Lina fong

ARCHITECTURAL

P O R T F O L I O

L I N A F O NG http://cargocollective.com/linafong https://issuu.com/linamusing

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PERSONAL STATEMENT Graduated in 2016 from Singapore University of Technology and Design (SUTD) with a Master of Architecture (Distinction) in Architecture and Sustainable Design (ASD), Lina has always used design as a medium to make her thoughts visual. Learning, experimenting and molding her conceptual ideas into spaces has always been her passion in the field of Architecture and Design.

As a young budding Architect, Lina hopes to push the boundaries of what sustainable buildings could do. Her research interests include Sustainable Building Systems and Technology in the Commercial Construction Sector.

Her involvement currently entails being part of the Project Management team responsible for an exciting hospitality built product in the island of Sentosa, Singapore, as well as a business hotel in the Central Business District of Singapore.

In her spare time, she’s an avid architectural traveller, a cajon player as well as a home-building volunteer with non-profit organizations.

Do drop her an e-mail at lina.fongml@gmail.com to stay connected.

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PROJECTS | SUMMARY

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PERSONAL PROFILE Fong Mingli, Lina lina.fongml@gmail.com +65 98500759 Date of Birth: 13 April 1990 Gender: Female Place of Birth: Singapore Nationality: Singaporean LinkedIn: https://www.linkedin.com/in/linafong/ Instagram handle: @linamusing

EXPERIENCE From November 2016 - current Project Executive at Far East Organization Notable Projects undertaken: > Village Hotel Sentosa and The Outpost Hotel at Sentosa (opens April 2019) > The Barracks Hotel at Sentosa (opens August 2019) “From cosy guestrooms to luxurious heritage suites, Far East Organization developed an experiential stay for families, leisure and business groups. With the introduction of Village Hotel at Sentosa, (606-key) The Outpost Hotel (193-key), The Barracks Hotel (40-key), and Events Centre, this latest development in Sentosa will offer a host of activities and facilities for anyone who wants to rediscover the island.”

> The Clan Hotel at Far East Square (opens Q1 2020) “The Clan Hotel is a 324-key business hotel situated within the China Square distinct in Telok Ayer. Building on its brand values - kinship, trust and authenticity, The Clan evokes a sense of community and a sense of belonging within a clandestine convert.” > Village Hotel Ariake in Tokyo, Japan - Design & Build Product (opens July 2020) > Various hotel A&A upgrading hotel projects - Orchard Rendezvous Hotel Revamp works, Rendezvous Hotel Singapore (Bras Basah) facade enhancement, Village Hotel Bugis carpet replacement, Village Hotel Katong swimming pool’s deck replacement to name a few.

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LINA’S CURRICULUM VITAE EXPERIENCE From September - December 2015 (3.5 months) Architectural Intern at Far East Organization Projects undertaken: > Hotel Sentosa compilation of interior fittings and drawings, site meetings and discussions. > Altez Development Carpark graphics & signages

From May - September 2014 (5 months) Teaching Assistant in Environmental Design at Temasek Polytechnic Projects undertaken: > Preparation and assisting in courses - studio project @ Tebing Lane > Drawing essentials, Form & space exploration > Portfolio and project sharing workshops

From April - September 2013 (6 months) Architecture Intern at Surbana International Consultants Pte Ltd Projects undertaken: > Condominium project proposal @ Punggol > Design of Greenery competition boards and housing project proposals

From March 2010 - February 2012 (2 years) Interior Designer at SCA Design Pte Ltd (Ong & Ong Group) Projects undertaken: > Unilever Asia HQ Commercial Office at Mapletree Business City > Novartis Medical Commercial Office at Mapletree Business City > Manulife Financial Insurance Commercial Office at Bras Basah and Suntec City

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EDUCATION & AWARDS

From 2012 - 2016 Singapore University of Technology & Design Master of Architecture & Sustainable Design with Distinction Bachelor of Science (Architecture & Sustainable Design) with Magna Cum Laude Awards:

Exhibitions:

Activities & Societies:

Keppel Awards of Excellence 2016 Singapore Board of Architects Award 2016 Winning Designer for Changi Business Park Bus Stop Competition Scholarship holder of Far East Organization (Singapore) SUTD Transform Graduation Show 2016 @ National Design Centre SUTD Sustain Graduation Show 2015 @ SUTD SUTD Open House 2014, 2015 Singaplural Exhibition 2015 @ 99 Beach Road Design Green | Masterclass Workshop 2014 Haebitat, SUTD Bands, SUTD Dragonboat, ASD Senate Representative

From 2007 - 2010 Temasek Polytechnic, Singapore Diploma in Interior Architecture and Design [IAD] with Merit Distinction Awards:

Activities & Societies:

Gold Award in 5th FL!P furniture & product design challenge Director’s List in 2009 Design School Director’s List in 2008 Design School Director’s List in 2007 Design School Design Student Club

From 2002 - 2006 Greenview Secondary School, Singapore GCE O Levels Graduate 1st in Standard (Combined Humanities) GCE O Levels Awards:

EAGLES / Colours Award for Band Major role Activities & Societies: Student Council (Welfare Team) and Symphonic Band (Band Major)

From 1996 - 2002 Elias Park Primary School, Singapore PSLE Graduate Activities & Societies: Badminton Team 6

