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P O R TFOLIO // Anh Tran


//rĂŠsumĂŠ

Anh Tran Sydney NSW Australia 0406 832 601 anhtran.891@gmail.com www.linkedin.com/in/tuan-anh-tran/

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//experience

12.2018 - current F R E E L A N C E A RC H I T ECT //Sydney.NSW.Australia • Work directly with clients and collaborate with structural and civil engineers across all phases of three residential, two home renovation and two interior design projects. • Develop efficient time management and communication skills through managing projects and tasks including fee negotiation, schedules and budgets. 05.2017 - 05.2018 D E S I G N A RC H I T ECT // Ridge Designs //Canterbury.NSW.Australia • Designed and documented council submissions through different phases of multiple residential projects including villa, duplex, townhouse and apartment. Acquired understanding and practical experience of NCC, AS, NSW planning system and regulatory framework. • Continuously improved problem-solving skill and multicultural integrality through adapting new working environment, new regulations and procedures. 11.2015 - 07.2016 F R E E L A N C E A RC H I T ECT //Ho Chi Minh City.Vietnam • Participated in facade design and construction phase of a 32-storey mixed use project. 01.2015 - 10.2015 H E A LT H C A R E A RC H I T ECT // CPG Corporation //Ho Chi Minh City.Vietnam • Positioned in a multidisciplinary team of Healthcare studio on design and construction phases of an oncology hospital with budget more than $250 million. Obtained knowledge of clinical planning and health care architecture. • Assisted with architectural drawings of one medical clinic and an international airport terminal project. • Rapidly developed my proficiency in using Revit. • Developed interpersonal and problem-solving skills through working in a team to deliver complying design solutions with multi intensive requirements.

//education

03.2017 - 12.2018 MASTER OF ARCHITECTURE // University of Technology Sydney //Sydney.NSW.Australia 08.2009 - 08.2014 BACHELOR OF ARCHITECTURE // University of Architecture Ho Chi Minh City //Ho Chi Minh City.Vietnam

//skills

//language //awards & honors

Drawing // Revit, Rhino, Grasshopper, SketchUp, AutoCAD Graphic // Photoshop, Illustrator, InDesign, Enscape, Vray Production // 3D Printing, Laser Cutting, Robotic Fabrication, Woodshop Tools VIETNAMESE // native ENGLISH // fluent UTS Transformative Technologies + Data Poetics Group Exhibition //sydney design festival 2019 Honorable Mention //UTS:DAB student showcase First Place //UAH photography contest 2011 & 2012

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//contents


Residential Flat Building Development // Ridge Designs

//professional

//academic

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Dual Occupancy // Ridge Designs

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Country House // Freelance

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Oncology Hospital // CPG Corporation

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Other Works

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Super Roof // masters architectural design studio

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Resonance Chambers // masters architectural design studio

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International Airport Terminal // bachelors graduation project

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//professional

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Residential Flat Building & Future Development 2018 // Mixed-Use // Sefton.NSW // Ridge Designs REVIT

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TOP TO BOTTOM ground floor plan 1st & 2nd floor plan 3rd floor plan

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UPPER main elevation LOWER rear elevation

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Dual Occupancy Dwelling 2018 // Residential // Padstow.NSW // Ridge Designs REVIT

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UPPER ground floor plan LOWER first floor plan

ENTRY

DINING LOUNGE

UNIT 2 PATIO

PATIO W1 800x600

ENTRY KITCHEN GARAGE

LOUNGE

BATH

F

L'DRY

UNIT 1

L'DRY

STUDY

STUDY

DINING

BATH

KITCHEN

GARAGE F

BALCONY SD 1 1800x2100

BALCONY BED 2

W3 1800x1100 BALCONY

BED 3 ROBE

BED 4

UNIT 2

ROBE ROBE

4 5 6

7

10 9

WIR

BATH

BED 4

UNIT 1

BATH

8

BED 3

1 2 3 4 5 6 7 8 9

10

14

16 15 14 13 12

11

BED 2

BALCONY

ENS

1 2 3

BED 1

ENS

ROBE

ROBE

WIR

16 15 14 13 12 11

ROBE

BED 1


UPPER side elevation LOWER main elevation

U1- RIDGE +11.78

U1- FIRST FL +8.45

UNIT1-GFLOOR +5.50

U1- RIDGE +11.78

RIDGE +11.21

U1- FIRST FL +8.45

U2-FIRST FL +7.90

UNIT1-GFLOOR +5.50

U2-GFLOOR +4.95

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Cou ntr y Ho use 2019 // Residential // Murrays Run.NSW // Freelance REVIT - ENSCAPE

