Suchart o portfolio cv 2018

Page 1


CV

NAME NATIONALITY DATE OF BIRTH PLACE OF BIRTH

Software Skill : - Rhino / Grasshopper - 3ds Max / Vray / Corona - Maya - Revit - Sketchup - Autocad

5 Yrs 6 Yrs 2 Yrs 0.5 Yrs 10 Yrs 10 Yrs

- Adobe Photoshop / Illustrator - Adobe Indesign / Premier - Keyshot - Lumion

: SUCHART OUYPORNCHAISAKUL : THAI : 02/06/1986 : BKK / THAILAND

8 Yrs 2 Yrs 2 Yrs 3 Yrs

LANQUAGE : THAI (NATIVE), ENGLISH MOBILE : +66 81 7019074 (BKK,THAILAND) / +447478904834 (LONDON,UK) E-mail : nibakung@gmail.com ADDRESS : 292/95 LANLOUNG ROAD SIYAKMAHANAK DUSIT BKK, THAILAND 10300

EDUCATION BACKGROUND

PROFESSIONAL EXPERIENCE

2016 - 2018

Architectural Association School of Architecture (AA) Master of Architecture (M.Arch) London, UK

2014 - 2016

2004 - 2009

Assumption University (ABAC) Bachelor Degree Of Architecture (B.Arch)

2004 - 2009 - BKK, THAILAND 1998 - 2004

2009 - 2014 (5 Years)

JUNIOR HIGH SCHOOL - HIGH SCHOOL

1992 - 1998 1992 - 1998 -

SAINT JOHN SCHOOL PRIMARY SCHOOL BKK, THAILAND

EDUCATION - AWARDS

2009

(3 Months)

2008

(3 Months)

2004

1st PRIZE AWARD VERTICAL PROJECT CONTEST Assumption University

2007

1st PRIZE AWARD CONCEPTUAL DESIGN FOR STUDENT BOOTH DESIGN (TEAM) As a name of Assumption University Architectural Faculty ASA EXHIBITION 2007

EDUCATION - TEACHING 2018 -

Teaching Assistance Architectural Association School of Architecture (AA) Intermediate 13 Studio

PERSONAL PRACTICE

292/95 Lanloung Road Siyak Mahanak Dusit Bangkok Thailand 10300 Email : nibakung@gmail.com Tel : +66 2 2822802

SUPERMACHINE STUDIO

POSITION : Junior - Senior Architect

57/7 Soi Chokchairuammit 16/13 Vibhavadee Rd. Jompol Jatujuk Bangkok Thailand 10900 E-mail : pitupong@gmail.com Tel : +66 2 2766279

Mattayom Wat Makutkasat (MK)

1998 - 2004 - BKK, THAILAND

2011

(2 Years)

SUPERGREEN STUDIO

POSITION : Architect

58/1 Soi Samsen 5, Samsen Road, Pranakorn, Bangkok 10200 Thailand E-mail : supergreenstudio@gmail.com Tel : +66 2 6289799

SODA (Thailand) Ltd

INTERNSHIP

40 Chaiyos Mansion Sukhumvit Soi 11 Bangkok, Thailand 10110 Tel : +66 2 253 5890

AWARDS - PROFESSIONAL 2012

1ST-Runner up Award King Rama 9 Musuem Nationnal Competition Competition in professional career office - Supermachine Studio Project was selected to be Exhibited in Venice Bienale 2012

Contact person

1. Pitupong Chaowakul ( Design principal ) @ Supermachine Studio Email : pitupong@gmail.com 2. Shajay Bhooshan ( Studio Master ) @ AADRL Email : Shajay.Bhooshan@zaha-hadid.com 3. Soomeen Hahm ( Studio Master ) @ AA int’13 and Bartlett Email : s.hahm@soomeenhahm.com


2010-2014

: BIG MOUNTAIN MUSIC FESTIVAL PROJECT SERIES ( PROFESSIONAL )

( 5 YERS ANNUAL PROJECT )

Shown items : Kamar Market - Bamboo Structure Design Cow Stage - Stage Design

2010

: Sansiri’s Wyne Sales Gallery, Bangkok, Thailand

2012

: TUKCOM I.T.mall Sriracha

2012

: TUKCOM I.T.mall Cholburi

2014

: TUKCOM I.T.mall Udon

2011

: King Bhumipol Museum competition (2nd Prize Competition)

2012

: SuperBowl Project

2013

: Yim Huay Kwang Hostel

2011

: SAATCHI & SAATCHI OFFICE (BKK)

2011-12

: BANGKOK UNIVERSITY - STUDENT LOUNGE

2013

: MERCURY VILLE

( PROFESSIONAL )

( PROFESSIONAL )

( PROFESSIONAL )

( PROFESSIONAL CAREER )

( PROFESSIONAL CAREER COMPETITION )

( PROFESSIONAL - Research Project )

( PROFESSIONAL )

( PROFESSIONAL )

( PROFESSIONAL )

( PROFESSIONAL )

CONTENTS PAST WORKS/PROJECTS


BIG MOUNTAIN MUSIC FESTIVAL 5 YEARS ANNUAL PROJECT

x 50 Units

ปากช่อง x 2 Units

x 10 Units

ปากช่อง

x 20 Units

Spons 20x20 or Spons 20x20 or

x 6 Units

Spon 1 2 3sor 3x3 4

Main 15x15CAR

Spon1 2 sor 3 3x3

W CITY KAIJEA

Pe 15 xpsi Boot 60 m h .

S 6x6 S 3x3 1 2 1

r Sponso [10] 15x15

าสู โรงงานย0 5x1

ร้าน Pain

t หน้า

จตุรัสวัว

S 6x6 2 3 4

ng PakCho Control

Pepsi

SOI 2 21 X 21

Parking

shower x 1 Units x 4 Units

x 2 Units

MAIN CAR 30 X 30

พี่มาก พระขโนง

x 4 Units x 4 Units

Backstage

Main 10x10

Sponsor 15x15

x 10 Units

Sponsor 15x15

1

Sponsor 6x6 2 3 4

S 3x3 1

x 30 Units x 48 Units

Sponsor 15x15 x 6 Units

คอกวัว

1 2

4 S 3x3

6x6 Sponsor 3 1 2

or 6x6 3 Spons 2 1 Smoking

x 10 Unit

BIG MOUNTAIN MUSIC FESTIVAL (BMMF) Big mountain music festival is the yearly music festival in Thailand located in the mountainous area in northern east Thailand. It’s the biggest music festival in Thailand which has 25000-55000 audiences for each year. 48 hours events. BMMF occupied 1 km2 area in bonanza, Pak Chong, Thailand. In BMMF there are many kinds of architecture and installation that interpret comtemporary Thai Society. As the ongoing annual project BMMF has many items that we’ve created. Some of them were chosen to be shown in this portfolio in order to demonstrate our point of view designing such an event. The project is the colaboration of Supermachine Studio and Team Jiro. we prepare almost a year before the production period. I’ve mainly participated in the design process with BMMF for all 5 years. Almost every parts of the projects we have worked on it. 6-7 Stages, from big to small stages, Big Shading Structure, Market, Stores, Tent Sites, Toilets, Bus Stop even the rubber Stamp.


