DesignPortfolio
AnamikaNaraynsingh
2015]
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Ar car ch e ite ct ur e
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10] 11] 12]
HDR
OBMI
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TheVibe
s# tio 1 n
06] Build
Crim
05] Digital Dissolve
nM
04] Reinform HouseLight
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03] ThePearl
[ T #1 op 0- 10 12 0 Gl
02] Viscera
Explorations
[ ba a e l D g Justice inal es az enu er P ign i Rev ine nue mu n e g v n F irm e a bli sig En ss Re To ga c W s De ng Gro p A zi by ifyi s by 10 o 11 E s C ne r ec Firm Topms byign k 20 4 F i s rm Firm -Sp p 10 Fir Des enue 10- # 10 ting To 20 Rev Top nsul
Co
Towers
[
[ s
01] Hydro
StudioProjects
[Contents]
UniversityofPennsylvania+ 2015[MasterofArchitecture] 2011BachelorInteriorDesign_ StudioProjects+ Explorations+ Digital_ Memorial_ Construction_ Professional+ Interiors_ HDR_ OBMI_
+
+
anamikan.com+ [anamika.n@outlook.com] 407-496-5538_
+
+UniversityofPennsylvania [CriticSulanKolatan] co:RoseFlorian_Spring2015 The Hydrohaven’s primary focus is protecting and restoring the flora and fauna of the Marmara Sea. It features two large ponds that shield small fauna seeking refuge from consumers. The project contains a mixture of wet and dry labs that house large tanks to study the positive benefits of the Hydrohaven to the ecosystem. The Controlledinlevels Hydrohaven is 75% submerged the of dissolved O2 ocean allowing for bivalve encrustation on the building’s surface, providing water filtration. By circulating around large tanks the project mixes pedestrian with scientist, inspiring public awareness of the Surface input for Marmara ecosystem and marine life mussel encrustation sensitivity.
ecology lab_100,000 SF
542 ft
[Hydrohaven]Istanbul,TK
[public] close interaction spaces_x SF public bathroom_x SF auditorium_x SF
FOOD CHAIN RESTORATION
[public] loose interaction spaces_x SF audiovisual room_x SF restaurant_x SF lobby_x SF mechanical spaces_x SF tables sinks gas valves sample bins open/close storage drying racks accesible water tanks ecology lab_100,000 SF wet laboratories_x SF sample processing laboratories_x SF dry laboratories_x SF private bathroom_x SF
tables machines for samples computer open/close storage water tanks tables computer open storage
offices_x SF lounge areas_x SF
Primary Consumers PhotoAutotrophs
Secondary Consumers
Decomposers Tertiary Consumers
+
[ResearchDiagram]
Waste water discharge
Dissolved O2 depletion
ANAMIKA NARAYNSINGH_ROSE FL
+
[MaterialResearch]
+
[LabPlans]
Primary Consumer Typical Range 0.1-10” Local Range 0.1-12”
/// SNOUTED SOLE
/// EUROPEAN FLOUNDER
/// SPINY DOGFISH
/// ACTINIA
/// STARGAZER
/// MEDITERRANEAN HORSE MACKEREL
/// THORNBACK RAY
/// SEA SPONGE
/// TUB GURNARD
/// SEA NEEDLEFISH
/// HERRING
Secondary Consumer Typical Range 6”-1’ Local Range 8”-2.5’
/// EUROPEAN EEL
Tertiary Consumer Typical Range 1-2’ Local Range 10”-3’
/// BLACK SEA TURBOT
Hydrohaven
/// ZOOPLANKTON
/// PORPOISE
Quartenary Consumer Typical Range 2’ + Local Range 3-10’
01]
/// STURGEON
+
[FloraFaunaResearch]
[Hydrohaven]01
+
[SectionDetail]
+
[PondSection]
U
U
U U
U
+
Hydrohaven
[TypicalPlan]
01]
+
[LongSection]
[Hydrohaven]01
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[WetLabInterior]
+
[DryLabInterior]
+
[PublicAquarium]
+
[TexturedDetail]
+
Hydrohaven
[AerialView]
01]
+
[BuildingSubmerged]
[Hydrohaven]01
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[DetailModel]3Dprint
Hydrohaven
01]
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[OverallModel]3Dprint
[VerticalCourtyards]London,UK
+
+ArchitecturalAssociation [CriticHomaFarjadi] co:YannickRodriguez_Fall2014
single unit
adding units
In this Utopian London setting, this project seeks to fulfill the growing demands of the food industry in relation to increasing urban population. By using aquaponic systems and an elevated rooftop park, the variety of productive landscapes feed the community.
