Portfolio 2020

R T F O L I

Academic & Professional | Selected Works

O

Architecture Portfolio 2020

P O

JENNIFER NAM

PERSONAL Name Seung Won (Jennifer) Nam Date of Birth 02 January 1993 Nationality South Korean Languages English (Fluent)

Korean (Native) Dutch (Beginner) Mandarin (Beginner)

CONTACT Email Mobile Skype Address

jennifernam93@gmail.com (+31) 06 4893 0298 jennnammm Herman Gorterhof 71 2624 XG, Delft, The Netherlands

EDUCATION Delft University of Technology MSc. Architecture & Built Environment 2017 - 2019 University of Hong Kong BA Architectural Studies 2012 - 2016

WORK EXPERIENCE

JENNIFER NAM SEUNG WON

I have been engaged in various projects in and outside the Netherlands throughout my international academic and professional experiences. My interests lie on housing and mixuse projects in an urban context. So far I have accumulated extensive knowledge in concept development, and visualizations, along with experience in conducting definitive design studies regarding materializations of facade and interior.

Effective communication, attention to detail, adaptability to changes and positive attitude as a team player remain as my core strength. As a growing architect, I am eager to stretch out my role out to the technical and construction phases of architectural project over time.

Junior Architect KAAN Architecten - Rotterdam, NL 11/19 - Present Intern KAAN Architecten - Rotterdam, NL 03/19 - 08/19 Architectural Assistant Ronald Lu & Partners - Hong Kong 09/16 - 06/17 Summer Intern Menis Arquitectos - Tenerife, Spain 05/15 - 08/15

SKILLS Rhino Revit AutoCAD Sketchup Vray Enscape Twinmotion Photoshop Illustrator Indesign

PROJECTS

1

SPOT Mix-use Residential Amsterdam, NL

2

Newday Offices

3

Arenakwartier Masterplan

Office Amsterdam, NL

Office-Commerical Amsterdam, NL

4

Goldin Financial Global Square Office-Retail Kowloon, Hong Kong

5

Organizing the Unorganized Affordable Housing Mumbai, India

6

7 8

Diagonal Detour Apostolic Nunciature of the Holy See Yerevan, Armenia

Stitching Walls Urban Housing Marina Bay, Singapore

Ground Porosity Urban Invervention To Kwa Wan, Hong Kong

2019 | Professional Work | KAAN Architecten | Mix-use Residential

SPOT

2019 | Professional Work

New urban lifestyle in a transformative region

KAAN Architecten (03/19 - 08/19)

The SPOT project originates from the redevelopment of Hogehilweg in Amsterdam-Zuidoost.

The area, currently occupied by office blocks from the 80s, will be transformed into a cosmopolitan part of the city over the next few years.

From the beginning, different atmospheres are being established simultaneously, creating both an intimate inner-city environment and an expanding metropolis, the village and the city in one. The vision, with an underlying strategy of density, is to create a space with urban dy-

DO | facade element studies, materialization options, visualizations Mix-use Residential (40,000 sqm) Hogehilweg, Amsterdam, The Netherlands 1

2

3

4

namics, bringing comfort and achieving an alluring stratification. With as strong emphasis on residential atmosphere aside offices and commercial spaces, the programme enables considerable density, resulting in a green inner-city environment. Varying towers and lower building blocks, SPOT introduces a layer between the human scale, the buildings, and the wider environment. The transformation happening in the area follows the emerging practices in the city.

working services living/working 1) Existing site situation; 2) Ensembles form squares; 3) Evenly spread towers for openness; 4) Pedestals give smaller scale in courtyard

bike storage entrance lobby technical

social units middle sector units free sector units

5

2020 | Professional Work | KAAN Architecten | Mix-use Residential

A2 lobby design as one-way mirror box A2 entree plan

B2 entree facade opening variation

B2 entree plan

A1 lobby interior materializations in relation to the brick pavement

A1 entree plan

Ground floor plan

Street view from the Plaza

7

2020 | Professional Work | KAAN Architecten | Mix-use Residential

Corner perspective of A1 balconies

Grey palette of the A1 tower

A1 balcony redistribution studies

Sleek, black materials of the A2 tower

A1 Facade Fragment

Park view

9

2020 | Professional Work | KAAN Architecten | Offices

Newday Offices

2019 | Professional Work

Creating ensemble towards the future

KAAN Architecten (01/20 - 03/20)

