Architecture Portfolio 2014-2018 by Bay Assavasirisilp

PORTFOLIO Chanakarn Assavasirisilp

2014 - 2018

Chanakarn Assavasirisilp Contact Email

Phone Address

chanakarn.assavasirisilp @cuinda.com +66 81 405 4334 25/76-77 Ratchaphruek 15 Ratchaphruek Rd. Bangramad Talingchan Bangkok 10170

Education 2006 - 2013 High school degree at Assumption Convent School,Bangkok, Thailand 2014 - 2018 Bachelor of Science in Architecture at International in Design and Architecture, Chulalongkorn University, Bangkok, Thailand

Academic Experience 2015 Architectural Experiencing International Workshop, Instructor : Tijn Van de Wijeven, Netherland, Germany, Belgium, Luxembourg 2016 Space Program, Instructor : Magnus Casselbrant (Hesselbrand, London), Bangkok, Thailand

Design & Build 2014 Baan-Huay-Kob School,

74th Voluntary Design & Build Project, Kanchanaburi

2015 The Sound of Silence, Design & Build Project, INDA Lab, Samyarn, Bangkok 2016 HOB : Learning Center, Design & Build for Community, Wat Wang Hinn School, Nakhon Si Thammarat

Competition 2015 Porto Pool Promenade,

: INDA Competition, Bangkok, Thailand

2016 Dune Pavilion,

Delegate of Design Project in Year 2 Semester 2 to complete the candidate : INDA Parade 2016

2017 Driver Tenancy,

Delegate of Design Project in Year 3 Semester 1 to complete the candidate : INDA Parade 2017

(un) Common Grounds,

: Architecture & Geopolitic Competition, Fondation Architecture,Paris, France

2018 The New Hopewell,

Delegate of Design Project in Year 4 Semester 1 to complete the candidate : INDA Parade 2018

Coexist: Rethinking Zoos,

: Architecture Competition,Archstorming

Publication 2014 Designs Tools & Skills I, selected work of the year: INDA Newsletter 2014-2015 2015 Buvette - Pavilion, selected work of the year: INDA Newsletter 2015-2016 2016 Eastern & Western Philosophy , selected work of the year: INDA Newsletter 2016-2017 Addicted Therapautic, Supernature, selected work of the year: INDA Newsletter 2016-2017 HOB: Learning Center, : INDA Newsletter 2016-2017 2017 Architecture Reading Aid Bangkok, Ruby Press, Berlin, Germany (http://ruby-press.com)

(un) Common Grounds,

Architecture & Geopolitic Competition, Fondation Architecture,Paris, France (http://.fondationarchitecture.com)

2018 Coexist: Rethinking Zoos, Architecture Competition, Archstorming(https://www.archstorming.com/info-crz.html)

Software Skills AutoCad Rhinoceros Vray Adobe Lightroom Adobe Indesign Adobe Illustrator Adoebe Photoshop Microsoft Office IMovie Grasshopper T-splines | Grasshopper Kangaroo | Grasshopper GIS Software (Geographic Information System)

Basic

Advanced Intermediate Intermediate Advanced Advanced Advanced Advanced Basic Basic

Intermediate Intermediate Basic

Professional Experience 2018 Internship at IF (Integrated Field), Bangkok, Thailand

Contents The selected projects included within this portfolio are from design academic projects, competitions and commissioned works between 2014 to 2018. All chosen projects reflect my personality, architectural perspective, skills and thinking process. Self-exploration process including experiments, research and analysis have all been presented.

Design Project

Academic Project

The New Hopewell - Very Welcome -

/01

Alvar Aalto - The Copycats -

/39

Architecture Reading Aid - Very Welcome -

/09

Dining Pavilion - Pavilion - Buvette -

/43

Addicted Therapeutic - Supernatures -

/11

Tensegrity Bridge - Span Challenge -

/45

Dune Pavilion - A Matter of Styles -

/15

Design & Build

Nominee for Design Award 2018

INDA Newsletter 2015-2016

INDA Newsletter 2016-2017

Nominee for Design Award 2016

Prosthetic Branches - Urban Animal -

/20

Driver Tenancy - Chronoshomes -

/28

Materials Matter - Cliff Hanger &

/31

Nominee for Design Award 2017

Climbing Surface -

Competition Bonder: A Wall That Unites /35 - (un) Common Grounds Honorable Mention Award

Re-Habitat - Coexist: Rethinking Zoo First Prize

/37

/47 HOP Learning Center - Design & Build for Community INDA Newsletter 2016-2017

Baan-Huay-Kob School - Voluntary Design & Build -

/51

The New Hopewell - Design IV : Very Welcome -

Instructors: Blanca Garcia Gardelegui & Leonid Slonimskiy

Working Archive| 2014-2018

Project Statement

The project is on the leftover concrete infrastructure in Bangkok, known as The Thailand’s Stonehenge, located in Vibhavadi district. After the project was cancelled in 1997 because of the corruption, it was abandoned the never used concrete pillars standing along more than 6 kilometre in the metropolitan. The New Hopewell project proposal is to re-thinkging bottom-up about the potential in the leftover urban infrastructure, thinking the design strategy to turn the existing never used infrastructure as a tool to provide a quality legal space in order to respond and improve the diversity of street activities to the local people in particular areas also aims to create more interaction and give a worth experience of Bangkok Street Life to the tourist.

Design The New Hopewell Project contains total 3 levels for 3 programs; the residential program, the public program, the commercial program. ∙ The residential program: due to the site location is one of the areas in Bangkok that

mostly flood once a year with the average heigh 0.5-2 meters, the elevated accomodation is supported by the un-used concrete pillars is purposed for the local and tourist to co-living together. The street tourism can visit and stay with the local in the area who own the accomodation in the project and provide some space of thier house for the hostel program. ∙ The public program: the project provides The Urban Farming, The Opening-Public Art Gallery, PublicMovie Screen, and Children Playground. The collective program is mainly considered for the local in particular contexts, aiming to improve relationship between local and local people also thelocal and tourists. ∙ The commercial program: the project gives flexibility for local people to independently occupy thier street vendor carts in the space. The project provides a different strategies yet uses the same structure to serve the diversity of activities and commercial programs such as, The Frest Vegetable and Flower Market, Street Art Market, Street Fashion Market, and Street food market.