LINA’S CURRICULUM VITAE DESIGN SKILLS & EXPERTISE

Project Management Project Documentation & Reportage Presentation and updates to Higher Management Construction Timeline & Schedule Cost Estimates & Management Design Development & Management Tender Process & Award Risk & Problem Solving

Digital drawings & modeling softwares Rhinoceros 5 3D 3D Studio Max Google Sketchup AutoCAD Architecture Autodesk Revit

Graphical softwares Adobe Photoshop Adobe Illustrator Adobe Indesign Microsoft Powerpoint Microsoft Word Microsoft Excel

Sustainable design simulation softwares Ecotect Analysis DIVA

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Photos courtesy of Far East Hospitality, Singapore

“From cosy guestrooms to luxurious heritage suites, Far East Organization developed an experiential stay for families, leisure and business groups. With the introduction of Village Hotel at Sentosa, (606-key) The Outpost Hotel (193-key), The Barracks Hotel (40-key), and Events Centre, this latest development in Sentosa will offer a host of activities and facilities for anyone who wants to rediscover the island.”

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left to right: [1] Kids’ Play Pool [2] Adventure Pool [3] Village Hotel Sentosa Lobby [4] The Outpost Hotel Facade [5] Auto irrigated roof canopy [6] Pamukkale Pool [7] The Outpost Hotel Lobby [8] The Outpost Hotel Deluxe Room

FAR EAST ORGANIZATION | VILLAGE HOTEL SENTOSA, THE OUTPOST HOTEL

Project Site: Sentosa Island, Singapore Development Data: Site Area: 44,682sqm Plot Ratio: 0.8 Total GFA: 35,748sqm No. of Hotel guestrooms: > Village Hotel Sentosa - 606-keys > The Outpost Hotel - 193-keys > The Barracks Hotel - 40-keys Developer: Far East Organization Job Role: Project Executive in Far East Organization’s Development Projects Department Year of involvement: 2016 to 2019 Project Consultants: Architect: Arc Studio Architecture + Urbanism Pte Ltd Quantity Surveyor: AECOM (Davis Langdon KPK Pte Ltd) C&S Engineer: KCL Consultants Pte Ltd M&E Consultant: Rankine & Hill (Singapore) Pte Ltd Lighting Consultant: Lightbox Pte Ltd Interior Designer: KKS International (S) Pte Ltd Branding Consultant: FARM Pte Ltd Signage Consultant: UDS Design Acoustic Consultant: CCW Acoustics Pte Ltd Security Consultant: Jacobs (Singapore) Pte Ltd Facade Consultant: ARUP Singapore Pte Ltd

Photos courtesy of Far East Hospitality, Singapore

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Project Contractors: Piling Contractor: Resource Piling Main Contractor: Woh Hup Pte Ltd ID Contractor: > Yang Ah Kang & Sons Pte Ltd > Design Studio Group (DSG) > Shanghai Chong Kee Furniture & Construction Pte Ltd

“The Food Kampong 2050 aims towards being a self-sufficient vertical urbanism in Singapore.”

HYPERDENSITY | FOOD KAMPONG 2050

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HYPERDENSITY: MASTERS THESIS PROJECT | FOOD KAMPONG 2050

Project Site: Keppel Club in Keppel Labrador, Singapore Project Boundary: 30,000sqm

Artist impression of The Food Kampong 2050

Project Description: Future urban developments in Singapore and beyond will have to accommodate not just larger, but also increasingly diverse and demanding populations.

High quality built environments will require not only more high density developments, but also more diversified and complex approaches to architecture and urban design, as traditional methods are no longer able to serve our growing concerns for diversity and environmental quality. Hyperdensity will explore future urban typologies in the context of Keppel Labrador Bukit Merah, a 64 hecture site situated along Singapore’s southern waterfront that has been earmarked for development as well as other sites in Singapore. It will address the need for enhanced liveability through the design of new urban typologies that ensure environmental comfort, support future live-work arrangements, foster inclusivity in an increasingly diverse society, and warrant equitable provision of community facilities and services.

Year of Study: Year 5 (Masters Thesis year)

01 | Car-Bike Sharing

02 | Living Units

03 | Green Transport Spine

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04 | Food Community Spaces

05 | Farm Pods

m Pod

od Hall

FOOD PRODUCTION FOOD PRODUCTION

01 Edible Park 01 Edible Park

02 Green 05 Urban 06 Indoor 07 Plug-in 02 Green Food StreetFood Street 05 Urban Farm Pod Farm Pod06 Indoor Farm Pod Farm Pod 07 Plug-in Farm Pod Farm Pod

FOOD PRODUCTION 11 Food Workshops 11 Food Workshops

FOOD PRODUCTION

Urban

12 Food Delivery 12 Food Delivery

01FOOD PRODUCTION

Food Production:

Building

FOOD PRODUCTION Bio Mass Plant

01 Edible Park

02 Green Food Street

Bio Mass Plant

Urban Farm Pod

01 Edible Park

02 Green Food Street

05 Urban Farm Pod

12

12 Food Delivery

11 Food Workshops

07 Plug-in Farm Pod

06 Indoor Farm Pod

Food Learning:

07 Plug-in Farm Pod

FOOD CONSUMPTION FOOD CONSUMPTION

Waste-to-Energy Plant (nutrients extracted) 06 Indoor Farm Pod

02

10 Pop-up Convenience 01 Edible Park 02 Food Green Food Street 05Plant Urban 06 Indoor 07 Plug-in Farm Pod Convenience 05 Urban Farm Pod 06Bridge Indoor Farm Pod 07Farm Plug-in Farm Food Pod 03 Green 04 Waste-to-Energy Plant 08 Market Food Farm Hall09Pod 09 Kitchen Communal Kitchen 10 Pop-up 03 Green Food Bridge 04 Waste-to-Energy 08Pod Market Hall Communal Store Store

Urban Building Food Lab+Workshops

12 Food Delivery

11 Food Workshops

12 Food Delivery

11 Food Workshops

11

03

Waste produced from Consumption Bio Mass Plant

Bio Mass Plant

03 Green Food Bridge

Bridge 04 Waste-to-Energy Plant03 Green 08Food Market Food Hall

11 Food Workshops

Community Sharing and Monitoring

12 Food Delivery

04 Waste-to-Energy Plant 09 Communal Kitchen

10

10 Pop-up Convenience Store

Convenience 09 Communal Kitchen Bio Mass Plant10 Pop-up 08 Market Food Hall Store

03 Green Food Bridge 04 Waste-to-Energy Plant FOOD CONSUMPTION

08 Market Food Hall FOOD CONSUMPTION

Food Consumption:

09 Communal Kitchen

FOOD PRODUCTION

Object

FOOD PRODUCTION 10 Pop-up Convenience Store

Food Production:

Unit

FOOD CONSUMPTION

Pop-up Store 09 Communal Kitchen

FOOD CONSUMPTION

01 Edible Park

Indoor Farm Pod 01 Edible Park

10 Pop-up Convenience Store

02 Green Food Street

05 Urban Farm Pod

06 Indoor Farm Pod

07 Plug-in Farm Pod

05

09 02 Green Food Street 05 Urban Farm Pod Food Consumption:

06 Indoor Farm Pod

Food Distribution Network

07 Plug-in Farm Pod

Unit

Communal Kitchen/ Dining

06

COMMUNITY FOOD CYCLE

Building

Food produced ready for consumption

12 Food Delivery

11 Food Workshops

Food Consumption:

Bio Mass Plant

07

Mobile

04 Waste-to-Energy Plant MarketDelivery Food Hall Food 08Pod

03 Green Food Bridge

Market Food Hall

Bio Mass Plant

04 Waste-to-Energy Plant

12 Food Delivery

11 Food Workshops

08

03 Green Food Bridge

04

08 Market Food Hall

09 Communal Kitchen

10 Pop-up Convenience Store

FOOD CONSUMPTION

09 Communal Kitchen

10 Pop-up Convenience Store

FOOD CONSUMPTION

+ Live

Research

Grow

Meet

Learn

Total Built Area

48%

12%

32%

6%

2%

202,000m2

97,000m2

25,000m2

63,000m2

14,000m2

3,000m2 Proposed Programmatic Breakdown

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HYPERDENSITY | FOOD KAMPONG 2050

Concept Description: The Food Kampong 2050 aims towards being a self-sufficient vertical urbanism in Singapore. It envisions itself to be a close-knitted village that uses food as a ‘re-connector’ to bring communities together that embraces density while promotes diversity, through actively involving them in their food production and consumption cycle. It aims to: 1. Create a sense of togetherness in a hyperdensed community.

2. Implement a sustainable food cycle that is translated into a hyperdensed built environment.

3. Integrate the community to cultivate a closed-loop cycle of food production and consumption within their village.

Artist impression of the village’s multi-tiered community spine

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2015 vs 2050 Food Production 2015

poultry

seafood

vegetables

2015 vs 2050 Food Consumption

2050

Meat - Poultry (%)

Meat - Poultry ((%) (projected)

2%

10%

2015

34kg per capita

Seafood (%)

Seafood (%)

8%

50%

Vegetables (%)

Vegetables (%)

12%

95%

23kg per capita

2050 (projected)

56kg per capita

56kg per capita

96kg per capita

Hen shell eggs (%)

25%

Hen shell eggs (%)

275kg per capita

80% 17kg per capita

eggs

17.3kg per capita

% of key food items from overseas imports

* Each graphical icon represents +/- 5 kg per capita

% of key food items produced in Singapore

Comparison of Food production and consumption in 2015 and projection towards 2050 Working Together as One - ava.gov.sg. (n.d.). Retrieved April 14, 2016, from https://www.ava. gov.sg/docs/default-source/publication/annual-report/ava-2014-2015-ar

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HYPERDENSITY | FOOD KAMPONG 2050

Community Farms in Singapore Sky Greens Location: 200 Lim Chu Kang Lane 3, 718804 Area: undisclosed

Location: 90 Yishun Central, 768828

Method of Farming: Vertical Farming

Area: 90,000 sqft

"Sky Greens is world’s first low carbon, hydraulic driven vertical farm. It uses green urban solutions to achieve production of safe and fresh vegetables, using minimal land, water and energy resources."

Khoo Teck Puat Hospital

Method of Farming: Soil-based Rooftop Farming "Volunteers from the community contribute to the conservation efforts of producing 50 over varieties of edible fruits and vegetables at the organic rooftop farm."