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// The architectural design is a unique response to a unique site. It aims to deliver contemporary minimalist architecture which minimizes environmental impacts, takes advantage of the site’s unique attributes, responds to the verticality of the forest in which it is embedded and creates a sense of lightness and delicacy which is appropriate to the bushland setting; and no, or minimal, visual impacts from public roads and neighbours’ dwellings. //

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4500

W2

W3

4500

4500

100

4500

MASTER BEDROOM

1100

2550

900

100

WARDROBE W5

1000

100

DINING AREA

900

7900

50

FFL +127.0

BALCONY FFL +127.0

700

2600

MAIN HOUSE 104 m²

W1

HATCH OPENING ABOVE

1800

2500

1100

700

W4

LIVING/FAMILY AREA

3500

3000

BALCONY FFL +127.0

L'DRY

W7

1850

100

3000

P

KITCHEN

2550

FOYER FFL +127.0

ENS

OUTDOOR SHOWER

W6

2550

4500

WC

1000

1900

F

100

1850

4100

400

400

4100

4500

1200

18000

ROOF 130.61 m

610

ROOF 130.61 m

CEILING 130.00 m

3000

3610

CEILING 130.00 m

3610

3000

610

2000

BRIDGE TO CARPORT / GATE HOUSE TIMBER DECKING ON TIMBER JOISTS TWIN STEEL C CHANNEL STRUCTURE

FFL.

FFL.

127.00 m

4500

4500

127.00 m

4500

4500

4500

4500

4500

4741

4741

8000

8000

3259

3259

4500

NGL.

NGL.

119.00 m

119.00 m

UPPER main house floor plan 18

LOWER main house elevations


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Oncology Hospital 2016 // Healthcare // Ho Chi Minh City.Vietnam // CPG Corporation REVIT

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// The project for the new Oncology Hospital in Ho Chi Minh City follows a high specialization, teaching and research hospital model, in which the patient is at the centre of all care. A compact building has 1000 beds, 16 operating theatres, 8 linear accelerators for oncological treatments, 119,876m2 floor area dedicated to healthcare purposes and another building services and parking facilities. //

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LEFT floor plans

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LOWER radiotherapy unit plan

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300

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9650

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9800

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LINAC-2

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LINAC-2

LINAC-2

LINAC-2

LINAC-2

M

GG RC3

4040

13

GG

BW2

BW2

Kho / Store

BW2

SV1

SV1

P. Điều khiển/ Control rm

BW2

BW2 SV1

SV1

BW2

210

320

BB

BW2

P. Điều khiển/ Control rm

BW2

SV1

BW2

CC

4040

DD

6

Kho / Store

BW2

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4

P. Điều khiển/ BW2 Control rm

BW2

BW2

Kho / Store BW2

SV1

SV1

4980

240

2800

1910

2450

2700

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5000

2300

4610

2650

3100

875

110

Y

1

2000

3890 475

1090

3940

4610

3610

2980

2400

3680

1210

2980

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2

2600 4470

P. Hành chánh/ Admin office

450

5110

2990

3150

390

20

21

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24'

25

26

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28

P. XẠ TRỊ TRONG SUẤT LIỀU CAO/ HDR BRACHYTHERAPY

30

29

3550

HH

12

GG

11

RC7

1060

2520

CC

2100

LL

BW1

X

VS/ Toilet

KK

2080

JJ

B

II

C

BW1

BW1

VS/ Toilet

2100

240

BW1

Y

1

VS/ Toilet

Hành lang bệnh BW1 nhân nội VS/ Toilet trú SD1

D

2010

31 E 32

R

BW1 BW1

SV1

2010

SD1

BW1

BW1

SV1

P. Điều trị/ Treatment

P. Tiêm thuốc/

4700 BW1

900

1400

BW2

rm

SV4

BW1

SV1

4400

3920

Kho nguồn phóng xạ/ Radiation source store

P. Server ( máy gia tốc)

980

1120

Hành lang nội bộ/ Staff corridor

SV1

2040 SD1

SV2 BW1

BW1 Injection

BW1

BW1

SV1

2800

P. Điều trị/ Treatment

4010

SD1

2800

SD1

A

SV1

SV1

4080

Z'

2

SV4

2600

240

1910

Z

1910

SV1

AA

2080

BB

300

5

4

3

1940

4040

Kho vật tư

BW1 BW1

300

310

DD SV1

P. Điều khiển/ Control rm

SD1

Họp/ Meeting

BW2

3100

BW2

BW2 BW2

BW2

SV1

SD1

Kho / Store

BW2

3120

SD1

SD1

DB

Bếp/ Pantry

BW2

3080 SD1

BW1

BW1

BW1

VS NV Nữ/ Staff Toilet (F)

P. UPS/UPS Room

BW1

AHU

?

