SANOU CISSE PORTFOLIO 2022 WORKS
2
SANOU CISSE
13 RUE DES RIGOLES, 75020 PARIS, FRANCE
0753870199
SANOU.CISSE@GMAIL.COM
SANOU CISSE PORTFOLIO 2022 WORKS
3
SANOU CISSE
13 RUE DES RIGOLES, 75020 PARIS, FRANCE
0753870199
SANOU.CISSE@GMAIL.COM
CURRICULUM VITAE
FORMATION
2013 Diplôme HMONP, École nationale supérieure d’Architecture Paris la Villette
2012 Diplôme d’Architecture d’État, École nationale supérieure d’Architecture Paris la Villette
2011 Erasmus, École d’Architecture de Lisbonne (FAUTL), Portugal
2009 Licence en architecture, École nationale supérieure d’Architecture Paris Val de Seine
2006 Baccalauréat littéraire option musique
2006 Classe de saxophone, musique études, Conservatoire national régional de Paris
EXPÉRIENCE PROFESSIONNELLE
2014- 2022 MBB Architects, New York, États-Unis, associé,
• Climate School, Columbia University, New York, chef de projet, programme
• Centre d’accueil Bayard Cutting Arboretum, New York, chef de projet, APS à DCE
• Projets du contrat cadre avec New York State Park, chef de projet
• Holder Initiative, Columbia University, New York, chef de projet, PRE
• Garitage Park, tour de logements, Sofia, Bulgarie, concours à APD
• Trinity Wall Street rénovation, New York, APS à PRO
2013-2014 Atelier Philippe Freiman Architectes, Paris, France, stage HMONP
• 93 appartements rue de l’Ourcq, Paris, DET
• 15 appartements, Stains, DCE
• 19 appartements, Blanc-Mesnil, concours
2012 Biecher Architectes, Paris, France, stagiaire
2011 BRS Architectes, Paris, France, stagiaire
PROJETS PERSONNELS
2013-2014 Rénovation d’un appartement deux pièces rue Esquirol, Paris, France Conception, production des études, suivi de chantier
2013 Maison, Yene, Sénégal
Production d’une étude de faisabilité et d’un pré-projet pour une maison secondaire
2012 Maison, Togna, Corse, France
Production d’une étude de faisabilité et d’un pré-projet pour une maison secondaire
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CONCOURS
2014 Concours CoSite, 2e tour, Nexity
Second prix
2013 Concours CoSite, 1er tour, Nexity
Finaliste du concours, second prix
2013 Concours Acier 2013 : densification, ConstruirAcier
2012 Concours Acier 2012 : esthétique, ConstruirAcier
ÉCRITS
2013 Article et dessin “Mots tramés”, revue Revers
2013 Présentation du mémoire de Master “Grands ensembles intra muros”
École nationale supérieure d’Architecture Paris la Villette
2012 Mémoire de Master “Grands ensembles intra muros”
Étude comparée entre grands ensembles périphériques et leurs versions parisiennes
LOGICIELS AutoCad, Revit, Enscape, Rhino 3D, Sketchup, Photoshop, Illustrator, InDesign, Office
LANGUES Anglais courant
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2019-2022
MBB ARCHITECTS, BAYARD CUTTING ARBORETUM, CENTRE D’ACCUEIL AUX VISITEURS
Site : Long Island, New York
Programme : Centre d’Accueil
Surface : 300m2
Budget : $3,1M
Rôle : Chef de projet
Phase : APS à DCE
Management de l’équipe de maîtrise d’œuvre et de la collaboration avec le paysagiste.
Réalisation des études de l’APS au DCE; en charge des réunions avec le client, du budget du projet, en parallèle des autres projets issus du contrat cadre avec New York State Park
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RENDU 3D, VUE DE LA FAÇADE NORD ET DE LA TOITURE EN PORTE-À-FAUX, REVIT & ENSCAPE
7 FIRST FLOOR 0" FIN CEILING 10' - 3" T.O. ROOF 16' - 7 1/2" CELLAR FLOOR -9' - 9" 1 2 ROOF PITCH 12' - 3" B.O. SLAB -6 1/2" 02 A-402 01 A-402 03 A-401 ZOLA CLASSIC ALU 75 STOREFRONT, ATTACHED TO T ANCHOR CON. CURB TRENCH DRAIN, SEE CIVIL DWGS HSS 3/8 PLYWOOD AIR BARRIER UNDERNEATH DECK INTERMEDIATE MEMBER, W OR L STL BEAM, SEE STRCT. DRWG(S), WRAP PEEL & STICK AIR BARRIER AROUND WT TAPPERED OUTRIGGER OUTDOOR DOWNLIGHT LOCATION LIGHT GAUGE STL STRUCTURE STANDING SEAM ZINC ROOF (Z-1 TYP) ON RIGID' ISO INSULATIONON AND MTL METAL DECK TYP. 2' - 0 1/2" 2 1/2" TRENCH DRAIN 4" INBOARD OF EAVE FLASHING SOLID PANEL (AL-1 TYP) GLASS PANEL PENETRATION THROUGH SLAB FOR LINEAR DIFFUSER, SEE A/S-401 LINEAR DIFFUSER RIGID INSULATION 10" CONC. FOUNDATION B.O. STRUCT. -1' - 7 1/2" EXTERIOR GROUND FLOOR -1/2" 4" EPS INSULATION DECK SUPPORT PLATE, MIN 3" BEARING, PROVIDE SHIMMING AS NEEDED 3" MTL DECK 10' 4" STOREFRONT HEIGHT (TYP.) SPRAYED INSULATION 2 LINEAR DIFFUSER GRID GLASS PANEL HSS CLM PENETRATION THROUGH SLAB FOR LINEAR DIFFUSER LINEAR DIFFUSER Sim 02 A-401 DETAIL SECTIONS GENERAL 1. (TYP) ROOF ASSEMBLY TO -DOUBLE LOCK STANDING -DELTA DRAINAGE VENTILATION -3/4" PLYWOOD SHEATING CAULKING AT JOINTS AND -6" RIGID POLYISO INSULATION -3" METAL DECK 2. FIRST FLOOR ASSEMBLY TO -3/8" PORCELAIN TILE -5/8" SUBSTRATE -CONCRETE ON METAL DECK -4" EPS INSULATION 3. BASEMENT FLOOR ASSEMBLY -5" SLAB ON GRADE -4" EPS INSULATION 4. (TYP) EXTERIOR GLASS ASSEMBLY -POWDER COATED ALUMINUM -DOUBLE GLAZED GLASS PANEL 5. (TYP) EXTERIOR WALL ASSEMBLY -CURTAIN WALL INFILL ALUMINUM -9 1/2" MINERAL WOOL INSULATION -FURRING INTERIOR WALL FOR FURRING ASSEMBLIES 6. PROVIDE 3/8" PLYWOOD SHEATHING OVERHANGS TO FOR CONTINUOUS PROVIDE SEALANT CAULKING STRUCTURAL STEEL 7. PROVIDE WATERPROOFING STOREFRONT 8. AT EXTERIOR WOOD SLAT SHEATHING BACKING TO ALLOW 9. STOREFRONT SUPPORT ANGLE CONFIRMED BY EXTERIOR STOREFRONT RENDU 3D, SALLE D’ORIENTATION ET D’EXPOSITION, REVIT & ENSCAPE
DÉTAIL, COUPE FAÇADE SUD, MUR-RIDEAU ET PORTE-À-FAUX, DCE, REVIT
8 RENDU 3D, VU DE LA FAÇADE EST ET DU TREILLAGE , REVIT & ENSCAPE
RENDU 3D, LE BÂTIMENT VU DU PARKING, REVIT & ENSCAPE
9 A B 03 A-402 02 A-401 TRENCH DRAIN, SEE LA DWGS RIGID INSULATION 10" CONC. FOUNDATION WALL LINEAR DIFFUSER GRID CONC. PAVER ON SLAB SEE LA DWGS GLASS PANEL HSS CLM, (TYP. PT-3) PENETRATION THROUGH SLAB FOR LINEAR DIFFUSER LINEAR DIFFUSER HSS 3/8 PLYWOOD SHEATHING WRAPPING DECK OVERHANG TO PROVIDE CONTINUOUS AIR BARRIER WT OUTRIGGER (TAPERED) OUTDOOR DOWNLIGHT LOCATION STANDING SEAM ZINC ROOF (Z-1 TYP) ON RIGID' ISO INSULATIONON AND MTL METAL DECK TYP. LIGHT GAUGE STL STRUCTURE ZOLA CLASSIC ALU 75 STOREFRONT, ATTACHED TO T ANCHOR 3" EXTERIOR GROUND FLOOR -1/2" 4" EPS INSULATION 1 DECK SUPPORT ANGLE REFER TO STRCT DWGS, 3" METAL DECK SPRAYED INSULATION POLYISIO INSULATION 10' 4" STOREFRONT HEIGHT (TYP.) D PV PANEL ARRAY ON VM ZINC STANDING SEAM ROOF, CONNECTION BY COMPRESSION, SEE E-800 DWGS AIR EXHIAUST BEHIND (TYP) INFILL ALU PANEL @ SILL GLASS PANEL ZOLA CLASSIC ALU 75 STOREFRONT, ATTACHED TO T ANCHOR Sim 03 A-401 4" FIRST FLOOR 0" FIN CEILING 10' - 3" D B.O. SLAB -6 1/2" 01 A-401 ZOLA CLASSIC ALU 75 STOREFRONT, ATTACHED TO T ANCHOR INTERIOR FURRING WALL STUD EXTERIOR GROUND FLOOR -1/2" INFILL SOLID PANEL (AL-1 TYP) 9 1/2" MINERAL WOOL INSULATION INTERMEDIATE TRANSOM WITH MULLION (TYPE 2) DN A-201 01 A-201 05 A-201 03 A-201 04 A B C D E 1 2 3 4 5 6 45.90 SF ACCESIBLE BATHROOM 1 111 46.33 SF ACCESSIBLE BATHROOM 2 112 80.12 SF MEDIA RETAIL STORAGE ROOM 113 387.96 SF DESK GIFT SHOP AREA 117 865.60 SF ORIENTATION ROOM 116 02 A-301 01 A-301 7" 7' 11" 10' - 10" 13' - 1" 13' 1" 13' - 1" 13' 1" 10' - 10" 7 1' - 10" 8' - 0" 6' 0" 15' 0" 2' 3" 12' 9" 6' 0" REF. BUILT_IN DISPLAY SHELVES INTERIOR BUILT-IN BENCH EXTERIOR BUILT-IN BENCH MEDIA CLOSET STOR. 29.33 SF JANITOR CLOSET AREA 114 EXHIBIT DISPLAY WALL DISPLAY COUNTER A-500 02 B2 A-500 01 A-500 04 03 WATER FOUNTAINS MECHANICAL SHAFT INTAKE/EXHAUST AIR AIR RETURN DUCT A-201 02 4B A-501 02 A-501 06 04 05 03 07 09 08 03 A-301 ALIGN 1' 8 3/4" 16' 4" 06 A-600 01 A-501 TRENCH DRAIN UNDER ROOF DRIP LINE ABOVE 1.3 1.1 0.2 0.2 0.2 1.1 1.1 1.1 0.6 1.3 0.3A 0.1 1.4 0.6 110.71 SF STAIR 115 D08 D07 D04 D05 D06 D02 D03 D01 2 3 10 A-400 07 A-400 03 A-400 02 A-400 01 A-400 06 A-400 05 A-400 04 A-400 09 A-400 08 A-400 8/22/2020 2:36:26 PM SCALE: 1/4" = 1'-0" FIRST FLOOR PLAN 01 ARCHITECTURAL, REVIT & ENSCAPE COUPE DÉTAILLÉE, FAÇADE MUR-RIDEAU ET PORTE-À-FAUX, DCE, REVIT
2017-2019
MBB ARCHITECTS, TRINITY WALL STREET RÉNOVATION, & GLASS CANOPY PROJECT
Site : New York, New York
Programme : Église, Rénovation d’un bâtiment historique
Budget : $100M
Rôle : Designer
Phase : APS à PRO
MBB Architects a dirigé la rénovation de la célèbre église Trinity Wall Street, mélange de réhabilitation, de rénovation lourde et de nouveaux espaces extérieurs.