Bollywood Veggies

North West

North East Location: 100 Neo Tiew Road, 719026 Area: -

South West

Method of Farming: Soil-based farming "The farm is run as sustainably as possible with no pesticides or fertilizers used on site, effectively making it a planet-friendly operation."

South East Central Location: *SCAPE @ 2 Orchard Link Area: 6,000 sqft Method of Farming: Vertical Rooftop Farming "The farm can produce 8-10 times more than traditional farms over the same area by using vertical farming techniques."

Comcrop

Enabling Village Location: 130E Minden Road 248819 Location: 20 Lengkok Bahru, 159053

Area: 35,000 sqft

Area: 3,000 sqft

Method of Farming: Soil-based Farming

Method of Farming: Indoor UV lab & Recycled oil

containers "Enabling Village has a food garden that is served and are supported by people with diverse abilities, making it a space for valued collaborations."

Open Farm Community

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"Encourages growing food at under-utilized spaces, and believes that growing food re-connects urbanites to nature, conserves natural resources, and cultivates a sense of community."

Case studies’ Community Plot Matrix I

Oasia Downtown Community Relationship Diagram:

Skyville @ Dawson

E

P

roof

live

M

M

live

live

live

P

M

P

live

play L

live

M

P

M

live

live

live

P

M

P

M

live

live

live

L L

play L

L

L

Internal accessibility (for residents) External accessibility (for public) Diversity of community programs

Self-Sufficiency Matrix Evaluation: Food production Energy production Water production

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live

M

live

live

M

live

meet L L

Human scale

live

L

L

L

L

Community Matrix Evaluation:

L

eat

meet L

eat

M

L L

L

live

eat L

meet

L

live

meet

L

L

M

live

ground

L

L

live play

M

P

Sky Habitat

M

meet

M

M

The Interlace

play

play

HYPERDENSITY | FOOD KAMPONG 2050

Case studies’ Community Plot Matrix II

Kampong Admiralty

Home Farm by SPARK

Community Relationship Diagram:

work

L

work P

meet

play

L

meet + eat L

eat

L

learn

eat

P

L

eat

L

live

meet + eat

PROGRAMS live/

L

live

P

Legend:

Khoo Teck Puat Hospital

work

meet

L

E

L

meet

Meet: Place where people gather to communicate and/or engage in discussion

L

Learn: Place where people are educated by acquiring knowledge - either by studying or being taught by someone

E

Eat: Place where people produce+consume food

P

Play: Place where people are engaged in a physical activity with others for interactive enjoyment

CONNECTIVITY

work

L

L

work

Work: Place where people are engaged in a job role to earn a living.

M

work

M

Live: Place of residential and/or temporary living space.

work

Close connectivity (< 2mins walk)

L L

Vertical connectivity (lifts, stairs) Medium connectivity ( 2-5 mins walk)

Community Matrix Evaluation: Definitions:

Human scale

Human Scale: Building spaces that fit well for people to interact within the environment.

Internal accessibility (for residents)

Internal accessibility (for residents): How easy and it is for residents to gain direct access to community areas.

External accessibility (for public)

External accessibility (for public): How easy and it is for the public to gain direct access to community areas.

Diversity of community programs

Diversity of programs: Amount of different programs for community interaction/bonding.

Self-Sufficiency Matrix Evaluation:

Food Production: Ability to be self-sufficient in food production within its built environment.

Food production Energy Production: Ability to be self-sufficient in energy production within its built environment.

Energy production

Water Production: Ability to be self-sufficient in water production within its built environment.

Water production

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Principles of building the Vertical Food Kampong

GUIDELINES

DESCRIPTION

1. Sense of togetherness

Create a sense of ‘togetherness’ by planning live, work and play programs in close proximity to each other

2. Emotional Connection

Cultivate shared emotional connection amongst residents by considering the history, symbols and experiences of the site in the past. Emotional connection can also be created by cultivating a sense of belonging to the estate that the residents are living in.

3. Smaller Village Size

Create intimate clusters of 20 - 50 dwelling units within a community village.

4. Shared Food Garden Space

For every 20 dwelling units, there should be a shared green facility for gardening and farming.

5. Sky-village Social Space

At every 5 – 10 floors, there should be a social space provided for the residents. This Sky-Village social space is essential as it mediates the visual of being far away from the ground datum.

6. Community Park

For every 3-4 villages, a ‘Community Park’ is created to allow neighbouring Community Villages to interact and create opportunities for collaboration.

