QUOC THANG TRINH PORTFOLIO

Page 1

PORTFOLIO

QUOC THANG TRINH Landscape architecture Urbanism


PERSONAL DETAILS:

Date of Birth:

01/03/1994

Nationality:

Vietnamese

Language:

Vietnamese English

Mobile:

+32474 37 62 10

Email:

quocthangtrinh486@gmail.com

Linkedin:

https://www.linkedin.com/in/quoc-thang-trinh-a63b8111b/

Facebook:

https://www.facebook.com/quocthang.trinh.16

Portfolio link: EXPERIENCES:

June-2018

LANDSCAPE ARCHITECT - URBAN DESIGNER OMGEVING cvba - Antwerpen, Belgium.

Feb-2017

RESEARCHER 2 weeks workshop organised by KU Leuven (Belgium) and Jiao-Tong University (China)

EDUCATION:

2016-2017

MASTER OF HUMAN SETTLEMENTS KU Leuven - Leuven, Belgium.

2015-2016

BACHELOR OF ARCHITECTURE KU Leuven - Leuven, Belgium (final year).

2012-2015

BACHELOR OF ARCHITECTURE Hochiminh University of Architecture.

2009-2012

HIGH SCHOOL Ngo Quyen high school Bien Hoa city, Vietnam.

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CONTENT :

04

POST-INDUSTRIAL TRANSFORMATION RUMBEKE, BELGIUM

12 WATER CLEANSING MECHANISM WUIJANG, CHINA PROPOSAL

EXISTING

06

08

FRUIT TRACK LIMBURG, BELGIUM

LEIE VALLEY KUURNE-DEINZE, BELGIUM

20

24

COMPACT LINEARPOLIS CAMAU, VIETNAM

ARCHIPELAGO ANTWERP, BELGIUM

30 FROM IDENTITY TO SPATIALITY BRUSSELS, BELGIUM

3


TRANSFORMATION OF AN OLD INDUSTRIAL AREA Rumbeke, Belgium

OMGEVING . september 2018 . 18131_PT_001

OMGEVING . september 2018 . 18131_PT_001

OMGEVING . september 2018 . 18131_PT_001

ConCept sChema

ConCept sChema

ConCept sChema

studiegebied

studiegebied

studiegebied

verwijderd worden

industrieel gebouw voor gemengd gebruik

nieuw plot

nieuw plot

0

25

50

verdichtingsgebied

nieuw plot

bestaande weg

75 m

0

25

50

75 m

existing industrial heritage as a vehicle for new developments

4

SCENARIO 1

0

25

50

75 m

Rail side as a carrier for new local businesses

New housing developments as high-quality finishing existing backs


s s

SWOT analysis Landscape design proposals

OMGEVING . september 2018 . 18131_PT_001

OMGEVING . september 2018 . 18131_PT_001

ConCept sChema

ConCept sChema

studiegebied

studiegebied

nieuw plot

nieuw plot

verdichtingsgebied

SCENARIO 2

langzaam verkeer voetpad

P

0

25

50

75 m

New neighborhood green as a hinge between living and working

parkeren

0

25

50

75 m

High-quality compaction of existing residential ribbons

Clear access and parking structure

5


LIMBURG FRUIT TRACK Limburg, Belgium

LANDS

OPEN SPACE

6


General analysis for landscape in the area

SCAPE ANALYSIS ALONG THE FRUIT TRACK

LIVEABLE CITY CENTER

POPOSAL SECTIONS

MODBIITY NETWORK

7


LEIE VALLEY URBAN DEVELOPMENT PROPOSAL Kuurne-Deinze, Belgium

EXISTING LANDSC

8


General analysis for landscape along the valley Proposal for landscape, open space and urban systems on meso and macro scales

OPEN SPACE SYSTEM

WATER SYSTEM

URBAN SYSTEM

CAPE AND URBAN SYSTEM

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forest biomass

water system

open space sytem old meander

urban farm

Leie River

urb canal

forest urban park retention ponds

agroforestry

river bank

forest biomass old foot path urban farm sustainable building old meander

urban park

retention ponds

LANDSCAPE DESIGN PROPOSAL ALONG T 10


urban system old footpath sustainable building

flood-protected housing

ban area

new footpath

WATER LANDSCAPE

Leie River

flood-protected housing

canal

ENERGY LANDSCAPE

agroforestry

THE RIVER ON MESO SCALE

FOOD LANDSCAPE

PROPOSALS ON MACRO SCALE 11


WATER URBANISM MASTER STUDIO Suzhou, Yangtze River Delta metropolis, China Thesis topic: Water cleansing mechanism through “infrascape� in Wujiang city, Suzhou, China