En charge de la conception de la nouvelle canopée des nouvelles terrasses, et de la salle de chœur, de l’APS au PRO, A participé au dessin des autres espaces dédiés au clergé
10 38.00' EX'G FENCE TO REMAIN. FF TERRACE A-401 XFG2 XFG2 XFG1 3/4" XFB2 XFB4 XFB4 XFB1 XFA1, (2) XFA2, (2) XFA5 XFB1 XFH1 XFH1 XFG1 XFG1 XFG1 XFG1 XFG1 XFJ1-EMI XFG1 XFH1 XFH1 XFB1 XFB1 XFA2, XFA3, (2)XFA4 XFB2 XFB2 XFB4 XFB4 XFJ1-EMI XFJ1 XFB1 XFA1, XFA2, (2) XFA5 XFB2 XFK XFK XFK XFJ1-EMI XFJ2 XFJ2 XFJ2 XFB1 XFB1 XFG1 XFB1 XFA2, XFA3, (2)XFA4 XFK-EMI XFK-EMI XFK-EMI XFK-EMI XFB1 XFB1 XFJ2 XFM-EMI XFM-EMI XFM-EMI XFG2-EMI XFG2-EMI XFG1 (20)TYPE E-XFP: COORDINATE W/ FIELD CONDITIONS. REFER TO ARCH'L LIGHTING SPEC FOR DETAILS. (10 OF 20) TYPE E-XFP-EMI: REPAIR AND RESET BROWNSTONE CURB (TYP) NEW BROWSTONE CURB B.ALL FF ELEVATIONS ARE FOR REFERENCE ONLY, REFER TO LA CIVIL DWGS C.REFER TO DM-101 FOR SITE DEMOLITION NOTES D.ALL EXG BUILDING DRAIN LEADERS TO BE EXTENDED THROUGH HARDSCAPE RAISED TERRACES DRAWING AND THE EXISTING CONDITION, THE CONTRACTOR MUST NOTIFY THE ARCHITECT PRIOR TO PROCEEDING B. C.SEE MEP DRAWING SERIES FOR ELECTRICAL/PLUMBING/HVAC D.SEE DRAWING SERIES FOR EXISTING FINISH RESTORATION AND M.REFER TO MILLWORK DRAWINGS FOR ALL MILLWORK. N.ALL FIXTURES, DEVICES, REGISTERS, AND WALL MOUNTED SCOPE ITEMS SHALL BE LAID OUT BY THE CONTRACTOR AND APPROVED FOR FINAL PLACEMENT BY THE ARCHITECT PRIOR TO FINAL SCALE: 01 SITE PLAN 1/8" 1'-0" A-001 Architectural Site Plan 48 West 37th Street, 14th Floor New York, New York 10018 Telephone 212.768.7676 www.mbbarch.com Murphy Burnham & Buttrick Architects Trinity Church Wall Street 75 Broadway New York, NY 10006 08.10.2017Schematic Design Preservationist Building Conservation Associates 44 East 32nd Street New York, NY 10016 212.777.2626 Stained Glass Consultant Thomas Phifer and Partners 180 Varick Street New York, NY 10014 212.337.0334 Mechanical Engineer AKF Engineers 165 Broadway, 22nd Floor New York, NY 10006 Structural Engineer 32 Old Slip New York, NY 10005 212.620.7970 Fire and Risk Consultant Marrion Fire and Risk Consultant 45 Lispenard Street, #2E New York, NY 10013 646.642.1265 Civil/ Geotechnical Engineer� Langan 360 West 31st Street, 8th Floor New York, NY 10001 212.479.5442 Landscape Architect Mathews Nielsen 120 Broadway, #1040 New York, NY 10271 Audiovisual Consultant� 417 Fifth Ave, 5th Floor New York, NY 10016 Lighting Consultant Melanie Freundlich Lighting Design 252 West 38th Street Suite 903 New York, New York 10018 212.741.0194 Broadcast Lighting Consultant� Auerbach Pollock Friedlander 266 West 37th Street, #10 New York, New York 10018 212.764.5630 Building and Zoning Consultant� William Dailey and Associates 125 West 43rd Street, 2nd Floor New York, New York 10036 212.586.2114 Acoustical Consultant Lally Acoustical Consultant 611 Broadway, #806 New York, New York 10012 Structural Glass Engineers Eckersley O’Callaghan 137 Varick Street, #406 New York, New York 10013 646.756.4731 11.02.2017Design Development
PLAN DES ESPACES EXTÉRIEURS, AUTOCAD, DCE
CROQUIS CONCEPT
11 8 BROWNSTONE WALL THICK GAUGE LEAD COATED COPPER FLASHING WITH HEMMED EDGE 1/4" THK PAINTED ALUMINUM TRIM STRUCTURALLY GLAZED TO EDGE OF GLASS, SEE X' DWGS LAMINATED CANOPY GLASS, SEE X' DWGS REGLET CUT INTO BROWNSTONE, SET FLASHING INTO BED SEALANT SCALE: 06 CANOPY WEST END SECTION 1/4" = 1'-0" SCALE: 05 CANOPY SOUTH/NORTH SECTION 1/4" = 1'-0" SCALE: 04 CANOPY COLUMN ELEVATION TYP. 1/4" = 1'-0" 48 West 37th New York, Telephone www.mbbarch.com Murphy Burnham Trinity Church 75 Broadway New York, Date Restoration Building Conservation 44 East 32nd New York, 212.777.1300 Stained Glass Liberty Stained 330 Green Boonton, NJ 973.658.5840 MEP & FA AKF Engineers 165 Broadway, New York, 212.354.5656 Structural Silman 32 Old Slip New York, 212.620.7970 Fire Safety Marrion Fire Church Street New York, 646.642.1265 Civil/Geotechnical Langan 360 West 31st New York, 212.479.5400 Landscape Mathews Nielsen 120 Broadway, New York, 212.431.3609 Audiovisual Shen Milsom 417 Fifth Ave, New York, 212.725.6800 Architectural Melanie Freundlich 252 West 38th New York, 212.741.0194 Broadcast Auerbach Pollock 266 West 37th New York, 212.764.5630 Building and William Dailey 125 West 43rd New York, 212.586.2114 Acoustical Threshold 141 West Jackson Chicago, Illinois 312.386.1400 Structural Eckersley O’Callaghan 26 Broadway, New York, 646.756.4731 08.10.2017Schematic 11.02.2017Design 02.15.2018Issue SCALE: 02 FLASHING SECTION DETAIL AT SOUTH WEST GLASS END 3"=1'-0" 9 10 11 ÉLÉVATIONS SCHÉMATIQUES DE LA CANOPÉE DE VERRE, AUTOCAD PHOTO, LA CANOPÉE DE VERRE, 2020
12 SSG GLASS JOINT 4 5 6 7 8 VIF VIF 1'-1" 9'-9 1/4" RAISED TERRACE W/ BLUESTONE PAVERS, PAINTED STL FRAME, COLOR TBD, SEE SPEC. CLADDING, SLOPE TOWARD TERRACE, SEE L' DWGS GRANITE STONE SETS, SEE L' DWGS DECORATIVE STL BASE STRUCTURE BOLDS, S' AND X' DWGS 2" DIA. STAINLESS STEEL CONCRETE GRADE BEAM BEYOND MTL. TRENCH DRAIN, SEE C' DWGS 3/16 SLOPE GLAZING PANEL (4 PLIES OF HS GLASS WITH SGP INTERLAYER CONCRETE PILE BLUESTONE 3" THICK CLADDING, SEE DWGS 1'-0 1/2" 1'-0" 4" 2'-4 1/2" VIF LIGHT GRAVEL FILL VAULTS BELOW LOCATION TO BE VIF EDGE OF GLASS TO ALIGN WITH CURB BELOW SCALE: 03 CANOPY AND RAMP ROOF PLAN AT SOUTH YARD 1/4" = 1'-0" SCALE: 06 CANOPY WEST END SECTION 1/4" = 1'-0" SCALE: 05 CANOPY SOUTH/NORTH SECTION 1/4" = 1'-0" SCALE: 07 CANOPY NORTH/SOUTH SECTION 3/4" = 1'-0" SCALE: 02 FLASHING SECTION 3"=1'-0" 9 10 11 5 4 v5 vr øvs1 3is4 v5 øvs1 3is4 v)7i1 vøa1 3vr4 vØ )7s5 øvs1 rav R4 v5røvs1 3rØ4 vØ )7a5Røvs1 rvv Ø4 r5vøvs1 3RR4 a5°øvs1 3se4 vøa1 3va4 vr øvs1 3aØ4 a5rø,1 3sØ4 v5°øvs1 3iØ4 øvs1 3aØ4 v5rø,1 3re4 v)7v5røi1 3reØ4 v5veøvs1 3eØ4 °5vrøvs1 3aeØ4 v5veøvs1 3eØ4 r5røvs1 r5røvs1 3,v4 v)7v5røi1 Ø4 v5 ve øvs1 3eØ4 °5 vr øvs1 ae Ø4 v5 ve øvs1 3eØ4 3vve4 a5rø,1 3sØ4 a5 øvs1 3s°4 v5 vv øvs1 3ir4 r5vø,1 3,Ø4 r5°øvs1 3°Ø4 r5vø,1 3,Ø4 i5røi1 ,5vøa1 vøa1 i5°øvs1 s4 i5 øvs1 °4 i5°øvs1 s4 3vea4 vøa1 3va4 Røvs1 3vv4 røvs1 3i4 i5 øvs1 °4 ,5vøa1 3avs4 aR ø 3R 4 3sØ4 v)7v5røi1 3reØ4 v5veøvs1 3eØ4 °5vrøvs1 3aeØ4 v5veøvs1 3eØ4 R5Røvs1 v)7i1 3iØs4 v1 v5rø,1 3re4 v1 3as4 i5røvs1 vØ R4 vøvs1 3a4 v5 vr øvs1 3is4 vr øvs1 3is4 v5vrøvs1 v)7a5røvs1 vø,1 3r4 røi1 3v°4 vø,1 3r4 Wa1 4 i0 Wv) 1 3Øs 3ra4 r5vø,1 3,Ø4 r5vø,1 3,Ø4 R1 vR ,4 eøvs1 3 ø 1 4 -vØ)7R5røvs13-rarØ4 7R 1 3i5vø 4 v)7i5 vv øvs1 i4 v)7Ø1 rØ e4 r5 vv øvs1 3°r4 i5 vv øvs1 °4 r5 vv øvs1 3°r4 r5eø,1 v5 ve øvs1 3eØ4 vøi1 3s4 røvs1 3e4 røvs1 3e4 v5røvs1 3rØ4 0 a5rø,1 3sØ4 ± ± n n n vøa))53va0e4 vøa))53va0e4 mulli insta ation olerance vøa))53va0e4 vøa))53va0e4 vøa))53va0e4 insta ati oler ± ± n n h h UP GUTTER PAINTED MATTE BLACK, PER THE COLOR TO BE ø a v5 øvs1 3is4 v5 øvs1 3is4 v)7i1 3iØs4 vøa1 3vr4 vØ )7s5 øvs1 rav R4 v5røvs1 3rØ4 vØ )7a5Røvs1 rvv Ø4 r5vøvs1 3RR4 a5°øvs1 vøa1 3va4 øvs1 3aØ4 a5rø,1 3sØ4 v5°øvs1 3iØ4 vr øvs1 3aØ4 3re4 v)7v5røi1 3reØ4 3eØ4 3aeØ4 3eØ4 3,v4 r5røvs1 3,v4 v)7v5røi1 Ø4 v5 ve øvs1 3eØ4 °5 øvs1 ae Ø4 v5 ve øvs1 3eØ4 i5vøa1 a5rø,1 a5 øvs1 3s°4 v5 vv øvs1 3ir4 r5vø,1 3,Ø4 r5°øvs1 3°Ø4 r5vø,1 3,Ø4 i5røi1 3vav4 ,5vøa1 3avs4 vøa1 3vr4 i5°øvs1 s4 øvs1 °4 i5°øvs1 s4 s1 vøa1 Røvs1 3vv4 røvs1 3i4 øvs1 vv °4 ,5vøa1 5R 1 3R 4 3sØ4 v)7v5røi1 3reØ4 3eØ4 3aeØ4 3eØ4 R5Røvs1 3v°Ø4 v)7i1 3iØs4 3ae4 v5rø,1 3re4 v1 3as4 i5røvs1 vØ R4 vøvs1 3a4 v5 øvs1 3is4 v5 øvs1 3is4 v5vrøvs1 3is4 v)7a5røvs1 3rsØ4 vø,1 3r4 røi1 3v°4 vø,1 3r4 Wa13ev4 0 Wv) 7 1 Øs4 r5vø,1 3,Ø4 r5vø,1 3,Ø4 R1 vR ,4 ø 1 4 ø v 1 3 -vØ)7R5røvs13-rarØ4 ø 1 3 R 5vø 1 3 4 v)7i5 vv øvs1 ia v)7Ø1 rØ e4 r5 øvs1 3°r4 vv øvs1 °4 r5 øvs1 3°r4 r5eø,1 3°a4 v5 ve øvs1 3eØ4 vøi1 3s4 røvs1 3e4 røvs1 3e4 v5røvs1 3rØ4 e0 a5rø,1 ± n n n vøa))53va0e4 vøa))53va0e4 stee mullion installati oler vøa))53va0e4 vøa))53va0e4 st mu ± n h h AREA SHADED IN BLUE TO BE PAINTED MATTE BLACK, PER THE APPROVED COLOR IN THE MOCK UP PLAN DE LA CANOPÉE, AUTOCAD, DCE
DCE PLAN D’EXE, PIED DE POTEAU ET PLATINE PLAN D’EXE, CONNEXION POTEAU POUTRE
COUPE DÉTAILLÉE, CANOPÉE ET TERRASSE, AUTOCAD,