The development of the Newday office is situated in the Schinkelkwartier as part of the Amsterdam-Zuidas corridor area. It is an interesting location along the ring road as well as along the east-west access route that is included in the urban plan, with both metropolican and local qualities. The overall urban vision is to transform the Schinkelkwartier from an isolated periphery work areas to a highly urban, innovative, diverse and sustainable work and residential area. The location close to the Schiphol

SO | concept development, urban analysis, visualizations Office (31,200m2) Schinkelkwartier, Amsterdam, The Netherlands

Current situation

Prominent location at A10

parallelogram for maximum barrier effect along highway

airport and the center of Amsterdam shows potential in creating an easily accessible and healthy neighborhood along the A10 highway.

While planning the lot of the client Stadium Capital, the redevelopment will likely lead the way for the total renovation of the area. Hence the design incoporates the architectural potentials of the surrounding plots and their phasing, such as the ambition to build the facilities of the plinth within two years.

repeated concept on adjacent lots

future-proof

reduces half of noise and guarantees sightlines while spaces between blocks are created

11

2020 | Professional Work | KAAN Architecten | Offices

Ground Floor

2nd Floor

6-8th Floor

Longitudinal section

Current situation highway A10 on raised dike, connection mainly with neighborhood

Future scenario A10 as city boulevard, building with all-round connections

Perspective of the lively plinth

Future phased development scenario

13

2019 | Professional Work | KAAN | Arenakwartier Masterplan

ArenAkwartier Masterplan

2020 | Professional Work

Completing the ring

KAAN Architecten (07/20 - 08/20)

The project defines the Arenakwartier as spatial and functional ensemble by creating a testing framework with the definition of the characteristic of Kavel 15 and 16 that will then become the pilot elements for the qualification of the area. A particular attention is given to the distinction between inner and outer ring around the Johan Cruijff Arena giving an indication for the functional layout of the public space. By determining the volumes of Kavel 15 and 16 in relation to the ensemble is also possible to

SO | concept development, urban analysis, visualizations Office and Commercial Arenakwartier, Amsterdam, The Netherlands

Origins

Present

define a new urban front on the north side of JC Arena. The architectural framework is described to define the relation of the building parts at a different level of detail, ruling the construction height, roof edges and articulation of the facades. After the urban hub is established, the plinth in the future is envisioned as a complete ring with consistent facade and a connected public roof garden that provides a new panoramic perspective for the visitors.

Development

Vision

15

2019 | Professional Work | KAAN | Arenakwartier Masterplan

Facade of the building along the Boulevard define the public space

Facade of the building along the Boulevard define public space

Active public space on ground floor

Integrated lighting and a transparent active public space on ground floor

Consideration of the opponents entrance which interferes with the K16 building

The ring of plinth around the stadium is ultimately environed as one uniform ensemble with organized facades. The coherent and complete ring of plinth allows the stadium to stand out more.