The Yangtze River Delta is a water-dominated productive landscape, which has over time been considerably modified in response to human needs. Topographic interventions, such as cut and fill, have enabled the simultaneous creation of polders, canals and raised settlements. Today, these interventions are more frequent in order to meet the growing needs of urbanization and industrialization. Flood risks resulting from the loss of water storage capacity and ground

12

permeability have so far been successfully managed by hard-engineering structures such as dykes, water gates, and pumps, but this has had impacts on water quality which is not being thoroughly addressed, and is becoming a serious health issue. With new threats such as sea level rise and climate change adding to the existing drainage and pollution issues, how far will hard-engineering systems be able to resist the powers of nature?


Delta and regional general analysis Research by design Vision toward sustainable urban development for Wujiang city and the region

water flows and topography on delta scale

1.6

0.4

water flows and topography

8.1 4.1

water system and water gates on delta scale

water quality on delta scale

13


Industrial

Highrise

Slabs

VL in Urban

VL in Industrial area

Villages

Canal

Old town

Mixed use building

Detached houses

Lake/ pond

Agriculture

public amenities

existing urban condition

14


corridor pollution impact

Water pollution in the corridor is caused by the urbanization, heavy industrial presence in the city, and aquacultural and agricultural activity. While aquacultural and agricultural activity play a big role in contributing to the water pollution problem, their presence within the urban limits are limited. Moreover, hard engineered and controlled water systems, and flood gates control the issue in certain parts, but add stress on other areas, further increasing pollution level. Due to this, the corridor’s sponge territory and water network has different qualities and levels of pollution. Many parts of the corridor are polluted with levels above three. Taihu Lake, a significant fresh water body is at a pollution level of three; the Grand Canal has the highest water pollution

level within the corridor. This is incredibly significant as the Grand Canal is connected to the Taipu River which is the main source of drinking water supply for the Shanghai region. The flow of water in the Grand Canal coming from the north is both influenced by a ‘plate-like’ topography and also by engineered gates and canals that further introduces flow from the west to East. The water pollution level of the Grand Canal which is out of scale is one of the primary sources of pollution to the corridor while also a receiver of pollution from the city. This makes Wujiang city and the area linking to the Grand Canal an ideal location for an intervention that mitigates water pollution levels throughout the region.

15


LOCAL AND REGIONAL STORMWATER INFRASTRUCTURE - FRAMEWORK FOR FUTURE DEVELOPMENT

Densification in the existing city While the three strategies work simultaneously to provide one coherent system, the design of the strategy of densification through new tissue typology is largely influenced by the objective of localizing stormwater management through blue-green

16

infrastructure. The available land for further development and densification is then limited by the creation of a Mega Park system, requiring a shift in building rights, (due to the consumption of available semi-developed land) primarily towards southern city


STRATEGIES DIAGRAM

17


Car access pavement

Urban park

cleansing park

18

Canal

Sport area

Semi-public spaces

Permeable Pedestrian path

Retention pond

urban area

Retention lake(wetland)

Indust


trial area

cleansing park

19


WATER URBANISM BACHELOR STUDIO CÃ Mau, Vietnam Bachelor thesis topic: Ca Mau Compact Linearpolis Award: best graduation projects (awarded by HCM city of Architecture)

OSAL

COMPAC

NG

20


regional general analysis Research by design Vision toward sustainable neighborhood model and city development

CT LINEARPOLIS DEVELOPMENT CONCEPT

ECO-CORRIDOR PROPOSAL EXISTING BASED

COMPLETED ECO-CORRIDOR

MOSAIC URBAN PLATFORM PROPOSAL

COMPLETED MOSAIC URBAN PLATFORM

URBAN TISSUE

ALLEY CONNECTION SYSTEM

21


22


SUSTAINABLE NEIGHBORHOOD MODEL CONCEPT

23


8 BACHELOR PROGRAM URBAN DESIGN STUDIO

8

Antwerp, Belgium Project name: Antwerp Archipelago 10

km

1

3

5

7

10

Along river Scheldt lies a city, a unique and glorious one, named Antwerp. The connection between the city and the river has never been broken

its history of evolution, it only changes from one form to anothkmthroughout 1 shielded from outsiders3by canals filled with Scheldt 5 water er. The city was

9

and reached its grandiose state by traders travelling in-and-out the same river.