RENDU 3D, VUE DE LA CANOPÉE DE VERRE, RHINO & VRAY
14
RENDU 3D, SALLE DE RÉPÉTITION DU COEUR, SKETCHUP & 3DS MAX
RENDU 3D, SALLE DU SACRISTIE, SKETCHUP & 3DS MAX
15 SCALE: 03 223 CHOIR ROOM 1/4"=1'-0" SCALE: 04 223 CHOIR ROOM - SOUTH 1/4"=1'-0" 9'-3" 10'-6" 5'-10" 9'-3" 11'-5" 4'-11" SCALE: 04a 223 CHOIR ROOM - SOUTH W/ SLIDING PANELS CLOSED 1/4"=1'-0" BACK-PAINTED GLASS PANELS WINDOW BEYOND PTD STL HEATER COVER TYP AT WINDOW SILLS NEW PTD GWB FASCIA/SOFFIT SCALE: 10 124 MONUMENT ROOM - NORTH 1/4"=1'-0" MONUMENT ROOM - WEST SCALE: 05 MONUMENT CORRIDORS AND CORRIDOR - SOUTH 1/4"=1'-0" SCALE: 09 124 MONUMENT ROOM - EAST 1/4"=1'-0" OPEN TO BEYOND 8'-6" 17'-4" RELOCATED EX'G STONE SURROUND NEW OPENING CUT INTO EX'G STONE TRACERY WINDOW, CREATE NEW STONE SILL TO MATCH EX'G IN FINISH AND PROFILE CUSTOM WD. TRACERY TO PROFILE AND DESIGN AS ADJACENT STONE TRACERY EX'G STONE BASE TO REMAIN, PATCH AND REPAIR AS NEEDED 19'-5" REMOVE EXISTING CONDUIT REMOVE EXISTING THERMOSTAT AND CONDUIT NEW STONE CASING TO MATCH EX'G 8'-2" SCALE: 10 124 MONUMENT ROOM - NORTH 1/4"=1'-0" SCALE: 124 MONUMENT ROOM - WEST 1/4"=1'-0" SCALE: 05 MONUMENT CORRIDORS AND CORRIDOR - SOUTH 1/4"=1'-0" SCALE: 09 124 MONUMENT ROOM - EAST 1/4"=1'-0" OPEN TO BEYOND 14'-2" 8'-6" 17'-4" RELOCATED EX'G STONE SURROUND NEW OPENING CUT INTO EX'G STONE TRACERY WINDOW, CREATE NEW STONE SILL TO MATCH EX'G IN FINISH AND PROFILE CUSTOM WD. TRACERY TO PROFILE AND DESIGN AS ADJACENT STONE TRACERY EX'G STONE BASE TO REMAIN, PATCH AND REPAIR AS NEEDED 19'-5" TO REMOVE EXISTING CONDUIT REMOVE EXISTING THERMOSTAT AND CONDUIT NEW STONE CASING TO MATCH EX'G 8'-2" 11 SCALE: 13 125 MONUMENT ROOM - NORTH 1/4"=1'-0" SCALE: 12 125 MONUMENT ROOM - EAST 1/4"=1'-0" 8'-4" 17'-4" SCALE: 06 121 CORRIDOR - EAST 1/4"=1'-0" SCALE: 07 121 CORRIDOR - NORTH 1/4"=1'-0" 14'-2" WEST EX'G WOOD DOOR REMAIN ROOM - WEST EXISTING MONUMENTS TO REMAIN SCALE: 13 125 MONUMENT ROOM - NORTH 1/4"=1'-0" SCALE: 12 125 MONUMENT ROOM - EAST 1/4"=1'-0" SCALE: 06 121 CORRIDOR - EAST 1/4"=1'-0" SCALE: 07 121 CORRIDOR - NORTH 1/4"=1'-0" CORRIDOR - WEST 1/4"=1'-0" MONUMENT ROOM - WEST 1/4"=1'-0" EXISTING MONUMENTS TO REMAIN CUSTOM PTD WD RIBS, SEE RCP FOR LAYOUT CUSTOM WD VENEER CABINETS TYP FABRIC BACKED OPERABLE ACOUSTIC PANELS TYP WD WALL BASE 9'-3" 11'-5" 4'-11" 2'-2" PTD STL HEATER COVER TYP AT WINDOW SILLS SCALE: 01a 223 CHOIR ROOM - EAST W/SLIDING PANELS CLOSED 1/4"=1'-0" RELOCATED DIFFUSERS, REFER TO MECH PLANS NEW PTD GWB FASCIA/SOFFIT FABRIC WRAPPED PANELS TYP AT LOWER CEILING/WALL PENDANT LIGHT FIXT, REFER TO RCP PTD PERF'D MTL TOP INFILL PANELS W/ NO BACKING CUSTOM SLIDING PANELS W/ WD STILES & RAILS MOUNTED ON BOTTOM ROLLERS PTD PERF'D MTL MIDDLE INFILL PANELS W/1" THK ACOUSTIC BACKING PTD PERF'D MTL BOTTOM INFILL PANELS W/ NO BACKING PANELS Date Rev. Issue A-530 Interior Elevations Second Floor 11.02.2017Design Development 02.15.2018Issue for Bid ÉLÉVATIONS, SALLE DE CHOEUR AUTOCAD, DCE ÉLÉVATIONS, SACRISTIE, AUTOCAD, DCE
2019-2020
MBB ARCHITECTS, COLUMBIA UNIVERSITY HOLDER INITIATIVE CENTER FOR CIVIL & POLITICAL RIGHTS
Site : New York, New York
Programme : Social Justice Center Rénovation & Extension
Surface : 1000 m2
Budget : $15M
Rôle : Chef de projet
Phase : Étude de faisabilité
En charge du management de l’équipe de maîtrise d’oeuvre et de la relation à la maîtrise d’ouvrage, Constitution d’un dossier d’études de faisabilité de 100 pages incluant des études de site, de l’existant, des plans et d’un cahier des charges préliminaires, Estimation du budget en partenariat avec une entreprise
RENDU 3D, COUPE PERSPECTIVE, RHINO & VRAY
the be preserved. October 23rd, approved. update of the recommended. maximum occupancy
Because of the limitations of the existing building structure, Option 2 is not recommended:
• To fully realize the maximum envelope of the building, noncombustible construction is required
• Structural reinforcing may be required for desired use
• Existing conditions may limit options for coordinating mechanical systems, resulting in low ceilings
• The amount of existing structure left after the addition of a compliant circulation core would be minimal
Building Options Summary
Conceptual Framework: and Political Spaces
• More programming options
• More construction options (structural system, floor additions)
• Supports maximized floor areas and supports a range of program options
• Better adapted to the future growth of the Holder Initiative
• Enables greater flexibility related to accommodating a range of MEP systems options
Conceptual Framework: and Political Spaces
The existing building’s facade and side wall are part of the architectural fabric of the neighborhood and should be preserved. The Landmarks Preservation Commission stated on October 23rd, 2019 that a full demolition of the building will not be approved.
Because of the restricted net area available after the update of the circulation core to code compliance, Option 1 is not recommended. If the upper floors were to be grandfathered, the maximum occupancy would be extremely limited (5 occupants per floor).
Because of the limitations of the existing building structure, Option 2 is not recommended:
• To fully realize the maximum envelope of the building, noncombustible construction is required
• Structural reinforcing may be required for desired use
• Existing conditions may limit options for coordinating mechanical systems, resulting in low ceilings
• The amount of existing structure left after the addition of a compliant circulation core would be minimal
Option 3 limits potential
More programming More construction additions)
Supports maximized program options
Better adapted
• Enables greater of MEP systems
The existing building’s facade and side wall are part of the architectural fabric of the neighborhood and should be preserved.
The Landmarks Preservation Commission stated on October 23rd, 2019 that a full demolition of the building will not be approved.
Because of the restricted net area available after the update of the circulation core to code compliance, Option 1 is not recommended. If the upper floors were to be grandfathered, the maximum occupancy would be extremely limited (5 occupants per floor).
Conceptual Framework: Civil and Political Spaces
Because of the limitations of the existing Option 2 is not recommended:
To fully realize the maximum envelope combustible construction is required Structural reinforcing may be Existing conditions may limit options mechanical systems, resulting The amount of existing structure compliant circulation core would
4 Existing Building Option 1 : 1968 Code Renovation & Expansion Option Columbia University - 635 W 115th Street - Holder Initiative Feasibility Study Murphy Burnham & Buttrick Architects
Building Options 1 1 Option 1 : 1968 Code Renovation & Expansion Option 2 : 2014 Code Renovation & Expansion Renovation & Expansion Option 2 : 2014 Code Renovation & Expansion Option 3 : 2014 Code New Construction Permitted 10,400 SF 10,400 SF N/A Building Programming Area3,420 SF 5,200 SF 5,200 SF 5,505 Occupancy Load 23 N/A 253 253 N/A Recommended N/A No No Yes N/A 30 Columbia University - 635 W 115th Street - Holder Initiative Feasibility Study Murphy Burnham & Buttrick Architects of
Option 3 limits potential risks and offers more future options:
1 C 2 3 4 55 R 1 C 2 3 4 5 R 1 C 2 3 4 Option 1 : 1968 Code Renovation & Expansion Option 2 : 2014 Code Renovation & Expansion Option 3 : 2014 Code New Construction Option 1 : 1968 Code Renovation & Expansion Permitted / Required N/A Area3,420 SF 5,505 SF N/A N/A
and Activism in Informal Spaces images below depict informal and flexible meeting spaces, allowing for meetings of varied formats and scales 36 Columbia University - 635 W 115th Street - Holder Initiative Feasibility Study Murphy Burnham & Buttrick Architects Diagrams of people informally gathering in groups of varied scales.