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Very Welcome

03\

The New Hopewell

The 360 angle observation document of China Town, Yaowarat showing the variety of programs and activities on the street of local people, changing overtime in a day. In day time, the China Town street avilia bles for the cars (Top). But in the night time, there are lots of street vendor carts come to occupy the China Town street, as well as people who having dinner on the table locates on the street. (Bottom)

/04

Very Welcome

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STREET CATALOG

05\

The New Hopewell

/06

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Very Welcome

07\

The New Hopewell

/08

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Very Welcome

09\

The New Hopewell

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Very Welcome

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The New Hopewell

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Very Welcome

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The New Hopewell

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Very Welcome

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The New Hopewell

Context site analysis: 6 km. of the leftover Hopewell Project, Vibhavadi district. /16

Architecture Reading Aid - Design IV : Very Welcome -

Instructors: Blanca Garcia Gardelegui & Leonid Slonimskiy Project Publisher: Ruby Press, Berlin, Germany

Working Archive| 2014-2018

(http://ruby-press.com)

Who is Ruby Press ? Ruby Press is a publishing house specializing on architecture and urbanism. It was founded in 2008 by Ilka & Andreas Ruby to harness new critical potentials in architectural publishing beyond the coffee table book. The books of Ruby Press aim to make the theoretical discourse of architecture sensual while anchoring its visual representation in a coherent conceptual framework. For that reason Ruby Press books boost a versatile culture of the architectural drawing as a prime tool to both describe and celebrate architectural space. Project Statement Architectural Reading Aid Bangkok is the second series of Architectural Reading Aid Ahmedabad (http://ruby-press.com/shop/architecture-reading-aid-ahmedabad/) which recieved the first price for the award Most Beautiful German Book. The concept behind the book is to create a guide that might help its readers break free from the scripted view of the tourist and instead adopt the perspective of a temporary local, someone who engages with the city in a visceral way rather than just consuming it visually. Collaboration with Berlin-based publisher â&#x20AC;&#x153;Ruby Pressâ&#x20AC;? to create a new type of book for city travelers, looking quite different from the normal city guide books we all know. 17\

Architecture Reading Aid

After the Architecture Reading Aid on Ahmebadad, we have decided to continue this serie stepping in the metropolis of Bangkok. Exploring the hiden potentials of the city from the perspective of a temporary local, we search for authenticity in tourism. With the help of sectioned axonometries as well as short texts providing both cultural and historical context we hope to provide the reader a new way of reading and decoding the city.

Architecture Reading Aid Bangkok Blanca Garcia Gardelegui and Leonid Slonimskiy Students: Bay Chanakarn Assavasirisilp Pink Brali Saligupta Ball Pongpol Punjawaytegul Nack Anak Sangpradub Colin Labouret Samuel Dogniez Leslie Sadoun Elodie Pigot Hasshii Tatsuhiro Hashimoto

Bangkok Ruby Press Airport

Nehrunagar Circle

Nehru Bridge

Gandhigram Railway 13 Station

Ellis Bridge

Pa ld

iR oa

Paldi

10 12

Online map: http://goo.gl/PNvKaf

Asarwa Railway Station

oa aR

d ro Na

Old City

Ro a

Roa d

lite

Dada Harir Vav

Delhi Gate

Navrangpura 1 Ri 20 ng Fe Ro et ad

Sate

13 Rin 2 Fe g R et oa d

5 6 7

Hati Singh Jain Temple

Sardar Br

idge

Kalpur Gate House of 22 Relief Road 23 MG Ghandi Road 24 25 26 21 Teen 28 Darwaja 27 Manek Sarangpur Chowk Gate

19 18

Ahmedabad Junction

29 Railway

Station

181-184 185-188 1189-192 193-196 197-200 201-204 205-208 209-212 213-216 217-220 221-224 225-228 229-232 233-236 237-240 241-244 245-248 249-252 253-256 257-260

Hanumanjinu Mandir Ghandi Bridge Crossing

University Area

Fare / INR between 5 a.m. to 11:00 p.m. 81 83 84 86 88 90 91 93 95 96 98 100 101 103 105 106 108 110 112 113

iver

Helmet Flyover

The auto rickshaw is the most commonly used form of transportation for getting around Ahmedabad. Within the city the price depends on distance and is measured with a taximeter. In Ahmedabad the taximeter to rupee ratio is about 2:1 (i.e. the distance covered is divided by two to calculate the cost in rupees). An extra charge is levied at night, for extra luggage, and for more than three passengers. It is advisable to ensure the driver intends to use the meter before starting your trip as some drivers prefer not to use it and charge a steep flat rate. For travel to ne ighboring villages the rickshaws serve as a shuttle bus with a fixed fare. In these cases, they take on as many passengers as possible. The maximum we experienced was twelve passengers, one of whom had the driver sitting on his lap! Program: Journeys in and around Ahmedabad and its neighboring villages Capacity: one to thirteen Hint: Mohammed Ghulam Nabi Malik is a rickshaw driver specializing in architectural tours. Book your personal rickshaw: tel. +91 98 259 453 93, email: nirupanchal@yahoo.co.in or at House of MG Four-hour tour 600 Rupees, eight-hour tour 1200 Rupees Rickshaw chart: Spring 2014, subject to change

101-104 105-108 109-112 113-116 117-120 121-124 125-128 129-132 133-136 137-140 141-144 145-148 149-152 153-156 157-160 161-164 165-168 169-172 173-176 177-180

00-24 25-28 29-32 23-36 37-40 41-44 45-48 49-52 53-56 57-60 61-64 65-68 69-72 73-76 77-80 81-84 85-88 89-92 92-96 97-100

Meter Reading

Drive-in Cinema

ati R

1 2

Fare / INR between 11:00 p.m. to 5 a.m. 70 73 76 78 81 83 86 88 91 93 96 99 101 104 106 109 111 114 116 119

Sarg am

Sab

nR oad

arm

ve-i

Fare / INR between 5 a.m. to 11:00 p.m. 47 49 50 52 54 56 57 59 61 62 64 66 67 69 71 72 74 76 78 79

Ashram Road

Sarkhe

j Gan

Calico Textile Museum

Shahibuag

Meter Reading

Memnagar Dri

Rickshaw

Fare / INR between 11:00 p.m. to 5 a.m. 20 22 25 27 30 32 35 37 40 42 45 48 50 53 55 58 60 63 65 68

dhinag ar Hig

Fare / INR between 5 a.m. to 11:00 p.m. 13 15 16 18 20 22 23 25 27 28 30 32 33 35 37 38 40 42 44 45

Ro a

Meter Reading

hway

Ruby Press

Fare / INR between 11:00 p.m. to 5 a.m. 122 124 127 129 132 134 137 139 142 144 147 150 152 155 157 160 162 165 167 170

INDA, Chulalongkorn University

DRAFT

/18

Very Welcome

Scala Theatre

Scala Theatre is one of the oldest classic single screen cinema in Bangkok. It has gone through many changes in the economic cycle but still remain as a symbol of the Siam Square. The name Scala means “stairs” in Italian, and it was designed to be the most luxurious theatre of its time. The Scala Cinema greets you with a huge domed ceiling, ornately decorated with large art deco bronzed flowers. Upon approaching the single cinema, a ticket collector awaits you with a signature yellow tuxedo, a bow tie and a classic Thai smile. These have become a signature identity of Scala Theatre till the present. Price : Movie ticket 100 Baht($3.30 USD), popcorn 30 Baht($0.8 USD) Location : BTS Station Siam, Exit 2 Walk from BTS station opposite side of the road to Paragon department store and head towards Siam Square Soi 1. Opening Hour : Sun-Mon, 11:00AM- 9:00 PM (depends) Dates from : Was officially opened in 1967s 2

Working Archive| 2014-2018

Naiipa Art Complex

4 3

3 6

1 2 3 4 5

5 1

Art Space/ Landscape Restaurant Office Space Dance Studio Office (Renovation)

‘Naiipa’ is an office building for rent, geared towards enterprises that are artistic in nature, inspired by the trees surrounding the building, which have stood resolutely for over 30 years in Bangkok, the city of concrete and skyscrapers. The owners have chosen such a location due to its power to emotionally and mentally transport all who step into its domain to a truly natural environment – a place which they believe is far more conducive to artistic work. Location : BTS Station Prakanong, Exit 4 Exit the BTS station walk through Sukhumvit Soi 46. Turn left immediately. Walk straight ahead for 100 meters. Your destination is on the right-hand side. Opeing Hour : Sun-Mon, 9:00AM- 8:00PM Contact : 062 553 5345 Dates from : August, 2016 9

MahaNakhon Tower

The Observatory

The architecture is unique. The experience unrivalled. A multi-level tourist destination including rooftop and bar, featuring 360 degree panoramice views of Bangkok, combined with dedicated exhibition and retail elements.