7. Informal Spaces

Intertwine informal spaces along resident’s daily routes

QUALITATIVE PRINCIPLES Descriptive information that should be applied to achieve a certain quality of space

QUANTITATIVE PRINCIPLES Numerical information that should be applied to achieve a certain quality of space

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HYPERDENSITY | FOOD KAMPONG 2050

Proposed Food Production Cycle in the Vertical Food Kampong

SUNLIGHT

Solar PV Cells

CLEAN ENERGY PRODUCTION

FOOD PRODUCTION

Vertical Farming *275kg per capita

Aquaponics Farming *275kg per capita

Plant-based Egg *17kg per capita

Bio Mass Plant Energy Generator

plant-based egg selected plant proteins vegetables

vegetables mixing plant proteins

pulley module

plants filter water for fish processing

WATER SUPPLY NETWORK

water supply

fishes/shrimps/yabbies

water tank collection

fish waste

drip irrigation

microbes & worms

*145kg per capita

Plant-based Meat *56kg per capita

plant-based meat rainwater

selected soy proteins desalination

NEWater

catchment/storage

water + nutrients pump

Waste Produced

convert fertilizer for plants

Food Waste (pre-consumed) Food Waste (post-consumed) Human Waste

pea protein isolates

Light Farming *275kg per capita

Aeroponics Farming *275kg per capita

mixing soy and pea proteins processing

bio water treatment

FOOD DISTRIBUTION Building (Market Food Hall)

constructed wetlands

bio-retention swales

vegetables

vegetables

UV light

aeroponic plant bed

Plant-based Rice

*54kg per capita

Unit (Communal Kitchen) Object (Pop-up food store)

plant-based rice 3 recipes LED light plant cells

water supply water + nutrients pulses mist

water + nutrients pump waste water collected waste water filtered

selected yeast components vertical farming technology

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Building (Urban farm pod) Unit (Indoor farm pod)

processing

filter

Farm Pods

Object (Plug-in farm pod)

Design Development Iterations

Multi-generational pod (115m2)

Plant-based Meat Lab (100m2)

Food workshop spaces (70m2)

Dual pod (60m2)

Plant-based Egg Lab (100m2)

Food meeting spaces (120m2)

Couple living pod (35m2)

Plant-based Rice Lab (400m2)

Vegetable Farm Pods (1100m2)

inner courtyard

45m

30m

30m 45m Kampong Block Design Development

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HYPERDENSITY | FOOD KAMPONG 2050 Daylight and Wind Simulations

2990 cd/m2

311 cd/m2

808 cd/m2

3117 cd/m2

896 cd/m2

942 cd/m

2

2659 cd/m2

381 cd/m2

646 cd/m2 2711 cd/m2

623 cd/m2

674 cd/m2

1067 cd/m2

309 cd/m2

180 cd/m2

857 cd/m2

838 cd/m2 741 cd/m2 323 cd/m2

323 cd/m2

1137 cd/m2 509 cd/m

157 cd/m 101 cd/m2 577 kcd/m2

96 cd/m2 1870 cd/m2

2

2

679 cd/m2

186 cd/m2

208 cd/m2 4994 cd/m2

746 cd/m

2

948 cd/m2

333 cd/m2

cd/m2 950 850 750 650 550 450 350 250 150 50

730 cd/m2

403 cd/m2

470 cd/m2

23 cd/m2

01: Lines were drawn to allow a series of kampong blocks to be aligned parallel to the siteâ&#x20AC;&#x2122;s Mangroveâ&#x20AC;&#x2122;s creek 02: Clusters of high-densed food villages are formed along the wedge site along the mangroves 03: Kampong blocks opposite each other are of varying height to achieve better wind ventilation and visual connection 04: Intermediate meeting spine at every 10 storeys is designed to bridge all kampong blocks together as an active food community 05: Kampong blocks were lifted at various nodes as a lower ground intervention and reaction to its surrounding context 06: A series of modular living units and food pods were angled to optimize daylight and connectivity from each other

01

02

03

04

05

Velocity (m/s) 18.541 16.057 13.110 9.270 0

06 Kampong Block Design Development

21

Artist impression of the villageâ&#x20AC;&#x2122;s mangrove boulevard

2812

3 types of Community units

22

HYPERDENSITY | FOOD KAMPONG 2050

Artist impression of the villageâ&#x20AC;&#x2122;s rooftop spine

Activities shown in 1:500 physical model

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Ingredients

Angle

soil to be light and well-drained

Sunlight Condition

mid afternoon sun

Water Range

Ingredients

average

tomatoes

Angle

Sunlight Condition

Water Range

soil to be light and well-drained

early morning, late afternoon sun

heavy

soil to be moist

early morning, late afternoon sun

heavy

kale

fertile clay soil with water-retensive qualities

mid afternoon sun

heavy

lettuce

cucumber

Food growing conditions within the Food Kampong

24

HYPERDENSITY | FOOD KAMPONG 2050

Section AAâ&#x20AC;&#x2122;

Ingredients

Angle

soil to be light and well-drained

Sunlight Condition

early morning, late afternoon sun

Water Range

Ingredients

Angle

soil to be light and well-drained

average

coriander

Sunlight Condition

early morning, late afternoon sun

strawberry soil to be light and well-drained

mid afternoon sun

heavy

soil to be moist

indoor condition

Water Range

high, frequent watering during fruiting season

heavy

mushroom

basil

Food growing conditions within the Food Kampong

25

1:500 Sectional Model of The Food Kampong 2050 - Frontal View

26

HYPERDENSITY | FOOD KAMPONG 2050

1:500 Sectional Model of The Food Kampong 2050 - Birdâ&#x20AC;&#x2122;s Eye View

27

“The Knowledge Tower is a project proposal to transform the empty void of circular ramps into inhabitable spaces with the ramps itself”

LIVING FACTORIES | THE KNOWLEDGE TOWER

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LIVING FACTORIES | THE KNOWLEDGE TOWER

Project Site: Enterprise Hub’s Ramp, Toh Guan Industrial Estate, Singapore Project Boundary: 50sqm Project Description: The typology of the open-plan factory has become a commonplace in cities. The indeterminacy of contemporary work processes and the blurring of boundaries between living and working activities necessitate a flexible framework that can accommodate multiple configurations and possibilities. Through design interventions for the afterlife of these industrial spaces, one would investigate how these architectural elements condition the way we live, work, negotiate and interact socially and environmentally.