BIG MOUNTAIN MUSIC FESTIVAL

Unlike other practical architectural projects that we've been doing in our practice, BMMF is more out of limitation and restriction that needed to deal with when we do the design. The approach to the project is some what different.In BMMF we deal with the open field area and performing of music for audiences who come to get new experiences. We've designed each items in variety ways, the stages change every years depends to the theme of the festival that we've created with the concert team, The other items were designed by different stories, some of them were just from the mimic of the things that were happened in Thailand for examples like the market that named after the one that was burned during the protest and so we rebuild it here, some were just to mock the situation of Thai politics, some were just built for the homo-people party, some were from our imagination when we were kids being afraid of UFO so we brought one in here as a stage and many more that can't be all explained here so i chose some of the works that i think should be able to expose my idea of work in this festival to show in this portfolio. The site is an open field surrounded by mountainous area (which later be took over by the racing circuit and so on we designed the festival on it). The 1000 sq.m. was planned to be served an expected amount of 50000+ audiences with the performing of almost every kinds of music. BMMF is more like temporary city that happened over 2 days 2 nights and gone. The audiences come and live here for 48 hours in the city that we created.


KARMAR MARKET V1-5 BMMF BIG MOUNTAIN MUSIC FESTIVAL

The Word “Karmar” is the Thai word it’s the name of the specific kind of fabric that Thai people used alot in local Karmar Market is designed to be the shading area structured with bamboo which is can locally find in Pak Chong. It was first inspired by “Dhoby Ghat” the largest laundry in the world located in India. The characteristic of it has changed and developped over 5 years according to the context and masterplanning of the BMMF. it serves as the shading for several activities in the festival, mostly as the shade area for the restaurant and different kinds of shops. Standing big connecting 2 mainstages together creating circulation amd in the same time providing resting area for the audiences. Karmar Market has different shapes each year. The size differs from 150 meters to 250 meters long and around 8 to 20 meters wide with 6 to 12 meters height. It’s consisted of Thoudsands of bamboo trees and 2600 fabrics that created shading under it. I have mainly incharge designing and developing the Karmar market from Structure to Lighting Design and also working with the master planning of the events. This portfolio will show briefly on each of them and emphasizing on version 2 and 5.

The image of Dholby Ghat in India

Karmar Market V1 150 meters long 4-6 meters height 6 meters width 1600 Karmar fabrics

Karmar Market V2 250 meters long 4-6 meters height 6-20 meters width 2600 Karmar fabrics

Karmar Market V3 180 meters long (60x3) 3.30 meters height 10 meters width 1950 sq.m. of Red Slan

Karmar Market V4 60 meters diameter 4 meters height 20 meters width 2400 Karmar fabrics

The image of Kamar fabrics being installed in BMMF Kamar Market bamboo structure

Karmar Market V5 90 meters + 90 meters width 2.5-12 meters height 24 meters width 2560 Karmar fabrics


KARMAR MARKET V.2 BMMF BIG MOUNTAIN MUSIC FESTIVAL Karmar Market 2 is 250 m long bamboo structure. The concept derived from KM market 1 as a long giant snake bone structure standing along the main road of the festival filled with 2500 Karmar fabrics creating shading for audiences but it has developed to be a little bit more advance in the form. it was 100 meters longer than the first one. it was began with 6 m. height with 6 m. width then gradually transformed to be big fat space in the middle at 4 m. height and 20 m. width in order to create the resting point in the middle according to the master plan that it happened to be close to the restaurant areas and also there were many small shops and stalls around there from CD shop, sourvenior shop even the barber.

Original sketch before Develop

Axonometric Showing from gradually change along the structure.

Night view of Karmar Market 2

Axonometric showing structure and Karmar fabrics.

Plan view

Image showing space beneath the Kamar Market.


KARMAR MARKET V.5 BMMF BIG MOUNTAIN MUSIC FESTIVAL

Axonometric

Karmar Market version 05 was from the lastest year of BMMF (2013). It's the 90 x 90 m. cross-shaped plan bamboo structure. The form of it got an inspiration from the flowers, the struture shaped up as a 2d flower like boundary then dropped in the middle to be very low space. The structure was built up in the slope terrain connecting two main stages together creating circulation through it and also a resting spot for audiences. it was surrounded by the shops and restaurants and the massaging area was put in the middle of it.

Elevation A

Elevation B

View from space underneath

Perspective View



COW STAGE

BMMF BIG MOUNTAIN MUSIC FESTIVAL Big Giant Robot 16.00 metres tall 12.00 metres wide

Diagrams showing example of different expressions of Mr.Steak

Mr.Steak Transformer Version BMMF 3

COW STAGE

is on of the biggest stage in BMMF. it has the 16 meters high low-technology giant robot which callled Mr.Steak. He performs with different characteristics according to the diverse line up of artists performing in the event. He was designed to perform many different actions that to communicate with audience, he can flip and changes his eyes, wag the tail, releasing smoke and bubble of his nose, shaking head and mimic the look of singer on stage. All operated by 5 men inside of him. Mr. Steak is basically inspired by the Hero Robot in the TV when we was kids. He was built by the simple iron structure having 5 men operated inside during the 48 hours show.

The Stage with lighting and performing area


COW STAGE

BMMF BIG MOUNTAIN MUSIC FESTIVAL Big Giant Robot 16.00 metres tall 12.00 metres wide

Mr.Steak Version BMMF 5 With the stupid friendly and easy to digest characteristic of Mr. Steak, he has been succesfully become a remembering symbolic for the BMMF. I have work through the structural process to bring him to life, The emotions that changed during the show and also the stage itself. All are the work i’ve mainly done in 5 years of BMMF.

Mr.Steak BMMF2

Mr.Steak BMMF3

Mr.Steak BMMF5

Lighting Expressions


SANSIRI’S WYNE SALES GALLERY Sales Office Building Built up area : 720 m2 Location: Bangkok Thailand

Bangkok has been witnessing one of the biggest condominium boom in its history for the past 4 years because of the success of its mass transit expansion. Along the sky-train line, architectural typologies are changing rapidly according to rise of the land price. Sansiri is one of the top land developers who is constantly re-define themselves and their products. Wyne is one of Sansiri’s latest product, a 31 story high building in deep red color targeting to attract 400+ younger generation families who live their lives with attitude and passion. Wyne started up passionately by redefining its sales office. Adding on to the sample of show flats, the customers can experience a subtle kind of lifestyle visiting the sales office. It is like coming to a living gallery in a park surrounded by urban elements. The typical reception hall + office + mock up room is compressed into one chocolate bar-like box measured 30 meter long and 10 meter wide. We would like create a very simple yet challenging piece of architecture by lifting the long span box up just high enough that people can access from the space below. The supporting structure are placed in the middle accommodating the main staircase which is the main entrance to the reception hall above. This makes the building spanning 12 meters in both sides. The balancing structure cladded in

brown aluminum composite panel is almost like an alien spaceship just touching the earth with its ladder. It has a transparent cylinder tube above of the entrance bringing in the natural light from the sky signifying main access as well as visually connecting the terrace and the gallery level. Most of the windows are tangram-like geometries. This is to emphasize the characteristic of the main building in which the main highlight is the sharp age triangular “panoramic view” living room situated right in front of the building. Part of this room is also built with steel structure cantilevering out from the gallery to the back garden. The customer can have a glimpse of the visual panorama with the exact type of window frames as what they are going to buy.

9.

7.

6.

5.

4.

8.

11. 10.

Plan

3. 2.

1.