The Ritz-Carlton Residences

19\

209 freehold hotel-branded luxury Residences, featuring the highest standards in specification combined with a wide range of anenities, extraordinary views and the service of the Ladies&Gentlemen of RitzCarlton. Ranging from 2-5 bedrooms, there are Bangkok‘s finest homes.

The Bangkok Edition The Edition brand is a collaboration between Mariott International and renowned hotelier lan Schrager. Making its first Thai appearance at MahaNakhon, EDITION Bangkok provides 155 rooms with fine detailing and exquisite styling, including signature dining and amenities

Location : BTS Station Chong Nonsi, Exit 2 Dates from: August 29, 2016

MahaNakhon Cube The CUBE provides Bangkok‘s best dining experience over 7 levels, featuring L‘Atelier de Joel Robuchon, VOGUE Lounge, Morimoto, M Krub and Dean& DeLuca together with lifestyle retail for residents and visitors.

Officially Bangkok’s tallest building, Mahanakhon is an architectural landmark for the city, a physical representation of Bangkok rising on the world stage. With its distinctive sculptural appearance, MahanaKhon has been carefully carved to introduce a three-dimensional ribbon of architectural “pixels” that circle the tower, full height, as if excavating portions of the elegant glass curtain wall to reveal the inner life of the building while generating a set of very special features. The project has 3 part of programs which are residential (MahaNakhon tower), restaurant and bar(MahaNakhon CUBE), and parking garage. MahanaKhon reflects the ambitions and excitement of one of the world’s most dynamic citiesthe name means “Great Metropolis”.

Architecture Reading Aid Bangkok Guan Yin Pavilion

Brick Column

Lighting

Brick Wall

Chinese Roof Tile Wall

5 1

Guan Yin Pavilion is designed by Thai architect firm “ Studiomake”, as the headquarters for the Chinese-Thai Institute at Rangsit University, in the centre of lake. These new facilities for the Institute will include a “floating” exhibition hall that rises with the changing water levels. The design process began by focusing on the construction material, in this case bricks. Thai bricks are red, while Chinese bricks are grey,due to the nature of the soil. Since this building represents the academic and cultural exchange between Thailand and China, the owners wanted to use grey bricks. However, producing bricks in China and shipping to Thailand was not a practical solution. The process, of double firing in a special heat setting, turns the colour of the bricks from red to grey. Thus the idea is used Thai soil for the bricks, but the colour would be Chinese. Price : Free Location : Muang-Ake Phaholyothin Road Lak-Hok Muang Pathum Thani 12000 Dates from : 2013 5

1 2 3 4 5

Exhibition Hall Meeting Room Pantry Classroom Office

Thai Pattana Bangkok (KTB Bank)

Thai Pattana Bangkok building was constructed in 1970. It is the first business building in Bangkok that was integrated high technology with material in early Modernist period in Thailand. It is one of the master pieces architecture of famous Thai architect, Amorn Sriwong. In that time, this architecture was very remarkable in term of advanced structure. The concrete modular unit connects to each other as the main concrete structure to hang all the building floors and also the weight structure goes to every column around the building. Nowadays, the building has changed the name to ‘Krung Thai Bank’ or ‘KTB Bank’. Location: 20 Yukol 2 Rd, Khwaeng Wat Thepsirin, Khet Pom Prap Sattru Phai, Krung Thep Maha Nakhon 10100 Opening Hour : Mon-Fri, 8:30 AM-4:30 PM Dates from: 1970s 13

The Unusual Football Field

The campaign is called, The Unusual Football Field. It won the Design Grand Prix at Cannes in 2016 by finding a creative use for vacant space to benefit the local community with the insight that a soccer field doesn‘t have to be traditional rectangular shape. Instead, an oddly-shaped soccer pitch was dropped into the middle of a city between tall buildings, giving kids a place to play soccer and stay out of troble. The concept originated from an idea called “Think Space,” with the goal to transform a small and irregularly-shaped field into a practical football field that still allows fair play between teams. The idea questions the limits of space in order to illustrate our brand’s belief that “Space can change one’s life.” Location: BTS Station Phromphong and take taxi to Khlong Toei is the best way. Dates from: 2016 21

/20

Addicted Therapeutic - Design III : Supernature -

Working Archive| 2014-2018

Instructors: Sergi Serrat

Project Statement Addicted Therapeutic is collective rehabilitation for drug addicted people which it contains 3 parts of patient area and community area. In term of rehabilitation architecture, the function of architecture in aiding therapy for drug addicts, architecture performs any therapeutic function which incorporates natural aspects for instance, in-built and exterior landscape have significant therapeutic effects on humans both physical and mental.The idea of therapeutic architecture is grounded on the conviction that the setting in which people live, especially the design, has for reaching effect on peopleâ&#x20AC;&#x2122;s emotional well-being, and also to involve nature to be a part of treatment for patient. Design There are 3 categories of drug addicted, Depressant, Stimulants, and Hallucinogens which each of addicted has a different kind of behavior. Therefore, The Addicted Therapeutic provides mainly 3 patient buildings with collective building which is Botanical Garden, Bird Observation, Patient Workshop,Wastewater Treatement, and Market. All the programs and activities in campus are concerned as the treatement program for the addicted which it is designed in stage of symthoms. As well as the patientâ&#x20AC;&#x2122;s room and detoxfication room are mainly considered of natural light which is essentially influent to the treatment program. 21\

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Supernature

23\

Addicted Therapeutic

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Supernature

25\

Addicted Therapeutic

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Supernature

27\

Addicted Therapeutic

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Dune Pavilion - Design III : a Matter of Style -

Working Archive| 2014-2018

Instructors: Pau Sarquella

Project Statement ‘The Dune Pavilion’ is an architecture paradigm of Functionailsm which is mainly concerned about human in different aspects for instance, human program and activities, ventilation, natural light, human physical bofy relates to the architectural elements. The Dune Pavillion is a restaurant pavilion in Libya, desert zone adjacens to the oasis. The architectural elements is concentrated to design specifically to the human bodyand movement for the restaurant program, therefore, the project experiments the organic furniture form to comfort human as the tools to respond and improve more human’s activites. Design The Pavilion is considered to serve as a function for day and night restaurant which provides totally 3 floors for a different functions. The first floor is provided for the in-out door restaurant and kitchen in the morning till afternoon,while the second floor is provided as the art gallery for people to visit and see the exhibition or art pieces. Yet in the evening, the pavilion turn into the place of amusement so the restaurant on the first floor provided as the state to the performance and dancing while the second floor is a DJ and musical area. The third floor is for the outdoor for the rooftop in the night when people could enjoy the most fascinating atmosphere of stars of the clear sky. However, the arhcitectgural elements is designed basically from the principle of Functionalism style and the study of Functional architects.The study of human’s body and movement is adapted into the designing furniture and building elements, using geometry and curve to redesign such as , the column, sun shading, skylight, wind catcher, and strategies to respond to the extreamly climate condition as Desert climate.