Thinking
and Activism in Informal Spaces below depict informal and flexible meeting spaces, meetings of varied formats and scales 36 Columbia University - 635 W 115th Street - Holder Initiative Feasibility Study | Murphy Burnham & Buttrick Architects Diagrams of people informally gathering in groups of varied scales.
Thinking
Art, Activism and Community The following images convey how communities are often rooted in the specific places that they use as spaces of creation and representation.
SPATIALITÉS POLITIQUES / ESPACES INFORMELS STRATÉGIES D’INTERVENTION SUR L’EXISTANT
18 RENDU
/ BIBLIOTHÈQUE
3D, ESPACE CONTEMPLATIF
, RHINO & VRAY
RENDU 3D, HALL D’ENTRÉE, RHINO & VRAY
CONTEMPLATIVE
Conceptual Framework: Civil and Political Spaces
STAFF ADMIN
CLASSROOM ENTRY / GALLERY
STORAGE
ARTIST RESIDENTS
MULTIPURPOSE
19 Columbia University Columbia University Art,
The
of
and
Columbia University - 635 W 115th Street - Holder Initiative Feasibility Study Murphy Burnham & Buttrick Architects
Activism and Community
following images convey how communities are often rooted in the specific places that they use as spaces
creation
representation.
The images below depict informal and flexible meeting spaces, allowing for meetings of varied formats and scales. Columbia SPATIALITÉS POLITIQUES PLAN PRÉLIMINAIRES, AUTOCAD COUPE CONCEPTUELLE, CROQUIS
2017-2018
MBB ARCHITECTS, GARITAGE PARK, TOUR RÉSIDENTIELLE
Site : Sofia, Bulgarie
Programme : Tour de logements (120 appartements)
Surface : 41000 m2
Rôle : Designer
Phase : Concours à APD
Conception du projet gagnant du concours, Réalisation des études de l’APS à APD, Phase de transition avec l’architecte local pour le PRO Développement de la façade avec l’architecte local durant le PRO
20
RENDU 3D, ENTRÉE DU BÂTIMENT, PAR PERSPECTIVISTE
21 7 Garitage Park Phase IV Request for Proposal Murphy Burnham & Buttrick Architects SitePlanSitePlan SECURITY CENTER Residential Tower 1 Elevated Pathway Commercial Tower Residential Tower 2 Oculus Park Entry Upper Retail Plaza Splash Pad / Skating Rink Playground Proposed landscape feature TBD Park Plaza OBO Worldwide AE Support Services IDIQ Garitage Park Phase IV - Stage 3 Workshop | Murphy Burnham & Buttrick Architects - RKLA Studio - Planning Architectural Studio Entry Park Garitage Park PLAN MASSE, GARITAGE PARK, AUTOCAD & PHOTOSHOP, CONCOURS PLAN REZ DE JARDIN, AUTOCAD, APD
22 PLAN TYPE, AUTOCAD, APD
23 BAIE TYPE FACADE, AUTOCAD, APD
RENDU 3D, VUE DU JARDIN, PAR PERSPECTIVISTE
2014
PHILIPPE FREIMAN ARCHITECTS, LOGEMENT ÉTUDIANTS RUE DE L’OURCQ, PARIS 19
Site : Paris, France
Programme : Logement Étudiants, 93 rooms
Surface : 2,200 m2
Budget : $4,9M
Rôle : Designer
Phase : DET
Suivi de chantier sous la tutelle de l’associé, Visa des documents de construction, dessin des détails modificatifs, présentation des futurs finitions aux futurs usagers, En charge des compte rendu de chantier
24
PHOTO, ANGLE SUD EST DU BÂTIMENT, 2016
25
PHOTO, ENTRÉE DU BÂTIMENT, 2016
Photo of the street corner
Photo of the street corner
PHOTO DE CHANTIER, 2013
PHOTO DE CHANTIER, 2013
27 PHILIPPE FREIMAN ARCHITECTES, PARIS, JUNE 2014
building COUPE DÉTAILLÉE, AUTOCAD, DET
Floor plan of the
PLAN TYPE, ET BAIES TYPES ASSOCIÉES, AUTOCAD, DET
2021-2022
MBB ARCHITECTS, COLUMBIA UNIVERSITY CLIMATE SCHOOL, (EN COLLABORATION AVEC RPBW)
Site : New York, New York
Programme : Climate School
Surface : 30,650 m2
Budget : $800M
Rôle : Chef de projet
Phase : Programme
MBB Architects en charge du développement du programme en collaboration avec le Renzo Piano Building Workshop, architecte. Management de l’équipe de projet et de la relation avec Columbia, Interview des parties prenante pour comprendre la demande, Constitution d’un dossier de programme et de PRE de 300 pages
28
CROQUIS SCHÉMATIQUE, PRE, PAR RPBW
RPBW South Elevation Concept Drawing
1. Executive Summary Urban Vision
This building will play an important role in the development of the Manhattanville Campus by creating an anchor for numerous departments and a critical mass of students, faculty, and researchers to be integrated within anew transdisciplinary model. In this model, several university departments will be situated within the same building, sharing spaces, and working jointly to create new innovations.
The building will be a paradigm of sustainable design and resiliency planned for generations of service to the university within a changing world. The building’s’ image and performance should reinforce the University’s mission.
The building will have a formal and participatory relationship with adjacent outdoor spaces on the campus (including The Square and The Plaza), adjacent campus buildings, and the urban streetscape.
Common spaces shared across departments, including classrooms and teaching spaces, will be situated at prominent, accessible locations, and will be articulated as part of the building massing – expressing their importance at an urban level – with views to the campus and neighborhood.
Except for the rooftop ‘floating’ multi-purpose gathering space, the building height is set at a consistent 130’. This corresponds to the zoning height-limit on the western parcel of the development site. By continuing this datum to the eastern parcel, the building height is consistent with the Lenfest and the Jerome L. Greene Science Center. It also permits the construction of a large and singular urban forest: a consistent forest canopy across the site is important to achieving a strong visual impact.
The north face of this building will define the southern perimeter of The Square and provide a strong connection to the central green space.
The eastern face will serve to define the western perimeter of The Plaza. These perimeter spaces will be programmed with elements for students, faculty, and researchers – meeting spaces, cafes, lounges – for connectivity to the neighboring academic buildings including Kravis Hall, Geffen Hall, Lenfest Center and Jerome L Green Science Center.
EXTRAIT DU DOSSIER PROGRAMME & PRE, RÉSUMÉ EXÉCUTIF
29 EXTRAIT DU DOSSIER PROGRAMME & PRE, RÉSUMÉ EXÉCUTIF
5 Columbia University Manhattanville, Site 4 - Climate School Programming Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop
Manhattanville & Site 4, Site Plan Programming Columbia University Site 4 Academic Building Site Manhattanville Campus MEP Geothermal Collaborative Pre-Design Phase for the Site Academic Building. There are several items that have arisen during this process that require direction including the following: made possible through an alternate approach faculty and staff workspace as well as an alternate approach to teaching space allowing for greater occupant density throughout. This model consistent with the mission and needs the various departments between Manhattanville and Morningside campuses is needed. •Urban Layer Program: The proposed program for the urban layer require careful study of security and access to be successful. •Convening Space: The proposed program includes convening space central to the Climate School’s program and will be utilized by other Contents 1.Executive Summary of Goals for Building 2.Program 6.Geotechnical 7.Geothermal 8.MEP 149 approach influences all aspects of design including programming for density and spaces for wellness including outdoor planted environments, incorporating design appropriate the social and environmental justice, as well as integrating systems like geothermal well as for the intended use housing the Climate School among other occupants, requires considered approach to resiliency. This includes consideration for flooding, urban heat, and power grid outages among other potential conditions. One critical decision vertical organization with the urban layer grade, the daylight-filled teaching and learning environments above grade and an occupied forest at the roof. The building is designed with rational vertical boulevard and column grid to allow for flexibility of academic and Executive Summary of Goals for Building 4 5 8 -Sustainability 131. Executive Summary The Site project completes Phase of the Columbia University Manhattanville Campus defining the south edge of the campus along 125th Street. The project’s intent to achieve consistency in scale and architectural detailing with the Phase and buildings already completed, Its lower levels will function as an active ‘Urban Layer’, transparent and dynamic space open to the university and community. Its academic floors above are designed maximize flexibility and cross-disciplinary collaboration, with numerous open breakout spaces and classrooms. messages architecturally. To reduce the carbon impact of the building and avoid any operational reliance upon fossil fuels, the use geothermal energy systems as well as mass timber as primary structural element On the rooftop and sides of the building, classrooms with views to the city are articulated to emphasize the connection between thinking and action, between academics and urban life grounding the building’s occupants within the neighborhood as well as capitalizing on the energy University’s new transdisciplinary model. The Site Building and the University Forum serve as gateways to the Manhattanville Campus from the Morningside Campus as an increasing number students and 1. Executive Summary This building will play an important role in the development of the Manhattanville Campus by creating an anchor for numerous departments and critical mass students, faculty, and researchers be integrated planned for generations of service to the university within changing world. The building’s’ image and performance should reinforce the University’s mission. and will be articulated as part of the building massing expressing their importance an urban level with views to the campus and neighborhood. canopy across the site important to achieving strong visual impact. The north face of this building will define the southern perimeter The 1. Executive Summary Urban