overlapping units
folding units
enclosed units
This group project utilizes passive heating and cooling systems present throughout the design, as well as rainwater collection for irrigation. The use of Vasari wind analysis software outputted vectors that were shifted to create clustering infrastructural cores creating hubs of activity for the residents in the vertical community. unfolding units
shared units
opposing units
combining units
+
[GreenUnits] shared units vs larger program open spaces
combining units
+
[InformalMarketplace]
+
VerticalCourtyards
[WindClustering]Heightfields
02]
+
[FacadeDetail]
[VerticalCourtyards]02
fullsunlight onion eggplant pepper filler crops carrot green bean
partialsunlight spinach cucumber parsley
filler crops soy bean wheat potato
light basil
filler crops tomato strawberry
marketretail
+
[Section]
+
[MarketFloorPlan]
negotiatingscales horizontal unit _
terraced unit _
vertical unit_ vertical unit_
+
[Section] CLUSTERS CLUSTERS
CLUSTERS sizing iterations_ sizing iterations_
negotiatingscales horizontal unit _
negotiatingscales
negotiatingscales vertical unit_
terraced unit _
VerticalCourtyards
sizing iterations_
02]
+
[TowerPlans]
[VerticalCourtyards]02
+
[AquaponicDetail]
+
[VerticalCourtyards]
VerticalCourtyards
02]
+
[LandscapeAerial]
[Viscera]CentralPark,NY
+
+UniversityofPennsylvania [CriticFerdaKolatan] _Spring2014 Located in Central Park, a stone’s throw away from the Natural History Museum, this scientific rock museum primarily focuses on the education and display of fossils and precious stones.The building itself is meant to be an undiscovered stone in the terrain of the park. Materiality was key in this project, utilizing a rubber texture that is applied to the building skin, giving the rock museum a building envelope that will become more integrated with the landscape over time. This temporal nature of the changing building gives the museum its natural quality which translates into the display of the stones, that are hidden within the undulating skin that must be discovered rather than displayed.
+
[AuditoriumInterior]
Exhibition Space Waiting Area
Auditorium
Atrium Atrium
Viscera
Retail
03]
+
[SitePlan]
[Viscera]03
+
[RockDevelopment]
+
[MullionDesign]
+
Viscera
[CrystallizedDetail]
03]
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[CrystallizedPanels]
[Viscera]03
+
[RipplingModel]
+
+
[SectionPerspective]
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[TexturedModel]3Dprint
[CreasingModel]
[StudyModels]
+
+
Viscera
[ExteriorView]
03]
+
[TexturedModel]3Dprint
[ThePearl]Manhattan,NY
+
+UniversityofPennsylvania [CriticHinaJamelle] _Fall2013 Based on the study of jellyfish, the building is influenced by a current that orients units with a suction that changes the unit size and depth. The fluid nature of the plan allows an inversion in the treatment of public lounge space moving the interior to the faรงade. The transparency is affected by the attraction to the current as private space becomes public. There is a complexity in the way the users can potentially experience the space, having the ability to tailor the level of interaction.
+
[SectionPerspective]
ThePearl
04]
+
[ExteriorView]
[ThePearl]04
+
[JellyfishBloomBehavior]
+
[LongSection]
contraction / expansion
+
[TypicalUnitPlans]
warmth /current concentration
opacity by layering
ThePearl
stimulus
+
[RooftopUnitPlans]
04]
+
[UnitBehaviour]
[ThePearl]04
+
[LoftInterior]
+
[PrivateUnitDetail]
ThePearl
04]
+
[FacadeDetail]
[Reinformation]Philadelphia,PA
+
+UniversityofPennsylvania [CriticJoshuaFreese] _Spring2013 Reinformation develops concept through site analysis mappings and exploring conditions through paper folding. The project considers Philadelphia by cultivating societal reformation. The space gives opportunity and serves community, therefore helping the public by improving the minds of the Deterioration individuals. Considering the idea of ‘natural regenerators’ the landscape, water and circulation create the massing. Light plays an important role in the process of regeneration, and so the mass becomes more transparent as it progresses through the site. This directly affects its privacy relationship, having the most public zones opening up and becoming larger toward the river bank.
+
[Regeneration]
Reformation Deterioration
Crime
Deterioration
Substance Abuse
Education
+
[SiteMapping] Reformation
Art and Music
Reformation
Murder and Assault Robbery Large Liquor Stores Small Liquor Stores Primary School Education Secondary School Education Public Art Music and Theater Historic Usable Sites Historic Tourist Sites Parks
History and Parks
+
[DeteriorationMapping]
D
Eastern Medical Clinic Ayurvedic Chiropractic Acupunture Water Healing
C B
Performance Center Music Poetry Public Speaking
Spoken Word Center Library Lecture Hall Writing Center Study Rooms
Natural Store Administrative Zone
A
E
Training Center
Basketball court Indoor/Outdoor Track
Staff Rooms OfďŹ ces
Large Reservoir Natural Garden
F
Dormitory
Rooms for Youth
Large Performance Arena
Healthy Cafe
Dormitory
Rooms for Youth
Community Room
Cafeteria
Trainee Eating Area
Natural Gardens
Large Kitchen
Prepares produce Cleansers to be prepared Food Storage
Dormitory
Rooms for Youth
Dormitory
Rooms for Youth
Plan|Deterioration
Plan|Circulation
Zoning|Privacy
Boundary|Threshold
+
[SitePlan]
A
Elaborate Roof Structure
Elevation|Perforation
Plan|Circulation
Zoning|Privacy
B
Section|Hierarchy
Performance Variation
C
Section|Hierarchy
Elevation|Perforation
Boundary|Threshold
Dynamic Section
D
Water Reecting Wall
Section|Deformation
E
Intertwining Spaces
Section|Deformation
Reinformation
Plan|Deterioration
05]
+
[PaperProgramming]
[Reinformation]05
+
[PillarofStrength]
+
[AerialView]
+
[ClinicEntry]
+
[ShortSection]
+
Reinformation
[SectionPerspective]
05]
+
[LongSection]
[Reinformation]05
+
[RainwaterCollection]
+
+
[OutdoorPavilion]
+
[RoofPattern]
[LandscapePattern]
[FlooringPattern]
+
+
Reinformation
[InteriorAtrium]
05]
+
[PaperModel]
[HouseofLight]Philadelphia,PA
+
+UniversityofPennsylvania [CriticAlexandraBarker] _Fall2012 This house for a monk is designed for self reflection and enlightenment. The Reis table was analyzed and used as a reference to generate a series of diagrams. These then became modules which transformed into threshold, used to sequence entire spatial layout. The new space then began generating aperture based on its new geometry.