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/30

a Matter of Style

Villa Müller

Villa Tugendhat

Villa S

1930 Adolf Loos

1931 Mies van der Rohe

1 Le Co

Prague, Czech Republic.

Brno, Czech Republic.

Poissy

a sliding sheet of plate glass wall

Lounge Hall (public space)

2000 mm

4000 mm

a different height to serve functions according to the room.

Bedroom (private space)

Raumplan theory the dimensions of rooms based on their functional and display roles.

servant’s bedroom

bath

storage

servant’s bedroom

spaces were sets as boxes within boxes, joined by staircases.

study

kitchen

Cross steel column

dining room living room

The structure consists of small metal cruciform pillars releasing the area of the plant.

enabled the reduction of one entire wall to three loadbearing pillars.

Working Archive| 2014-2018

terrace

ceiling height differentiation based on usage and room sequencing.

Family Area Private Area Public Area Staircase Elevator

principle of "open plan" and "fluid space"

SKYLIGHT

COLUMN

1902

1923

1929

1929-1933

1930-1933

Susan Lawrence Dana House Frank Lloyd Wright : timber

City the Theater Walter Gropius & Adolf Meyer : reinforced concrete

Villa Savoye Le Corbusier : concrete

Barcelona International Exhibition Mies van der Rohe : reinforced concrete

Barcelona International Exhibition Mies van der Rohe : steel

Cite de Refuge Le Corbusier : concrete

Immeuble Clarte Le Corbusier : streel

1926-1927 Villa Stein/ de Monizie Le Corbusier

1936

1937

1940

1945-1952

1949

1951-1960

1953

S.C. Johnson and Son Administration Frank Lloyd Wright : reinforced concrete

Law Courts Annex Erik Gunnar Asplund : concrete

Villa Mairea Alvar Aalto : timber

Unite d’ Hablitaion de Marseilles Le Corbusier : concrete

Harvard Graduate Center Richard Lippold : reinforced concrete

The Cross of the Plains Church Alvar Aalto : concrete

Residential House on Tiger Hill Mies van der Rohe : wood pillars on stone pedestals

1954

1956-1963

1957

1958

Notre Dame du Haut Le Corbusier : concrete

Interbau Exhibition Alvar Aalto : concrete

Hagan House Frank Lloyd Wright : timber

Maison Louis Carre Alvar Aalto : concrete

The Bacardi Administration Building Mies van der Rohe : steel

Cultural Centre Alvar Aalto : concrete and tile

1962-1965

1965

1968

1971

Enso-Gutzeit Alvar Aalto : reinforced concrete

The Neue Nationalgalerie in Berlin Mies van der Rohe : steel

Civic Centre Alvar Aalto : concrete and tile

Government Museum and Art Gallery Le Corbusier : concrete

Finlandia Hall Alvar Aalto : concrete and tile

Zen Buddhist Residential Temple Mies van der Rohe : wood

1933

Immeuble Porte Molitor Le Corbusier

1953-1955

Baker House Alvar Aalto

Rautatalo Office Building Alvar Aalto

1956

La Tourette Le Corbusier

National Pension Instiute Alvar Aalto

1962

Enso-Gutzeit Building Alvar Aalto

Easter house Arts Centre

1968-1972 North Jutland Art Museum Alvar Aalto

31\

1929 Columbus Memorial Light House Alvar Aalto

1946-1949

1965 1962

1929 Villa Savoye Le Corbusier

1953-1959

1954

1956

Couvent SainteMarie de la Tourette Le Corbusier

Ronchamp Le Corbusier

La Tourette Le Corbusier

1956 National Pensions Institute Alvar Aalto

1962 Enso-Gutzeit Building Alvar Aalto

1959-1962 Culture Center Alvar Aalto

1961-1964 Carpenter Center for the Visual Arts Le Corbusier

1964-1970

1965

Mount Angel Abbey Library Alvar Aalto

Civc Centre Alvar Aalto

1965-1968

1966-1969

1968-1972

Library in Rovaniemi Alvar Aalto

Academic Bookshop Alvar Aalto

North Jutland Art Museum Alvar Aalto

1972

1972-1975

Kimbell Art Museum Louis Kahn

Vyborg Library Alvar Aalto

1993 Pare Miquel d’Esplugues Central Library

1996 National University of Distance Education Central Library

Dune Pavilion Paimio Sanatorium

Savoye

The Bauhaus Dessau

1929 orbusier

1932 Alvar Aalto

1925-1932 Walter Gropius

y, France

Paimio, FInland

Dessau, Germany

East Facade

West Facade

panel heating

Five points theory

South Facade pilotis

green roof

Sun path. free facade

ribbon window

open floor plan

The asymmetrical plan building balances the sunlight

North Facade

principle of the patient’s room window

10°

21 h

20° 30°

20h

STUDIO

40°

Maison Domino

19h

50°

BRIDGE

60° 18h

70°

WORKSHOP

80°

Human circulation

BRIDGE

Automobile circulation

14h

13h

STUDIO

10h

12h

11h

THE TECHNICAL SCHOOL BRIDGE

A: patients B: common space C: the laundry/ kitchens/ staff accommodation D: the boiler room/ heating plant

BRIDGE

The foundation is made from concrete footings runs.

Evolution of the plan building. WORKSHOP THE TECHNICAL SCHOOL

SOLAR PROTECTION

1924-1928 Maison Planeix Le Corbusier

1926 - 1928

Villa Stein de Monzie Le Corbusier

1927 - 1930

1930-1933

1932

1938-1941

Lange and Esters Houses Mies van der Rohe

Immeuble Clarte Mies van der Rohe

Paimio Sanatorium Alvar Aalto

Villa Mairea Alvar Aalto

1938

1947

1956

Taliesin West Frank Lloyd Wright

Unitarian Church Frank Lloyd Wright

La Tourette Le Corbusier

1950-1965

1968

1963-1965

1967-1969

Chandigarh Le Corbusier

The Museum Chandigarh Le Corbusier

Library in Seinajoki Alvar Aalto

thomas glaswerk Walter Gropius

The study and analysis of Fucntionalism archietcture and arhcitectural elements within the building,serving to different functions to respond to the varity of natural conditions that should be concerned. /32

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a Matter of Style

33\

Time, Space, Body, Transformations by Klaus Rinke.