Vision 1. Executive Summary Urban Vision The southwest façade of this building the longest façade of the designing the Site project using architectural details consistent with the other Phase buildings, visual connectivity will be achieved that clearly introduces visitors the new campus. Additionally, 125th Street links the building and campus to the Hudson River, providing opportunities spaces in addition small-format retail to collectively engage the broader community structured ways. As with The Forum site, the triangular plan poses unique challenges and building concept design takes advantage of Columbia’s previous investments in infrastructure including the existing slurry wall and available space below West 130th Street. Above grade, the concept design proposal prioritizes the programmatic goals and urban vision rather than fully building the MANHATTANVILLE CAMPUS PARTIAL PLAN 1. Executive Summary Urban Vision Site Development Potential (Max Gross Area) 541,000 GSF Concept Design Massing Area 333,000 GSF Below Grade: Levels (incl. level under 130th Street) 5,000 GSF higher gross area than the allowable massing envelope •Site below grade development limited by lot footprint, depth of existing slurry wall and required bridge structure below 130th Street The building will meet the university’s current programming needs by maximizing its density-of-use and creating vibrancy. This entails both responsible use of resources today as well as consideration of future Transdisciplinary Transdisciplinary work, bringing together faculty, students and “blurred borders” between entities. is necessary that each department have critical mass and clear identity unto itself while also contributing to the larger transdisciplinary community. Gathering spaces that bring together students, faculty, and the broader community are essential. Both circulation spaces generous corridors on all levels, with lounge areas and double-height spaces for visual can be most successful as series of small nodes or atria within the building. This model incorporating proximity between different groups and intentional nodes meeting points, will be employed throughout the building as well as in planning the building’s connectivity to the 1. Executive Summary Program Vision DEPARTMENTS, CLIMATE CLIMATE Teaching Focused Teaching is central the mission of the University and the Climate To accommodate sufficient teaching space as well as space for research and departmental offices, the building will accommodate high intensity of use. Classrooms will be shared between departments and scheduled additional building area. Flexibility Flexibility will allow for the development the recently formed Climate organized to support this. Standard space modules shared across departments will allow space assignments change over time. Movable furniture, movable partitions RS S 17,513 GSF 29,187 GSF Baseline Program: 330,000 GSF 1. Executive Summary Program Vision Global in Reach The Site Academic Building is conceived as place that will be global in reach as hub international activity and leader transdisciplinary technology will support hybrid working, learning and research. The quality of this technology is critical the sustainability goal of limiting travel where appropriate. The multipurpose and teaching spaces within the building will be faculty, researchers, staff, visitors, guests and members of the public. Diverse Community As the future home of the Climate School and in keeping with Columbia University’s Fourth Purpose, critical that the Site Academic the global and local community. Space types that will support local engagement include spaces for exhibits that will showcase work from diverse communities as well as demonstration spaces that will engage the community dialogue. Both are proposed for the urban layer. intended to welcome wide variety of global and local students, faculty, researchers, staff, visitors, guests and members of the public and provide opportunities for broad exchange of ideas and experiences. 1. Executive Summary Program Vision Through an extensive information gathering process including transdisciplinary, teaching-focused vision for the building. The proposed program can be summarized as common teaching and research spaces, departmental spaces and building services. visualization and collaborative data-driven work, as well as space for research teams. •Student spaces including active meeting and break-out spaces as well as quiet study spaces. incubator space, and marketplace. Departmental programmatic elements are those that support the faculty and administration the building’s academic units. Although space allocations •Engineering faculty and administration spaces. •Columbia World Projects faculty and administration spaces. •Climate, Law & Engineering School related Centers. •Shared faculty and administration spaces. Divisions Admin Student & Community 1. Executive Summary Program Vision FULLPROGRAM OUTLINE 440,000SFTOTAL CLIMATE SCHOOL 29,187 9% ECONOMICS(ARTS SCIENCES) 26,098 8%ENGINEERING 23,538 7% COLUMBIAWORLD PROJECTS 9,139 3% SHARED FACULTY ADMINSUPPORT 5,555 2% 60,031TEACHING SF18% 27,722CENTERS8% STUDENTSPACE 17,513 5% MULTIPURPOSE 12,914 4% COMMUNITYSPACE 46,348SF14% The building massing articulated into components that physically the storefront protect pedestrians from rain, set 12’ above sidewalk level to achieve pedestrian scale, transforming the sidewalk into an area spatially consistent with the interior program to blur the lines between building and neighborhood. The rooftop is intended as place where all the various disciplines within the building can meet and interact. houses dense rooftop forest and ‘floating’ multipurpose gathering space above and serves as space where people can look over the campus, the city, the Hudson River and furnishings will be designed and selected to support multiple configurations with minimal effort. A rational building infrastructure with visually light, column-free spaces allows flexibility over building’s ‘Vertical Boulevard’ convenience stairs, elevators, and MEP distribution services is proposed at the eastern end of the building to connect all floor levels. The boulevard integrates breakout and lounge QUIET SECURE 1. Executive Summary Architectural Vision Sustainability thinking, planning, investing, and operating. requires leadership every level consider Columbia’s climate leadership every decision. The development Site which will house the world’s first Climate School, is an opportunity to transition this new way of thinking. Done right, this 1. Executive Summary Sustainability Sustainability •Energy: Goals/Requirements: All-electric fossil fuel free building requirement. Achieve 20% site energy reduction below ASHRAE 90.1-2016 (without including the Central plant efficiency). water use from the LEED baseline. •The above indoor and outdoor water use goals are the maximum water saving percentage achievable with water conservation measures only. Water reuse measures will be required achieve 1. Executive Summary Sustainability Resiliency Specifically, the following climate change-related risks to the building will be mitigated varying degrees: deployable flood-proof barriers. •Critical building infrastructure will not be located on the lowest below grade level, or will be protected with flood-proof barriers. •Flood water pumping systems will be provided serve the lowest 1. Executive Summary Resiliency the subsurface profile within Site 4. Therefore, is anticipated that the existing subsurface information will be sufficient for full design of the building foundations and no additional borings will be required. Installation new wells may be required update and monitor current groundwater been completed at the site. thermal conductivity test on the measured test borehole performance is currently being analyzed consider for the appropriate ground source heat exchanger system application. The ground source performance will be matched with the concept phase cleaning functions. All roof stormwater will be captured by combination of the roof tree plantings soil layer and by dedicated stormwater capture treated for use for site irrigation, site cleaning and possibly for flushing of 1. Executive Summary Technical Vision
30 EXTRAIT DU DOSSIER PROGRAMME & PRE EXTRAIT DU DOSSIER PROGRAMME & PRE Full Department Program Critical Mass building and building new interdisciplinary practices. •Teaching spaces will guarantee the presence of Graduate and Undergraduate students in the building at all times. •A critical mass of users will improve the sustainability of the building. •Moving from days week to days week class schedule would greatly improve the use rate of the building. Current Scheduling 2. Program Summary MBB Teaching Spaces Site 4 Program 2022 2022 Program Diagram 2. Program Summary MBB Program Comparison 2016 2022 DEPARTMENTS + CENTERS RETAIL COMMUNITY SPACES SHARED INSTITUTES EARTH INSTITUTE Level 10 3,521 SF 34,280 SF 33,098 SF 33,357 SF 9,489 SF Sub Cellar 45,466 SF Sub Cellar 11,270 SF Sub Cellar 19,770 SF TEACHING5,200SF MULTIPURPOSE12,914SFCOMMUNITYSPACE46,348SFBUILDINGSERVICESBG33,000SF 13,000SF CLIMATE SCHOOL 29,031 ECONOMICS(ARTS SCIENCES) 26,098 ENGINEERING 23,538 COLUMBIAWORLD PROJECTS 9,139SF SHARED FACULTY ADMINSUPPORT 5,555SF TEACHING 55,742 CENTERS 27,722 STUDENTSPACE 17,513 BUILDING SERVICES 10,135 CEPEXPANSION16,165SF 2. Program Summary MBB Vertical Organization Program Reduction Strategies The final massing and available square footage the building dependent on number of factors including the urban vision, the university need well resulting in an approximately 310,000 gsf building. •The second includes excluding one above-grade floor from the building resulting in an approximately 280,000 gsf building. demonstration spaces with Climate •Climate and Centers: Centers will be an integral part Climate’s research work. completed concurrent with the