2’ - 0” A.F.F
Meditation
Kitchen
Bath
D
A stark contrast from the public altar space, the meditation area is secluded and designed with water pools that reflect sound, and direct light penetration in order to inspire positive energy.
C
Entry
B 4’ - 0” B.F.F
A
Bedroom Bath
+
[FloorPlan]
Section A
Section B
+
[SerialSections]
+
+
[AltarEntry]
HouseofLight
[MeditationRoom]
Section C
Section D
Section E
06]
+
[SerialSections]
[DadaDigital]
+
+ArchitecturalAssociation [CriticKasperAx] _Fall2014 Dada digital focused on digital representation of objects that could allow a generative form. This object would then be physically modelled through use of several different techniquess to rigourously explore material limitations and possibilities. The methods used in this specific project were digital collaging, 3D modelling through Maya and Rhino software, rendering textured outputs and then manually creating these textured forms. The physical models were created through 3d printing, painting, CNC milling, and vacuum forming.
+
[TexturedRender]
+
[3DPrint]
[AlteredReality]Philadelphia,PA +UniversityofPennsylvania [CriticJoshDannenberg] _Spring2013
And so, my fellow Americans, ask not what your country can do for you; ask what you can do for your country. My fellow citizens of the world, ask not what America will do for you, but what, together, we can do for the freedom of man.
Finally, whether you are citizens of America or citizens of the world, ask of us here the same high standards of strength and sacrifice which we ask of you. With a good conscience our only sure reward, with history the final judge of our deeds, let us go forth to lead the land we love, asking His blessing and His help, but knowing that here on earth, God's work must truly be our own.
+
[ArduinoOutput]
In this project, the speech ‘What you can do for your country’ by JFKennedy is used and weighed against time, piped to give a 3D form, and subjected to different realities which it reflects. This project, in its conceptual stages, questions what creates societal deterioration. In relation to public health, the imapct of sound and music therapy is being investigated as an avenue of regeneration and expression.
+
[Utopia]
DigitalExplorations
The energy, the faith, the devotion which we bring to this endeavor will light our country and all who serve it—and the glow from that fire can truly light the world.
+
A grasshopper and arduino script was created, using the sound inputs to distort the map of Philadelphia infering the ability for sound to inspire change.
+
[Dystopia]
07]
+
[Arduino3D]
[Dissolve]Berlin,Germany
+
+UniversityofPennsylvania [StewardsonMemorialAward] _Spring2015 The dissolution of the physical boundary embraces a porous strucure symbolic of the rise and fall of the Berlin Wall. To mark the presence of the Wall, the double width line of the cobblestone is represented by a channel of water separating visitors at points, engaging in others. Dissolve becomes a porous entity that allows infiltration of music and art through porousity while slowly fading into the Tiergarten landscape.
+
[AerialDissolve]
The structure consists of three rooms, each more narrow and dark than the last making users transcend time and travel into the wall itself. At its narrowest point there is a release of transformative space, where the Wall is no longer a barrier, but rather a vessel that transports the users though an emotional journey.
+
[InteractivePassage]
+
[InteriorPool]
+
Dissolve
[TransformationSpace]
09]
+
[SchematicPlan] observation deck w/ cultural market (below)
[RowhouseConstruction]
+
+UniversityofPennsylvania [CriticFrancaTrubiano] _Fall2012 The addition includes a high performance wall, double story opening, bay window and green roof. The high performance wall, consists of a brick pattern etched into the glass to provide an interesting transition from brick to plain glass. The shading devices were made to emphasize the verticality of the space. In addition to the roof garden system, the addition needed a roof sklight located above the interior atrium to allow natural light to reach the ground level. Later, the addition was reviewed through the Athena eco-calculator to check system efficiency and explore possible sustainable alternatives.