Dune Pavilion

863 mm

432 mm

2260 mm

543 mm

698 mm

1829 mm

432 mm

1130 mm

863 mm

330 mm

266 mm

698 mm

165 mm

534 mm

Neufert Architectâ&#x20AC;&#x2122;s Data by Ernst and Peter Neufert

204 mm

432 mm

102 mm

330 mm

165 mm

120 mm

267 mm 204 mm

63 mm

126 mm 78 mm

63 mm

48 mm

2280 mm

1630 mm

1400 mm

1100 mm

800 mm

700 mm

430 mm 270 mm

1 year

The Modular by Le Corbusier

2 years

4 years

6 years

8 years

10 years

15 years

adult

The Sculptor and Art Student's Guide to the Proportions of the Human Form by Dr. Johann Gottfried Schadow

1830 mm

533 mm

915 mm

2130 mm

1372 mm

1750 mm

1140 mm

100 mm

355 mm 455 mm

230mm

535 mm

150mm

2130 mm

17 m

m 610 mm

900 mm

1370 mm

300 mm

810 mm

230 mm

1750 mm

760

200 mm

Adult Human Body Dimensions - Lateral/Ventral from Archipaedia

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a Matter of Style

DEVELOPMENT OF FORM

LIBYA: OASIS WAW AN NAMUS LAKE

SUN P ATH DIAGRAM

EAST

WIND MA P DIAGRAM

EAST

20% 16%

SUN PATH

12%

June solstice December solstice

Annual variation Equinox (March and September)

S U N R I S E/ S U N S E T

SOUTH

Sunrise

SOUTH

NORTH

WIND SPEED

Sunset

> = 22 17-21

TIME

00-02

11-17

03-05

7-11

06-08

4-7

09-11 12-14

1-4

15-17

calms: 2.59%

18-20 21-23

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WEST

35\

WEST

The diagram explaining the sun-wind direction of the particular location that the pavilion located (le of the building which respond to the wind and sun radiation (middle). The elevation diagram explai to cold.

eft), and the development of form ins the system of tranforming hot

Dune Pavilion

ELEVATION wind catcher

dust filter inside.

gradient sun protections depends on needed of light of each program.

WIND DIRECTION cold wind from the north

cold wind from the north

WIND VENTILATION evaporative cooling

WIND DIRECTION warm wind from the south

cold air

WIND VENTILATION hot/ dry wind

Sirocco Wind

hot/ dry wind from the south

SUN RADIATION directs to the west and the east

/36

Working Archive| 2014-2018

a Matter of Style

37\

Dune Pavilion

/38

Prosthetic Branches - Design IV : Urban Animals -

Working Archive| 2014-2018

Instructors: Alicia Lazzaroni

Project Statement

The Prosthetic Branches project is influenced by nature that could potentially create a flexible solution that direactly engage the uncertain of particular existing situation and condition in Bangkok. The project proposes a combination of organic and synthetic prosthetic branches of the tree esplores the idea of temporary installation, creating a space, that is conceived as an instument device to support human and non-human being. It can be easily and quickly built up and dismantled and then could be placed in different location, depending on the suitability of the particular Design The project is concerned as explored and experiment project to find a possibility to design elements and create spaces to respond to natural environment situation. With the condition of the tree in Bangkok, the Prosthetic Branches could assemble and create a program for both human and animals. For instance, fertilization cycling, animal observation, organic food-source for human and animals, sun bathing area, etc. Each program is designed in the purpose of friendly encourage and support the relationship between human and animals thus people could interact and use a space while the animal can live in the urban area without any disturb from human as well. 39\

/40

30 m

Working Archive| 2014-2018

Urban Animals

LOCATIONING OF THE COPPERSMITH BARBET

25 m

20 m 15 m 10 m 5 m 0 -5 m -10 m -15 m

growing up rate: 5-40 meter.

growing up rate: 5-10 meter.

growing up rate: 10-20 meter.

-20 m

growing up rate: 15-30 meter.

-25 m

growing up rate: 15-20 meter.

growing up rate: 20-40 meter.

growing up rate: 10-20 meter.

-30 m

MANGO TREE trunk diameter: 10 meters.

TERMINAL CATAPPA

BURMA PADUAK

RAIN TREE trunk diameter: 40 meters.

TEAK TREE

trunk diameter: 1.0-1.5 meters.

trunk diameter: 1.7 meters.

trunk diameter: 1.5-2 meters.

burma paduak’s leaf

rain tree’s leaf

teak tree’s leaf

mango tree’s leaf

jam tree’s leaf

terminal catappa’s leaf

mango

jamaican cherry

tropical almond

burma paduak’s fruit

rain tree’s fruit

teak tree’s fruit

mosquito

dragonfly

beetle

ladybug

butterfly

coccidae

41\

JAM TREE trunk diameter: 3 meters.

BANYAN TREE trunk diameter: 50-200 meters.

banyan tree’s leaf

weeping fig

larva

Prosthetic Branches

growing up rate: 20-30 meter.

SACRED TREE trunk diameter: 10-30 meters.

sacred tree’s leaf

sacred tree’s fruit

grasshopper

The Coppersmith Barbet is the smallest and most colorful barbet species that people could find in Bangkok. They excavate cavity for roosting differently from other bird species. Perceiving acoustic vibrance by the density of wood while excavating to decide which branch is suitable for nest, normally they choose soft, old, rotten, dead branch. Yet nowadays Bangkok faces issue of cutting tree in the wrong method in order to let the cable wire runs along the street. This affects directly not only the tree, which they cannot perform function itself, but also the animal’s habitats as well. /42

$- /$*) *! - ) # 0//$)" 0-! .Çť

Working Archive| 2014-2018

Urban Animals

43\

Prosthetic Branches

/44

Working Archive| 2014-2018

Urban Animals

45\

Prosthetic Branches WIND RESISTANT

SUN SHADING

Resistant level 10% Resistant level 60%

Resistant level 70%

Resistant level 60%

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Resistant level 30%

Resistant level 80%

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Resistant level 50% Shading level 40%

Resistant level 80%

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Resistant level 20%

Resistant level 60%

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Resistant level 30%

Shading level 40%

Shading level 30%

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Shading level 50%

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Shading level 70%

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Resistant level 60% Resistant level 60%

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Resistant level 90%

Resistant level 80%

Resistant level 70%

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Resistant level 50%

Resistant level 4 0%

Shading level 40% Shading level 30%

Shading level 40%

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Shading level 80%

Shading level 60%

Shading level 80%

Shading level 70%

Shading level 80%

Shading level 60%

Shading level 80%

Shading level 60%

Shading level 80%

ACOUSTIC INSULATION

Absorbtion level 50%

Absorbtion level 40%

Absorbtion level 50%

Absorbtion level 70%

Absorbtion level 60%

Absorbtion level 40%

Absorbtion level 50%

Absorbtion level 60%

Absorbtion level 50%

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Absorbtion level 30%

Absorbtion level 50%

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Absorbtion level 30%

Absorbtion level 90%

Absorbtion level 80%

Insulation level 60%

Insulation level 20%

Insulation level 60%

Insulation level 20%

Absorbtion level 40%

Shading level 20%

Resistant level 60%

Resistant level 70%

DUST ABSORBTION

Absorbtion level 80%

Shading level 10%

Absorbtion level 30%

Absorbtion level 70%

Absorbtion level 50%

Absorbtion level 60%

Absorbtion level 50%

Absorbtion level 80%

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Insulation level 60%

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Insulation level 60%

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/46

Urban Animals

08.00 am

12.00 pm

04.00 pm

Working Archive| 2014-2018

Noise Insulation

08.00 am

47\

12.00 pm

04.00 pm

Food & Water Source

Connector Typology

Prosthetic Branches

Connector Synthetic Organic Branches

Water Tube Collector

Food & Water Source

Guano Collector 2 layers: 1.) Fertilizer 2.) Water

Water Tray

Fruit Collector

Netting Organic Polymer (Non-Toxic)

Small Branch ( Diameter 0.5-2 cm )

Medium Branch ( Diameter 2.5-3 cm )

Large Branch ( Diameter 3.5-6 cm )

After studied and analysed general function of the tree in urbanism, specially how different of tree shapes could perform in 4 different aspects; provides sun shade, controls wind direction, absorbs urban dust , and being acoustic insulation, the design proposes a synthetic artificial tree, combing with organic material in order to imitate and support the tree function. This idea is considered as an design experiment that potentially re-create the tree branch that could plug-in and easily remove instead of cut out the tree yet the tree still has a bility to perform fuction as they do. /48

7 cm

PROSTHETIC CONNECTION.