Concept: Projecting a possible future for ramp-up factories where advanced automated machineries could replace the current manufacturing and storage facilities, ‘The Knowledge Tower’ is a project proposal to transform the empty void of circular ramps into inhabitable spaces with the ramps itself becoming a public circulation space, serving the technicians and scientists working and living within the complex.

Artist impression of The Knowledge Tower

01

02

03

04

Year of Study: Year 4, Term 2

05 15-steps construction process I

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Typical 2-4 storey floor plan

Artist impression of residents looking down

1st storey floor plan

Artist impression of bicycle circulation route

10 06

07

08

09

30

15-steps construction process II

LIVING FACTORIES | THE KNOWLEDGE TOWER

Artist impression of housing unit

Artist impression of network platforms

1:150 scale physical model

15 11

12

13

14

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15-steps construction process III

â&#x20AC;&#x153;Understanding the negative space of the valley as compared to the lavish greens of the mountains, one would experience the close connection to green surroundings looking out from their apartmentsâ&#x20AC;?

MASS HOUSING | THE VALLEY

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MASS HOUSING | THE VALLEY

Project Site: 58 Lengkok Bahru, Tanah Merah, Singapore Project Boundary: 50sqm Project Description: This design has the challenge to elaborate a new type of high density sustainable housing project in Singapore. With the tool of using a poetic landscape inspiration and translating it into a built environment, one would be able to open the possibilities of a unique type of green housing mass.

Concept: The proposal was firstly conceived by using the Thorsmork Valley in Iceland as a poetic inspiration. By understanding the negative space of the valley as compared to the lavish greens of the mountains, there was a need to use this to bring in people both on the ground as well as the many terraced levels. Each mass housing has diversified shapes on each level although there are only 7 types of units. The main idea was to arrange the units such that all of them have the opportunity to look inwards to the valley and outwards to the neighboring context in Tanah Merah.

Artist impression of the Valley

Year of Study: Year 4, Term 1

5 massing strategies for apartment configuration

33

block type A

block type B

block type C

block type D

Development of urban masses while integrating the site context

34

MASS HOUSING | THE VALLEY

rain garden

wooden louvres

community rainwater system

ventilation blocks

4 main sustainable strategies integrated into housing proposal

Sketch development of sustainable strategies

35

“Connectivity is seen through the idea of wrapping around the parameters of each block and inter-linking with each other” BEAUTY WORLD RESIDENTS | ACTIVE LIVING

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BEAUTY WORLD RESIDENTS | ACTIVE LIVING

Project Site: Beauty World, Bukit Timah Road Project Boundary: 22,000sqm Project Description: Working on the scales of the city, this project aims to understand the complex nature of urban contexts as places for habitation and the mutual potentials evolving between them. With the site of Beauty World in Bukit Timah, one would develop innovative urban housing concepts for sustainable high-dense living and focus on themes like ‘Density’, ‘Diversity’ and ‘Connectivity’.

Artist Impression of ‘Active Living’

Concept: Inspired by the movement of people and the hilly terrains in the community of Beauty World, the proposed high density living would consist of apartments being molded and linked together via different forms of active engagements. The ramps proposed that wraps around each floor plate of the building acts as an active circulation which gives residents and the public a sense of journey. Moreover, communal spaces such as yoga centres, community gardening and bicycle parks are located under the ramp - utilizing this space while one enjoys the views towards the lush greenery of Bukit Timah Reserve.

Year of Study: Year 3, Term 1

37

Site Plan of proposed design

Section AA

38

BEAUTY WORLD RESIDENTS | ACTIVE LIVING

Plan of Residential Units

Studio Apartment 1 [50sqm]

Studio Apartment 2 [50sqm]

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Community Apartment [100sqm]

“The Confluence aims to house artifacts from Singapore’s past as part of SG50 in an organic environment, with the play of undulating movement of water waves” HIGH STREET | THE CONFLUENCE

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HIGH STREET | THE CONFLUENCE

Project Site: High Street Promenade, fronting Singapore River Project Boundary: 3,000sqm Project Description: Singapore 50 asks for the design of a living repository in the context of Singapore’s 50th anniversary in 2015, showcasing artifacts that shaped the country’s identity over time and provide insights to its possible future trajectory.

The project includes the design of a museum enclosure which reinforces notions of its urban location and program.

Concept: Just like a body of water forming by the flow of 2 rivers, The Confluence aim to house artifacts from Singapore’s past as part of SG50 in an organic environment.

With its strong influence from the Singapore River, spaces are expressed by the play of undulating movement of water waves. Within the spaces itself, it depicts a seamless transition from the existing circulation. One can perceive how the programmatic elements are merely zones and no concrete separation is seen between the zones of programme and circulation.