The bond is so strong that any wrong decision dealing with it results in ser ous consequences. The closed development of the Northern port area cre ated an acute distinction between urban and industrial areas, leading to th space in between becoming polutted and forgotten. (Secchi & Vigano, 2009). The covering of the former protective fortification canal further severed this situation. The inner city and its outskirt now develop independen ly and the city became fragmented, from compact to sprawling.

2

2

There are various approaches to reconnect Antwerp with the river as well as healing the wound from previous development practice. This includes the renovation of quays, decommissioning of port expansion in 1980s,the establishment of cultural facilities and urban parks in the periphery area, some notable examples are the Williemdok, Park spoor Nord,Antwerp Sportpaleis. The trend is now set. It was the infrastructure of waterways, railways and

4

4highways which supports Antwerp economy, but it is now the reunion with

6

6

8

8

10

10

the Schedlt which will elevate the city image to a vibrant, distinctive one.

1945

Along river Scheldt lies a city, a unique and glorious one, named Antwerp. The connection between the city and the river has never been broken throughout its history of evolution, it only changes from one form to another. The city was shielded from outsiders by canals filled with Scheldt water and reached its grandiose state by traders travelling in-and-out the same river.

The bond is so strong that any wrong decision dealing with it results in ser ous consequences. The closed development of the Northern port area cre ated an acute distinction between urban and industrial areas, leading to th space in between becoming polutted and forgotten. (Secchi & Vigano, 2009). The covering of the former protective fortification canal further severed this situation. The inner city and its outskirt now develop independent ly and the city became fragmented, from compact to sprawling. There are various approaches to reconnect Antwerp with the river as well as healing the wound from previous development practice. This includes the renovation of quays, decommissioning of port expansion in 1980s,the establishment of cultural facilities and urban parks in the periphery area, some notable examples are the Williemdok, Park spoor Nord,Antwerp Sportpaleis. The trend is now set. It was the infrastructure of waterways, railways and highways which supports Antwerp economy, but it is now the reunion with the Schedlt which will elevate the city image to a vibrant, distinctive one.

24


8

regional urban tissues analysis Research by design 10 Vision toward sustainable neighborhood and integrated with the city

.

r,

7

9

km

1

3

5

7

9

riehe

nt-

2

4

6

8

10

1999

2016

.

r,

riehe

t-

25


CLUSTER HOUSING AND STRONG IDENTITY OF THE GREEN SINGEL

26


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VARIETY OF HOUSING TYPOLOGIES DEVELOPED ALONG WITH THE CITY DEVELOPMENT

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27


THE ARCHIPELAGO IN THE GREEN SINGEL 28


BUILDING MODEL

COLLECTIVE COURTYARD 29


MASTER PROGRAM URBAN DESIGN STUDIO Brussels, Belgium Project name: From Identity to Spatiality

LANDSCAPE, URBAN AND ECONOM 30


Neighborhood landscape and urban analysis Research by design Vision toward sustainable neighborhood and connected to surrounding landscape

MICS ANALYSIS ON NEIGHBORHOOD SCALE

MOBILITY NETWORK

Residential building

Office

Public buildings

Religious building

Education

Restaurants

Health service

Hotel

Parks

Shops

Pharmacy

Factory

Bank

Cafeteria

Social services

Museum

Cinema

URBAN AMENITIES AND FACILITIES

31


LANDSCAPE CHARACTER TRANSITION ZONES 32


Scale: 1/1000

MASTERPLAN OF PETERBOS 33


EXISTING

IDENTITY

PLURALITY FOREST

ORCHARD

TERRACES

ALLOTMENT GARDENS

LANDSCAPE TRANSFORMATION BY PHASES 34


TRANSFORMATION IN STRATEGIC AREAS 35


The Terraces and the allotment Garden

The Terraces

The Terraces and the buildings

The Terraces and the buildings and the football pitch and the water body

The Allotment gardens

The Allotment gardens and the buildings

The Allotment gardens and the buildings and the water body and the football field

36


The variety of urban farming

The Forest

The Forest and the buildings

The Forest and the buildings and the clearing

The Orchard

The Orchard and the buildings

The Orchard and the buildings and the playground and the amphitheatre

37



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