1. Entrance Ramp 2. Terrace 3. Pond 4. Main staircase 5. Reception 6. WC 7. Office 8. Waiting area 9. Mock up 1 10. Mock up 2


Structural Concept Image

Front Elevation

Structural Axonometric

The idea of creating spaceshift like building hovering on the ground was not only challenging for the structural work but does it also the way we deal with the elevation and function design to hideaway the revealing of truss structure that we wanted it to be disappear. Wyne was one of the project that i’ve worked on the structural designing / planning and elevation design mainly. The 12 m. cantiliver each side from center supported by mega truss steel strucure maximum sizing at 40x40 cm. leaving the spacing between structure that happened to be use as the openning to landscape.


Deck leading to building entrance

3 dimensional Section showing the circulations Openning to landscape

Main lobby hall

Building Entrance


30.00 0.45 0.30

30.00

28.50

0.45 0.30

1.20

ระดบัหลงัคา

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

1.20

+8.65

ระดบัหลงัคา

0.80

0.15 1.10 0.10

2.40

0.10 1.35

11 6.35

CDU

0.10 1.10 0.20

0.80

11

7

Office

WC

FL+3.40

FL+3.35

6.40

4.55

CL +3.30 C04

5

2.00

1.00 0.10

5.00

9

5

CL +2.20 C01

1.10

0.15 0.25

CL +2.70

1.15

ระดบัฝา้เพดาน ระดบัฝา้เพดาน

+6.70 +6.10 0.60

ระดบัพน้ืภายใน

+3.40

Mock Up B

5@EQ. = 6.40

8.65

2.30

3.15

1.10

FL+3.40

FL+3.40 CL +2.70 C03

3

2.70

FL+3.40

ระดบัทอ้งฝา้ภายนอก +2.30

CL +2.20 C01

0.30

1

1

1

ระดบัพน้ืดนิ

ระดบัทอ้งฝา้ภายนอก +2.30

+0.00

3

1

1

2.30

ระดบัพน้ืตกแตง่ +0.10 10.33

3.40

6.50

0.80

6.35

1.10

2.30

ระดบัพน้ืตกแตง่ +0.10

ระดบัพน้ืดนิ

8.97

Section B-B

scale

1:125

+8.65

10.33

3.40

6.98

0.32

8.97

scale

Elevation 1

1:125

+0.00


TUKCOM IT MALLS Location: Sriracha/Cholburi/Udonthani Thailand Architects: Supermachine Studio Facade renovation Project

PROJECT DESCRIPTION : TUKCOM IT Malls facade designing are one of the main part that i’ve mainly incharged on designing and working on the structural part among most of the projects i’ve done in Supermachine Studio. As an original local brand I.T Mall in Thailand TUKCOM I.T. Malls or TK run form generation to generations and stayed together with people for long time. TK were around Thailand in many provinces and we’ve been having opportunities to re-design and work on all of them. We’ve done all the exterior renovation and also the interiors but this portfolio will illustrate on the Facade Designing on Sriracha which i’ve mainly worked on ; Sriracha, Cholburi and Udonthani respectively. TK Sriracha was the second of TK series that has come to redesigning work but we’ve finished it first as a renovation of old building whilst the other two are built from ground zero. Once TUKCOM, as a brand of mall that gather all technological gadgets, has been established among local consumer at large, they want to facelift their original design of the building to something that reflects the characteristics of the products being sold in the mall. TUKCOM as a brand has already been something that people remember. Now they would like people to recognize its building as well. TUKCOM Sriracha is one of the first 3 buildings we came up with Black & White pixel façade concept (the other 2 are in Cholburi and Udornthani). Existing building images

Axonometric Showing Facade Triangulated modules of TK SRIRACHA


TUKCOM IT MALLS Location: Sriracha/Cholburi/Udonthani Thailand Architects: Supermachine Studio Facade renovation Project

The 1,200 square meter faรงade is undulated and divided into 765 economical triangular pixels. The black, white and mirror finished aluminum composite panels are distributed through outs in random algorithm. Framing by the dark red aluminum panel, the existing advertisement billboard has been expanded along the side faรงade to the front face marking the main entrance of the building. A lot of existing building skin are still intact but refurbished. TUKCOM Sriracha is the prototype project for the new TUKCOMs that will be built in the near future, not to be exactly the same but to share certain characteristics for better recognition as a brand.

divide surface into triangular pixels

Use Algorithm to randomly selected 55 % of vertexes

Shifting selected vertex forward resulting in facade shape

765 mirror unit modules cladded in different color and finish of acp

Sketches Schematics


4.25

แฟลชชง่ิสงักระสี หนา3 mm. กรอุลมูเินยีมคอมโพสสิสนีํา้ตาลเขม้ ดา้นลา่งรอง Metal Sheet เพอ่ืกนัซมึ 3rd Floor Level

1.00

+15.50 m.

1.05

SLOPE 1:200

0.30

1.68

กรอุลมูเินยีมคอมโพสสิสนีํา้ตาลเขม้ ตดิตง้ัตามมาตรฐาน ผผู้ลติ 5.00

โครงสรา้งอาคารเดมิ

3.80

0.80

โครงสรา้ง TRUSS ตามแบบวศิวกรรม อลมูเินยีมคอมโพสสิพบัเปน็รอ่ง ขนาด 1"x1" กนันํา้ยอ้น โครงเครา่เหลก็ รองรบั ปา้ยโฆษณา

โครงสรา้งอาคารเดมิ

4.80

+10.50 m. 2nd Floor Level บรเิวณนต้ีดิตง้ัปา้ยโฆษณา ไวนลิ โครงสรา้ง TRUSS ตามแบบวศิวกรรม

SLOPE

กรอุลมูเินยีมคอมโพสสิสนีํา้ตาลเขม้ ตดิตง้ัตามมาตรฐาน ผผู้ลติ

15.50

3.50

เพลทเหลก็ หนา 5mm. สําหรบัเดนิซอ่มบํารงุ

1.98

1st Floor Level +7.00 m.

1.68

0.30 0.35

กรอุลมูเินยีมคอมโพสสิสนีํา้ตาลเขม้ ตดิตง้ัตามมาตรฐาน ผผู้ลติ พน้ืปหูนิแกรนติขนาด 60x30 สดีํามนั Railing level +3.90 m. ราวกนัตกกระจก laminate 6+4 mm. สใีส

0.60

0.90

4.00

บวักนันํา้ยอ้น

3.00

โครงสรา้งอาคารเดมิ

Ground Floor Level +3.00 m.

บอ่นํา้กรุ กระเบอ้ืงโมเสค UMI รนุ่ GL-980 Galaxy Size 25x25x4 ยาแนวสเีทา

โครงสรา้งอาคารเดมิ

ผนงักรหุนิแกรนติขนาด 60x30 สดีํามนั Basement Level

0.00 m.

ดแูบบขยาย ทางเขา้ A

4.90

A'

A

1 แบบขยายรปูตดั 1 scale

1:75


TUKCOM CHOLBURI 2nd of the series Location: Cholburi Thailand Architects: Supermachine Studio Facade renovation Project

CHOLBURI

Tukcom Cholburi was firstly begun designing in all Tk series but it was finished the second after we have decided to go with the black & white pixel facade. In Tk Cholburi i've mainly incharged working on the facade construction and details. The facade is 60 meters tall from ground in order to get the TK logo visible from far away according to the site. The facade has been worked to stand tall showing itself to the street. The facade consisted of 5 different types of modules cladded in black and white ACP. Openning were put around the top of the facade to decrease windload.