Use of building during day and night

17

2017 | Professional Work | Ronald Lu & Partners | Office-retail

Goldin Financial Global Square

2017 | Professional Work

Wholesale Conversion of Industrial Building

Ronald Lu & Partners (09/16 - 06/17)

The Kowloon Bay district is undergoing a transformation into the second central business district of Hong Kong. The site is Goldin Financial Global Square, an existing industrial building along the Sheng Yuet road. The location near the Kwun Tong Bypass and Kowloon Bay metro station makes it highly accessible. What was once a monolithic inward-looking concrete block is converted into a dynamic glass box

VO | Facade and materialization Studies Office-retail (30,000 sqm) Kowloon Bay, Kowloon, Hong Kong

Site context

monolithic mass with horizontal divisions

vertical breakdown of the mass and double height shopfront

with mixed use programs. To integrate and adapt to the change in use from retail, carpark to office, the building consists of three facade systems at work: double story glass wall shopfront with canopy, curtain wall with mullions and vertical outline of the columns. The interior is upgraded with bright and light materials, and the inner courtyard is transformed into an intimate shared space for the office users.

lighting features corresponding to the vertical language of the facade

Office Parking Commercial

19

2017 | Professional Work | Ronald Lu & Partners | Office-retail

a b c

d

e

f

a. spandrel glass d. mullion b. aluminum transoms e. aluminium cladding c. vision glass f. lighting feature

Detail elevation: Facade components

Detail plan view

Front Elevation: Along Sheung Yuet Rd.

Sectional model (Lower portion)

LAM FOOK ROAD

SHEUNG YUET ROAD

REAR LANE

WANG TAI ROAD Back elevation perspective

5/F Plan: Lvl +23.355 mPD)

N

CURTAIN WALL FACADE VARIATIONS

UPPER SECTION

LOWER SECTION

Opt 1: Undulating Transom Curtain wall transitioning from opaque to transparent / Visual integration of transoms, opaque and solid panels

Opt 2: Tinted Glass Integration of two window systems and different glass panel sizes / Flexibility in louver placement

Opt 3: Folding Canopy Integration of vertical aluminum features and fritted glass / Smooth transition from the glass to the canopy

Opt 4: Tower-Podium (Curtain Wall) Architectural order to break down the mass and respond to the function inside the building

21

2019 | Academic Work | MSc4 Thesis | Affordable Mix-use Housing

Organizing the Unorganized

2019 | Academic Work

Towards empowerment of the informal sector

TU Delft MSc4 Global Housing Studio (09/18-11/19)

Nalasopara East, a representative case of chaotic urban fabric in Mumbai, India, is comprised of densely packed mid-rise chawl developments which neglect the complex and unorganized network of informal economic activities of the low-income residents for the benefit of the private developers. This affordable housing project aims to embrace the existing vibrancy of Nalasopara East, yet provide an alternative redevelopment solution to the remaining pockets of ground-storey baithi chawls that can not only increase density but also provide quality by creating a flexible live-work typology dedi-

Affordable Mix-use Housing Nalasopara, Mumbai, India

cated to different groups of the informal sector predominant in Mumbai. Unlike the conventional affordable housing process, a controlled participation will be incorporated to value the residents’ communal decisions as well as an efficient construction of low-cost and sustainable GFRG material will be explored. This pilot micro-scale redevelopment hopes to contribute to the making of the community-generating neighborhoods throughout the course of time where low-income locals and informal workers can both economically and socially benefit together.

BAITHI CHAWL BAITHI CHAWL BAITHI CHAWL

1 MASS

Baithi Chawls

Mid-rise Chawls

MASS

Intervention 3M

6M3M 3M

6M

Baithi Chawls

Mid-rise Chawls

6M

3M

6M

2+4

1+4

1+4

6M

6M 6M

1+4

1

1 MASS

PROPOSED PROPOSEDPROPOSED

CHAWL REDEVELOPED CHAWLREDEVELOPED REDEVELOPED CHAWL

3M

3M

6M

6M

6M 7.5M

2+4

2+4

3M

Intervention 6M

4.5M 7.5M

6M

7.5M4.5M

4.5M

3M

3M

FOOTPRINT FOOTPRINTFOOTPRINT 28 UNITS

28 UNITS

196 UNITS

196 UNITS

66 UNITS

66 UNIT

Units with spacious corridor (34 m2)

Home-based worker

Expandable units (21 m2)

Tea stall owner

Shop units (28 m2)

