Huy Nguyen Portfolio 2022 by danghuynguyen

DANG HUY NGUYEN PORTFOLIO 2022

Dang Huy Nguyen

Date of Birth: 19th April 1990 Location: Unit 1, 20 Sill St, Bentley WA 6102 Phone: +61 431 063 791 Email: danghuynguyen1904@gmail.com - 22815102@student.uwa.edu.au Nationality: Vietnamese Gender: Male - Relationship: Single

CURRICULUM VITAE EDUCATION + 2008-2013: Bachelor of Architecture Van Lang University, Ho Chi Minh City, Vietnam + 2020-2022: Master of Architecture The University of Western Australia Distinction with GPA: 5.9 and WAM: 75 EXPERIENCE + 2012 Architecture Internship Nhadan construction, Ho Chi Minh City, Vietnam

TECHNICAL SKILLS Revit: Intermediate Rhinoceros: Intermediate 3ds Max: Intermediate SketchUp: Advanced AutoCAD: Advanced

Adobe suite: Advanced Vray: Advanced Enscape: Advanced Lumion: Advanced

PERSONAL SKILLS - Ability to learn software quickly. - Keen eye for detail and ability to accurately deliver required documentation. - Willing to work hard and want to learn with a proactive forward-thinking attitude. - Strong work ethic and able to work individually and as part of a team. - Good concept design, diagrams, 3D modelling, hand modelling, and visualisations. - Good knowledge of building regulations including Australian Standards and BCA.

+ 2013-2015 Architectural Graduate ArtistDecor studio, Ho Chi Minh City, Vietnam - Development and production of schematics, design, and construction documentation for residential and commercial projects. - Creating technical drawings and 3D models from architects’ sketches. - Production of presentation documentation, renderings, and videos using Lumion. - Preparing and revising plans, diagrams, and drawings.

COMPETITIONS & RECOGNITION - 2nd Place, Graduation Project, Vietnam, 2013 - 3rd Place, INFILL Contest 2020 is hosted by Slavin Architects, Fremantle, WA - Selected work for UWA’s annual exhibition 2021

+ 2015-2019 Architect ArtistDecor studio, Ho Chi Minh City, Vietnam - Sketching concepts and modeling 3D. - Collaborating with architects and structural engineers to complete projects on-time and under-budget. Meeting with clients, contractors and other stakeholders.

EMPLOYMENT + 2020-Present Sushi Artisan Sushi Sushi, Westfield Carousel, Cannington, Perth

EXTRACURRICULAR ACTIVITIES - Visiting and volunteering for open house, Perth - Learning graphics softwares, sketching furniture and reading architecture books in spare time