UDONTHANI

Tukcom Udonthani was the third finished in the series of TK. In this project, the facade was inspired by the design of TK Sriracha. The design method of this brach facade was the same as TK Sriracha but it took a bigger area according to the size also the materials are all the same which are aluminium composite, white, black and mirror finish. The other part is the west side facade which covered the parking space of the mall which all covered by the mirror finised aluminium composited facade ventilated by random triangular shape openning. As in the designing of it i've supervised the design of the project from the design part to the construction process.

TUKCOM UDORN 3rd of the series Location: Udornthaini Thailand Architects: Supermachine Studio Facade renovation Project

Prebuild Image

Looking from the opposite side of the Street

The view to the entrance of the building

Unfold Diagram of Facade

Prebuild Image


SUPERBOWL PROJECT

Superbowl Project

Hypothetical Project / City extension poputable massive hydraulic tool Location: Nakornsawan

Layout Plan showing Relationship between Superbowl Project and Nakornsawan City

Thailand is a country at risk of water disaster both draught and flood. Considering its size, the country has a great length of rivers in its water network, specially the central delta. Together with monsoon behavior around the region, Thailand has always been worried about more than less water to use. But delirious sprawl of cities and irresponsible agriculture lands trigger huge imbalance of water flow; insufficient to use during dry season and larger scale flood during rainy season. Imbalance Thailand is a country at risk of water disaster both draught and flood. Considering its size, the country has a great length of rivers in its water network, specially the central delta. Together with monsoon behavior around the region, Thailand has always been worried about more than less water to use. But delirious sprawl of cities and irresponsible agriculture lands trigger huge imbalance of water flow; insufficient to use during dry season and larger scale flood during rainy season.

Nakornsawan

Perspective View from the city river to the project

Superbowl project is the research project that I've worked on in the Supermachine Studio. The project was done during the great flooding time in Thailand. We've traveled through different sites in the country to collect information and understand the different typologies that got effected by the flooding crisis. We've come up with the proposal of the urbanized hydraulic device that would help the situation also be the alternative ways of living. The project is the reservoir that located on the flooding site. The outer shell of the reservoir embeded the dwelling units and the green spaces while inside is the step rice farm space which will be in used during the released of the water inside reservoir. In this project, I've incharged on many parts of the detailed design and data collection also publication of the research book at the final step.


SUPERBOWL PROJECT

Hypothetical Project / City extension poputable massive hydraulic tool Location: Nakornsawan

Nakornsawan In this proposal, we use Nakornsawan as a location to implement our vision of a giant hydraulic tool in the network. The city is a typical Thailand’s city locating by 2 rivers Ping and Nan. It is usually flood every year but in 2011 the water broke the protecting levee into the city’s center. The whole town of Nakornsawan sank into one meter plus deep water. Our vision is to place the new WATER city in between the two rivers and slowly generate new way of living for Nakornsawan’s people. We propose to build a 20 km. long soil hill in closed shape in between 2 rivers in the East of the city of Nakornsawan. The 150 meter high hill will form a giant water reservoir capable of managing 1,500 million m3 (15% of Bhumipol dam) water. The massive water device will work together with other devices in the network sucking in water from the rivers during monsoon season with 3 giant pumps at 180million m3/day. It will slowly release the water out during dry season keeping the part of the water for 5.85 million m2 agriculture on the inner surface of the reservoir itself.


SUPERBOWL PROJECT

Hypothetical Project / City extension poputable massive hydraulic tool Location: Nakornsawan

The outer surface of the bowl will be 40% covered with forest of diverse species. In time, people will populate and urbanize the outer surface of the hill in specific area without harming the fully grown forest. The new city will be thin but continuous one running up and down the surface of the hill allowing the residents to be close to the forest. In our vision, the city is one continuous architecture netting on the giant water device. Its structure will be standing on the soil to strengthen the reservoir as a whole. The new architecture is a vast 28.3 million m2 of mix-use programs (from house to school, cinema, market to government facilities) able to inhabit half a million people, the size of downtown Nakornsawan itself. Super bowl is a sustainable city of its own as it has power sources from wind turbine, water, hydro-generator, bio-gas and dye-synthesized solar cell installed on all of its surface. Hydroponic planting system is also a built-in element on the whole building skin. People will plant their own consuming vegetable while traditional terrace rice planting will be allowed one crop a year inside the reservoir. In this city, agriculture still exist but in much more responsible and water-efficient way.

Less cars are allowed in the new city, parkings are distributed along the band in nodes. The residents use cars just to travel to other cities. In Project kingkong, they will use 3 lines of in ground Metros. 3 levels of public transportation connect people in the city via 3 interchange stations on each side of the peripheries. On top level, which is the water level, people will travel with boats. Public facilities like parks or sport stadiums are floating elements on water including airport.


YIM HUAI KHWANG HOSTEL

Recently a young couple came to our office telling us that they would like to leave a routine job and start their own new business. They told us about their dream to have a small hostel chain offering compact but super comfortable beds for travellers of different ages. They named their dream project “YIM”, meaning “SMILE” in Thai. The very first one is Yim Huai Khwang, the district where the hostel situates, and there will be few more to come. Their primary move is to take over the 20+ year old row house and transform it into a 16 room pilot project. The building was rent and transformed into a condominium sales office before.

BUDGET DESIGN HOTEL Location : Huai Khwang

Our approach of design is to reveal the original modernist facade, make the opening to the rooms as open as possible and use a lot local materials to create elements in the project in a very hands-on way. A few in the projects are to be hand-made by the owner as well as us, the architects. Through out the time line, the transformation of the building is like Bruce Wayne is making his batman costume by himself while practicing his Kung-fu skill. With limited budget, much of the design of exterior and interior has to be done by revealing the building’s texture and project the new life onto it, mostly with colors and sometimes with collage of images. Bamboo partitions are added outside to give privacy to the rooms while adding different texture to the brutally dark facade while interior scheme are all Mediation Space over time vibrant spaces.

The Buddha Chamber

View From The Entrance Building Before Renovation

Exterior View From The Street


YIM HUAI KHWANG HOSTEL

BUDGET DESIGN HOTEL Location : Huai Khwang

Mediation Space over time

The Buddha Chamber Living Area for The Guests on Second Floor, The Custom Lamps covered with Kamar Fabrics

Second Floor Corridor Space

The Existance of an Old Building We leaved


YIM HUAI KHWANG HOSTEL BUDGET DESIGN HOTEL Location : Huai Khwang

Mediation Space over time

The Living Space on The First Floor, Also used as a Breakfast Area, Custom Toy Clock

The Living Space on The First Floor, Also used as a Breakfast Area, Custom Toy Clock The Buddha Chamber

Sleeping Units

View From The Backyard, Bamboo Covered Facade, Custom Karmar Lamps

Living Space, Old Brick Wall Re-Painted

Outdoor Custom Lamps, 3rd Floor Corridor


SAATCHI & SAATCHI OFFICE

Custom Aluminum Composite Design Ceiling Lamp

OFFICE SPACE RENOVATION Location : SATHORN

1. Reception Desk 2. Meeting Room 3. Lobby Area 4. Accountant Office 5. Pantry 6. Shower Room 7. Accountant Worksapce 8. Meeting Pod 9. Glue Room 10. Creative Workspace 11 Bar

View From Entance (Reception Desk)

Saatchi&Saatchi Office

To enhance the social atmosphere and encourage staff’s creativity and imagination, the office Saatchi & Saatchi advertising of Bangkok had been renovated to an innovative and exciting workplace, which everyday life objects were used to inspire schematic ideas. The office is separated into two zones: the creative zone and the managing zone.

