PA K A P O R N UTAOBIN ’ S PORTFOLIO
PAKAPORN UTAOBIN | CHULALONGKORN UNIVERSITY | FACULTY OF ARCHITECTURE CONTACT | UTAOBIN.P @ GMAIL.COM | +6689 669 1498 7A1, THE RAJDAMRI SERVICED RESIDENCE, RACHADAMRI RD. | BANGKOK, THAILAND
PAKAPORN UTAOBIN | CHULALONGKORN UNIVERSITY | FACULTY OF ARCHITECTURE CONTACT | UTAOBIN.P @ GMAIL.COM | +6689 669 1498 7A1, THE RAJDAMRI SERVICED RESIDENCE, RACHADAMRI RD. | BANGKOK, THAILAND
PAKAPORN UTAOBIN 7A1 The Rajdamri Serviced Residence, Rachadamri Rd., Bangkok, Thailand (+66) 89 669 1498 utaobin.p@gmail.com
EDUCATION Jun 2012 - CHULALONGKORN UNIVERSITY May 2017 Faculty of Architecture, Major: Architecture, (B.ARCH) Bangkok, TH GPAX 3.76/4 , First-Class Honors (Ranked 2nd out of class of 65 students) May 2009 - MAHIDOL WITTAYANUSORN SCHOOL (MWITS) Mar 2012 Intensive Math and Science program, Full Scholarship Salaya, TH GPAX 3.80/4
PROFESSIONAL EXPERIENCES Jun - Jul 2016
CREATIVE CREWS (Architectural Internship)
Bangkok, TH Dec 2012 - Dec 2016
+ Drafted and edited BMA drawing, Construction drawing, and Marketing drawing of Siamese Sukhumvit Project (a 39-storey condiminium building) + Calculated FAR and building efficiency of ASHTON Asoke - Rama 9 (Condominium building competition) + Illustrated presentation diagrams of Museo de Arte de Lima (MALI) competition
ARTHOUSE INSTITUTE (Architectural Drawing Tutor)
Bangkok, TH
+ Taught architectural drawing skills from basic to advanced level (An average of 15 students per class) + Developed curriculum, established a timeline for each level, and created teaching materials + Gave counsel about preparing portfolio and applying for Architectural undergraduate program, both in Thailand and abroad
EXTRA-CURRICULUM ACTIVITIES Jan - Jul 2015
‘ PETER PAN ’ , FACULTY OF ARCHITECTURE ANNUAL PLAY (President)
Mahitaladhibesra + Initiated the annual play, planned a work schedule, and recruited members Assembly Hall + Managed both administration and production Bangkok, TH + Managed cashflow and fund-raising 2013- 72ND - 74TH VOLUNTARY RURAL AREA DEVELOPMENT 2014 (Co-ordinator) Thailand
+ Arranged the transportation + Supported a well-being of the members during the construction
2013 RUEN-THAI MAGAZINE (CHULALONGKORN, ARCHITECTURAL STUDENTS’ ANNUAL MAGAZINE) (Head of Sponsor) Bangkok, TH
+ Prepared essential documents and contacted with the sponsors
AWARDS SKILLS / LANGUAGES
2016 1ST WINNING AWARD, BAAN-RUK-LOK COMPETITION (Team of 2, Thailand) GH Bank, Thailand 2016 BRONZE AWARD, ASIA YOUNG DESIGNER AWARD ‘16 (Individual, Thailand) Nippon Paint Thailand, Co., Ltd. 2015 1ST RUNNER UP, THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION (Team of 6, International) Lixil Group Corporation, Tokyo, Japan 2015 1ST RUNNER UP, GREEN SCHOOL, INSEE-ARSA (Individual, Thailand) Siam City Cement Public Co., Ltd.
+ Microsoft Office (Word/Excel/Powerpoint)
Advanced
+ Feasibility Study
Basic
+ + + + + +
Advanced Average Advanced Advanced Average Basic
Autocad Revit Sketch Up Adobe Photoshop CC Adobe Indesign CC iMovie
+ Thai + English + Chinese
Native Fluent Basic
CONTENT | PAKAPORN UTAOBIN (MILK)
01 ______________________________05 02 ______________________________17 03 ______________________________29 04 ______________________________41 05 ______________________________53 06 ______________________________61 07 ______________________________67 08 ______________________________71 09 ______________________________73
CONTENT | PAKAPORN UTAOBIN (MILK)
05 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
Exterior Perspective : Classroom terraces
01 SAINT FRANCIS XAVIER CONVENT SCHOOL Samsen Road, Bangkok, Thailand
Many school in Bangkok nowadays have a high-density of students per school area; especiallly schools that situated in a CBD or in a high density area are less likely to expand. By these conditions, without a carefully masterplanm school expansion could lead to a lack of open space, green area, and a narrow space between buildings. Therefore, the main objective of this project is to improve an environment of the high-densed school in Bangkok concentrating on private schools due to financial reasons. From the collected datas of every private schools in the CBD and high-density districts, Saint Francis Xavier School is the second high-densed school in Bangkok with a ratio of 2.69 sq.m. per student.