development of Schematic Design floor plans. Baseline Program: 330,000 GSF Reduced Program: 310,000 GSF Opt 1: Excludes Multipurpose and Dry Labs 2. Program Summary MBB Program Sizes R Reduced Program: 280,000 GSF Opt 2: Excludes Economics Reduced Program: 280,000 GSF Opt Alt: Excludes Engineering Climate School Focused Program: 270,000 GSF Opt 3: Excludes Economics & Engineering 2. Program Summary MBB Program Sizes Program Total 9,187 GSF Occupants 245 Office Spaces 2,200 NASF 24 Private Offices 2,880 NSAF 8p Meeting Rooms 1,200 NSAF 2p Phonebooths 60 NSAF 1p Phonebooths 39 NSAF Collaborative “Lounge” Model 2. Department Program Summary MBB Climate School Program Total 6,098 GSF Occupants 216 Office Spaces 1,500 NASF 46 Private Offices 5,520 NSAF 129 Shared “Lounge” Workstations: 5,160 NSAF Meeting Spaces 3,253 NASF 2p Phonebooths 40 NSAF 1p Phonebooths 13 NSAF Collaborative “Lounge” Model 2. Department Program Summary MBB Economics School Program Total 23,538 GSF Occupants 255 Office Spaces 9, 25 Private Offices 3,000 NSAF 107 Shared “Lounge” Workstations: 4,280 NSAF Meeting Spaces 3,566 NASF 2p Phonebooths 40 NSAF 1p Phonebooths 26 NSAF Collaborative “Lounge” Model 2. Department Program Summary MBB Engineering School Program Total 9,139 GSF Occupants 84 129 Shared “Lounge” Workstations: 3,040 NSAF Meeting Spaces 1,166 NASF CWP Full Program 5,260 NASF, 84 Occ CWP Teaching Focused 5,166 NASF, 84 Occ 2. Department Program Summary MBB Columbia World Projects Program Total 7,722 GSF Occupants 260 222 Shared “Lounge” Workstations: 8,880 NSAF Meeting Spaces 2,231 NASF Site Climate School Affiliated Centers •Center for Climate Systems Research (CCSR) •National Center for Disaster Preparedness (NCDP) •Urban Design Lab (UDL) •Lenfest Center for Sustainable Energy (LCSE) •Quadracci Sustainable Engineering Lab Site 4 Law School Affiliated Centers •Center for Legal Advocacy Centers Full Program 26,340 NASF, 260 Occ Centers Teaching Focused 17,431 NASF, 260 Occ 2. Department Program Summary MBB Centers 2. Program Breakdown MBB Teaching Focused Program 2. Program Breakdown MBB Teaching Focused Program 2. Program Breakdown MBB Teaching Focused Program 2. Program Breakdown MBB Teaching Focused Program 2. Program Breakdown MBB Teaching Focused Program 2. Program Breakdown MBB Teaching Focused Program Program Summary: The Teaching Focused 330,649 GSF • The Teaching Focused Program prioritizes Teaching spaces as way to align with the proposed massing for the Site 4 building outlined by RPBW and the University. • It reduces Office components by recommending flex workplace models for Faculty and Admin staff including a reduction of assigned offices, lower percentage of faculty offices, reduction of growth projections • This strategy of increasing density is a critical component of sustainable planning in right-sizing the building to the need “Student-centric All about students Buzzing with students This is their space” Climate School Students are key to our research enterprise. ... for a lot of these students, their desk is their lab ..” Engineering “Leveraging the talented students Space and activities where people are free to speak and ask” Pierre Gentine, LEAP Program Balance Divisions & Admin Student & Community COLUMBIA UNIVERSITY SITE 4 - 330,000 SF PROGRAM OccupantSum of NUSFSum of GSF% OF SF Notes TEACHING 1,124 49,206 60,031 18%Assume distributed throughout upper floors STUDENT SPACE 414 14,355 17,513 5%Assume distributed throughout upper floors MULTIPURPOSE 266 10,585 12,914 4% COMMUNITY SPACE 1,207 37,990 46,348 14%Assume to be on ground floor and mezzanine STUDENTS & COMMUNITY SUBTOTAL 3,011 112,136 136,806 41% CLIMATE SCHOOL SUBTOTAL 245 23,924 29,187 9%Assume distributed throughout upper floors ECONOMICS (ARTS & SCIENCES) SUBTOTAL 216 21,392 26,098 8% ENGINEERING SUBTOTAL 255 19,294 23,538 7% COLUMBIA WORLD PROJECTS SUBTOTAL 84 7,491 9,139 3% CENTERS 260 22,723 27,722 8% SHARED FACULTY / ADMIN SUPPORT SUBTOTAL 4,553 5,555 2% DIVISIONS & ADMIN SUBTOTAL 1,060 99,376 121,238 37% BUILDING SERVICES 46,262 56,440 17%Assume distributed throughout upper floors CEP EXPANSION 13,250 16,165 5%Located at SC 4 BUILDING SERVICES SUBTOTAL 59,512 72,605 22% Assume Primarily in sub-cellar cellar BUILDING TOTAL 4,071 271,024 330,649 0 15 30 45 60 75 90 105 120 0 15 30 45 60 75 90 105 120 22 Columbia University Manhattanville, Site 4 - Climate School Programming Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop Divisions & Admin 121,238 SF 37% BUILDING SERVICES 76,705 SF 22% STUDENT & COMMUNITY 136,806 SF 41% 2. Program Summary MBB CLIMATE SCHOOL29,187SF9% ECONOMICS(ARTS&SCIENCES) 26,098SF8%ENGINEERING 23,538SF7% COLUMBIAWORLD PROJECTS 9,139SF3% SHARED FACULTY/ADMIN SUPPORT 5,555SF2% 60,031TEACHING SF18% 27,722CENTERS SF8% STUDENTSPACE 17,513SF5% MULTIPURPOSE 12,914SF4% COMMUNITYSPACE 46,348SF14%
Programmatic Requirements
Programmatic Requirements
• Provide tables, chairs & softer furniture
• Provide display screens facilitating group work
• Tech support for hybrid collaboration
• Movable whiteboards, walls for maps and pin-ups
• Digital Sign up
CROQUIS SCHÉMATIQUE,
Programmatic
Programmatic Requirements
• Movable Furniture
• Smart acoustic parititions for flexible use
• Technology Support for Hybrid Collaboration
Andraos people
• Natural Light Requirement
CROQUIS SCHÉMATIQUE, ÉTAGE DE COURS TYPE
Site 4 -
School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop
BLOCKS PROGRAMME TYPES, ESPACES ETUDIANTS & COURS
31 Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop 28500 5' 30' 0" 42' 0" 8' 0" 50-PERSON CLASSROOM 1260 SFT 150-PERSON CLASSROOM 2520 SFT 30' 0" 18' 0" 28-PERSON CLASSROOM 540 SFT 74-PERSON CLASSROOM 1764 SFT 42' 0" 42' 0" 3' 6" 3' 6" 8' 0" 5' 6" 5' - 4" 5' 6" STUDIO/SEMINAR 1260 SFT 42' 0" 4' 0" 41' 6" 5/13/2022 3:37:25 PM Weiss Manfredi, Barnhard College, 2010 Yves Behar, Canopy Space, 2017 Linehouse, WeWork Shanghai, 2016 1 PERSON 15 SFT Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop 42' 0" 8' 0" 50-PERSON CLASSROOM 18' 0" 1764 SFT 42' 0" 3' 6" 3' 6" 8' 0" 5' 6" 5' 4" 5' 6" 1260 SFT 42' 0" 15' 0" 6' 0" 8' 0" 5/12/2022 3:08:11 PM 2PP MTG • Provide display screens facilitating group work “Idea Forward” Sandra Goldmark, Barnard “Tech-Integrated” Law School DSRNY, Columbia Business School, 2022 Payette,Tufts University, 2019 DSRNY, Columbia Business School, 2022 1 PERSON 20 SFT Columbia University Manhattanville, Site 4 - Climate School Programming Murphy Burnham & Buttrick Architects and 40' 5' 0" 3' 0" COMPUTATIONAL LAB TEACHING LAB 1200 SFT 40' 4' 0" 0" 1825 SFT 3' 0" 40' 6" 45' 40' 0" 0" 5' 0" 0" 5' 0" 0" 5' 0" 3' 0" COMPUTATIONAL LAB 40 PP 40' 0" 5' 0" 60' 0" 0" 0" 74 PP COMPUTATIONAL LAB 74 PP 0" 0" 0" 1825 SFT 40' 6" 40' 0" WELLNESS 100 SFT CPU LAB TEACHING LAB 1200 SFT 20' 0" 25' 0" 500 SFT 3' 0" 5' 0" 0" 60' 0" 4' 0" 30' 0" 28' 0" 0" 6' 0" 4' 0" Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop 42' 0" 18' 0" 1764 SFT 42' 0" 3' 6" 3' 6" 8' 0" 5' 4" STUDIO/SEMINAR Miller Hull Partnership,The Kendeda Building, 2019 Miller Hull Partnership,The Kendeda Building, 2019 Miller Hull Partnership,The Kendeda Building, 2019 1 PERSON 20 SFT CROQUIS CONCEPTS PROGRAMME
ÉTAGE DE RECHERCHE TYPE along forest River The networked RPBW South Elevation Concept Drawing LOUD QUIET DEPARTMENTAL SHARED SUPPORT SECURE OPEN SECURE Manhattanville, Site 4 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop Focused Plan Program Breakdown Classrooms: 7,000 SF Spaces: 6,000 SF Lounge & Breakout) Spaces: 9,000 SF Meeting Spaces: 3,000 SF 25,000 SF 61 Columbia University - Manhattanville, Site 4 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop Program Student Focused Floor Plan Sketch Focused Plan Program Breakdown Classrooms: 5,500 SF Spaces: 2,000 SF Lounge & Breakout) Spaces: 15,500 SF Meeting Spaces: 2,000 SF 25,000 SF 63 Columbia University - Manhattanville, Site 4 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop Research Focused Floor Plan Sketch RPBW South Elevation Concept Drawing LOUD QUIET DEPARTMENTAL SHARED SUPPORT SECURE OPEN SECURE Manhattanville, Site 4 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop South Elevation Concept Drawing LOUD QUIET DEPARTMENTAL SHARED SUPPORT SECURE OPEN SECURE 12 4 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop 47 - Climate School Programming | Murphy Burnham & Buttrick Architects and Renzo Piano Building Workshop 5'6" 30' - 0" 15' - 0" 15'0" 30' - 0" 15' - 0" 15'0" 15' - 0" 12' - 0" 10'0" 10'0" 6' - 0" 8'0" BREAK-OUT 300 SFT 10PP MEETING 225 SFT 8PP MTG 150 SFT 5PP MTG 120 SFT 2PP MTG 50 SFT
Movable whiteboards, walls for maps and pin-ups Sign up DSRNY, Columbia Business School, 2022 Payette,Tufts University, 2019 DSRNY, Columbia Business School, 2022 1 PERSON / 20 SFT 1 PERSON / 50 SFT 1 PERSON / 5 SFT 1 PERSON / 20 SFT 24 12 MON, WED or TUE, THUR 110-MIN 6 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 MON - SUN STUDENT MEDIUM INTENSITY USE FACULTY MEDIUM INTENSITY USE University
Manhattanville,
5'6" 30' - 0" 15' - 0" 15'0" 15' - 0" 15'0" 15' - 0" 12' - 0" 10'0" 10'0" 6' - 0" 8'0" BREAK-OUT 300 SFT 10PP MEETING 225 SFT 8PP MTG 150 SFT 5PP MTG 120 SFT 2PP MTG 50 SFT
Provide tables, chairs & softer furniture Provide display screens facilitating group work support for hybrid collaboration
-
Climate
SPACES
Team work DSRNY, Columbia Business School, 2022 Payette,Tufts University, 2019 DSRNY, Columbia Business School, 2022 1 PERSON / 20 SFT 1 PERSON / 15 SFT 1 PERSON / 50 SFT 1 PERSON / 5 SFT 1 PERSON / 20 SFT 24 12 MO, TUE, SAT 75-MIN 6 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MO, TUE, SAT 75-MIN 6 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 MON - SUN STUDENT MEDIUM INTENSITY USE FACULTY MEDIUM INTENSITY USE