1 4

The creative zone was designed to be open and bright where people can communicate broadly, share ideas and get inspired together as it was important for them to work as a family. On the other side, the managing zone has a darker tone atmosphere yet with colorful decorations in order to show that they too need excitement at work. In between, their lies a playful trophy wall and a bicycle wall for passer-by and facility zone with pink colored walls to create liveliness for the lifeless programs. Each component was designed to serve the requirement and function of the office with the purpose of making them fun and useful yet familiar. By twisting the function of everyday life objects and exploit them further than their standard means such as the bicycle meeting table that is able to separate to two smaller tables, this can be fun and appropriate to different uses. Another item is the counter table on wheels located at the front lobby; it has an imagery of a bus where it can function as a moving café/bar/counter that can compliment the living areas as well being a typical “Front desk”. As the intention is to twist identities of the objects in a working life, we created meeting pods that imitate a train seating and an enlarged armchair. The pod gives privacy and a sense of difference between inside and outside. Also, instead of a squared message board hanging on a wall, we decided to give it a new identity as an office monster message board that covers the entire one side of the creative zone.

4

9 10

2 4

5 6

7

11 8

8

Plan


SAATCHI & SAATCHI OFFICE OFFICE SPACE RENOVATION Location : SATHORN

Trophy Table

Lobby Area


SAATCHI & SAATCHI OFFICE OFFICE SPACE RENOVATION Location : SATHORN

View From The Bar to The Creative Office Zone


Multi-Purpose Seating Area, Big Chandelier served as hanging all crafts created by students which would rotated to exhibited by events

BU LOUNGE

BANGKOK UNIVERSITY STUDENT LOUNGE Location : BANGKOK UNIVESITY RANGSIT CAMPUS There have been a lot of discussions about todays’ education whether it happen in classrooms, libraries, homes, cafes etc. when knowledges have been way easier to access in the era of internet and social networks. Schools and universities are adapting their environment to the new epoch. Bangkok University Student Lounge (BU Lounge aka Imagine Lounge) is among the pilot projects for that adaptation. The lounge is located underneath the multi-story lecture rooms and auditoriums in the brand new Bangkok University Landmark compound. When the university board has decided that the compound should be mainly for students, the space that used to be professor office is reprogramed to be the lounge that accommodates a variety of student activities. This will be where students spend a lot of time in. It is a “youngsters’ ecology.” Big portion of the lower floor of the lounge is what called the “Reading cave”. Thousand of OSB ribs form porous rooms for different forms of use, from individual reading to small group tutoring to large group discussion. In front of the cave is the “Big sofa” where the pixel units can be formed in several configurations for large/small crowd, formal/relaxing use. Almost all items in the lounge are designed to be highly flexible and hinting creative manipulations.


BU LOUNGE

BANGKOK UNIVERSITY STUDENT LOUNGE Location : BANGKOK UNIVESITY RANGSIT CAMPUS

View From Multi-Purposed Seating Area to the relaxing, Working Area on the First Floor, Cave like space divided into mini subspaces served for each groups of Students The space on the upper level is for more dynamic activities. It is a village for a break from study. There are 2 huts on this floor, the polka-dot pink one protruding from the edge of deck is a karaoke house and the wooden one is the music rehearsal room that can be opened in case the students would like to organize small events. Around the huts are play areas filled up with re-invented items like a super-long pool table (with adjustable holes), giant dart (which no one can miss the target), rounded pingpong table, pole dance corner, girls’ make-up counter and Kungfu style stress release area. Students on both floors are connected by network of holes. There is one hole with glass for visual connection, one openable for drink and beverage ordering, one with fireman pole in the center for circulation and one with periscope goggle for observation. Physically these 2 decks are connected with 2 staircases; one is the step Manga (Japanese comics) shelves and the spiral staircase in the giant bear shell. Using the same principle, “it is meant to be re-invented”, the bear sculpture is graphically decorated as a panda for the moment but planned to be creatively changed to different characters every semester by students. Axonometric Showing Overall Space

The Bookshelf Staircase, As a Bookshelf and staircase connecting second floor and first floor space


BU LOUNGE

BANGKOK UNIVERSITY STUDENT LOUNGE Location : BANGKOK UNIVESITY RANGSIT CAMPUS

View From Multi-Purposed Seating Area to the relaxing, Working Area on the First Floor, Cave like space divided into mini subspaces served for each groups of Students

Subspace in the cave Another View into the cave space on the first floor, Swing seats

Multi-Purpose Seating Area, Big Chandelier served as hanging all crafts created by students which would rotated to exhibited by events

The Marine like scope linking 1st floor to 2nd floor


BU LOUNGE

BANGKOK UNIVERSITY STUDENT LOUNGE Location : BANGKOK UNIVESITY RANGSIT CAMPUS

The Movie House on the Second Floor, Cave Space View from outside

The Movie House, Inside

Floor window, View from the Second Floor Play Space on the Second floor, Extra long Pool Table

The Panda Staicase, Spiral Staircase inside, Message Board on the Feet

Entrance to Panda Staircase, View From inside The Cave Space

The Music Stage, Rehersal room, Closeable and Sound Proof on the second floor


MERCURY VILLE Department Store ( Renovation Project ) Built up area : 8000 m2 Location: Chidlom, Bangkok Thailand

63760 500

5675

3750

8750

8775

8785

8780

8780

3790

5675

500

?? ? ???????????? + 0.15

? ???? ? +0.30

MERCURY VILLE : This Shopping mall is located in the central bangkok, the building itself is the 23 stories office-rental building. Only the first 4 stories was abandoned for years before the renovation took place. The design approach is to give the area a little bit of kicked in. We choose to use the red color to give a spice in the middle of colorless scenery of this city area. Restaurants and shops are put together as a small houses cluttered in village. Each shop has individual openning to the street. The openning protuded and blended in under the continuality of aluminum facade . In the night each windows glow and dance along the lives in the city surrounded.

L1 RMU Room L1

FHC

Mail Room

Shop 108 186 sq.m.

CH + 3.20

Shop 107 81 sq.m.

Shop 106 117 sq.m.

RSU Room

??? ???????????? +0.15

+1.00

CH + 3.00

? ???? ? +0.30

2 1

CH + 3.50

683 sq.m.

OP. 1 OP. 2 29 sq.m. 27 sq.m.

Shop 101 259 sq.m.

Shop 102 72 sq.m.

Shop 103 90 sq.m.

1 2

Shop 105 271 sq.m.

CH + 3.50

Shop 104 125 sq.m.

5000

??? +0.15 ????????????

? ? ??? +0.00

5550

3100

5743

3101

? ? ??? +0.00

The facade materials is custom made from the factory. It is 4 mm thick solid aluminium powder coated into 2 tones of glossy red color. The facade was constructed from the factory and carried to the site to assemble. It was divided into small parts along with the different shape of windows. First Floor is mostly curtain wall as to open and connect to the public walkway around to create flow in and out of the space inside. There are 3 main entrances from both the street and the walkway above which blended with the form of the facade. I was mainly incharged in this project from the very first stage of design to the finish of the project. The work duration took one and half year to complete. In the design part I work mainly on the facade design, space design and also the landscape design. In the construction part I worked in most of all aspects in sites untill completed.