+
[LongSection]
+
[ShortSection]
1/4" Chrome Panel
g Mullion Structural Steel Angle
k Pat tern
Flashing Drip Edge Under Sill
Level 3 23' - 6"
Level 3 23' - 6"
Soldier Course Steel Angle Support ing Soldier Course Ov er Opening
2 ADD502
Level 3 Rear 21' - 0"
Level 3 23' - 6"
Level 3 23' - 6"
Level 3 23' - 6"
2 ADD502
Level 3 Rear Level 3 Rear 21' - 0" 21' - 0"
Flashing Drip Edge Under Sill
Level 3 Rear Level 3 Rear 21' - 0" 21' - 0" Flashing Drip Edge Under Sill
5' - 0"
5' - 0"
Silicon Caulking Joint
2 x 10 Double Header 1 ADD503
Insulation
Curtain Wall 1 ADD502
Concrete Masonry Unit Bond Beam
Masonry Metal Tie
Level 2 13' - 6"
Level 2 13' - 6"
Structural Steel Angle
Insulation
Structural Steel Angle
Level 2 Rear Level 2 Rear 11' - 0" 11' - 0"
Flashing
Level 2 Rear Level 2 Rear 11' - 0" 11' - 0"
Flashing
Concrete Masonry Units
Insulation
Weep Holes Insulation
Masonry Metal Tie
Masonry Metal Masonry Metal Tie Tie
Weep Holes Concrete Masonry Units
4' - 0"
Weep Holes
4' - 0"
Level 2 13' - 6"
Concrete Masonry Units
Brick
Brick
Concrete Wall Anchor Bolts
Concrete Masonry Units Concrete Masonry Units
Brick
Brick Brick
Flashing
Flashing Flashing
Concrete Wall Anchor Bolts
Curtain Wall
Concrete Masonry Unit Bond Beam Concrete Masonry Unit Bond Beam
Concrete Masonry Unit Bond Beam
Flashing Drip Edge Under Curtain Wall
Level 1 2' - 0"
GROUND 0' - 0"
Level 1 2' - 0"
Level 1 2' - 0"
GROUNDGROUND 0' - 0" 0' - 0"
Silicon Caulking Joint Wood Blocking
Concrete Wall
Structural Steel Angle Concrete Wall Anchor Bolts
Level 1 2' - 0"
Level 1 2' - 0"
GROUND 0' - 0"
GROUND 0' - 0"
Concrete Wall Concrete Wall
Level 1 Basement Slab I nsulation 2' - 0"
Basement Basement Slab GravSlab el
Basement Slab
Basement Slab Basement Slab I nsulation Footing French Drain Basement Slab Grav el
Footing French Drain
Level Basment -6' - 6"
Concrete Wall Anchor Bolts Concrete Wall Anchor Bolts Concrete Wall Concrete Wall Footing French Drain
Basement Slab I nsulation Footing French Drain
Basement Slab Grav el
Structural Steel Angle Structural Steel Angle
FootingSlab French Drain Basement Basement Slab Basement Slab I nsulation Basement Slab I nsulation Basement Slab Grav el Basement Slab Grav el
Level Basment Level Basment -6' - 6" -6' - 6"
Level Basment Level Basment -6' - 6" -6' - 6"
+
[WallSection]Details
GROUND 28" x 38" Chrome Frame Skylight 0' - 0 0 0" Flashing Drip Edge Ov er Sill
1
North Wall Section
East Wall North Section Wall Section 2 1
2" x 6" Wood Blocking
East Wall Section 2 3 South wall Section
Insulation Walking Path Wood Blocking
2 Curtain Wall Base
6" Top Soil Geotextile Drainage FilterChrome Fabric Frame 28" x 38" 1 1/2" Sand Skylight 3/4" Bitumen Impregnated High Density Protect iv e Board 1/2" EPDM Membrane 2" Rigid I nsulation Flashing Drip Edge Ov er Sill 3/4" Plywood Panel Substrate
Brick
23' - 6"
Large Tree Small Bushes
Concrete Masonry Units
2" x 6" Wood Blocking Concrete Masonry Unit Bond Beam 2" x 6" Double Wood Blocking At Base
Walking Path
Structural Steel Angle
Wood Blocking
Level 3 23' - 6"
6" Top Soil Geotextile Drainage Filter Fabric 1 1/2" Sand 3/4" Bitumen Impregnated High Density Protect iv e Board 1/2" EPDM Membrane 2" Rigid I nsulation 3/4" Plywood Panel Substrate
Flashing with Drip Edge
6" Top Soil Geotextile Drainage Filter Fabric 1 1/2" Sand 3/4" Bitumen Impregnated High Density Protect iv e Board 1/2" EPDM Membrane 2" Rigid I nsulation 3/4" Plywood Panel Substrate
Level 3 Rear 21' - 0"
6" Top Soil Geotextile Drainage Filter Fabric 1 1/2" Sand 3/4" Bitumen Impregnated High Density Protect iv e Board 1/2" EPDM Membrane 2" Rigid I nsulation 3/4" Plywood Panel Substrate Wood Blocking Batt Insulation
Large Tree Small Bushes
Level 3 23' - 6"
2 Detail Window Head 1 1/2" = 1'-0" 1
2" x 6" Double Wood Blocking At Base
Detailed Green Roof Section at Skylight
Level 3 23' - 6"
+
[SkylightDetail] 1
Detailed Green Roof Section at Skylight
3 Sou
Metal Coping 2" x 14" Wood Nailer