SELECTED PROJECTS INTRODUCTION

SCHOOL OF DESIGN master’s project

CIRCULAR HOUSE master’s project

THE ART MUSEUM OF FINE ARTS bachelor project

THE UNIVERSITY OF ARCHITECTURE HCM CITY bachelor graduation project

CUNG TRUONG SANH PALACE architecture model

VIETNAM AUSTRALIA SCHOOL professional project

WIND HOUSE professional project

BEER CLUB professional project

TOWNHOUSE professional project

INTERIOR DESIGN professional project

EDUCATION PROJECTS

THE SCHOOL OF DESIGN

Master’s project 2020 [with distinction] Location: Elizabeth Quay, CBD, Perth Program: Education Unit Teacher: Kukame and Kristen from Woods Bagot The School of Design generates a new civic space for Perth. It is an asymmetrically balanced design with two triangular blocks, a floating structure made of glass, steel, and concrete. In the daytime, it is almost transparent from some angles. At night, it is a lantern with metal louvers that look like patterns. Studio life is on show, an attractive atmosphere can be seen from the outside and invites curiosity. The SoD is also inspired by the typical Australian house space layout. However, the space of the school is arranged vertically with a common garden in front, contributing green values to urban space. The functional block is placed above with landscaped gardens and atriums interwove. Meanwhile, roof-top gardens are dedicated for the school, where occupants can gather, discuss or stroll among the botanical gardens under the shadow of the solar panels. Also, a place urban and landscape students can experiment with pavilions and bio-based materials. Located in an area with high construction density and a busy public transport system in a narrow and modest site. The site has some adverse and limited views by Perth exhibition center and the surrounding high-rise buildings, but there are also stunning landscape views. Therefore, blocks of the building are oriented to have views of beautiful landscapes. The geometry of the building is shaped in a dynamic and porous form for an attractive appearance to enhance community connectivity. The plaza floor is extended to the east and west without affecting the decades-old trees in these areas. It is like a symbiotic entity, connecting the gardens of the ferry, the exhibition center, and the southern meadow, reactivating the surrounding areas more vividly. An outstanding feature compared to most other universities of architecture is that the exhibition space is located on the first floor, the plaza floor, so visitors can easily access it from all directions. A place students could actively contribute to the culture of the city, showcase their artworks with the public and vision to the world. In addition, most of the remaining area of the plaza is considered as a common garden, where visitors can immerse themselves in nature. Outdoor exhibitions, art performances, and public activities will take place here, honoring the culture of the area while helping people understand the SoD’s values. The ground floor is the 24/7 mixed-use activity hub, incubator, and commercial nodes to provide food and beverage. The existing structure of the infrastructure of the railway station below is kept almost intact to reduce renovation and labor costs. The height of the building harmonizes with the building context and the roof slopes gently to the south to provide panoramic views of the Swan River and traps the cool breeze blowing from the south. SoD is not just a school but would be a second home where students wish to explore art and architecture.

RESEARCH MODEL

Take the station roof off

SITE PLAN 1:2500 @ A3

Back Yard Back Yard

Front Yard Front Yard

TYPICAL SCHOOL

VERTICAL SCHOOL

[AUSTRALIAN HOME] SPACE

[SCHOOL OF DESIGN] SPACE

EY BUILDING FIRST FLOOR

CORRIDOR TO BUS PORT

STAIR TO SOD

58m

CORRIDOR TO BUS PORT

STAIR TO SOD

ENTRY

PLAZA

FFEE

SHOP

90m²

VOID

FFEE

FAST

FOOD

IEN

FAST

T ST

90m² LOBBY 210m²

NVEN

SHOP

90m²

E 90

FOOD

m²

TICKET

EL IZ TR ABET AIN H QU ST AT AY ION

90m²

GALERRY 630m²

EL IZ TR ABET AIN H QU ST AT AY ION

NVEN

IEN

RETA

IL SH

T ST

E 90

TICKET VOID

m²

59m

90m² VOID

RETA

IL SH

90m²

90m² VOID

RETA

IL SH

PLAZA

90m² VOID

VOID

VOID TEMP. STORAGE

STORAGE

STOR

AGE

163m

53m

KITCHEN 115m²

STOR

AGE

CLEA ROOMNING

STE

SECURITY

163m

CLEA ROOMNING

LOAD

ING

VOID

STE

RESTAURANT 337m²

LOAD

ING PLAZA

VOID

48m

GROUND FLOOR 1:1200 @ A3 0

FIRST FLOOR 1:1200 @ A3 FIRST FLOOR 1:200 @ A0

SCHOOL OF DESIGN DANG HUY NGUYEN GRADUATING PORTFOLIO SEM-2 2021

10M

05 07 08

04 09

CROSS SECTION 1:1200 @ A3

DELIVERING A TRULY SUSTAINABLE BUILDING The building is thought of as a self-sustaining entity, which generates its own energy through solar panels. The external perforated facade skin is automatically rotated by sensors to reflect the path of the sun. Natural and artificial lighting will be combined in classroom spaces to provide high-quality illumination and visual comfort, lowing energy consumption. The aim is to achieve a balance between costs, aesthetics, and function. Rainwater and wastewater are collected and recycled to save water resource. 01 02 03 04 05 06 07 08 09

Photovoltaic panels provide electricity and shading Hot air exhausted via atriums Stepping garden Public garden of the plaza Double and tripple height for variety of public activities Moveable perforated steel facade for thermal performance and visual confort High-level automated windows for temperature control and ventilation Manual windows for user control Ground station floor is an open space which facilities natural ventilation