CH + 3.00

? ???? ? +0.30

4415

??? ???????????? +0.15

6372

? ? ??? +0.00

Service Lift

? ? ??? +0.00

Picture of existing building before renovation


MERCURY VILLE Department Store ( Renovation Project ) Built up area : 8000 m2 Location: Chidlom, Bangkok Thailand

1

2

4

3

5


MERCURY VILLE Department Store ( Renovation Project ) Built up area : 8000 m2 Location: Chidlom, Bangkok Thailand


พน้ือาคารเดมิ

ระดบัพน้ืชน้ัท่ี 5

+19570 mm.

1500

-100x100x3.2mm. THK.

-100x100x3.2mm. THK.

P13

เสาเหลก็ -100x100x3.2mm. THK.

12

3750

พน้ือาคารเดมิ -100x50x3.2mm. THK.

A-904

13

ดแูบบขยาย

A-904

ดแูบบขยาย

-100x100x3.2mm. THK.

แผง Aluminum Composite สขีาวดา้น: Globond Code PF-411 White

พน้ือาคารเดมิ

4940

ผนงักอ่อฐิมวลเบา Window frame structure -25x25x2mm. THK.

-100x50x2.3mm. THK.

1200 P13

FIX.

1058

พน้ือาคารเดมิ

ผนงักอ่อฐิมวลเบา

Vertical frame Vertical frame

FIX.

1200

P13

Frame หนา้ตา่ง โครงเครา่เหลก็ กรุ Aluminum Composite สเีงนิ : Globond PE-0 Silver Brush

กระจก laminate ใสหนา 6+0.76+6 mm.

ระดบัพน้ืชน้ัท่ี 2

พน้ือาคารเดมิ

325 750

P8

FIX.

FIX.

697

1200

SHOP 301 301 +10810

+10880 mm.

P13

กรุ Aluminum Composite สขีาว Globond Code : PF-411 White

กระจก laminate GL-1

ครบีกระจก Laminate GL-1 กวา้ง 350mm. ยนึบนรางสแตนเลสรปูตวั U

ดา้นใน Frame หนา้ตา่ง ซอ่นไฟ LED ดแูบบขยาย"หนา้ตา่ง"

P8

กรุ Aluminum Composite สขีาว Globond Code : PF-411 White

กรอบหนา้ตา่ง -25x25x2mm. THK. กรุ Aluminum Composite สเีงนิ ของ Globond : PE-0 Silver Brush

300

2321

+5940 mm.

ระดบัพน้ืชน้ัท่ี 2

พน้ื FL-5 ฝา้เพดาน CL-7

500

-50x25x2mm. THK

-25x25x2mm. THK. @ 1200

137

3

FIX.

877

กระจก laminate GL-1

-25x25x2mm. THK. @ 1200

ดา้นใน Frame หนา้ตา่ง ซอ่นไฟ LED ดแูบบขยาย"หนา้ตา่ง"

845

Vertical frame

กรุ Aluminum Composite สขีาว Globond Code : PF-411 White

กรุ Aluminum Composite สขีาว Globond Code : PF-411 White

2388

Window frame structure -25x25x2mm. THK.

กรอบหนา้ตา่ง -25x25x2mm. THK. กรุ Aluminum Composite สเีงนิ ของ Globond : PE-0 Silver Brush

ระดบัพน้ืชน้ัท่ี 3

2387

19570 4940

พน้ือาคารเดมิ

ฝา้เพดาน CL-7

รางสแตนเลสรปูตวั U สงู 75mm.

P13

Frame หนา้ตา่ง โครงเครา่เหลก็ กรุ Aluminum Composite สเีงนิ : Globond PE-0 Silver Brush

ผนงักรAluminum ุ Composite P13 ตดิตง้ัตามมาตรฐานผผู้ลติ

กระจก laminate GL-1

1200

+10880 mm.

กระจก laminate GL-1

ผนงักอ่อฐิมวลเบา

พน้ืFL-10 โครงสรา้ง คสล. เดมิ ทําระบบกนัซมึ

กรุ Aluminum Composite สขีาว Globond Code : PF-411 White

15600 4940

ระดบัพน้ืชน้ัท่ี 3

FIX.

FIX.

แผง Aluminum Composite สขีาวดา้น: Globond Code PF-411 White

-25x25x2mm. THK. @ 1200

OUTDOOR RETAIL - +15750

- 200x100x4.5mm. THK.

1236

กระจก laminate GL-1

2

Vertical frame

P13

2338

-100x50x3.2mm. THK.

P13

2931

+15820 mm.

500 500

Window frame structure -25x25x2mm. THK.

เสาเหลก็ -100x100x3.2mm. THK.

ระดบัพน้ืชน้ัท่ี 4

3940

Frame หนา้ตา่ง โครงเครา่เหลก็ กรุ Aluminum Composite สเีงนิ : Globond PE-0 Silver Brush

P16

4940

+15820 mm.

P16

Finishing ดา้นบนกรุ Aluminium Cladding P15 ตดิตง้ัตามมาตรฐานผผู้ลติ

613 137

ระดบัพน้ืชน้ัท่ี 4

พน้ือาคารเดมิ

325 750

ขอบ Planter ทาสี

1

SHOP 201 201 +5870

+5940 mm.

P13

- 200x100x4.5mm. THK. พน้ื FL-5

ฝา้เพดาน CL-7 ผนงักรAluminum ุ Composite P13 ตดิตง้ัตามมาตรฐานผผู้ลติ

สว่นปลายแผน่ Aluminum Composite ดดัโคง้ R=500mm.

-150x50x3.2mm. THK. ยดึตดิกบัทอังพน้ืเดมิ ตลอดแนว Curtain wall เชอ่ืมกบัรางเหลก็ตวั U รบักระจก

ตอ่ Aluminium Composite แบบชน ไมม่ี joint

4940 P7

Joint 10mm. ยาแนวดว้ยซลิโิคนสเีทารนุ่ 991 ของDow Corningหรอืเทยีบเทา่

กรแุผน่ Aluminum Composite สแีดงออ่น สลบัแดงเขม้ เปน็ Pattern ตามแบบการตดิตง้ั facade

A-901

ผนงักระจก Laminate P7

VARIES

Joint 10mm. ยาแนวดว้ยซลิโิคนสเีทารนุ่ 991 ของDow Corningหรอืเทยีบเทา่

5

4100

เฟรมหนา้ตา่ง Aluminum compostieสเีงนิของ Globond : PE-0 Silver Brush

4940

ตอ่ Aluminium Composite แบบชน ไมม่ี joint

9

รางสแตนเลสรปูตวั U สงู 40mm.

Joint 10mm. ยาแนวดว้ยซลิโิคนสเีทารนุ่ 991 ของDow Corningหรอืเทยีบเทา่

พน้ือาคารเดมิ

P8

10 A-901

รางสแตนเลสรปูตวั U สงู 75mm.

Horizontal frame

-50x25x2mm. THK. @ 250

P16

ระดบัพน้ืฟตุบาท

Plate เหลก็กวา้ง 50mm. หนา 3.2 mm. THK. ดดัโคง้ R = 500 mm.

+1000 mm.

1000

พน้ือาคารเดมิ

ระดบัพน้ืชน้ัท่ี 1

+0 mm.