Shop units (21 m2)

Barber

Newspaper Man

Programs dwelling units circulation communal plinth expandable space multifunctional semi-outdoor

Cluster Axonometric

23

2019 | Academic Work | MSc4 Thesis | Affordable Mix-use Housing 1

2

social-tied home-based workers

19 existing families | creates 32 units (+13 units)

social-tied families

8 existing families | creates 12 units (+4 units)

3

1

2

Legend 3M Module 4.5M Module Corner Module Staircase 1/F Bridge Community Ground

4

Green Pockets Amenities Hawker zone

3

geography-tied hawkers

35 existing families | creates 42 units (+7 units)

4

family-tied shopowners (shoe seller, sari seller, tailor)

30 existing families | creates 52 units (+22 units)

Inside the dwelling

Inner street with intimate atmosphere for the residents

Main street bustling with economic activities

25

2019 | Academic Work | MSc4 Thesis | Affordable Mix-use Housing

A. Foundation

B. Balustrade

C2.

Roof

8

1

16

2 3

15

17

9 4

18 10

5

C1.

Roof 15 17 6

12

18

11 7

1. Lock for sliding shutter bolted into concrete 2. Concrete plinth beam connected to floor slabs 3, Concrete pavement 4. Floor slab reinforced with 10 gauge weld net 5. 200mm Compacted earth and/or sand 6. Brick and mortar Foundation 7. Plain Cement Concrete (PCC) Leveled work floor

19

20

13 14

8. Bamboo balustrade fastened on aluminium railing 9. Aluminium Framework bolted to concrete structure 10. Bamboo seating attached to bamboo columns 11. 10 gauge weld net 150 x 150mm 12. Reinforced edge beam 13. Floor triangular micro beams (spaced 750mm) 14. GRFG Panel floor

C1.

15. PVC fabric sheets attached to hex bolts 16. L-Brackets 160x60x10 secured to anchor bolts 17. Bamboo Purlins 100mm 18. Bamboo Beams 100mm 19. Aluminum Gutter 20. Stainless steel hex bolts

C2.

B.

A.

a d

b

f c

e

a

b

c

d

e

f

inviting doorstep

appropriation of space: storage of goods

appropriation of space: canteen

religious activity at community shrine

commercial extension

flexible street border

Through ethnographical research, the patterns of inhabitation were applied to the design to take in consideration of the daily activities in Nalasopara.

+13200

+10000

+6800

+3400

+0.400 Residential

Communal

Market street

Urban Section

27

2018 | Academic Work | MSc1 | Apostolic Nunciature of the Holy See

Diagonal Detour

2018 | Academic Work

Redefining orders

TU Delft MSc1 Public Building

The Kingdom of Armenia was the first state to adopt Christanity as its office religion in the 4th century. As one of the most ancient Christian communities, 94.8% of Armenian population is comprised of Christians.

Apostolic Nunciature of the Holy See

The objective of the studio was to design an apostolic nunciature of the holysee--a Catholic building--in the center of Armenia’s capital, Yerevan. This was a controversial attempt in a site which is in the center of the city where all the public attention could be drawn to (the 5.2%

Yerevan, Armenia Georgia

Armenia

Azerbaijan

92.6%

ARMENIA APOSTOLIC

YEREVAN

abandoned plot in between Cascade Complex and Russian Monument). My first approach to the project was to understand the existing order in the city, where there is a clear line of monuments transitioning from one to the other.

By referencing the elements I sought for integration: designing an experiential public space which stands as a new identity in the city of Yerevan, which could allow the Catholic religion to remain well-communicated, accepted and respected.

2.3% Other Christianity

Other

<1%

Turkey

Catholics (13,996) Iran

What influence can a Holy See (Catholic building) have in a predominantly Christian context?