6" Top Soil Concrete Masonry Units Geotextile Drainage Filter Fabric 1 1/2" Sand 3/4" Bitumen Impregnated High Brick Density Protect iv e Board 1/2" EPDM Membrane Masonry Metal Tie I nsulation 2" Rigid Level 3 3/4" Plywood Panel Substrate
+
[GreenRoof]
Concrete Masonry Units Weep Holes Brick Insulation Mortar Joint
Level 3 Rear 21' - 0"
2" x 10" Roof Framing
RowhouseConstruction
Level 2 Rear 11' - 0"
Curtain Wall Head
Level 2 13' - 6"
Concrete Masonry Unit Bond Beam
4' - 0"
Level 2 13' - 6"
9" Batt Insulation 24' - 10"
Masonry Metal Tie
24' - 10"
Level 3 Rear 21' - 0"
24' - 10"
24' - 10"
1 ADD502
1
6" Batt Insulation
Insulation
09]
+
[PaperProgramming]
A
[HighRiseConstruction]
C
D
E
155' - 0 1/4 "
+UniversityofPennsylvania F G [CriticLindsayFalck] _Spring2013
25' - 0"
25' - 0"
2
A201
25' - 0"
25' - 0"
This new construction high performance office tower consists1 of an open floor plan conducive to office space flexibility. The multi-story building consists of a large atrium with sky2 lights that penetrate the entire structure allowing natural light to filter to all work areas. The design caters for both cubicles and 3 modular work areas, as mirrored by the Reflected Ceiling Plan,and contains a double height break room that has balcony access. 4
A302
2-
2
25' - 0"
25' - 0"
A201
96' - 0"
13' - 4 1/3
1
2
2"
25' - 0"
2-
3
A301
2-
A301
2-
A301 -
/32"
4
62' - 7 25
1-
75' - 5"
F
25' - 0"
1
The building uses steel, concrete and glass construction, and features shading devices aligned to the mullions, complimenting the design 5 aesthetic. In addition, the irregular envelope shape creates presence in the theoretical context. E
25' - 0"
20' - 4 13/ 16"
114' - 7 5/3 2"
-
G
A201
UP
UP
-
F 2
25' - 0"
20' - 8 1/4 "
+
25' - 0"
E
25' - 0"
25' - 0"
D
B
32' - 1 3/1 6"
D
A301 -
A302 -
A
B
1-
C
G
D
5
E
F 2
A201
G
A201
1
A302 -
1 2-
1 A201
2
2 2
3
-
Typical Office Floor Plan 1/16" = 1'-0"
3
-
4
4
1-
5
+
[TypicalPlan]RCP
A302
5
PRODUCED BY AN AUTODESK STUDENT PRODUC
Level 2 20' - 6"
Level 1 0' - 6"
B1 -11' - 6"
Level 8 Level 8 110' - 6"110' - 6"
Level 7 Level 7 95' - 6" 95' - 6"
Level 7 Level 7 95' - 6" 95' - 6"
Level 6 Level 6 80' - 6" 80' - 6"
Level 6 Level 6 80' - 6" 80' - 6"
Level 5 Level 5 65' - 6" 65' - 6"
Level 5 Level 5 65' - 6" 65' - 6"
Level 4 Level 4 50' - 6" 50' - 6"
Level 4 Level 4 50' - 6" 50' - 6"
15' - 0"
Level 1 0' - 6"
Building Section North/South Looking West 3/32" = 1'-0"
RoofRoof 125'125' - 6" - 6"
Level Level 8 8 110'110' - 6" - 6"
Level Level 7 7 95' -95' 6" - 6"
Level Level 6 6 80' -80' 6" - 6"
Level Level 5 5 65' -65' 6" - 6"
Level Level 4 4 50' -50' 6" - 6"
Level 2 Level 2 20' - 6" 20' - 6"
2
East Building East Building Elevation Elevation 2 3/32" = 1'-0" 3/32" = 1'-0"
Philadelphia Philadelphia Office Office Building Building North North andand East East Building Building Elevations Elevations 1
Project Number Project Number Date
Date
Drawn By Drawn By CheckedChecked By By
Scale
Scale
South South Building Building Elevation Elevation 1 3/32" 3/32" = 1'-0" = 1'-0"
532.2013 532.2013 2/6/2013 2/6/2013 Anamika Anamika N. N. Lindsay Lindsay FalckFalck
A301 A301
3/32" 3/32" = 1'-0"= 1'-0"
5/6/2013 8:01:12 AM
North Building North Building ElevationElevation 1 3/32" = 1'-0" 3/32" = 1'-0"
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTPRODUCT PRODUCT
1
Level 1 Level 1 0' - 6" 0' - 6"
5/6/2013 8:01:12 AM
Level 1 Level 1 0' - 6" 0' - 6"
ARCH ARCH 532532
Level Level 3 3 35' -35' 6" - 6"
Level Level 2 2 20' -20' 6" - 6"
Level Level 1 1 0' - 6" 0' - 6"
2
West West Building Building Elevation Elevation 2 3/32" 3/32" = 1'-0" = 1'-0"
15' - 0"
B2 -23' - 6"
G
Building Sections
B3 -35' - 6"
6" Incandescent Recessed Can Gypsum Wallboard on Metal Stud Dropped Ceiling
Project Number Date Drawn By
6'- 0" Concrete Checked By Sidewalk
Water Main
Level Level 8 8 110'110' - 6" - 6"
Scale
Gas Main Level Level 7 7 95' -95' 6" - 6"
Sewer Level Level 6 6 80' -80' 6" - 6"
Anchor Level Level 5 5 65' -65' 6" - 6"
Level Level 4 4 50' -50' 6" - 6"
532.2013 2/6/2013 Anamika N. Lindsay Falck
A201
Cable RoofRoof 125'125' - 6" - 6"
Line of Tiebacks (rock anchors) at approx. 12'-0" o.c.