10 cm

5 cm

UrbanB. Animals

7 cm 5 cm

V-Band Clamps Ear Clamps

Molded Flexible Rubber Roll

6 cm

4 Hex Cap Screws

10 cm

2 Hex Cap Screws

4 cm

Female Straight Nipple 304 Stainless Steel

C. 8cm

6 Hex Cap Screws 1 cm

Molded Flexible Rubber Roll

2 Hex Cap Screws

7 cm

J. Threaded Fitting Pipe

Female Straight Nipple 304 Stainless Steel Molded Flexible Rubber Roll

Spiral Fixed

D. 5 cm

Molded Flexible Rubber Roll

2 cm

Working Archive| 2014-2018

7 cm

T-Joint Pipe at Rs 150 8 cm

6 Hex Cap Screws

Socket Weld Fitting

4 Hex Cap Screws

Molded Flexible Rubber Roll Spiral Fixed

6 cm

1.5 cm

8 cm

Female Straight Nipple 304 Stainless Steel

1.7 cm 2 cm 2 cm 2 cm

F. Molded Flexible Rubber Roll

6 cm

Molded Flexible Rubber Roll

2 cm

Molded Flexible Rubber Roll Tee Equal Stainless Steel

6 cm

180 Rotation Lean Steel Pipe Joint Fixed /Line Bar Flexible Pipe

2 cm

Tee Equal Stainless Steel 6 Hex Cap Screws

T-Bolt Band Clamps

B. 11 cm

D. 12 cm

8 cm

E. 6 cm

F. 3 cm

6 cm

2 cm 2 cm

7 cm

5 cm

4 cm 0.5 cm

5 cm

11 cm

10 cm

11 cm

6.5 cm

8 cm

7 cm

8 cm

3.6 cm

7 cm

5 cm

49\

G. 5 cm

Prosthetic Branches

/50

Urban Animals

Week 1

Textile could absorb dust within the air

Week 2

Textile collects dust

Week 3

Textile filtrate dust into smaller moleculev

Working Archive| 2014-2018

High loss flexible magnetic low dusting textile: Filtrate dust or sediment within the air Animal Guano 1500 Micron/ Stainless Steel Filter Mesh 800 Micron/ Stainless Steel Filter Mesh 300 Micron/ Filter Mesh Riding Bicycle activates Fertration System

Water Pipe

Irrigation Sprinkler

Organic Fertilizer

FERTILIZATION: CYCLING (DUST ABSORBTION)

51\

FERTILIZATION: CYCLING (DUST ABSORBTION)

Prosthetic Branches

INCIDENT SOUND

TRANSMITTED SOUND

REFLECED SOUND

• It’s moisture retention capability: Fiber bunch retains moisture well and allows seeds to grow.

• It’s compatibility with nature: Animals can use the fiber brunch as habitat or hiding place.

• Insulating-Capbility: Preventing heat and Absorbing acoustic.

Soft-Skin : Palm Fiber

sunbathing spot for birds and other animals

common food source height (fruit & insects)

common cavity nesting, mostly above the ground 3-17 meters

ANIMAL OBSERVATION (NOISE INSULATION)

ANIMAL OBSERVATION /52 (NOISE INSULATION)

Urban Animals

• Ivy Gourd

• Vine leaf

Vine leaf produces moisture where sunlight effect to the leaf surface.

• Colder Ventilation

Vine could transform warm ventilation into colder ventialtion.

Working Archive| 2014-2018

Both human and animals, specially Coppersmith Barbet consume ivy gourd.

Ivy Gourd

Vine Plant

Water Pipe Water Pumping

ORGANIC FOOD SOURCE (WIND VENTILATION)

53\

ORGANIC FOOD SOURCE (WIND VENTILATION)

Prosthetic Branches

• Hemp & Flax Fiber Waste fiber most in Thailand.

• Heat Resistance

Preventing heat because the fiber could absorb moisture within the air.

• Sunbathing

Bird needs area for sunbathing (common 5 m above the ground)

Hemp&Flax Fiber

Guano Collector

Netting Mesh Seating

SUN BATHING (SUN SHADING) SUN BATHING (SUN SHADING)

/54

Driver Tenancy - Design III : Chronoshomes -

Working Archive| 2014-2018

Instructors: Thomas Lozada

Project Statement ‘Driver Tenancy’ is a residential for the taxi drivers located in the central of Ang Mo Kio city in Singapore. To rethinking about ‘Housing’, architecture should provide not only the aesthetic or function but also users. The residential building is designed specifically to Taxi drivers which totally contain 3 shifts in a day; The morning shift, night shift, and individual shift.The taxi driver is an interesting social group which although they work in the same job but they totally have different life routine and activity which is affected to their life quality. The building is considere to design with the time. There are two unit type for morning taxi driver and night taxi driver which it is mainly considered to the need of light in specific unit. Furthermore, the building is designed for low-middle class user thus the original unit is built limited area for only single dweller by the prefabricated structure also to provide a flexibility to thespace for further expanding. Design One important thing in the building is the natural light which is considered as a tools to improve the taxi driver life as well. Every space and program in the building is provided by the natural light in adequate density and proper to the program. The unit room for night shift taxi driver and day shift taxi driver is designed specific in different form which depends on location, orientation, and the user who own the unit. For night shift taxi driver, the unit will get less density of natural light than the day shift due to the routine life of user who works in the night and gets back to sleep and rest in the morning thus the unit should prevent the light in the morning for the taxi driver can get most efficient sleep and rest so the density of light is controlled by form of the unit itself. The program in the building was designed in specific place which it is related to the purpose and light condition. In addition, the facility in the building also considered for the social group and others instance, washing service, repair area, commercial area smoking area, laundry, and some of outdoor green space.

55\

10 °

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45 ° 70 °

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MORNING SHIFT Kitchen

1.0

2.5

2.0

NIGHT SHIFT

MORNING SHIFT

kitchen

Kitchen

Bathroom

NIGHT SHIFT

bathroom

Bathroom Bathroom

= =

Living Room

= =

Living Room

living room =

Living Room

Bed Room

bed room

Bed Room = = = =

Natural Light Analysis.

/56

Working Archive| 2014-2018

Chronoshomes

57\

Driver Tenancy

/58

Working Archive| 2014-2018

Chronoshomes

59\

Driver Tenancy

/60

Materials Matter

- Design I : Cliff Hanger & Climbing Surface -

Working Archive| 2014-2018

Instructors: Pratana Klieopatinon

Project Statement The project ajenda is to experiment on the relationship of surface and material, effect to the human perscieving. Designing the cliff hanger and climbing wall surface in different hi erarchies of material kinds and angle in order to create a different level of hardness for people who climbingthe wall. Design Exploring the ability of climbing wall of human by using different of natural materials from find sand to the gravel to mix with the concrete and mud. The early phase of design is to study on the existing grip or holding object and how human naturally holds each of objects, as well as the angle of grips that slight different of angle could create a different hardness for humans. The process of making structure climbing wall surface also using the method of pouring concrete in place which also mix by the aggregated to increase the strengh into the surface wall.