92.6%

ARMENIA APOSTOLIC

2.3% Other Christianity

5.2% Other

<1%

Catholics (13,996)

Armenia religion statistics (2011)

MUSEUM inward cavity and visual connection via puncturing

CHAPEL inward cavity and split level

OFFICE slanted wall and multi-entries

HOUSE outward cavity for indirect entry from the main perspective

9

7

Golden Leaf Monument 8

Observatory

6

4

Community Centers Extended Pathway

5 3

Apostolic Nunciature

2

Cascade Complex

1

D C B A

PROGRAM SEQUENCE 1 2

Building A: Museum Workshop Space Exhibition Area

3 4

Building B: Chapel Office Chapel

5 6 7

Building C: Office Information Center Meeting Room Archive

Building D: Residence 8 Living Room / Kitchen 9 Meeting Room 10 Bed Room

29

2018 | Academic Work | MSc1 | Apostolic Nunciature of the Holy See

Structural diagram

Bridge promenade perspective

JOINT DETAIL (PLAN) / 1:5

Details: Floor and Roof

Sections (below) Southeast Entry Level 1 Southeast Entry Level 2 Entry to Museum Exhibition & Observatory Entry to Chapel Main Plaza Entry to Office Cafe Private Entry to Office Chapel Private Back Garden Outdoor Balcony Private Entry to House Northwest Entrance Outdoor Garden

1 2 3 4 5 6 7 8 9 10 11

Steel I-Beam Reinforced Concrete Slab Underfloor Heating Pipes Floor Rigid Insullation Concrete Screed with wire mesh Ventilated Crawl Space Support Ballast Protective Layer gravel Thermal Insulation Vapour Barrier Metal Cap Details: Facade

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

EXTERIOR

Glass reinforced concrete panel Solar control glazing (fixed) Swing tilt window Steel grid strut Aluminum support Insulation Sheathing board Reinforced concrete wall Plasterboard to wall Visual Foil Sealant Channel Glass (Low-E and Azur) Fire rated glass Silicon sealant Structural laminated glass Structural joist

22 25 22

EXTERIOR

INTERIOR 21 24

INTERIOR

21

25

24

27 26 27 26

23

23

JOINT DETAIL (SECTION) / 1:5

JOINT DETAIL (SECTION) 1:5 JOINT DETAIL (SECTION) // 1:5

20 3

20

4

19

3 2 4

19

2

18 1

18

1

17

15

12

Public Walkway

15

12

16 17

16

Unfinished Construction Site Construction Grid Blueprint

SECTION B-B' / 1:100

Community Blocks (potential) Extended Public Plaza SECTION

13

B-B' / 1:100

13

FACADE DETAIL (SECTION) FACADE DETAIL (SECTION)//1:5 1:5 FACADE DETAIL (SECTION) / 1:5

GLASS REINFORCED CONCRETE PANELS GLASS REINFORCED CONCRETE PANELS

STEEL GRID SUBSTRUCTURE

VISUAL FOIL & SEALANT

23

STEEL GRID SUBSTRUCTURE

21

VISUAL FOIL & SEALANT

20

REINFORCED CONCRETE WALL REINFORCED CONCRETE WALL

STEEL & CONCRETE SLAB STEEL & CONCRETE SLAB

INTERIOR

22 19

MONUMENTAL MASSES MONUMENTAL MASSES

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Perspective Inside the chapel

18 17

15

16 12

DETAIL (PLAN) / 1:5 JOINTJOINT DETAIL (PLAN) / 1:5

31

2013 | Academic Work | BA(AS) Thesis | Urban Housing

Stitching Walls

2013 | Academic Work

Urban Islands

HKU BA(AS)4 Wall Housing

Located in downtown Singapore, the site is a cluster of residual plots of land created by the East Coast Parkway flyover crossing Marina Bay. With city and waterfront on both sides, these urban islands are to be inserted with new habitable structures fully integrated with the existing infrastructure and in dialogue with the flow of traffic. The area of focus in my designated site was the centermost part of the overall site area, which consists of a triangular plot created by three overlapping roads. This

Urban Housing Marina Bay, Singapore

part of the site was fascinating for its energy generated by the movement on the roads on different heights, yet could improve accessibility and connectivity on the ground level.