BW2

F

AA

300

SV1

SV1

Q

240

33 G 34 H 35

P

640

1460

2600

2080

1960

1060

3650

3280

110

3280

1180

1980

1660

1440

3120

3080

460

8100

8100

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22

48600

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400

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7700

8100

8100

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8100

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CC

SV4

BW1 FW1

1000

2000

3640

3680

1460 290

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Uống ĐVPX liều thấp/ Radio Isotope (Low dose) Uống ĐVPX liều cao/ Radio Isotope (High dose)

2500

SV1

Sảnh chờ

SD1

P. Làm khuôn/ Mould BW1 room

BW1

1000 400

570

FF

EE

DD

P. Kỹ thuật viên

SD1

Hành lang nội bộ/ Staff corridor

RC7

10

9

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7

BW1 BW1

SD1

210

19

240

18

600

17

BW2

BW1

2860

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P. Kỹ thuật viên

BW1

4120

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SV1 SD1

BW1

P. Dụng cụ cố định

BW1

SD1

SD1

4610

RC7

2150 14

13

SD1

BW1

SD1

110

P. Lập kế hoạch điều trị/ Treatment Planning/ Dosimetry

2600

BW1

30

2890

29

2640

28

EE

210

27

26

300

25

2980

24'

760

24

1460

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7600

SV1 BW1

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M

1800

N

21

BW2

8100

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L 20

P. Dụng cụ cố định

P. Điều khiển/ Control rm

23370

36 37

K

BW2

BW2

8100

I

P. Trưởng khoa/ HOD

SV4

BW1

4120

Hành lang hạn chế (Xạ trong)

BW1

P

800

35

5300

34 H

2500

2500

G

19

SD1 SD1

8100

SD1

7890

SD1

Kho / Store

SV1

BW1

240

SD1

Q

8100

P. Chờ/ Waiting

240

SD1

300

R

300

32

33

18

ST4

50300

BW1

BW1

3190

Văn phòng/ Office

4740

Kỹ thuật viên ( Xạ trong)

SD1

F

17

4760

BW2

S

31 E

16

3140

SD1

BW1

910

Kho hồ sơ / Store

SD1

BW1

BW1

3700

Kho dụng cụ- vật tư/ Store

BW1

3700

Tháo dụng cụ

BW1

BW1

2500

T

BW1

5110

II

D

4800

JJ

C

BW1

Kho phóng xạ và thiết bị đo phóng xạ / Store

4740

BW1

4740

U

B

15

890

FW1 BW1

X

KK

14

4610

SV4

LL

A

J

FF

FW2 2FD1a

AA

3

8250

FW2

4060

7

P. Điều khiển/ Control rm

BW2

P. Điều khiển/ Control rm

8100

BW2

FF

EE

8

930

12

11

10

9

27

28

29

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UPPER site construction photos LOWER main elevation

// As part of a multidisciplinary BIM team including structural and MEP engineers, I was responsible for facade design of the two nursing unit towers to comply with the sunshading requirements for tropical climate, canopy proposal for main entry and ambulance entry, and the solar panel integrated rooftop, as well as to document construction drawings of Medical Radiology Department. //

ROOF PLAN 43000 LOWER ROOF 39000 LEVEL 9 35000 LEVEL 8 31000 LEVEL 7 27000 LEVEL 6 23000 LEVEL 5 19000 LEVEL 4 15000 LEVEL 3 10000 LEVEL 2 5000 LEVEL 1 0

30

29

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24'

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23

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// Novaland The Park Avenue // Ho Chi Minh City.Vietnam // Mixed-Use // Freelance

2015

2016

//other works

// Youth Cultural House // Ho Chi Minh City.Vietnam // Government // CPG Corporation

// HBI Imperia Garden // Hanoi.Vietnam // Mixed-Use // CPG Corporation

// Integrated Political & Administration Center // Can Tho.Vietnam // Government // CPG Corporation

// FPT Office Tower // Hanoi.Vietnam // Commercial // CPG Corporation

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// Two Storey House // NSW.Australia // Residential // Freelance

// Apartment // NSW.Australia // Multi-Residential // Ridge Designs

2019

2018

2017

// Dual Occupancy Dwellings // NSW.Australia // Residential // Ridge Designs

// Townhouse // NSW.Australia // Multi-Residential // Ridge Designs

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//academic

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S u p e r R o o f // T r a n s p o r t H u b 2017 // UTS // masters architectural design studio RHINO - GRASSHOPPER - PYTHON tutor.Dave Pigram

// This studio was dedicated to furthering the techniques and concepts of computational design in architecture. In particular, the studio sought to dispel the conventional wisdom that serious formal investigation and serious programmatic investigation are mutually exclusive. //