30' - 0" 42'0" 8' - 0" 30' - 0" 18'0" 28-PERSON CLASSROOM 540 SFT 42' - 0" 42'0" 3'6" 8' - 0" 4'6" 5' - 4" 5'6" STUDIO/SEMINAR 1260 SFT 30' - 0" 42'0" 15' - 0" 15'0" 15' - 0" 15'0" 41'6" 5'0" Miller Hull Partnership,The Kendeda Building, 2019 Miller Hull Partnership,The Kendeda Building, 2019 MON - FRI 1 PERSON / 20 SFT 1 PERSON / 15 SFT 1 PERSON / 50 SFT 1 PERSON / 5 SFT 1 PERSON / 20 SFT WEEKEND 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 CLASSROOM HIGH INTENSITY USE STUDENT MEDIUM INTENSITY USE Andraos people
Requirements • Movable Furniture
Smart acoustic parititions for flexible use
Technology Support for Hybrid Collaboration
Natural Light Requirement 30' - 0" 42'0" 8' - 0" 30' - 0" 18'0" 28-PERSON CLASSROOM 540 SFT 42' - 0" 42'0" 3'6" 8' - 0" 4'6" 5' - 4" 5'6" STUDIO/SEMINAR 1260 SFT 30' - 0" 42'0" 15' - 0" 15'0" 15' - 0" 15'0" 41'6" 5'0" Miller Hull Partnership,The Kendeda Building, 2019 Miller Hull Partnership,The Kendeda Building, 2019 MON - FRI 1 PERSON / 20 SFT 1 PERSON / 15 SFT 1 PERSON / 50 SFT 1 PERSON / 5 SFT 1 PERSON / 20 SFT WEEKEND 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 MO, TUE, SAT 75-MIN 6 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 24 12 150-MIN (SEAS) 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 6 18 24 12 18 24 12 MON, WED or TUE, THUR 110-MIN 6 18 CLASSROOM HIGH INTENSITY USE STUDENT MEDIUM INTENSITY USE
•
•
•
2021-2022
HAMILTON HALL RENOVATION, UNIVERSITY OF THE SOUTH
Site : Sewanee, Tennessee
Programme : Rénovation de l’école de théologie
Surface : 4950 m2
Budget : $13M
Rôle : Designer
Phase : APS à APD
Rénovation d’un bâtiment des années 60 avec un budget réduit, En charge du management la maquette Revit, Responsable de la coordination avec l’ingénieur structure, Remise des études et des présentations client
32
UP UP UP UP A201 A203 03 1 2 4 5 7 8 10 11 B B F E C.3 A511 02 A510 A512 02 01 03 A202 02 02 A210 A510 08 A513 07 06 04 09 A510 10 12 02 03 04 01 A203 04 03 A210 03 02 A202 01 A202 04 03 A203 02 05 READING ROOM 217 SEMINAR ROOM 218 WOMEN WC 219 CAFE KITCHEN 229 230 SEMINAR ROOM 5 HARGROVE AUDITORIUM 110 MEN WC 224 FAMILY WC 223 DATA CLOSET 225 SEMINAR ROOM 3 CLASSROOM 1 227 CLASSROOM 2 228 STUDY ROOM 235 LOCKERS 233 WORK ROOM 234 ELEC CLOSET 236 LINK 238 FAMILY WC B203 JAN. CL. B202 EFM STAFF RECEPTION B201 EFM STAFF B206 EFM STAFF B207 EFM STAFF B208 COLLABORATION B209 EFM DIRECTOR B211 EFM LIASION B212 EFM REGISTRAR B213 EFM ASSOCIATE DIRECTOR B214 EFM ASSOCIATE DIRECTOR B215 ENTRY B200 CORRIDOR B210 A A 14 H 12 ELEC RM B205 PRINT RM 237 OPEN TO BELOW OPEN TO BELOW A510 01 03 02 01 03 02 A514 05 06 07 08 ELECTRICAL ROOM 214 FAMILY WC 215 OPERATIONS STAFF 213 DIRECTOR OF OPERATIONS DIRECTOR OF ADMISSIONS 211 OPEN OFFICE AND WAITING AREA WEST ENTRY 200 EAST ENTRY 202 CORRIDOR 206 LOBBY 201 203 COMMUNICATIONS ACADEMIC AFFAIRS 204 ASSOCIATE DEAN 207 209 DEAN'S OFFICE 208 WEST CORRIDOR 221 NORTH CORRIDOR 232 01 A351 C C 13 C.2 STOR B204 25' 11 5/8" 25' 8 7/8" 9' 7 3/4" 15' 0" 15' 0" 15' 0" 15' 0" 15' 0" 15' 0" 15' 0" 15' 0" 15' 0" 15' 5' 5" 14' 11 7/8" 15' 0" 15'0" 15' 0" 6' 6" 26' 4" 37' 10 1/2" FIXED AUDITORIUM SEATING WITH TABLET ARM SEE NOTE #7 NEW GAS FIREPLACE SEE NOTE #7 01 A501 01 A502 A503 02 A503 01 A504 01 A505 02 A504 02 A351 A513 01 A210 Sim EXISTING WALL TO REMAIN NEW FULL HEIGHT PARTITION LEGEND NEW PART HEIGHT PARTITION 1. FURNITURE N.I.C. SHOWN FOR REFERENCE ONLY, U.O.N, 2. DOORS -ALL DOORS TO BE A 8'-0" TALL ALUM. STOREFRONT SYSTEM WITH FIXED GLAZED (TEMP.) SIDELIGHT (IF SHOWN IN PLAN) WITH SOLID WOOD DOOR, TYP. U.O.N. 3. DOORS SHOWN WITH 45 DEGREE SWING TO BE NEW DOORS IN EXISTING FRAMES TO BE RETAINED IN PLACE 4. WINDOWS -ALL EX'G WINDOWS TO BE REPLACED WITH NEW ALUM. CLAD WOOD WINDOWS (KAWNEER OR SIM.) REFER TO SHEET A-351 FOR MORE DETAILS 5. TYP. NEW PARTITION WALLS -ALL PARTITION WALLS TO BE ACOUSTIC AND SPAN FROM FLOOR TO STRUCTURE ABOVE, CLAD WITH (2) LAYERS OF 5/8" TYPE 'X' GWB ON BOTH SIDES OF WALL. STUD CAVITY FILLED WITH MINERAL BATT INSULATION. ALL WALLS TO HAVE A MIN. TYPE 4 FINISH, U.O.N. 6. ALL EX'G DEMISING WALLS AT SEMINAR AND CLASSROOMS THAT ARE TO REMAIN TO HAVE A NEW 2 1/2" MTL. STUD FURRING (FLOOR TO CEILING) WITH TYPE 'X' GWB FINISH, OCCURS ON BOTH SIDES OF WALL, U.O.N. 7. ALL EX'G DEMISING WALLS AT OFFICES AT LOWER LEVEL TO REMAIN AND BE RE-PAINTED, U.O.N. 8. EX'G STAIRS TO REMAIN. EX'G FINISH ON RISER AND TREADS TO BE REMOVED AND REPLACED WITH NEW, SEE FINISH SCHEDULE. EX'G RAILING TO BE REMOVED AND REPLACED WITH GLASS GUARD RAILS AND BRONZE HANDRAILS. 9. ALL EXISTING WALLS TO REMAIN TO BE PAINTED. 10. ALL SITE PLAN INFO IS SHOWN FOR REFERENCE ONLY, REFER TO ARCHITECTURAL SITE PLAN OR LANDSCAPE DRAWINGS GENERAL NOTES Rev. Date Issue Murphy Burnham & Buttrick Architects 48 West 37th Street, 14th Floor New York, New York 10018 T 212.768.7676 F 212.840.9871 www.mbbarch.com Structural Engineer Civil Engineer Geotechnical & Soil Engineer MEP/FP Engineer Specifications Landscape Architect Lighting Designer RKLA Studio 333 Hudson St, Suite 1001 New York, NY 10013 T 212.229.2534 Robert Silman Associates 32 Old Slip #10 New York, NY 10005 T 212.620.7970 Derive Engineers 665 Broadway, Suite 501 New York, NY 10012 T 646.866.6933 MFLD 252 West 38th St., Suite 903 New York, NY 10018 T 212.741.0194 Construction Specifications 22 Tennent Rd. Morganville, NJ 07751 T 732.970.0700 A102 UPPER LEVEL FLOOR PLAN School of Theology 335 Tennessee Ave Sewanee, TN 37375 3/32" = 1'-0" UPPER LEVEL CONSTRUCTION PLAN 01 05.07.2021100% Schematic Design PLAN, 1ER ÉTAGE, REVIT, APS
33 ÉTUDE
CIRCULATION PRINCIPALE,
&
3D, CAFÉTÉRIA DEPUIS LA
REVIT
ENSCAPE
ÉTUDE 3D, CAFÉTÉRIA, REVIT & ENSCAPE
ALUM. CLAD WOOD WINDOW WITH 1" THK. IGU GLAZING, BOTH SIDE PANELS ARE OPERABLE CASEMENT WINDOWS WITH SCREENS, THE CENTER SECTION IS A FIXED WINDOW REFER TO ELEV. FOR LAYOUT
ALUM. CLAD WOOD WINDOW WITH 1" THK. IGU GLAZING, BOTH SIDE PANELS ARE OPERABLE CASEMENT WINDOWS WITH SCREENS, THE CENTER SECTION IS A FIXED WINDOW REFER TO ELEV. FOR LAYOUT
ADD / ALT OPTIONS
ALT #1
ELIMINATE OPERABLE CASEMENT
ADD / ALT OPTIONS
ALT #1
OPERABLE CASEMENT WINDOWS AND REPLACE WITH FIXED WINDOWS ADD ALT #2
NEW RUBBER THERMAL BREAK AT JAMBS AND ANCHOR WINDOW DIRECTLY TO STONE
PLAN -PIER AT DEMISING WALL TYPE A
A351
A351
EXTERIOR DETAILS
EXTERIOR DETAILS
NEW BREAK MTL FRAME OUT T.O. WINDOW WITH MTL FRAMING (FILL WITH TYP. INSUL) ALIGN
NEW 2" THK WOOD FASICA TRIM, WITH SELF ADHERE MEMBRANE BEHIND. MEMBRANE TO TERMINATE UP AND BEHIND EX'G TECTUM SOFFIT PANELS
SCRAPE AND PAINT THE F.O. EXISTING ROOF RAFTERS 8
EX'G STONE WATER TABLE TO REMAIN
TYPICAL FACADE AXON 04 3/4" = 1'-0" NORTH SOUTH SECTION -ENLARGED 03
CASEMENT WINDOW
PATCH EX'G HOLES, REFER TO DETAILS FOR FINISH SCOPE 1/2" = 1'-0" ENLARGED PLAN -FLOATING PIER TYPE B 02
NEW ALUM. CLAD WD. WINDOW TO BE ANCHORED TO BACK TO EX'G STONE WALL AND SEALED ON BOTH SIDES OF WINDOW TO BE WEATHER TIGHT
NEW ALUM. CLAD WOOD WINDOWS COUPE CONCEPTUELLE, FACADE RÉNOVATION, REVIT, APD AXONOMÉTRIE, FACADE RÉNOVATION, REVIT, ENSCAPE
D EX'G STONE CLAD PIERS TO REMAIN
LINE OF WOOD SILL, TYP. 1/2" = 1'-0" ENLARGED PLAN -PIER AT DEMISING WALL 01
34 7
FOR TYP. DETAILS AT JAMB CLADDING AT NEW GWB SCRIBED SEALED CASEMENT WINDOW TYP. NEW WINDOW FIXED WINDOW CASEMENT WINDOW WINDOWS
NEW
ADD
-ELIMINATE
-ELIMINATE
ENLARGED
01 6 7
CASEMENT WINDOW TYP. NEW WINDOW FIXED WINDOW CASEMENT WINDOW WINDOWS
-
WINDOWS AND REPLACE WITH FIXED WINDOWS ADD ALT #2 - ELIMINATE NEW RUBBER THERMAL BREAK AT JAMBS AND ANCHOR WINDOW DIRECTLY TO STONE Rev. Date Issue
1/2" = 1'-0"
NEW
ADD
A351
1/2" = 1'-0" ENLARGED PLAN -PIER AT DEMISING WALL TYPE A 01 05.07.2021100% Schematic Design 6 7 NEW ALUM. CLAD WOOD WINDOW WITH 1" THK.
PANELS ARE OPERABLE CASEMENT WINDOWS WITH SCREENS, THE CENTER SECTION IS A FIXED WINDOW REFER TO ELEV. FOR LAYOUT CASEMENT WINDOW TYP. NEW WINDOW FIXED WINDOW CASEMENT WINDOW WINDOWS ADD / ALT OPTIONS ADD ALT #1 -ELIMINATE OPERABLE CASEMENT WINDOWS AND REPLACE WITH FIXED WINDOWS ADD ALT #2 -ELIMINATE NEW RUBBER THERMAL BREAK AT JAMBS AND ANCHOR WINDOW DIRECTLY TO STONE Rev. Date Issue
IGU GLAZING, BOTH SIDE
1/2" = 1'-0" ENLARGED PLAN -PIER AT DEMISING WALL TYPE A 01 05.07.2021100% Schematic Design 7 D NEW ALUM. CLAD WOOD WINDOW THK. IGU GLAZING, BOTH SIDE OPERABLE CASEMENT WINDOWS SCREENS, THE CENTER SECTION WINDOW REFER TO ELEV. FOR REFER TO 2/A351 FOR TYP. NOTES AND DETAILS AT WINDOW JAMB NEW GWB PARTITION WALLS TO BE ALIGNED WITH EX'G STONE PIERS, PROVIDE 1/2" CONT. VERT. REVEAL BETWEEN FINISHES, TYP. CASEMENT WINDOW TYP. NEW WINDOW FIXED WINDOW WINDOWS ADD ALT OPTIONS ADD ALT #1 -ELIMINATE OPERABLE CASEMENT REPLACE WITH FIXED WINDOWS ADD ALT #2 - WINDOWS TO BE KAWNEER TRIFAB Upper Level (Hamilton Hall) +11' - 4" AFF Lower Level (Hamilton Hall) (Project Datum +0'-0") +0" AFF D 1 1/2" SOLID WOOD SILL, FULL WIDTH, TYP AT EXT. WINDOWS NEW COPPER FLASHING, GUTTERS AND RWL TO BE COPPER EXCAVATE EX'G GRADE AWAY FROM BLDG, PROVIDE NEW VAPOR BARRIER, RIGID FOUNDATION INSUL, WP MEMBRANE. REFER TO CIVIL DWGS FOR DRAINAGE SCOPE NEW ALUM. CLAD WOOD WINDOWS WITHIN EX'G OPENINGS, SEE OPENINGS SCHEDULE EX'G STONE SPANDREL PANELS TO REMAIN. CAREFULLY REMOVE EX'G PANELS TO CONFIRM CONDITION OF SUBSTRATE. PATCH EX'G HOLES AND PARGE COAT THE ENTIRETY OF THE PANEL. REMOVE AND REINSTALL SEALANT AT ALL JOINTS SURVEY EX'G TECTUM SOFFIT PANELS AND REPLACE ALL BROKEN OR MOISTURE DAMAGED TILE WITH NEW. ALL PANELS TO BE PAINTED. SCAPE AND REPAINT ALL EXPOSED STL. PURLINS, COLOR TBD EX'G STL. BEAM AND SECTIONS TO REMAIN NEW ALUM. CLAD WOOD WINDOWS WITHIN EX'G OPENINGS, SEE OPENINGS SCHEDULE NEW CEILING, REFER TO RCP FOR CEILING HEIGHT AND TYPE NEW ROOF ASSMEBLY, REFER TO THE ROOF PLAN FOR TYPE EX'G INTERIOR TECTUM PANELS TO REMAIN LINE OF INT. STONE CLADDING TO REMAIN 0.4a 0.4a 0.4a 0.4a 1 1/2" SOLID WOOD SILL, FULL WIDTH, TYP AT EXT. WINDOWS 1 1/2" SOLID WOOD SILL, FULL WIDTH, TYP AT EXT. WINDOWS LINE OF INT. STONE CLADDING TO REMAIN
CAREFULLY REMOVE EX'G STONE SILL, INSTALL NEW COPPER SILL FLASHING AND REINSTALL STONE SILL, MAINTIN SLOPE AWAY FROM WINDOW SILL FLASHING, LAP OVER EX'G SPANDREL PANEL SCRAPE AND PAINT EX'G STL. RELIEVING ANGLE, ENSURE WEEP HOLES ARE STILL OPEN AND EX'G FLASHING IS INTACT