61\

180 degree pararell the ground

45 degree up

sand texture

clay texture

small gravel texture

Plasticine texture

medium gravel texture

resin with gravel texture

rock texture

concrete texture

/62

Cliff Hanger & Climbing Surface

14 cm

20 cm

24 cm

17 cm

11 cm

13 cm

10 cm

58 cm cm

4 cm

8 cm

22 cm 13 cm

13 cm

Working Archive| 2014-2018

18 cm

11 cm

13 cm

11 cm

10 cm

3 cm 5 cm 11 cm

5 cm

11 cm

9 cm

0.5 cm

THE PERFORMANCE OF HOLDING GRIP scale 1:1 THE CONNECTOR

63\

Materials Matter

STANDARD PROPORTION OF HUMAN’S HANDS

8 cm

scale 1:1 4 cm

13 cm 1

18 cm

8 cm 2 cm

8 cm

2 cm

9 cm

13 cm

8 cm

7 cm

5 cm

8 cm

9 cm

8 cm

3 cm

45° 90 °

0° 27

5°

180°

5°

0°

135

1.6 cm

1 cm

THE VARIATION OF GRIPS scale 1:1

The study of climbing grip examples and the performace of human’s hand holding the climbing grip in different views, and different angle movements.The increasing of grip angle is influent to the convenient of human holding the grips. /64

Cliff Hanger & Climbing Surface

Working Archive| 2014-2018

UNFOLDED DRAWING

The Process of making structure Pouring Concrete in Place

isometric drawing

Concrete structure with aggregated

elevation

Concrete structure

65\

Materials Matter

plan

section

/66

Cliff Hanger & Climbing Surface

Taxonomy of Grips

Tranformation of the Aggregated

Working Archive| 2014-2018

year 1

year 5

10 cm

year 10 3 cm 4.5 cm

3 cm

year 15 45Â°

2 cm

4 cm

2 cm

67\

4.5 cm

3 cm

8 cm

10 cm

Materials Matter

/68

Bonder: A Wall That Unites - Archtecture & Geopolitics Competition : (un) Common Grounds -

Honorable Mention Award Competition Organizer: Fondation Architecture, Paris, France

Working Archive| 2014-2018

(http://fondationarchitecture.com)

Bor-der (noun.) : a line separating two political or geographical areas, especially countries. + Bond (noun) : come or bring together for a common purpose or action.

Project Statement Manifesto : RATHER BRING IN THAN DIVIDE. In the world of commmunication, social interction and global exchange of cultures, walls should unite people, not divide them. We believe that physical borders are no longer relevant in todayâ&#x20AC;&#x2122;s context including US-MEXICO border. But if it is irresistible politically, we believe that the wall should attract rather than separate. And unlike a generic wall, it will be use for different functions and programs which questions physical borders and purposes transforming the typology of a wall from a space-divider into a functional public space,serving user of any gender, ages and races, promoting social interaction, provoke culture exchange, and improve quality of life at border. Design The project is focusing on exploring ideas and program typologies of public border park, creating a radical paradigm based on our manifesto about the dilemma of physical border. By understanding the context of US-MEXICO border area, we have proposed various typologies of excitement park activities as a combination of 3 zoning; sports activities, gathering area and relacing area which we believe they could bring a lot of fun to the border, attract and gather people from both side, creating new community paradigms shift at outskirt.

69\ 01\

watching favorite sport from another side

cheering from both side parking for bicycle

play across border

parking for food truck

gathering area

Bonder: a wall that unites

bull fighting

BorÂˇder noun a line separating two political or geographical areas, especially countries. + Bond noun come or bring together for a common purpose or action. MANIFESTO: RATHER BRING IN THAN DIVIDE In the world of communication, social interaction and global exchange of cultures, walls should unite people, not divide them. We believe that physical borders are no longer relevant in todayâ&#x20AC;&#x2122;s context including US-MEXICO border. But if it is irresistible politically, we believe that the wall should attract rather than separate. And unlike a generic wall, it will be use for different functions and programs which questions physical borders and proposes transforming the typology of a wall from a space-divider into a functional public space, serving user of any gender, ages and races, promoting social interaction, provoke culture exchange, and improve quality of life at border. The Project is focusing on exploring ideas and program typologies of a public border park, creating a radical paradigm based on our manifesto about the dilemma of the physical border. By understanding the context of US-MEXICO border area, we have proposed various typologies of excitement park activities as a combination of 3 zoning; sports activities, gathering area and relax area, which we believe these could bring a lot of fun to the border, attract and gather people from both side, creating new community paradigms shift at outskirt.

climbing wall at border

play chess at border playground

hot tub in winter

toilet at border

/70 /02

(un)Common Grounds

Working Archive| 2014-2018

cheering from both side

gathering area

bull f

gathering area

bull fighting

climbing wall at border

play chess at bor

71\

fighting

Bonder: A Wall That Unites

watching favorite sport from another side

play across border

play chess at border playground

rder

/72

Re-Habitat

- Architecture Competition: Coexist: Rethinking Zoos -

First Prize Competition Organizer: Archstorming

Working Archive| 2014-2018

(https://www.archstorming.com/info-crz.html)

73\ 01\

Project Statement Manifesto : Zoo has been phrased from enjoyable private collection to educational recreation facility. Since the animal has been perceived as an exhibition object, the relationship between human and animal has become detached. Consequently, zoo - the only animal habitat in the city - has been desperately disconnected to urban citizen’s sense. . Instead of fencing a new territory for wildlife as a typical zoological park, we believe zoo should be part of the urban organ rather than being isolated. By understanding the existing context and animal’s consideration, we propose the new threshold between human and animal, allows people to publicly experience so called ‘Habitat Parc’ where they can rightfully use and observe Non-Sapien’s friends in their natural environment. This elimination of ‘urban cage’ between the Human and Animal Citizen will lead to the enhancement of the animal welfare and also raise animal preservation awareness. . Urbanization has traveled far enough to the point where question of the responsibilities and the rights for urban wildlife shall be raised. This proposal sincerely urges to the public to declare urban animal citizenship, and establish zoological tax. By all means, we - as urban inhabitants - should take care of the animal’s quality of life and make sure that our descendant has opportunity to live in the city that has meaning more than just human home but rather than a habitat that we all share with multi-species.

/74 /02

Working Archive| 2014-2018

Coexist: Rethinking Zoos

75\

Re-Habitat

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Alvar Aalto

- Historical Theory & Architectural Philosophy II : The Copycats -

Working Archive| 2014-2018

Instructors: Peter Fisher

Who is Alvar Aalto ? Alvar Aalto was the world most famous Scandinavian modernism architect and designer. Functionalism and synthetic attitude were important in Aaltoâ&#x20AC;&#x2122;s evolution from Nordic Classicism towards Modernism. He created his own way of combining forms, materials and purpose of his buildings on the rationale of their functionality, aesthetic and comfortable use.There were about 500 project buildings that he designed, 400 projects in Finland and 100 projects in other countries.The pure functionalist phase in Aaltoâ&#x20AC;&#x2122;s works enabled him to make an international recognition. Alvar had adopted the principals of user-friendly and functional design in his architectures, his buildings were enhanced by the use of organic forms and natural materials such as brick and wood. Project Statement

The copycats is researched, studied, and analysed project of world famous architect, starting from understanding main character to deep philosophy of particular architect, and making physical model of selected building that most represents characteristic of architect. Most projects of Alvar Aalto locate in Finland, he mainly concerned on building form and material in architecture design which physically reflects and respond to program, location, and climate. Brick, concrete, and wood is three main materials he decided to apply in his architectures for specific context.