Artist Impression of ‘The Confluence’

Year of Study: Year 2, Term 2

Series of design development from sketches to physical models to digital models

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3rd storey plan

2nd storey plan

Section AA

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HIGH STREET | THE CONFLUENCE

Fluid Roof & Skylight

4th Storey: Viewing Deck

3rd Storey: Exhibition Gallery

2nd Storey: - Cafe & Gift Shop - Admin facilities & bathrooms

1st Storey: Storage & Drop-off Exploded Circulation Diagram

Interior View of Open Concept Exhibition Space

North Elevation

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“the residential unit should be staggered to reduce the number of sections within the unit. Moreover, this creates 2 outdoor shaded spaces for flexible use and window openings also increases to allow ample ventilation within the apartment.”

VENTILATION STRATEGIES | BEAUTY HIGH-RISE

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VENTILATION STRATEGIES | BEAUTY HIGH-RISE

Project Site: Beauty World, Bukit Timah Road Project Boundary: 22,000sqm Project Description: This project is crafted to design an N-story HDB housing complex with ground floor retail (1 floor retail + (N-1) floors housing) that consist of components learnt such as energy use, thermal comfort, ventilation, air velocity, shading, daylighting and multi-zone energy models.

Concept: With the site of Beauty World in Bukit Timah, our team tried to innovate a design that is primarily driven by the need for natural ventilation.

We decided that the residential unit should be staggered to reduce the number of sections within the unit [cool vent]. Moreover, this creates 2 outdoor shaded spaces for flexible use and the area available for window openings also increases.

Interior walls are perforated and thick slits are included in the dining room to encourage ventilation as well as inter-room lighting. In addition to that, rotating louver panels adjusts the amount of daylight the unit receives.

Allocation of program spaces on ground level with residential units

Year of Study: Year 3, Term 1 Group work with Ong Li Yen, Timothy Lum, Clifford Mario, Tate Ng

Conceptual design progression of residential apartment unit

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Ground floor Plan of one residential blockâ&#x20AC;&#x2122;s proposed design

Living room that has design features with daylighting consideration [software: DIVA]

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VENTILATION STRATEGIES | BEAUTY HIGH-RISE

Bedroom that has design features with daylighting consideration [software: DIVA]

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“there’s a gradual increase of perforation with along with the increase of volume in order to give a simple form to accommodate to the hierarchy within the church ” DAYLIGHTING | THE CONNEXION

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DAYLIGHTING | THE CONNEXION

Project Site: 58 Lengkok Bahru, Tanah Merah, Singapore Project Boundary: 250sqm Project Description: Asked to design a single space, the program should be flexible with the possibility of being substantially day lit during daytime hours. One should consider the adjacent spaces, point of entry, and progression through the space as it relate to the lighting levels and quality. The space should be able to accommodate 150 occupants.

Concept: The proposal had the intention of perforating the North-South facade so as to embrace the modern interpretation of a church being a social gathering space where many activities could be organized.

We introduced a gradual gradient of perforations in order to highlight these different spaces within its baffle architectural properties. This allow soft light to seep into the church mainly through the ceiling. Thus, it enhances the atmosphere of it as a gathering space that is contemplative within a buzzing neighbourhood.

Interior space of The Connexion Church

Year of Study: Year 4, Term 1 Group work with Timothy Lum, Bianca Gill

Development of the roof to allow diffused lighting into the church mainly for the congregational seatings

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OUT

IN

Section & schematic detail drawing of the Church

illuminance, lux 0 17 33 50 67 83

8am

9am

10am

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12pm Point-in Time Analysis of the interior from different times of the day [software: DIVA]

DAYLIGHTING | THE CONNEXION 300mm

150mm

300mm

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300mm 600mm

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Double layered Baffle effect of openings in the North-South Facade

illuminance, lux 0 17 33 50 67 83

1pm

2pm

4pm

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100

6pm Point-in Time Analysis of the interior from different times of the day [software: DIVA]

“this project explores designing a stadium with the hybrid of parametric modeling - using software tools such as Rhino, Revit and Dynamo.”

BIM REVIT MODELING | PARAMETRIC STADIUM

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BIM REVIT MODELING | PARAMETRIC STADIUM

Project Site: Green Field Project Boundary: 20,000sqm Project Description: In this project, the team is to primarily design a stadium through the tool of Dynamo (a Revit plug-in). This software would enable the team to take a first step into the world of parametric design with fundamental coding expertise.

Through this, one would experience what components it takes in order to design a stadium from its structure, materiality and its facade treatment.

Concept: As a team, we want to achieve an organic and dynamic stadium.

We plan to use a set of parametric commands that would help us achieve this goal.

We want to use mathematical formulas as a starting point so that we can control what we are designing.

Our process begins with sketching out initial design and geometry ideas and researching on other parametric stadiums that has been built.

After which, we begin trying out our ideas in both Rhino and Dynamo refining our design as we progress.

Birdâ&#x20AC;&#x2122;s Eye view of our proposed parametric stadium [software: Revit & Dynamo]

[1] Elliptical top view

[2] Curves wrapping exterior of stadium

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Year of Study: Year 3, Term 1 Group work with Clover Chen

[3] Opened centre from birdâ&#x20AC;&#x2122;s eye view

BIM REVIT MODELING | PARAMETRIC STADIUM

Design Logic: Creating a supporting Structure within the Arc, vertical and horizontal Trusses to transfer the horizontal forces down Coding Logic: Connect the alternate points between the Arc and the L Shape Line highlighted in red.