VIEW TO ELIZABETH QUAY TRAIN STATION

N IO CT OJE OM PR R O

AUDITORIUM 135 SEATS 203m²

26m

LIBRARY

AUDITORIUM 120 SEATS 180m²

35m 42m

27m 48m 40m

TERRACE VOID

BOO

K-

GALERRY 548m²

JOU

VOID

RNA

VOID

53m

LIBRARY

LECTURE THEATRE 362 SEATS 533m2

30m

OJE RO CTIO OM N

VOID

SLE

EPIN

CAFE

RETURNS

HIGH DEMAND

GREEN ROOM 125m²

54m

28m

50m 45m

CANOPY

KITCHEN 105m²

MO D MA EL KIN G 57m

MULTI FUNCTIONAL VENUE 521m²

SERVICES

CLEANING

LAS 3D ER/CN PRIN C TIN G

MEETING 110m²

ADMIN 95m²

VOID

15m

WORKSHOP

ADMIN 470m² 28m

42m

SECOND FLOOR 1:1200 @ A3

10M

THIRD FLOOR 1:1200 @ A3

FOURTH FLOOR 1:1200 @ A3

TERRACE

CANOPY

VOID

RESEARCH SPACE

STUDIO

PANITING ROOM

RESEARCH SPACE

STUDIO

RESEARCH SPACE

GREEN ROOF

NINTH FLOOR 1:1200 @ A3

CLEANING STORAGE

GREEN ROOF

CANOPY

ST IO UD

GREEN ROOF

SEVENTH FLOOR 1:1200 @ A3

EIGHTH FLOOR 1:1200 @ A3

THE GALERRY SPACE

3 4 10

DETAIL SECTION 2 1:20 @ A1

DETAIL SECTION 1 1:20 @ A1

1 roof construction vegetation layer 40mm vegetation substrate 10mm filter layer 20mm drainage layer 10mm protection layer 20mm waterproofing 100mm reinforced concrete 50mm steel decking 10mm plasterboard

2 glass handrail

3 10mm powder coated aluminium insulation

4 aluminium capping to parapet 9

5 30x10mm zinc coated steel grating catwalk floor 6 double glazed clear glazed outer pane clear glazed inner pane

6 double glazed clear glazed outer pane clear glazed inner pane 8 curtain wall

7 moveable perforated metal sheet 8 curtain wall

9 600mm concrete slab with slab edge thickening; waterproof membrane 10 450x300mm beam

2 glass handrail 3 10mm powder coated aluminium insulation

4 aluminium capping to parapet 5 30mm polished concrete surface 350mm reinforced concrete slab

11 300x300mm column 20mm plasterboard outer

9 floor construction raised access floor 100mm reinforced concrete 40MPa 50mm steel decking 10mm plasterboard 10 450x300mm beam 11 300x300mm column 20mm plasterboard outer

CIRCULAR HOUSE Master’s project 2020 [with high distinction] Location: 62 Matlock street, WA Program: Private House Unit Teacher: Nathan Steele from Steelehouse Architecture This unit describes the respective stages through which a medium scale architectural project progresses. Beginning with pre-design, the unit introduces topics including indigenous land laws, the architectclient agreement, site analysis and consultation with authorities, before moving into the requirements for schematic design, design development and contract documentation. The project is required to develop and design the Alterations and Additions to an existing suburban residence. The Clients are a young couple planning to have 2 children. The design is to overcome the limitations of the current interwar bungalow and provide a suitable home for the remainder of the years raising their children. Key design considerations are provision for inspiring and compelling living spaces. Best utilisation of the site orientation to allow natural lighting and ventilation principles. Relationship and response to the existing structure.

