REQU 13. APPLICABLE CODES. COORDINATE THE CONTINUOUS PERIM STOPPING BETWEEN FLOORS WITH CLADDING CONSTRUCTI SHALL COMPLY WITH APPLICABLE CODES AND REGULATION
10' - 0"
?
GL-1
ALL WALL PENETRATIONS SHALL BE SEALED AND FLASHED.
ALL EXTERIOR WALL FLASHING SHALL BE EPDM OR STAINLE 11. SEALED JOINTS.
L 05 T.O.S. 95' - 0 1/2"
MATERIAL LEGEND 1 A0301
CC-1
HS_BRICK TYPE 1 PETERSON BRICK K91, 20.8" X 4.3" X 1.5 HS_BRICK TYPE 2 PETERSON BRICK K91 & K92 MIX 20.8" X 4.3" X 1.5" HS_BRICK TYPE 3 PETERSON BRICK, KOLUMBA K91, SOLD COURSING HS_BRICK TYPE 4 PETERSON BRICK, KOLUMBA K96, SOLD COURSING HS_BRICK TYPE 5 PETERSON BRICK, KOLUMBA K96, 1/3 R BOND HS_BRICK TYPE 6 PETERSON BRICK, KOLUMBA K91, STAG BRICK SCREEN HS_CEMENTITIOUS COATING 1 DURON - SW 7066 GREY MATTERS
BR-1 BR-2 BR-3 BR-4
16' - 10 1/8"
4 A0321
5 A0321
1 A0322
2 A-421
MTL-1
TYP.
?
TYP.
GL-3
TYP.
MTL-1 TYP.
? GL-3
L T.O. POOL DECK 110' - 6 1/4" L T.O. PARAPET 106' - 6 1/2" L T.O. ROOF SLAB 105' - 4 1/2"
? TYP.
32' - 7 7/8"
8' - 11 1/2"
L 05 T.O.S. 95' - 0 1/2"
10' - 0"
8' - 11 1/2"
2 A0714
L 03 T.O.S. 75' - 0 1/2"
GL-3
TYP.
1
South 1/8" = 1'-0"
HS_GLASS TYPE 1B GL-1, AT SHADOWBOX LOCATIONS
GL-2
HS_GLASS TYPE 2A GL-2, TEMPERED.
GL-2B
HS_GLASS TYPE 2B GL-2, AT SHADOWBOX LOCATIONS
L-1
L-4
MTL-1A
MTL-3
MTL-5
BR-5
MTL-6 MTL-7
1 A0206
1 A0404
LOBBY ENTRY VESTIBULE, SEE A-409 FOR DETAILS
2 A0206
MTL-8 MTL-9 PV-1
13-HILLSIDE Washington DC. Handel Architects, New York City
Immeuble de logements rôle: Revit Designer
HS_GLASS TYPE 2 SOLARBAN 60 STARFIRE, TYP. NORTH E
GL-2A
MTL-4
L 01 T.O.S. 55' - 0 1/2" BR-4
HS_GLASS TYPE 1 SOLARBAN 60 STARFIRE, TYP. SOUTH, E WEST, ELEVATION HS_GLASS TYPE 1A GL-1, TEMPERED.
GL-1B
MTL-2
10' - 0"
3 A0316
1 A0316
GL-1A
MTL-1B
L 02 T.O.S. 65' - 0 1/2"
4 A0315
L 07 58' - 4 5/8" L MEASURING PT. 56' - 6 1/2"
HS_THERMAL BREAK COATING 1 AEROLON ACRYLIC, SERIES 971
MTL-1
10' - 0"
GL-3 DECORATIVE STRUCTURAL BEAM. BEAM TO BE INSTALLED AFTER TRAMSFORMER INSTALLATION. SEE STRUCTURAL DWGs FOR DETAILING
HS_ELASTOMERIC COATING 1 DURON 8796N BLACK METAL
GL-1
L-3 L 04 T.O.S. 85' - 0 1/2"
GL-1
EC-1 TBC-1
L-2
1' - 0 1/2"
1 A0403
GL-1
1 A0401
L T.O. CORE A BULKHEAD 114' - 6 1/4"
10' - 4"
2' - 3 1/2"
L T.O. ROOF 106' - 3"
BR-6
L T.O. CORE C BULKHEAD 120' - 4 1/2"
4 A0333
TYP.
BR-5
2 A0322
9' - 10 1/4"
3 A0321
5' - 1 3/4"
2 A0321
10' - 0"
1 A0321
HS_LOUVER TYPE 1 EXTRUDED METAL LOUVERS PTD TO M MTL-1 (FOR MECH. VENTING) HS_LOUVER TYPE 2 EXTRUDED METAL LOUVERS PTD TO MA (FOR PARKING VENTING) HS_LOUVER TYPE 3 EXTRUDED METAL LOUVERS PTD TO M MTL-4 (FOR MECH. VENTING) HS_LOUVER TYPE 4 EXTRUDED METAL LOUVERS PTD TO M MTL-4 (BLANKED OFF) HS_METAL TYPE 1 1/8" THICK ALUMINUM PANEL PTD CHARCOAL GREY, TYP PANEL. HS_METAL TYPE 1A 1/8" THICK ALUMINUM PANEL PTD CHARCOAL GREY, SLAB COVER. HS_METAL TYPE 1B 1/8" THICK ALUMINUM PANEL PTD CHARCOAL GREY, EXTERIOR SOFF HS_METAL TYPE 2 1/8" THICK ALUMINUM PANEL PTD GREY
HS_METAL TYPE 3 1/8" THICK ALUMINUM PANEL PTD GREY SHADOWBOX BACK PAN. HS_METAL TYPE 4 EXTRUDED ALUMINUM WINDOW CLADD WINDOW FRAME EXTERIOR. HS_METAL TYPE 5 LIGHT GUARGE STAINLESS STEEL TREL POUDER COATED, TO MATCH MTL-1. HS_METAL TYPE 6 STAINLESS STEEL DOOR HARDWARE, L VEST. DOORS. HS_METAL TYPE 7 STAINLESS STEEL HARDWARE, AND SU GUARDRAILS. HS_METAL TYPE 8 EXTRUDED ALUMINUM CAP, GUARDRAI
HS_METAL TYPE 9 BREAK METAL, GALVANIZED STEEL, DR SCUPPERS.TYPE 1 HS_PAVER
PV-2
HS_PAVER TYPE 2
ST-1
HS_STONE TYPE 1 POMPEII SPLIT CHISELED BASALT
WD-1
HS_WOOD TYPE 1 IPE RAINSCREEN CLADDING
Maxime BOILEAU Architecte maximboileau@gmail.com (+33) 0752636005