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// The proposal is organised based on the various types and speeds of motion. The roof is structured by a truss system, which is coded and tailored with various configurations and scales to match the distinct character of vehicle or motion type below. All service functions are occur within the waiting room as a transformation of skylight element, which is formed exceptional by inhabiting the truss where it touches down. The roof form and structure works as a primary wayfinding and spatial element of the station architecture. //

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Circulation

Waiting Area

Train

Bus/Taxi


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// The design tectonics employed the technique of Python coding to define and develop sufficient geometry of the truss cell for different spaces. The truss system is configurated and scaled to emphasise directions, speed and type of vehicles, and people circulations. //

//coding algorithm. Vector Math

Point 2

Point 2 Point 2

b c Point 1

Point 0 Point 0

Point 1

b

a

a + b = ab

Point 0

Point 1 b

a

Origin Point

Origin Point

ab + c = oc

c

c

Point 2

Point 2

Point 2 Centroid

ab

Centroid

c Point 1

Point 0

Point 1

Point 0

Point 1

Point 0

b

a

Origin Point

Origin Point

Point 1

Point 2

Point 2

Centroid

Mid_Point 1 Point 1

Point 0

Point 1

Point 0

Centroid

Centroid

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Mid_Point 0

Point 2

Point 0

Mid_Point 0

Mid_Point 1

Mid_Point 2

Mid_Point 2

Point 1

Point 1

Point 1

Point 0

Point 2

Point 0

Mid_Point 1

Point 2

Point 0

Point 2 Mid_Point 0

Mid_Point 2


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// It is a powerful of motion and still, people and trains, structure and light. The project resolve the many complex/competing elements of a transport hub, as well as meeting the programmatic demands of a transport interchange. The ambition for an iconic station led to the roof geometry and structural variation, which were generated to let the wayfinding more friendly for people. //

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Resonance Chambers // Nuremberg Concert Hall 2018 // UTS // masters architectural design studio REVIT - RHINO - GRASSHOPPER tutor.Dr Tim Schork

// The studio sustains that innovations in architecture and transformations in its practices are closely linked to technological change, advances in materials and practices of representation and making. Developments in computational design methods, simulation and computer-controlled fabrication techniques have opened up new possibilities and narrowed the gap between what can be designed and what can be constructed. //

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// Designed as an addition to the ensemble of the Meistersingerhalle, the proposal engages the existing infrastructure and context to create a connection between the present landscape and public space. The combination of the existing building and the new exterior envelope provide “a charming veil� that engages the surrounding landscape on all sides. It combines architecture, program and urban development into a specific entity, suitable only to this particular location. //

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LEFT 1st & 2nd floor plan

A

1

B

2

C D

3

LOWER ground floor plan

E F

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G H

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6 2 7 3

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C D 10

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A'

// The combination of the vineyard and shoebox type of the concert hall is the heart of the building, and structurally independent for acoustic isolation and prevent vibration transfer. //

13 B'

C'

10

H D'

E'

G'

F'

1'

11 1'

I

12

2'

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3'

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4'

4' A'

B'

C'

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E'

F'

G'

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// The combination of the vineyard and shoebox type of the concert hall is the heart of the building, and structurally independent for acoustic isolation and prevent vibration transfer. //

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D a N a n g I n t e r n a t i o n a l A i r p o r t Te r m i n a l 2014 // UAH // bachelors graduation project REVIT - 3Ds MAX // The proposal is defined by its unique landscape; with long-curved coast, high mountains, and rapidly changing weather. Da Nang Airport had to adopt the feel of the region’s landscape and in itself become an interesting part of the journey. The idea of flight meeting the shape of the local landscape resulted in the concept of folding roof. //

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// The new terminal houses all service facilities and is used for international flights, while the old terminal serves domestic traffic. The new terminal includes: A new pier composed of eight gates designated for international travel, separated arrival and departure levels, eight security lanes for departing passengers, large commercial areas, modular concept allows for easy future expansion. //

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// A bright, harmonious and double height space connects the arrival and departure halls. The arrival hall is characterised by four dominant design elements: the hanging veil of the structural glass facade, the grand steel columns of the support structure and the dramatic entrance bridges spanning over the space. //

UPPER arrival ground level 44

LOWER arrival mezzanine level


UPPER departure level LOWER transit level

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TOP LEFT section

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ABOVE airfield elevetion entrance elevation perspectives


// The departure hall is the architectural centrepiece of the terminal. The identity of the room is defined by the folded ceiling connecting the central building and the pier. Welcoming arriving passengers, this canopy starts outside the building and passes through the minimalistic glass facade, giving the interior of the terminal a warm glow. The direction of the building’s main structure, emphasised by majestic skylights, lead travellers towards the entrance to security control. //

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THE END. // Thank you


Profile for Anh Tran

Anh Tran | Architecture Portfolio 2019  

Anh Tran | Architecture Portfolio 2019  

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