EXISTING BUILDING EDGE C.O.S

A09

1016

D4 804

W1 3091

3204

LAUNDRY 2200

D1 814

A08

960

250 33

117

D2 0 804

1205

30 5 1 .1

R3373

29 4

Paving

CLOTHES LINE

R6873 25

d.p

paving

250

SO IL

2 .0

garden

1370 l

P'dr

Paving

d.p

Kitchen

270270

Shed F.L. 30.44

1200 SETBACK 250

paving

R5877

d.p

2 .8

d.p

EXISTING BUILDING EDGE C.O.S

2310 PANTRY

7508 KITCHEN/DINING

90 3200 W3

2390

934

15418

Wall Types Existing Brick 90mm 2c Brick

1 : 100

1920 BATH

8 512

2290 P'DR

Ground Floor Plan

Pantry

Tile

A07

Bath

Bed 2

9208

F.L. 30.44 Burnished Concrete

1100

D1 grass

Living

F.L. 30.44 Existing Timber Floor

1140

Entry

F.L. 30.44 Timber Deck

90 P'DR 90 HALL

A07

3630

Alfresco D5

2340 PATRY

grass

4 3 2 1

Tile

Bed 1

Porch

8750 KITCHEN/DINING/LIVING

Laundry

WASH

A09

A08

3500 DECK 4502

0 REV

Issued for Construction DESCRIPTION

15.10.20 DATE

62 Matlock Street Mt Hawthorn Project Alterations & Additions

PLANS

Dwg #

A02

Student number: 22815102 0

50mm

THE MUSEUM OF FINE ARTS Bachelor project 2012 [with distinction] Location: Ho Chi Minh, Vietnam Program: Cultural The project is a contemporary art museum, situated in Thanh Da new urban area on the edge of Ho Chi Minh City with main functions such as ecological parks, tourism, culture, recreational and residential areas. Nowadays, few people in the country have a preference for visiting museums in order to learn conventions, cultures, history, and art, which can be explained that museums are pragmatic buildings with less attractive shapes and lack of visually engaging activities. Besides, merely a quarter of Ho Chi Minh City area is covered by greenery, contributing to air pollution. The new museum building was designed with dynamically and simply stacked boxes to harmonize with the park and communicate with the surrounding urban area. The gardens are located on top of the vertically stacked spaces, which not only improves the microclimate by using natural ventilation and daylight for every club and administrative room, but helps the outdoor display openings increase visibility and interaction. Therefore, it can attract inhabitants to visit and participate in artistic activities such as concerts, festivals or performances. Being combined with green roofscapes, trees and plants constitute to the addition of green spaces for the locals as well as raising individual awareness in planting and protecting the environment. Furthermore, the design allows visitors to have plentiful opportunity to immerse themselves in nature. The artificial lake in the east of the building is in harmony with the local river, has a spectacular view as well as used to perform water puppet, a traditional folk theater art of Vietnamese culture.

CONCEPT DIAGRAM

THE UNIVERSITY OF ARCHITECTURE HỌ CHI MINH CITY Bachelor’s Graduation Project 2013 [with distinction] Location: Ho Chi Minh, Vietnam Program: Education The site is located in District 9 which is the new urban area of Ho Chi Minh City. The project is the second facility of University of Architecture Ho Chi Minh City. The large area of the university formed a dispersed building layout, creating plenty of rest and breathing space for people. The purpose of this work is to create natural and energetic spaces for learning, working and exploring architecture. The project respects its surrounding landscape and neighboring buildings. Overall project layout is organized around a central green space, most functional areas have spectacular views towards the river because there are no high-rise buildings constructed in the south. The artificial lotus ponds combined with the Tac river create unique and poetic water scenery, where the college’s traditional activities are organized and are also a place for students to sketch landscapes, compose and relax. Wind and light can reach all classrooms and offices thanks to the courtyard of each zone. Besides, other architectural and mechanical energy-saving initiatives are comprehensively applied including photovoltaic modules, solar water heating, and green roof as insulation. The building also appreciates the use of low rise architecture, construction methods, and materials available in Vietnam to minimize construction costs.