Level Level 3 3 35' -35' 6" - 6"
Level Level 2 2 20' -20' 6" - 6"
ARCH ARCH532 532 Level Level 1 1 0' - 6" 0' - 6"
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTPRODUCT PRODUCT
Level 3 Level 3 35' - 6" 35' - 6"
Level 2 Level 2 20' - 6" 20' - 6"
Philadelphia Office Building
B1 -11' - 6"
Philadelphia PhiladelphiaOffice Office Building Building South Southand andWest West Elevations Elevations Project Project Number Number DateDate Drawn Drawn By By Checked Checked By By
Scale Scale
3/32" 3/32" = 1'-0" = 1'-0"
Curtain Wall Panel with Low E Glazing
Level 7 95' - 6"
Roof 125' - 6"
High Performance Glass
Vertical Solar Shade
4" LW Concrete on 2" Metal Deck
W14x43 Steel Flange
W18x76 Steel Flange
Level 6 80' - 6"
Level 8 110' - 6"
Level 5 65' - 6"
1 A501
Level 7 95' - 6"
Level 4 50' - 6"
Level 6 80' - 6"
Level 3 35' - 6"
Level 5 65' - 6"
Level 4 50' - 6"
1
Partial Detailed Section 1/4" = 1'-0"
A
Level 3 35' - 6"
Level 2Level 6 20' - 6"80' - 6"
Level 6 80' - 6"
Level 1 0' - 6" Level 5 65' - 6"
Level 5 65' - 6"
B1 -11' - 6"
B2 -23' - 6"
Level 4 50' - 6"
B3 -35' - 6"
Callout of Building Section East/ West Callout of Partial Detailed Section Looking South 1 1/2" = 1'-0" 1 1/8" = 1'-0"
532.2013 532.2013 2/6/2013 2/6/2013 Anamika Anamika Naraynsingh Naraynsingh Lindsay Lindsay Falck Falck
A302 A302
3/32" = 1'-0"
F
PRODUCED BY AN AUTODESK STUDENT PRODUCT
ARCH 532 1 A402
PRODUCED BY AN AUTODESK STUDENT PRODUCT Level 3 Level 3 35' - 6" 35' - 6"
15' - 0"
Level 2 20' - 6"
15' - 0"
PRODUCED PRODUCED BY BY AN AN AUTODESK AUTODESK STUDENT STUDENT PRODUCT PRODUCT
2
Roof Roof 125' - 6"125' - 6"
Level 8 Level 8 110' - 6"110' - 6"
2' x 4' ACT System
PRODUCED PRODUCED BY BY AN AN AUTODESK AUTODESK STUDENT STUDENT PRODUCT PRODUCT
Roof Roof 125' - 6"125' - 6"
B3 -35' - 6"
PRODUCED BY AN AUTODESK STUDENT PRODUCT PRODUCED BY AN AUTODESK STUDENT PRODUCT
Building Section East/West Looking North 3/32" = 1'-0"
Rectangular Duct
Level 3 35' - 6"
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTPRODUCT PRODUCT
B2 -23' - 6"
1
96" Linear Pendant Light
0' - 6"
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTPRODUCT PRODUCT
Level 4 50' - 6"
G
Level 4 50' - 6"
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[WallSection]Details 2
Callout of Partial Detailed Section West 1/2" = 1'-0"
P
D
D
C
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HighRiseConstruction
Level 3 35' - 6"
Level 5 65' - 6"
PRODUCED BY AN AUTODESK STUDENT PRODUCT
Level 4 50' - 6"
Level 6 80' - 6"
5/6/2013 8:01:04 AM
Level 5 65' - 6"
Level 7 95' - 6"
15' - 0"
Level 6 80' - 6"
Level 8 110' - 6"
4' - 0"
Level 7 95' - 6"
Roof 125' - 6"
11' - 0"
Level 8 110' - 6"
F
15' - 0"
Roof 125' - 6"
5' - 0"
A201
G
15' - 0"
A201
2
1
PRODUCED BY AN AUTODESK STUDENT PRODUCT
2
1
5/6/2013 8:01:14 AM
3
5/6/2013 8:01:14 AM
4
G
PRODUCED BY AN AUTODESK STUDENT PRODUCT
F
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SK STUDENT PRODUCT
D
PRODUCED BY AN AUTODESK STUDENT PRODUCT
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UDENT PRODUCT
B
ODUCED BY AN AUTODESK STUDENT PRODUCT
A
PRODUCED BY AN
09]
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[SectionPerspective]
[TheVibe]Hollywood,FL
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+FloridaInternationalUniversity [CriticPhilipAbbott] co:JoannaRodrig.NicoleYousefi_Fall2010 This group project was the recipient of the Festival of the Trees Scholarship. This building consists of a yoga room, four large studios for dance and capoeira, locker room, cafeteria, lecture hall and nutritionist center to all promote a healthy, fun lifestyle. The cafeteria is identified by the vibrant colors and layering of materials in order to create an exciting environment for eating, learning and socializing. This floor along with the office floor projected to gain LEED Gold certification (64 points) through the use of no VOC paint, 51% water reduction through water efficient fixtures, rainwater collection and use of solar panels to name a few.