Setting out of Structural Elements [software: Revit + Dynamo]

[A] Primary structural elements

[B] Secondary structural elements

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[C] Supporting structural elements

THE OASIS | SLICE-IN SPACE

â&#x20AC;&#x153;Housed to be an informal performance ground, evolving structures seamlessly grow from the ground-up - emerging and slicing through the horizontal planes which gives a rather elegant yet dynamic look that is extended from the space.â&#x20AC;?

THE OASIS | SLICE-IN SPACE

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Project Site: 20 Dover Drive, SUTD Campus, Singapore Project Boundary: 400sqm Project Description: This project asks for the design of an interstitial space that will facilitate new forms of activity and continuity in the SUTD Campus.

Sited in the building’s central courtyard, the project asks for the addition of a performance and exhibition space as well as a number of related programs. The existing buildings are to be conjoined through circulatory systems, weaving existing and new programs together into a carefully designed promenade.

Concept: Treating the scheme as one entity, evolving structures seamlessly grow from the ground-up, emerging and slicing through the horizontal planes. Spaces planned followed the same slicing geometry from the plan view, and translated to how materials were joint together in its elevation. Columns erected also follow the same angle before tapering down towards the ground.

This gives a rather elegant yet dynamic look that is extended from the space.

Year of Study: Year 2, Term 1 Artist Impression of ‘Slice-in Space’

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THE OASIS | SLICE-IN SPACE

Existing Circulation Diagram @ The Oasis, SUTD Campus

Sectional drawings

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â&#x20AC;&#x153;the Markthal Rotterdam is seen as a new and fresh approach to integrate commercial and housing together.

This is done by having an open air fresh food and hardware market, with an arch of apartments above it.â&#x20AC;?

HOUSING CASE STUDY | MARKTHAL ROTTERDAM

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HOUSING CASE STUDY | MARKTHAL ROTTERDAM

Project Site: Rotterdam, The Netherlands Atrium Atrium

Vertical Core

Project Boundary: 36,000sqm

Corridor Corridor

Project Description: Understanding existing housing and urban typologies is essential in order to improve our designs to suit the needs of the people in the future.

Thus, a case study is being done to investigate the properties of a chosen project - Markthal Rotterdam Concept: The Markthal Rotterdam is seen as a new and fresh approach to integrate commercial and housing together.

This is done by having an open air fresh food and hardware market, with an arch of apartments above it.

By flipping the two slabs to form an arch, this helped to create wide openings towards the city on both sides.

The diversity of apartments within Markthal Rotterdam is quite a spectrum. In total, there are a total of 228 apartments. There are also 5 different types of apartments ranging from free layout loft apartments to duplex with multiple bedroom configurations.

Year of Study: Year 4, Term 1

Connectivity: Circulation systems of The Markthal Rotterdam

Different apartment types highlighted to show the interconnectivity and diversity of the housing

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Water bodies

Water bodies

Green spaces

Green spaces

Urban Morphology of the macro site

Different apartment types highlighted to show the interconnectivity and diversity of the housing

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HOUSING CASE STUDY | MARKTHAL ROTTERDAM

Zoning Zoning

Exterior Exterior

Circulation

(city district)

Apartment type 1

Apartment type 2

Apartment type 2 W/C

Apartment type 1

W/C

W/C

W/C Lift Lobby

Interior Interior

(food market) 2nd storey - 3 room and 4 room configurations

Fixed spaces

Flexible spaces

Load-bearing structure

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Light in open areas

Master of Architecture and Bachelor of Science (ASD), SUTD Project Executive, Far East Organization

THE AR TW SID TO EV MOD TEC LEA

Recipient of the Keppel Awards of Excellence and Singapore Board of Architects Award Research interests include Sustainable Building Systems and Technology in the Commercial Sector

Lina SUTD Alumnus (A

Architecture and Sustainable Design (ASD) Engineering Systems and Design (ESD) | Inform

A BETTER WOR

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SUTD MARKETING CHAMPAIGN 2018 | ASD AMBASSADOR

ERE RE WO DES VERY DERN ECH ADER

Marketing Champaign for SUTD Open House | Year 2018 & 2019 As an ASD (Architecture & Sustainable Design) Alumnus class of 2015, I was privilage to be part of SUTD’s marketing champaign to reach the general public in Singapore island’s transportation system - MRT stations and Bus stops .

With the tagline “There are two sides to every tech leader”, the champaign showcase various alumini’s passion outside of their field of industry, and what makes them different from other graduates.

SUTD - A Better World by Design

Fong ASD), Class of 2015

) | Engineering Product Development (EPD) mation Systems Technology and Design (ISTD)

RLD BY DESIGN.

Above: locations of marketing posters around Singapore Island 63

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SUTD MARKETING CHAMPAIGN 2018 | ASD AMBASSADOR

Credits: SUTD Open House Marketing Champaign 2018

Credits: SUTD Open House Marketing Champaign 2018

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http://cargocollective.com/linafong | https://issuu.com/linamusing lina.fongml@gmail.com | +65 98500759

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