To accenuate the site and embrace the highway, the design concept was to form two slabs outlining the road and make connections with crossing bridges elevated above the traffic.

Programmatically there are living and working which start from the walls then gradually blend in the middle as an extended spatial experience.

17%

70% 30%

Living (35,000 m2) Working (15,000 m2)

60%

23%

Living (30,000 m2) Extended Living (5,525 m2) Working (11,500 m2) Extended Working (2,975 m2)

Longitudinal Section

33

2013 | Academic Work | BA(AS) Thesis | Urban Housing

Shear wall columns

Trusses/ Wall enclosure

Floor slabs

Cross condition I

+81.50M 19

18

17

16

15

14

13

12

11

10

9

+38.25M HIGHWAY

Bridge Organization in 1:100 Sectional Model

Extended Living Extended Working Semi-Private Zone Communal Zone

1:100 outer wall perspective

1:100 Inner Wall perspective

1:500 MODEL IN SITE

35

2013 | Academic Work | BA(AS) Thesis | Urban Housing

01

01

PROGRAMMATIC FLOOR PLANS

02

20/F

+87.25M

LIVING EXTENDED LIVING

02

WORKING EXTENDED WORKING

19/F +81.50M

S E M I - P R I VAT E Z O N E COMMUNAL ZONE

18/F

+78.25M

17/F

+75.25M

BRIDGE PROGRAMS

14/F

EXTENDED UNIT TYPES (INDICATED IN PLAN)

In response to the change in bridge width, the programs inside the bridge also changes.

For space usage, the lower (wider) bridges are more public, while higher (narrower) bridges are more private. This gradient change can also function as a barrier above the highway to prevent noise and pollution from the traffic below. Sunlight and air can better enter into the void as well.

+66.25M

GAME ROOM PERSONAL STUDIO EXTENDED LIVING ROOM

PRIVATE

16/F

+72.25M

15/F

+69.25M

RESIDENT LOUNGE LIBRARY

SEMI-PRIVATE OFFICES CLASS/WORKSHOP PEDESTRIAN WALKWAY

14/F

+66.25M

PUBLIC

03

03

04

PROGRAMMATIC FLOOR PLANS

20/F

+87.25M

LIVING

04

EXTENDED LIVING WORKING EXTENDED WORKING

19/F +81.50M

S E M I - P R I VAT E Z O N E COMMUNAL ZONE

18/F

+78.25M

17/F

+75.25M

EXTENDED UNIT TYPES (INDICATED IN PLAN)

BRIDGE PROGRAMS

15/F

In response to the change in bridge width, the programs inside the bridge also changes.

For space usage, the lower (wider) bridges are more public, while higher (narrower) bridges are more private. This gradient change can also function as a barrier above the highway to prevent noise and pollution from the traffic below. Sunlight and air can better enter into the void as well.

+69.25M

FLOOR PLANS

PRIVATE

GAME ROOM PERSONAL STUDIO EXTENDED LIVING ROOM

16/F

+72.25M

15/F

+69.25M

RESIDENT LOUNGE LIBRARY

SEMI-PRIVATE OFFICES CLASS/WORKSHOP PEDESTRIAN WALKWAY

PUBLIC

14/F

+66.25M

NAM SEUNG WON JENNIFER 2012582220 ARCH4605 Building Technology 5 Building Systems Integration

STRUCTURAL SYSTEM a. Structural core b.Elevator equipment c. Reinforced concrete wall d. Cast in-situ concrete shear wall e. Drywall assembly f. Cast in-situ concrete slab g. Structural truss

a

INTERIOR

b

h. Non-structural partition walls i. Galvanized water pipes j. Electric wire duct k. Galvanized air vents l. Suspended acoustic tile ceiling m. Interior staircase c