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[PlanWithPartitions]
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[MainReception]
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[MainReception]
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[OfficeEntry]
TheVibe
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[RestaurantInterior]
[TheVibe]10
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[YogaEntry]
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TheVibe
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[DanceStudioElevation]
20 1013
20
R
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W o A e rks EC Fi
1:30 PM - 3:00 PM Renovate for Recovery
EXHIBITIONS
Rembrandt the Etcher Aug 10 - Feb 17 ‘14 Frances Vrachos Gallery Museum of Fine Arts, Boston 465 Huntington Avenue, Boston, MA The Summer Academy’s 40th Anniversary and Student Exhibition July 26 - Sept 11 McCormick Gallery Boston Architectural College 320 Newbury Street, Boston, MA
8:00 AM - 10:00 AM Intro to International Green Construction Codes 10:15 AM - 12:00 PM Energy Conservation and the Stretch Code 6:30 PM - 8:00 PM Architecture for Humanity Boston
Reprogramming the City: Opportunities for Urban Infrastructure June 25 - Sept 29 BSA Space 290 Congress Street, Suite 200 Boston, MA Harvard GSD 2013 Commencement Exhibition May 30 - August 2 Harvard University Graduate School of Design 48 Quincy Street Cambridge, MA
EVENTS Free Fun Fridays Aug 2 Boston Children's Museum Franklin Park Zoo Arnold Arboretum Fuller Craft Museum Wenham Museum The Mahaiwe Performing Arts Center
SHARED RISK AND REWARD
Aug 9 Boston Harbor Island Alliance The Sports Museum Battleship Cove Ocean Explorium The Cape Cod Museum of Natural History The Eric Carle Museum
JOINTLY DEVELOPED GOALS
Aug 16 The Institute of Contemporary Art/Boston USS Constitution Museum Concord Museum Edward Gorey House
DESIGN - ASSIST
Berkshire Museum
SUCCESSFULLY INTEGRATED NOT APPLICABLE
Aug 23 Isabella Stewart Gardner Museum Museum of African American History New Bedford Whaling Museum Fitchburg Art Museum Fruitlands Museum Sterling and Francine Clark Art Institute Aug 30 Plimoth Plantation The Discovery Museums New Repertory Theatre Ecotarium Norman Rockwell Museum The Mount: Edith Wharton's Home
05 06 07 08 09 12 13 14 15 16
Maps to Apps: Boston Now Jan 1- Dec 31 BSA Space 290 Congress Street, Suite 200 Boston, MA
COLLABORATIVE DECISION MAKING
01 02
6:30 PM - 9:00 PM Center to Center, City to City, Coast to Coast
Toshio Shibata: Constructed Landscapes Apr 20 - Feb 2 ‘14 Hilborn Gallery Peabody Essex Museum 161 Essex St, Salem, MA
To p
IPD CHARACTERISTICS
MULTI PARTY CONTRACT
CALENDAR OF EVENTS
Project Beginnings: Drawing Early Architecture May 12 - Aug 15 Keller Gallery Massachusetts Institute of Technology 265 Massachusetts Avenue, Cambridge, MA
EARLY INVOLVEMENT OF PARTICIPANTS CO-LOCATION “BIG ROOM”
AUG
UCONN ACC
DARTMOUTH - HITCHCOCK
CALIFORNIA PRISON
UNIVERSITY OF COLORADO
ARIZONA STATE UNIVERSITY
WALTER CRONKITE
NEW PARKLAND HOSPITAL
FORT BELVOIR
HDR PROJECTS
HURLEY MEDICAL CENTER
REHAB INSTITUTE OF CHICAGO
De car p sig e n 0-
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Some noteable projects for this time included involvement in North Shore Medical Complex and Dartmouth Hitchcock Medical Complex which has almost completed construction.
ST A L
Top ngi 10 50 ne 0 0D e G esi rin re gn Firm g N en s # ew D
HDR’s primary focus for the 2013 summer internship was an introduction to all aspects of the office. Duties ranged from RFP correspondence with Turner Construction Company to preparing graphic documents for projects that were going to be bid on. Some of the larger projects have been built, while others were purely research or experimental.