SQUARE MAIN ENTRANCE EXHIBITION SPACE AND LIBRARY FACULTY OFFICES AUDITORIUM AND CLUBS OFFICES THEORETICAL ROOMS WORKSHOP MULTI-FUNCTION STUDIOS PARKING FOR LECTURERS AND STAFFS PARKING FOR STUDENTS THE STATUE GARDEN

COLLEGE AND RESEARCH CENTER DORMITORY SPORT AREA LAND FOR ESTIMATED CONSTRUCTION PLANTS

GREENERY ARE INTERWOVEN INTO THE BUILDING, FORMING 6 TYPES OF GARDEN THE CENTRAL GARDEN TYPICAL GARDENS OF EACH ZONE THE ROOF GARDEN WITH CANOPY THE ROOF GARDEN

RIVER TRAFFIC ROAD

THE LANDSCAPE GARDEN THE ISLAND GARDEN

In the ancient imperial complex of Hue City, Cung Truong Sanh Palace was built in the northwest of Hue Citadel with the initial role of a flower garden, where the Nguyen Dynasty Kings invited their mothers to visit the breathtaking scenery. Later, it was also transformed into a dining place in the life of some Queen Mothers. Architectural models invariably play a crucial role in research. Our team consists of 8 members, selected to model Cung Truong Sanh project for an in-depth insight into Vietnamese architecture in the 18th century.

CUNG TRUONG SANH PALACE Bachelor project 2011 [with high distinction] Location: Cung Truong Sanh, Hue city, Vietnam Program: Cultural Involvement: 3D modeling, cladding material, and hand modeling.

PROFESSIONAL PROJECTS

VIETNAM AUSTRALIA SCHOOL In collaboration with architect Thanh Chi Location: Ho Chi Minh, Vietnam Year: 2017-2018 Status: completed Program: Education Build area: 22335m2 Involvement: 3D modeling, Renders

(3.63)

F.F.L.-0.350 S.S.L.-0.400

33788

S.S.L.-0.350

3000

8000

3000

12912

12900

5500

F.F.L-0.760

9000

S.S.L.-1.350

DOTHOUSE 2

i=1%

S.S.L.-1.200

S.S.L.-1.100

F.F.L.-0.560 S.S.L.-0.700

S.S.L.-1.200

26218

P.HỌC 03

P.HỌC 02

P.HỌC 04

P.HỌC 05

P.HỌC 06

P.HỌC 07

P.HỌC 08

P.ĐIỆN TẦNG 01 KHO NỆM 01

P.HỌC 09

i=1%

DOT HOUSE

HỒ TẬP BƠI 9x13

i=13%

P.GIÁO VIÊN

31 34

23 21

P.TIẾP PHỤ HUYNH 03

P.ĐỒNG PHỤC +THAY ĐỒ

P.Y TẾ 01

i=1%

S.S.L.-1.350

F.F.L.-0.600 S.S.L.-0.750

25 23

WC 05

i=1%

X17 NG

F.F.L.-0.450 S.S.L.-0.520

SÂ

F.F.L.-0.600 S.S.L.-1.000

i=1%

F.F.L.-0.465 S.S.L.-0.535

48 S.S.L.-0.700

i=1%

S.S.L.-1.350

SÂ

9 7 5

S.S.L.-1.000 F.F

.L-0

S.S.L.-0.600

S.S.L.-1.200

F.F

00 80

MẦM NON 04

33 35 37

S.S.L.-0.900

F.F.L.-0.500 S.S.L.-1.350

P.ĐIỆN TẦNG 03

KHU MẦM NON

S.S.L.-0.900

HỒ VẦY F.F.L.-0.300 S.S.L.-0.350

SÂ

RỔ

BÓ

DOTHOUSE 4

MẦM NON 03

NHÀ TRẺ 02

07 05

90 00

F.F.L.-0.300 S.S.L.-0.350

S.S.L.-1.400 00

P.AEROBIC

S.S.L.-0.200

F.F.L.-0.540 S.S.L.-0.750

BỒN CÁT

S.S.L.-1.350

F.F.L.-0.150

P.Y TẾ MN

F.F.L.-0.150 1-F4A-01

i=1%

F.F.L.-0.635 S.S.L.-0.705

S.S.L.-1.400 S.S.L.-1.000

KHO NỆM MN01

F.F.L.-0.600 S.S.L.-0.800

S.S.L.-0.700

80 NHÀ TRẺ 01

MẦM NON 02

S.S.L.-1.200

F.F.L.-0.580 S.S.L.-1.000

S.S.L.-1.400

MẦM NON 01

F.F.L.-0.650

F.F.L.-0.600

F.F.L.-0.500 S.S.L.-0.750

S.S.L.-0.900

F.F.L.-0.590 S.S.L.-0.660

.-0.