35
ÉTUDE 3D, AUDITORIUM, REVIT & ENSCAPE
ÉTUDE 3D, BIBLIOTHÈQUE, REVIT & ENSCAPE
2016-2017
SOFIA PARK SCHOOL, PRE-K TO HIGH SCHOL
Site : Sofia, Bulgarie
Programme : École, maternelle au lycée
Surface : 8,300 m2
Rôle : Designer
Phase : PRE à APS
Conception, des études préliminaires à l’APS, Phase de transition avec l’architecte local pour l’APD, Développement de la façade avec l’architecte local durant l’APD
36
RENDU 3D, VUE SUD EST DEPUIS LE PARC, PAR PERSPECTIVISTE
PLAN & COUPE, 1ER ÉTAGE & COUPE LONGITUDINALE, AUTOCAD, APS
37 -10.00 0.20 0.10 0.90 0.90 1.00 1.00 1.00 0.40 0.35 40cm X 40cm CONCRETE COLUMN (TYP) 2.03 0.28 BUILT-IN SEAT AND STORAGE 5.00 0.90 TYP 1.00 5.00 0.35 1.10 LINE OF METAL FRAME BELOW METAL CLAD FRAME (TYP) INTERIOR EXTERIOR METAL CLAD FIN OVER WINDOW MULLION (TYP) 0.20 0.80 EXTERIOR ROLL SHADE ABOVE SPANDREL PANEL OR METAL PANEL PAINTED ALUMINUM WINDOW SYSTEM TYP TYP TYP TYP TYP0.60 0.40 0.35 2.03 0.28 10.00 0.10 0.90 5.00 1.90 TYP 5.00 0.35 TYP 0.10 1.00 1.00 1.00 TYP CL TYP 0.40 40cm X 40cm CONCRETE COLUMN (TYP) LINE OF METAL FRAME ABOVE METAL CLAD FRAME ABOVE METAL CLAD FIN OVER WINDOW MULLION (TYP) EXTERIOR ROLL SHADE ABOVE TYP CL TYP CL SPANDREL PANEL OR METAL PANEL PAINTED ALUMINUM WINDOW SYSTEM INTERIOR EXTERIOR BUILT-IN SEAT AND STORAGE CLASSROOM SCALE: DETAILED AXONOMETRIC - WEST FACADE CLASSROOM NTS 05 SCALE: DETAILED AXONOMETRIC - WEST FACADE BREAKOUT SPACE NTS 06 SCALE: TYP BAY AT FLOOR 1 NTS 02 SCALE: TYP BAY AT FLOOR 2 / 3 NTS 03 A B C D 1 1 2 2 3 3 4 4 5 5 6 6 6.1 11 12 12 13 13 14 14 16 16 H I J K L M N O F G D1 D2 D3 D4 D5 E 7 8 9 10 15 15 11.1 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 -2.14 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 -4.00 -4.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 +0.00 Bench seating 138 seats 2.96% 2.35% 5.09% CHEMISTRY GENERAL PLAYGROUND LOWER COURTYARD PLANTING GARDEN STAGE T.O. ROOF 0m SECOND FLOOR FIN. -8m 1 2 3 4 6 7 8 MATCH LINE WORLD LANGUAGE WORLD LANGUAGE CHANGING ROOM CHANGING ROOM GYMATORIUM MUSIC ROOM 2ND GRADE BREAK-OUT SOCIAL STUDIES OFFICE C G T.O. ROOF 0m SECOND FLOOR FIN. -8m -13m DOUBLE HEIGHT EARLY CHILDHOOD PLAYGROUND KINDERGARTEN SENSORY 12 13 13.4 14 15 16 17 18 +4m FIRST FLOOR FIN. -4m 4.00 4.00 MATCH LINE SCALE: EAST-WEST SECTION 1:200 1 SCALE: NORTH-SOUTH SECTION 1:200 2 NORTH-SOUTH SECTION 3 LIBRARY GYMNASIUM FIRST FLOOR FIN. -4m THIRD FLOOR FIN. FOURTH FLOOR FIN 70.00 1 2 3 5 6 7 5.00 4.00 4.00 4.00 DANCE STUDIO GYM LOBBY SPACE SPACE A B C D D.1 D.2 E F G +4m FIRST FLOOR FIN. -4m FOURTH FLOOR FIN 5.00 4.00 4.00 4.00 LOBBY KITCHEN GARDEN 12 16 17 T.O. ROOF 0m SECOND FLOOR FIN. 4.00 4.00 MATCH LINE EAST-WEST SECTION 1 NORTH-SOUTH SECTION 2 SCALE: NORTH-SOUTH SECTION 1:200 3 CONCEPT FACADE, BAIE TYPE, RHINO, APS
2012
CENTRE SPORTIF, LES TARTERETS
Project PFE, ENSA Paris La-Vilette
Site : Corbeil-Essones, France
Programme : Centre sportif
The Suburban Cloister aims at reconnecting three different city scales: the territorial network and its regional environment along with their immediate neighborhood. In constant dialogue with those different urban scales, three programs compose the project: an indoor stadium, a sports center, and a training center. The project’s layout aims at linking the main road of the city (RN7) with a large housing project (les Tarterêts). In order to do so, the project leads the pedestrian, through public space, from a large urban plaza to a park extending towards the housing project.
The large urban plaza faces the city center and orientates the project towards the city, protecting itself from the highway. The plaza articulates circulation between the main road and a residential street leading to the housing project. It constitutes both an access for the gymnasium and a public space for the existing high school building situated across the street. The sequence of public space going through the project allows for a densification along the main road, while progressively turning the site into a more organic landscape. The project evolves from a dense and compact form to a more diffuse and detached organization, disappearing in the suburban landscape.
SANOU CISSE - PORTFOLIO ENGLISH - 2014 14
SANOU CISSE - PORTFOLIO ENGLISH 2014 12
First floor
15
SANOU CISSE - PORTFOLIO ENGLISH - 2014
15
SANOU CISSE - PORTFOLIO ENGLISH - 2014
Le projet propose d’implanter un centre sportif aux franges du quartier des Tarterêts dans l’Essone. Les multiples terrains de sport sont organisés autour d’un cloître. Les gymnases destinés aux communautés environnantes s’étendent dans la pente en direction des tours des Tarterêts et leur offrent un nouveau parc sportif.
reconnecting three different network and its regional environimmediate neighborhood.
those different urban scales, project:
center, and a training center. linking the main road of the housing project (les Tarterêts). In leads the pedestrian, through urban plaza to a park extending
RENDU 3D,PERSPECTIVE À VOL D’OISEAU DU PROJET EN DIRECTION DES TARTERÊTS
Bird’s view of the Suburban Cloister
AXONOMÉTRIE ÉCLATÉE
13 16 Axonometric drawing
PLAN MASSE, CENTRE SPORTIF ET PARC
2016
MAISON À YENE, SÉNÉGAL
Projet Personnel
Site : Yene, Sénégal
Programme : Maison, chambre d’hôte et studio de danse
Phase : Études de faisabilité
HOUSE DIALLO YENE, SENEGAL
PERSONNAL PROJECT, DIAGNOSIS AND PRELIMINARY DESIGN
Yene is a small city north of Dakar in Senegal. The program integrates in a small lot of 450m2 a main house but also recording studios, a 100m2 dance floor, guest rooms, a shared kitchen, public bathrooms, and parking spaces. Inspired by the villa patio or the Morocan Riad, the buildings are surrounding a central garden being used as an openair dance floor. The main house faces both the shared garden looking south and a private patio looking north. A balcony on the second floor cast shadow on the first floor living room and terrace, protecting it naturally from the sun. According to the existing slope of the terrain, a series of steps separate the main house from the guest rooms, allowing a transition from the private spaces to the collective and shared spaces of the lot. The dance floor transforms the house into a place for art, tradition and celebration.
HOUSE, MUSIC STUDIO, DANCE FLOOR AND COLLECTIVE SPACES IN YENE, SENEGAL SANOU CISSE, JULY 2013
Études de faisabilité pour une maison secondaire dans un quartier en cours de développement à Yene, Le programme est composée d’une maison, de 6 chambres d’hôte et d’un studio de danse organisée autour d’une cour pouvant servir de scène pour les spectacles de danse
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SANOU CISSE - PORTFOLIO ENGLISH - 2014
Section Perspective - From the dance floor looking at the main house
PLAN, 2ÈME ÉTAGE, AUTOCAD
Senegal. The program main house but also guest rooms, a parking spaces.
Riad, the buildings used as an openboth the shared looking north. A shadow on the first floor naturally from the sun. terrain, a series of guest rooms, alspaces to the collective dance floor transforms and celebration.
PLAN, 1ER ÉTAGE, AUTOCAD
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at the main house 47
RDC 47 SANOU CISSE - PORTFOLIO ENGLISH - 2014
RDC
Plan
Plan
PERSPECTIVE, VUE DEPUIS LA COUR , SKETCHUP & ILLUSTRATOR
2013
MOTS TRAMÉS, REVUE REVERS
Article «mots tramés», Revue Revers, Grace Pelletier & Sanou Cissé Réflexions sur l’espace du travail
LA veRtIcALe
Est le travailleur idéal. Homme debout, il prend son destin en main.
A3. « Pas besoin de penser. Ici, on pensera pour vous » 2 qu’ils m’ont dit en guise d’accueil !
c2. Moi c’est dans les cabinets que j’ai l’esprit clair. Sur le trône se prennent les grandes décisions.
c8. Homme de papier certes, mais Homme de fer également quand le devoir l’appelle !
d1. « Entre le cerveau et les mains, le médiateur doit être le cœur » 3 . Qu’en dis-tu ma jolie ?!
d6. « Marre de cet open space liberticide ! À bas le contrôle social ! La mobilité c’est la liberté qu’ils disent les sociologues. Ben moi j’les prend au mot ! »
42 SANOU CISSE - PORTFOLIO ENGLISH - 2014 50 Drawing in the magazine Revers, september 2013 1 A B C D 2 3 4
À
À L’HoRIzontALe
Est le rêveur qui se laisse glisser vers les songes. Une forme de résistance passive ?
À L’HoRIzontALe le qui vers songes. Une forme de résistance passive ?
3b. Tel homme, tel bureau ! Car « l’homme privé, qui, dans son travail, tient compte de la réalité, exige de son intérieur d’être soutenu dans ses rêves. » 4
3b. Tel homme, bureau ! Car « l’homme privé, qui, dans son travail, tient compte de la réalité, exige de son intérieur d’être ses rêves. » 4
4A. Le chef c’est lui. Voyez comme il a l’allure des grands hommes.
4A. Le chef c’est lui. Voyez comme il a l’allure des grands hommes.
5b. Méditation postprondiale : de la difficulté de percer les secrets de l’existence après la pause déjeuner.
5b. Méditation postprondiale : de la difficulté de percer les secrets de l’existence après la pause déjeuner.
5c. « – Tu te sens seul parfois ? – Avec les gens seulement. » 5
5c. « – Tu te sens seul parfois ? – Avec les gens seulement. » 5
7b. Ceux-là aimeraient bien sortir du jeu. Trop tard, ils sont pris dans « la trame de la comédie humaine. » 6
7b. Ceux-là aimeraient bien sortir du jeu. Trop tard, ils sont pris dans « la trame de la comédie humaine. » 6
7c. « Ouvriers du tertiaire, mineurs de la société administrative, réveillez-vous, révoltez-vous ! »
« Ouvriers du tertiaire, mineurs de la société administrative, réveillez-vous, révoltez-vous ! »
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5 6 7 8
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SANOU CISSE
13 RUE DES RIGOLES, 75020 PARIS, FRANCE
0753870199
SANOU.CISSE@GMAIL.COM
SANOU CISSE PORTFOLIO 2022 WORKS
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SANOU CISSE PORTFOLIO
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