780

Diagonal frame -50x25x2mm. THK. @ 250 ตดิตง้ัเอยีง 45 องศา ตามแนว Pattern การกรุ composite

ดแูบบขยาย

ดแูบบขยาย

SHOP 101 101 +930

ระดบัพน้ืชน้ัท่ี 1 +1000 mm. ผนงัทาสี P16 พน้ืถนน ดลูาย PATTERN ตามแบบขยาย +0.220m. ระดบัพน้ืถนนในโครงการ

Diagonal frame -50x25x2mm. THK. @ 250 ตดิตง้ัเอยีง 45องศา ตามแนว Pattern การกรุ composite

Horizontal frame

-50x25x2mm. THK. @ 250 พน้ือาคารเดมิ Window frame structure -25x25x2mm. THK.

4

Vertical frame

-25x25x2mm. THK. @ 1200

K J1

10

Plate เหลก็กวา้ง 50mm. หนา 3.2 mm. THK.ดดัโคง้ R = 500 mm.

บบขยายรปูดา้น1:501 1 แSCALE

1

แSCALE บบขยายรปูตดั11:50

พน้ื FL-5


MATERIAL NETWORK Master Thesis Project : AADRL Nahmad Bhooshan Studio Research based on Social network study, additive manufacturing and co-living


Project Description This project is the group research project at AADRL in Shajay Bhooshan studio. In the brief we look at the future of living. In this project we’ve researched in various aspects including social network, architectural geometry and robotic fabrication. Our group has focused on the additive manufacturing using compressive structure which performs in specific behavior. The geometry of architecture is related to the aspect of the digital fabrication and following the goal to served the mass-customizable spaces for specific communities. The research were looking at the specific co-living type of live-work in London. As the community consists of different users that come with different needs. Starting by extracting the social networks into graphs that capture the data structure of user’s requirements; dimensions, basic functions, neighbor preferences, working space preferences, etc. Then the aggregation algorithm comes to play aparts creating primitive geometry layout that satisfies all the needs within the constrains given within 3 dimensional spaces. The geometry and fabrication processes are implemented accordingly to form architectural articulation and architectonics that 3d printing can provided. The other part of the research is the hands-on fabrication that we’ve created catalogues of study of forms and printing techniques that 3d-printing is capable to do and also we’ve tried to extend the possibilities and overcome current day constrains to archieved multi spatial qualities and form architecture that custom-tailored to different needs and purposes.

Project Structure

aggregation based on relational model and growth logic.

The research is broken up into three levels of enquiry: Organization, which deals with the larger aggregation of a building; Unit, which looks at the home of individual households; Construction, which seeks to bring everything into one structural process.


interior perspective


Detailed callout Branching structure

Floor support

Interior perspective

non-horizontal branching

Plane shifting

housing typology Richard

housing typology Amy

Electrical socket


Bedroom Working Space

Private office Space

Ceramics Workshop Living room

Interior Court Yard

Share living Space Kitchen

Bedroom



End-Effector Design Over the course of our experiments we have developed a number of extruders for clay. Starting out with a pneumatic system coupled with a progressive cavity pump, we have slowly simplified the mechanism to only a pneumatic chamber. Currently, a motorized version is developed, because it would allow for the easy swapping of cartridges.

Air Regulator, connected to air compressor

Air Regulator Adapter

Laser Printed Connector, connected to ABB Robot

Air Pressure Valve Laser Printed Connector, connected to Housing

8 x M8 Nuts

Pressure Gauge Sealing Washer PVC Adapter

Laser Printed Housing

6 x M8 Bolts

PVC Adapter

Laser Printed Housing Laser Printed Housing

Laser Printed Housing 3D Printed Piston

8 x M8 Bolts

12" 110mm Acrylic Pipe

Heat Gun Mount

Laser Printed Housing

PVC Adapter Heat Gun Mount PVC Adapter

Metal Nozzle

Heat Gun


PROTOTYPE RESEARCH / AUTODESK BUILDSPACE BOSTON, USA During the summer of 2017, we were invited to participate in a 3 week long residency at the Autodesk Buildspace in Boston. Since before then we mainly worked on the design and concept side, it was our objective to push the fabrication side. Given the time constraints, we focused on developing connection details. Assuming that a monocoque print is impractical, how would printed pieces fit together?

Autodesk Buildspace

Objectives: - Segmentation Strategy of larger pieces - Patterning of surfaces -Openings within the print using continuous printing method.


experiment: Perforation print:

experiment: Perforation

03

print:

30

mm

result:

xxx

xxx

mm

experiment: Perforation

02

opening:

print:

60

mm

layer of recovery:

3

4

layer of recovery:

4

xxmm extruded model 185mm

plan

xxmm

5

plan

plan

iso

extruded model 177mm

5

layer of recovery:

layer of recovery:

6

layer of recovery:

8

plan

xxmm

extruded model 150mm

8

xxmm

slumping distance: xx layer of recovery:

layer of recovery:

50mm

30mm

xxx

85mm

60mm

xxmm

layer of recovery:

slumping distance: xx

xxmm

4

mm

xxx

extruded model 2xxmm

layer of recovery:

85

result:

xxx

slumping distance: xx

04

opening:

result:

extruded model 300mm

75mm

result:

75mm

print:

50

slumping distance: xx

slumping distance: xx

opening:

experiment: Perforation

01

opening:

result:

xxmm

print:

experiment: Perforation

00

opening:

iso

digital model

iso

iso

digital model

extruded model 177mm

digital model

extruded model 177mm

digital model

extruded model 177mm

experiment: Perforation experiment: Perforation

experiment: Perforation

05

print:

100

opening:

result: xxx

75mm

8

layer of recovery:

7

extruded model 300mm

8

plan

layer of recovery:

11

layer of recovery:

9

slumping distance: xx

140mm

layer of recovery:

0

layer of recovery:

11

xxmm

xxmm extruded model 2xxmm

layer of recovery:

plan

xxmm

xxmm

layer of recovery:

mm

xxx

slumping distance: xx

120mm

slumping distance: xx

140

result:

xxx

xxx

10

xxmm

layer of recovery:

07

opening:

mm

result:

result:

slumping distance: xx

100mm

mm

extruded model 2xxmm

plan

120

opening:

75

print:

06

print:

03

mm

xxmm

opening:

extruded model 2xxmm

print:

plan

plan

xxmm

7

xxmm

extruded model 300mm

experiment: Perforation

layer of recovery:

xxmm

iso iso

digital model

extruded model 177mm

iso iso

digital model

experiment: plane shift print:

experiment: plane shift

07

experiment: plane shift

experiment: plane shift

01

print:

02

experiment: plane shift

03

print:

print:

04

result:

result:

result:

result:

tcp deflected

-----

tcp deflected

tcp deflected

model deformed

-------

model deformed

model deformed

inconsistent pressure

result: tcp deflected model deformed

digital model

extruded model 177mm

iso

extruded model 177mm

print:

digital model

extruded model 177mm digital model

extruded model 177mm

inconsistent pressure

tcp angle:

inconsistent pressure

actual tcp

actual tcp deflection: <10mm

20°

deflection: <15mm tcp angle:

inconsistent pressure

actual tcp

30°

actual tcp

deflection: <20mm deflection: <25mm

tcp angle:

digital toolpath

40° tcp angle:

digital toolpath

50°

digital toolpath digital toolpath

consistent pressure

extruded model 2xxmm

<10°

digital model 242mm

digital model 246mm

extruded model 2xxmm

<30°

extruded model 2xxmm

digital model 245mm

digital model 242mm

actual tcp

extruded model 205mm

deflection: <40mm

deflection: XXmm

extruded model 150mm

extruded model 150mm

extruded model 150mm

extruded model 150mm

digital model 150 mm

digital model 150 mm

digital model 150 mm

digital model 150 mm

deflection: xxmm

print:

extruded model XXXmm

80°

05

print:

06

print:

experiment: plane shift

07

print:

08

result: tcp deflected model deformed

result: tcp deflected model deformed

result: tcp deflected model deformed

result: tcp deflected model deformed

inconsistent pressure

XXXX

consistent pressure

inconsistent pressure

actual tcp

actual tcp

deflection: xxmm

deflection: xxmm

actual tcp

digital toolpath

deflection: xxmm

tcp angle:

60°

digital toolpath digital toolpath

70°

digital toolpath

extruded model XXXmm

digital model 205mm

extruded model XXXmm

digital model 220mm

extruded model 220mm

digital model 231mm

tcp angle:

<35°

80°

digital toolpath

extruded model XXXmm

tcp angle:

digital model 188mm

digital model 205mm

tcp angle:

experiment: plane shift

experiment: plane shift

experiment: plane shift

tcp angle:

90°

extruded model 150 mm digital model 150mm

extruded model 150mm

extruded model 150 mm

extruded model 150 mm

extruded model 150 mm

digital model 150mm

digital model 150mm

digital model 150mm

digital model 150 mm

print:

experiment: Branching

experiment: Branching

experiment: Branching

print:

02

03

print:

print:

07

Solenoid off, Inaccurate delay Solenoid on, Inaccurate delay

result: tcp deflected model deformed

Solenoid

off, 2 seconds delay

1st branch printed

Solenoid ON, 2 seconds delay

2nd branch printed

Flat surface after:

6 layers

3 branches Flying layer distance:

inconsitent delay time

70 mm

actual profile

continuous toolpath end

continuous toolpath end

continuous toolpath end

150 mm

150 mm

branches

150 mm

continuous toolpath end

150 mm

4

04

result: Printing layer-by-layer Human solenoid 2 seconds delay

acting force from printing by branch

experiment: branch print:

experiment: Branching

01

result: printing by branch, model deformed

result: Printing layer-by-layer Human solenoid 2 seconds delay

result: Printing layer-by-layer Human solenoid Inaccurate delay

inconsistent pressure, slumping layer

flying layer

Trunk profile

Trunk profile

digital toolpath

experiment: overhang + infill

tcp angle:

63°

print:

experiment: overhang + infill

02

print:

experiment: overhang + infill

03

print:

experiment: overhang + infill+double wall

04

print:

06

result:

result:

result:

result:

tcp deflected

tcp deflected

tcp deflected

tcp deflected

model deformed

model deformed

model deformed

model deformed

40° 1⁄12

40° 1⁄12

40° 1/20

40° 1/16

xxx

xxx

xxx

xxx

xxx

xxx

xxx

xxx

40°

Digital model 147mm

40°

Digital model 147mm

Digital model 147mm

40°

extruded model xxmm

Digital model 147mm

extruded model xxmm

digital model 200mm

xxx

40°


MUMBAI MIXUSED Ongoing competition project Submission date 30 April

Generative Stratergy

Typology Study Instead of discreet combination of Koli and Worli people, we propose a non-strata combination of different type of housings. The housing types consist of: - Koli Housing | Half area is pre-built for the accommodation, while the other will be terrace for Koli everyday-activities, such as fish drying and net repairing, and further expansion and adaptation. - Condominium | The housing type for single, office workers who have vibrant lifestyle. - Row house | The row house type that combine different activities into the tower, for example restaurant and shop, thus add another level of relationships between public and private area. - House / Public Amenity | This type will house the big program requirement that provide big open space, such as private housing and public amenities.

Old Port

Proposed Port Worli Fort

High-rise Tower | units mix

Urban Nodes

Koli Housing

Condominium

Rowhouse

House / Public Amenity

High-rise tower | Koli housing + Green area

High rise Tower

Connected Tower

Connected tower | units mix ForceField from Nodes

Buildable area

Scale | more opening

Main elevated circulation from forceField

Twist | enhance view

Pixelate | rationalize

Koli Strip

Pedestrian walkway from Mumbai grid

Koli Hosing voxels

Non-Strata type mixing

Typical Tower

Scale based

Multiple level open space

Connected tower | Koli housing + Green area

Elevated Walkway


SKETCHES

Kamar market unbuilt version - the big bamboo structures giving shade and shadow for audiences in big mountain music festival. This one was one of the concept design that hasn’t been built.

Sketches of conceptual design / unbuilt projects / etc. Suchart Ouypornchaisakul

The squid - This is just the sketch of experiment on surface of the object

The Spinning Wall - This one is actaully part of the built project but is not included in this portfolio. Each pieces of the object are identical but rotated 5 degree each vertically creating effect of view changing when walk pass by. The built one is smaller than this sketch. The Tour de France table This table is designed and built for Saatchi and Saatchi Project in Bangkok Thailand. It consisted of 7 bike frames and 10 of 650c wheels.

Cloud - The lighting figure around 20 x 20 meters from the big concert in BKK, the project hasn’t been built. The form derives from 3 merged Ellipsoids. The tubes on normal surface were tended to give the effects of light glowing through from inside.


SKETCHES

Sketches of conceptual design / unbuilt projects / etc.

The Giant chanderlier - The steel structure chanderlier designed for Bangkok university. Its spikes were designed to hang object which change every period of time for the exhibitual purpose.

The bike tower - The bike parking tower in the design project competition, King Bhumipol Museum competition in 2011. The steel structure spiral up from underground to above. Inside mechanical included bike elevators the bring each bike up to parking slots.

The Tornado - The 6 stories spiral staircases that getting bigger ever stories. The staircase was designed for the art storage warehouse project.

Kamar market unbuilt version - the big bamboo structures giving shade and shadow for audiences in big mountain music festival. This one was one of the concept design that hasn’t been built.

The waves- The wall pattern and reception counters for hotel in Rachaburi, Thailand. The project hasn’t been built. Concept and form was derived from stacks of local jars in Ratchaburi.

The Mobius Voronoi - The project I design the shape from mobius strip object that was thicken in the bottom to be the space to sit and make the object stand for itself. the voronoi pattern is created on the surface to allow light to come in


SKETCHES

Sketches of conceptual design / unbuilt projects / etc.

Sketch of ZHCODE Curve-folding structure in Venice Bienale 2012

Sketch of Eric Demaine’s curve crease folding method from concentric circle paper

Hexagonal Topology Structure Pavillion Sketch

Sketch of ZHCODE Thallus’s 3d printing art piece in Milan

Musmeci Bridge Structure Sketch using particle spring simulation


SKETCHES

Sketches of conceptual design / unbuilt projects / etc.

Seed Cathedral / UK Pavillion Heatherwick Studio Shanghai World Expo 2010 Axonometric Diagram Sketch

Seed Cathedral / UK Pavillion Heatherwick Studio Shanghai World Expo 2010 Interior Scene Sketch

3d Printing Chair by Zaha Hadid Architect / Milan Design week


SKETCHES

Sketches of conceptual design / unbuilt projects / etc.

Sketch of ZHCODE Mathematic Exhibition

Sketch of Serpentine Pavillion 2016

Sketch / study of Gyroid Surface Aggregation

Sketch of Maya workshop in DRL Which i was not participated. I did this sketch on my own study.

Sketch of structure of the Hive - Kew Garden

Sketch of The Magazine Restaurant by Zaha hadid Architect


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