F.F.L.-0.500 S.S.L.-0.570

3 1 29

F.F.L.-0.550

BÓ

i=1%

F.F.L.-0.485 S.S.L.-0.555

MẦM NON 05

ĐÁ

F.F.L.-0.150 1-F4A-01

F.F.L.-0.660 S.S.L.-1.000

i=1%

S.S.L.-1.350

F.F.L.-0.550 S.S.L.-0.620

F.F.L.-0.480 S.S.L.-0.550

i=1%

01 S.S.L.-0.600

S.S.L.-1.400

80 i=1%

DOTHOUSE 10

F.F.L.-0.530 S.S.L.-0.600

i=1%

S.S.L.-1.000

S.S.L.-1.200

R DOTHOUSE 7

S.S.L.-1.350

ĐÁ

S.S.L.-1.200

F.F.L.-0.510 S.S.L.-0.580

CÁ

BÓ

F.F.L.-0.580 S.S.L.-0.750

S.S.L.-1.400 29

i=1%

F.F.L.-0.500 S.S.L.-0.570

HỐ

33 31

P.THỬ ĐỒ

S.S.L.-1.400

T S.S.L.-1.000

P.GYM

F.F.L.-0.300 S.S.L.-0.400

i=1%

F.F.L.-0.700 S.S.L.-0.800

P.TUYỂN SINH

P.FCC

i=1%

S.S.L.-1.200

F.F.L.-0.630 S.S.L.-0.750

P.ĐIỆN TẦNG 02

F.F.L.-0.450 S.S.L.-0.520

P.TIẾP PHỤ HUYNH 01

F.F.L.±0.000 1-F4A-01 S.S.L.-1.350

-0

ÍN

S.S.L.-1.400

BẢO VỆ 1

F.F.L.-0.850 S.S.L.-0.950

F.F.L.-0.650 S.S.L.-1.000

CH NG CỔ 00 54

F.F

WC 03

80 02

i=1%

DOTHOUSE 1

S.S.L.-1.350

P.TIẾP PHỤ HUYNH 02

-0

F.F

i=1%

F.F.L.-0.700 S.S.L.-0.800

13 11 1

S.S.L.-1.400

19 17

.8 50

8986

X24

F.F.L.-2.200 G-FHB1A

HỒ BƠI 13x25

DOTHOUSE 8

F.F.L.±0.000 1-F4A-01

F.F.L.-1.400 G-FHB1A

F.F.L.-0.600 S.S.L.-0.550

S.S.L.-1.200

P.THỂ THAO ĐA NĂNG i=

F.F.L.-0.450 S.S.L.-0.520

F.F.L.-0.020 S.S.L.-0.050

F.F.L.-1.400 G-FHB1A

F.F.L.-0.710 S.S.L.-0.850

F.F.L.-0.020 S.S.L.-0.050

F.F.L.-0.550

F.F.L.-0.600 S.S.L.-0.550 RANH HAÀM

F.F.L.-1.450 G-FHB1A

S.S.L.-1.400

F.F.L.-0.700 S.S.L.-1.350

21 19

KHO 02

X25

TERRACE F.F.L.-0.600 G-FHB2

F.F.L.-0.650

S.S.L.-0.850

S.S.L.-1.100

S.S.L.-1.200

F.F.L-0.950

143

i=1%

P.HIỆU TRƯỞNG

X23

5300

S.S.L.-1.350

F.F.L.-0.650

BẾP

X22

6200

S.S.L.-0.550 F.F.L.-0.600 S.S.L.-0.700

X21

3900

KHO 01

F.F.L.-0.550

DOTHOUSE 3

22500

S.S.L.-1.400

S.S.L.-1.100

F.F.L.-0.600 S.S.L.-1.100

P.HỌC 01

X20

6500

F.F.L.-0.750 S.S.L.-1.350

S.S.L.-1.100

20 F.F.L.-0.400 S.S.L.-0.550

X19

6200

S.S.L.-1.350

S.S.L.-1.200

X18

(3.05) 4800

KHO GAS

S.S.L.-1.350

8000

CỔNG PHỤ 03

KHO GAS

(3.24)