77\

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Working Archive| 2014-2018

The Copycats

79\

Alvar Aalto

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Working Archive| 2014-2018

The Copycats

81\

Alvar Aalto

Tuberculosis Sanatorium, Paimio, Finland, 1933.

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Working Archive| 2014-2018

The Copycats

83\

Alvar Aalto

Tuberculosis Sanatorium, Paimio, Finland, 1933.

/84

Dining Pavilion - Construction Technology IV: Pavilion - Buvette -

Working Archive| 2014-2018

Instructors: Thomas Lozada

Project Statement

The exploration project of a small scale pavilion, considering to overall design and the structural innovation of the roof and supporting walls and columns. The project objectives aim to understand and practice of structural design, stability, loads and stress also relationship between design and structure. Each group receive the guidance of an instructor. Groups will present, discuss and receive comments at each session. Study models are part of the structural experimentation process and requested at each session. Design A contemporary dining pavilion half locates on the pond in Lumpini Park. The curved curtain glass wall faces to the pond in order to take most view of the park, while there is cold ventilation for the outdoor table. The pavilion basically provides 2 access points, one side for entance and another side for exist so the visitors can walk pass all over the area and percieve the most atmosphere from the pond and park. 85\

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Working Archive| 2014-2018

Pavilion - Buvette

87\

Dining Pavilion

The pavilion structure is supported by friction piles, and membrane roof which is made from fiber glass reinforced cladding, covering streel truss that assemble by the waffle system. Using prefabricated material, concrete slabs, in order to save time, budget, and convenient for the construction process. /88

Tensegrity Bridge - Construction Technology IV: Span Challenge-

Working Archive| 2014-2018

Instructors: Thomas Lozada

Project Statement The Span Challenge is experiment project of designing and making structural bridge that could potentially support load and weight. The condition for this challeng is that the wood stick and thread are only available material that each of team can use to create the bridge. There is no limited design of the bridge as long as it could support as many as a bottle of water. A bridge that can be hanged maximum amount of bottle and use less material will be the best one for this challenge. Design The bridge concept is Tensegrity structural which it plays a role in bridge deisgn and also materials as well. The Tensegrity Bridge provide specific metrics for load and resistance factors. In fact, tensegrity structure promise to be highly efficient in the ratio of material to both performance and maintenance. One important aspect of successful bridge design is its ability to be widened in response to increased weight.. Classic tensegrity structures are holistically conceived and are not amenable to widening along one axis. The Tensegrity Bridge could supported 9 bottles which each of bottle contains 600 ml. of water.

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Working Archive| 2014-2018

Span Challenge

91\

X-Module: Complete traingulation

Tensegrity Bridge

3-way Prism: Complete traingulation

Square Prism: Squares are nontriangulated

Pentagonal Prism: Pentagons are nontriangulated

Hexagonal Prism: Hexagons are nontriangulated

Tensegrity structures are based on the combination of a few simple design patterns; loading members only in pure compression or pure tension which allows the members to remain in tension and compression as stress on the structure increases. Because of these patterns, no structural member experiences a bending moment. This can produce exceptionally rigid structures for mass and for the cross section of the components. /92

HOP Learning Center - Design & Build for Community: Wat Wang Hinn SChool, Nakhon Si Thammarat -

Working Archive| 2014-2018

Instructors: Scott Drake Supported Organization: The Erawan Group

Project Statement Wat Wang Hinn School is situated in Wang Hinn district consisting of 150 students. This school is one of the schools that have been highly flooded during the previous months; however, it is one of the schools that faces a heavy flood every year. The school hasnâ&#x20AC;&#x2122;t received sponsorship, but judging from the school management and building condition, we can conclude that this school can sustain itself very well. We found a lot of benefits to give this school the HOP learning center, due to various potential in both the school and the community to use this facility to gain maximum benefits from this HOP learning center Design As for the site, itâ&#x20AC;&#x2122;s a plain green space, facing the fields and the rubber tree farm ,which creates a very good environment with natural shading and ventilation in the area which would be very benefit for design and the building itself. Moreover, the given site is situated next to the old library that has been affected by the flood, which we not only find the opportunity to create a new one but also renovating or connecting to the old one rather than demolishing the building, which will give us double uses of the facilities. 93\

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Working Archive| 2014-2018

Design & Build for Community

The building is designed in elevated floor for the reason of flood prevention. We focusing on designing clear s efficient function of the limited space in order to provide a learning center and playing area in the same time. Inc and outdoor area for flexible uses and program activities. Consideration of tropical design which there should b good ventilation but also the effective shading as well. There is the plenty of seating space for the maximum use includes the design strategy that represent the relationship between the building and exisiting context, creatin that reflects by the material of the building. 95\

HOP Learning Center

space and use most cluding both indoor be provided not only es, also the building ng a seamless design /96

Working Archive| 2014-2018

Design & Build for Community

97\

HOP Learning Center

We have various ideas for the decoration and architectural approaches that could bring this building into life with additional cheerful designs, colours and play spaces by not only considering the functional aspect of the building but also our user which is mainly a kindergarten students to attract their attention to used the building and also to not only give them an educational experience but also a space where they could enjoy among themselves. /98

Working Archive| 2014-2018

Design & Build for Community

99\

HOP Learning Center

- Materiality - In some part of the building especially on the basement and first level we would reconsider the material to make it more suitable for the condition in the area which is a heavily flooded area. Which we would selects a water resistance materials or a material with long life span and durable qualities. -Roofing - According to the discussion about the rain and the possibility that the rain may leak into the building through the planting holes in the roof, for now we would consider solving this problem by adding a transparent roofing sheet creating a complete roof sheet with no holes to shelter the semi-outdoor space from the rain

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74th Voluntary Design-Build Project

Baan-Huay-Kob School - 74th Voluntary Design-Build Project -

Working Archive| 2014-2018

Location: Baan-Huay-Kob School, Sangkhla Buri District, Kanchanaburi November 2014

Project Statement A voluntary project of the university to design and built in Kaanchananburi, an rural area in Thailand. Baan-Huay Kob school is a small local scool in Sangkhla Buri district where there is less electricity and technology supported people around there. The building is education program for children in the countryside which provided more protection area from bad weather for learning and collective activities of the school. There is a need of building that could potentially support people around here, thus it is not only built for the children but also parents or community to use, as we believe that this could improve quality life of people in the rural area. Design Baan-Huay Kob school is designed and built for about 1 month, using local and prefabricated material which is bamboo and reinforced concrete. Steel frame is the main structure of the building which it is easy and convenient for the team to assemble the concrete slab and concrete wall. Designing and using bamboo which it is an available resource material in the site so we can beneficially use itâ&#x20AC;&#x2122;s property for the building. Also the building is concerned not only to provide ventilation for the interior space but also the sun and heavy rain protection which every year they have to face a problem because of bad weather. 101\

Baan-Huay-Kob School

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