10 20 013 2
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+Internship [SupervisorJoeMamayek] _Summer2013
e enu er Rev ine nue gn ng Reve esi g E ross y D yin by G 0 s b cif rms p 1 by
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P mu a bli To ga c W p z i A
[HDR Inc.]Boston,MA
6:00 PM - 8:00 PM reGEN Boston: Energizing Urban Living
19 20 21 22 23 26
LECTURES
03 04
10 11
17 18
24 25
27 28 29 [Graphics] 30 31
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1
AUDITORIUM FRIT PATTERN Option 1 1/4" = 1'-0"
WILLIAMSON TRANSLATIONAL RESEARCH BUILDING
+
[FritView]
1
AUDITORIUM FRIT PATTERN Option 2 1/4" = 1'-0"
IDEA 3
IDEA 2
IDEA 1
IDEA 3
IDEA 2
IDEA 1
WILLIAMSON TRANSLATIONAL RESEARCH BUILDING H
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Y D
P WG
WG
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Future Parking Structure
Primary and Secondary Service Entries
Ambulance Entrance
D
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WG Y
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• WG
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SIGN
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• • • • •
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Future Parking Structure Future Expansion
Proposed Addition
Pedestrian Movement Primary and Secondary
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11]
WG
immediate area
• Campus Flow Impact: Drop-off, pick-up modification • Travel distance from ED to Imaging: Significant increase, unless imaging is included in new ED. Requires elevator ride to other services
WG
WG
Ambulance Entrance
Patient Circulation
• Circulation: Separation of ambulance and walk-in patient access. Highly visible, strong integration with main lobby
WG
WG
Existing and Proposed
Patient Entrance Staff Existing Circulation and Proposed
Pedestrian Movement
• Location: West of new main entrance • Displacement: No hospital functions. Will displace parking and add demand to WG
SIGN
Needs new 8’ corridor or corridor against facade
opportunities Northward
Relocated Loop Road
Proposed Addition
Healing Garden
Future Parking Structure
WG
P
construction will be in close proximity to existing Surgery/ Med Surg Beds
WG
WG WG WG
WG
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• Proposed Growth: Surgical and Diagnostic Imaging expansion, potential infill of courtyard • Long Term Potential: New core hospital with strong adjacencies and long term growth
E
WG WG WG
ED PROPOSED ADDITION
Existing and Proposed Ambulance Entrance
• Phases of construction: Single phased. Minimal disruptions to all clinical functions. However
WG
Existing Road
Existing Road
WG
H
SIGN
Primary and Secondary S Location: East of Surgical Laboratory Service Entries Displacement: Impact limited to underground infrastructure Circulation: Separation of ambulance and walk-in patient access Campus Flow Impact: Potential helipad and driveway rerouting Travel distance from ED to Imaging: Increased distances unless imaging is included. WG
ws
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Ambulance Entrance
Patient Circulation P
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MAIN LOBBY
WG
Existing and Proposed Patient Entrance
WG
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SIGN
• • • •
WG
trailer dock , engineering, underground oil tanks and oxygen tanks Circulation: Separation of ambulance and walk-in patient access Campus Flow Impact: Potential helipad and driveway rerouting Travel distance from ED to Imaging: Slight Increase, need new 8’ corridor Phases of construction: Multiple phases to preserve continuous operations/ ambulance access Proposed Growth: Potential backfill of existing ED will allow redefining of Diagnostic Imaging and strong clinical adjacencies Long Term Potential: Long Term Potential: Raising the lab wing allows new hospital core between ED and Surgery Dept, leaving remaining original hospital for outpatient services
Proposed Addition
Observations/ Opportunities: WG
WG
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SIGN
SIGN
WG
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Existing and Proposed Ambulance Entrance
Primary and Secondary S • Location: East of and adjacent to current EDEntries Service • Displacement: Non-clinical functions. Impact limited to displacement of mobile imaging WG
SIGN
Pedestrian Movement
Observations/ Opportunities: WG
WG
Future Parking Structure Future Expansion
Vie
WG
Relocated Loop Road Patient Circulation
SIGN
WG H
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Staff Circulation
Proposed Addition
Healing Garden
WG WG WG
Patient Circulation P
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SIGN
SIGN
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P
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WG
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Pedestrian Movement
WG WG WG
Existing and Proposed Patient Entrance
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MAIN LOBBY
Vie
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H
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Proposed Addition
Healing Garden
Y
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H
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ws
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Existing Road
Healing Garden
H
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Existing Road
Existing Infrastructure
Existing Infrastructure
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Healing Garden
PIV
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Existing Infrastructure
Existing Infrastructure
H
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D
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IDEA 1
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D
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PROPOSED ADDITION
HDR Inc.
P
SHELL
WG
H
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• Phases of construction: Single phased. Minimal disruptions to all clinical functions • Proposed Growth: This location would require raising the adjacent clinic building to
[BidProposal]
accomodate future ED expansion
• Long Long Term Potential: Term Potential: This location preserves a significant site area for future development
[OBMInternational]Miami,FL
+
+Internship [SupervisorLioraHaymann] _Summer2014 OBM International requested a CAD and rendered database of street typologies as their primary focus for the summer internship. In addition, high quality work sample books were a priority for potential clients. Working with various members of the team on different scales gave great exposure to different scales of projects. Some noteable projects for this time included involvement in a masterplanning complex for the Saudi Arabian prince Al Wadi and the Tazi Palace of Morocco being converted to a hotel.
+
[Tazi]Drawings
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[AlWadi]Retail
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[Tazi]Elevation
+
OBMInternational
[Tazi]Perspective
12]
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[AlWadi]Market
oiloftroPngiseD
hgnisnyaraNakimanA
]5102 +