207643

F.F.L-0.370

F.F.L.-0.650 S.S.L.-0.800 00

80 i=1%

35 S.S.L.-1.350

F.F.L.-0.650 S.S.L.-0.750

S.S.L.-0.900

i=1%

F.F.L.-0.700

DOTHOUSE 5

S.S.L.-1.350

60 00

.-0.

F.F

S.S.L.-1.350

DOTHOUSE 6

F.F.L.-0.800

F.F.L.-0.700 S.S.L.-0.770

F.F.L.-0.750

DOTHOUSE 9

S.S.L.-1.350

80 %

S.S.L.-0.800

S.S.L.-1.400

i=1%

S.S.L.-0.900

F.F.L.-0.870 S.S.L.-0.940

F.F.L.-0.900 S.S.L.-0.970

F.F.L.-0.870 S.S.L.-0.940

BẢO VỆ 2

S.S.L.-1.000 00

CỔ

ÍN

-0

F.F

MASTER PLAN MẶT BẰNG TRỆT TỔNG THỂ TL:1/350

THE WIND HOUSE

Location: Binh Phuoc Province, Vietnam Year: 2015-2016 Status: completed Program: Private House Build area: 165m2 Involvement: planning design, concept design, construction drawings, detailing, renders and supervision

Binh Phuoc House, built in 2016, is a housing design that seeks to provide green spaces within high-density neighborhoods. Since the client’s family consists of three generations, the challenge is to create sufficient spaces allowing them to interact and communicate with other members. This place has a harsh tropical climate compared to the remaining provinces in Vietnam. In fact, the temperature can drop to 120C in the rainy season and rise up to 400C in the dry season. The central core of the house is a large space with common rooms including the living room, kitchen, the worship room and classroom. This space is arranged along the longitudinal axis of the house, which permits wind and natural light to reach all rooms. Openings also

increase visibility and interaction between the family members. Service areas such as bathrooms, stairs and corridors are located in the west of the house to limit heat radiation exposure in the afternoon. Moreover, the roof of house is finished by locally sourced clay roof tiles with the purpose of lowering the cost of materials and constructions. But these files are easy to absorb heat, therefore, the solution with the high central core space of the house helps to reduce the hot air to the common space below. Besides, natural ventilation through large central space will bring these hot gases out of the house via the brick wall behind the house.

THE BEER CLUB

Location: Can Tho city, Vietnam Year: 2015-2016 Status: completed Program: Commercial Involvement: planning design, concept design, construction drawings, detailing, renders and supervision

Located in the center of Can Tho City in Vietnam, the structure of beer house is made of steel frame in order to save costs and construction time. The building is a place for individuals to participate in recreational activities such as enjoying music, food and beers from around the world. Therefore, this club is required to be simple, yet attractive. and dynamic, which helps people unwind after hectic schedules.

Since air conditioners are mostly installed within the building, the glass is used to help customers have a panoramic view of the outside space. The trees are planted around the building in harmony with the surrounding landscape. Moreover, a small garden in front of the building creates a curve directing to the lobby as inviting customers to visit. Wooden louvres, rocks and bushes at exterior space of building are also dynamically arranged to render the building more elegant.

TOWNHOUSE In collaboration with Cat Viet Architecture Location: Ho Chi Minh city, Vietnam Year: 2018-2019 Status: construction Program: residential Involvement: planning design, concept design, and renders

INTERIOR DESIGN Location: Binh Thuan Province, Vietnam Year: 2016 Status: completed Program: private house Involvement: interior design, construction drawings, detailing, and renders.

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