FACADE / ENVELOPE n. Window assembly o. Sliding balcony partitions p. Folding glass panels q. Reinforced concrete parapet r. Mechanical deck s. Railing t. Corridor u. Sound insulation board v. Sound reflection parapet

o

FOUNDATION w. Ground conrete slab x. Vapor barrier v y. Waterproof/protective board z. Concrete pile foundation t h u

e i

j

q f

d

n

r

s

k

g l p

m

Structure a. Structural core b. Elevator equipment c. Reinforced concrete wall d. Cast in-situ concrete shear wall e. Drywall assembly f. Cast in-situ concrete slab g. Structural truss

x

w

y

2/F

Interior h. Non-structural partition walls i. Galvanized water pipes j. Electric wire duct k. Galvanized air vents l. Suspended acoustic tile ceiling m. Interior staircase

Living (OUTER)

Bedroom

Living room

z

1/F

Facade/Envelope n. Window assembly o. Sliding balcony partitions p. Folding glass panels q. Reinforced concrete parapet r. Mechanical deck s. Railing t. Corridor u. Sound insulation board v. Sound relfection parapet

Balcony

Services (INNER)

EXTENDED UNIT TYPE 03 (INDICATED IN PLAN)

Bathroom

Kitchen/dining

Foundation w. Ground concrete slab x. Vapor barrier y. Waterproofing/protective board z. Concrete pile foundation

37

2011| Academic Work | BA(AS)3 | Urban Intervention

Ground Porosity

2011 | Academic Work

Common ground for the subdivided community

HKU BA(AS)3 Architectural Urbanism

The twelve mid-rise tenement buildings in To Kwa Wan, Kowloon have been built in the 1970s to mitigate housing shortage by the Hong Kong government. Due to the rise of the rental price from new housing in the periphery, the To Kwa Wan has experienced a drastic polarization of wealth. Currently the buildings are occupied by numerous low-income locals or ethnic minorities who incrementally created informal settlements and subdivided units for a temporary stay.

Urban Intervention To Kwa Wan, Hong Kong

Avg. $18000

MONTHLY INCOME PER FAMILY MEMBER (HKD)

<$6000 42%

$6000-$9000 $1000-14999 19% 14%

$100014999 14%

>$20000 15.3%

In this segregated and hostile environment, my aim was to instigate a sense of community and natural interaction to the area with minimum intervention of the original structure. Using the existing columns and staircases as design guidelines, I have created a diverse public program typologies which are inserted into the framework. The ground floor is ultimately envisioned as the common urban ground open and walkable for all the inhabitants and visitors.

Below Average Household Income

ETHNIC MINORITIES 11.2% OTHERS 3.1% THAI

6.8% FILIPINOS

18.6% INDONESIANS

25.2% PAKISTANIS

35.1% INDIANS

DWELLERS ETHNIC MINORITIES 4.7%

ETHNIC MINORITIES 4.7%

MAINLAND CHINA 6%

LOCAL HONG KONG 89.3%

EXISTING MASS: SOLID BLOCK

CLEARED GROUND: LIFTED BLOCK

INTERVENTION: HYBRID GROUND LEVEL

intervention: stages of porosity

INTEGRATION: HYBRID BLOCK

FE CSAABLED) C SI DI

MU(FOR T

HE

L NA T O E I T K TS) NAMARRESIDEN R TE R GN IN UPER FOREI S (FO

C G GRA VOAININOR IMMI

EN

TR

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NT

CA

L NA E IOENTRTS) T A C N (F

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OR

T SS

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)

US

) IO LAGE UD VIL STARTIST

AMPOT T-TJTLE DE R A CA

ID T-A IC S FIR CLIN

SS

RO

(AC

TYPE 3

TYPE 2 TYPE 1

39

2011| Academic Work | BA(AS)3 | Urban Intervention

Section in Context

Ground Floor Plans

41

Jennifer Nam | Architecture Design Portfolio | 2020