06 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
01. SITE ADJUSTMENT
EXISTING : SITE BOUNDERY
EXISTING : SITE ACCESS
NEW : SITE BOUNDER
Due to laws and regulations, a building that has a usable area over 10,000 sq.m. must be able to be accessed directly from a street with at lease 10-meter width.
The school currently has only one access, which is a very small street, whereas a number of students are over 2,000 students, causing a heavy traffic jam.
The site is now able to bu usable area over 10,000 s
SET BACK
BUILDABLE AREA
ZONING
6m. offset and 12m. width open space from Samsen rd. to the main building
FAR 6:1 / OSR 4.5 with a height limit of 20m.
Divide study area, adminis school facilities
02 LAWS & REGULATIONS
Exterior Perspective : Main Court
07 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
RY
NEW : SITE ACCESS (CARS)
NEW : SITE ACCESS (MRT)
uild a building with a sq.m.
A school has a main access from a main street, Samsen rd, while keeping the existing entrance as a subaccess
In the future, there will be a MRT station, which is located 450 meters away from the school main access.
ORIENTATION
CONNECTIVITY
Classrooms with N - S orientation
Open to Francis Xavier Church
stration, and other
Exterior Perspective : Kindergarten Playground
08 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
03. CONCEPT DIAGRAM
EXISTING | Learning Space
NEW | Learning Space
Classroom Terrace
Connectivity
Ventilation
Sun Shading
Floor - Floor vs. Height Limit
Zoning
Exterior Perspective : Kindergarten Playground
09 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
1ST FLOOR PLAN
10 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
Exterior Perspective : Year 1-2 Classroom Terrace
Exterior Perspective : Year 7-12 Classroom Terrace
11 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
2ND FLOOR PLAN
12 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
04. MASSING DIAGRAM
ZONING
ELEVATED BUILDING
SCHOOL FACILITIES
Divide into 3 buildings. The main building divided into 2 parts including typical classrooms and special classrooms.
Increase ventilation and continuity between open space and buildings
Resource center and cha heart of the school. Sport posed hall is situated in th school
13 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
S
apel area placed as a ts area and multi-purhe public zone of the
Section Perspective
Section Perspective
COMMUNAL SPACE
CIRCULATION
Creat a learning space outside the classrooms both on the building and at the ground floor.
Each year group is seperated by section. Vertical circulation is mainly provided for secondary students
14 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
15 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
Final Model
16 SAINT FRANCIS XAVIER CONVENT SCHOOL | UNDERGRADUATE ARCHITECTURAL THESIS PROJECT
17 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
Exterior Perspective : Overlooking from Chamchuree Park
02 CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC) Chulalongkorn University, Bangkok, Thailand
According to the following project of future smart-city, Chulalongkorn University is planning to develop a new CBD district on the existing area of Samyan. In this block, this mix-used building is comprised of a 4-star business hotel, a convention center, and an office building. The business hotel is placed next to the park in order to value-added from a prime scenery of Chamchuree Park, whereas the office building faces Bantatthong road due to the traffic. The convention centre is located between these two buildings, which acting as a shortcut from the park to the Chamchuree Park Boulevard.
18 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
19 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
20 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
Exterior Perspective : The CUCC By - Pass
21 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
22 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
23 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
Interior Perspective : Lobby
24 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
25 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
Exterior Perspective : Hotel’s Facade
Exterior Perspective : 4-Star Business Hotel
26 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
27 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
28 4-STAR BUSINESS HOTEL | CHULALONGKORN UNIVERSITY CONVENTION CENTER (CUCC)
29 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
Exterior Perspective : Main Entrance
03 FACULTY OF MUSIC CHULALONGKORN UNIVERSITY Chulalongkorn University, Bangkok, Thailand
A new Faculty of Music, Chulalongkorn University is located on Chula 12 Rd. adjacent to Chamchuree Park. This new faculty is a separated major from the Faculty of Art, Chulalongkorn University in order to expand a number of students and to build a new auditorium, holding a music and performance in special occasion events.
30 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
MASSING & ORIENTATION
STRUCTURAL GRID
CORE CIRCULATION
CONNECTING SPACE
According to the future project of Chulalongkorn University, an adjacent land on the North of the site is proposing to be a Public Park. Therefore, the planning is devided into 2 main rectangular plan buildings. One of the building contains facilities of the faculty including a library and an auditorium, whereas the other building which contains all the classrooms, lecture halls, and administration office gives a shade to the connecting space between building during the day and acts as a background of the other main building when looking from the park. All service area and parking area are on the ground floor.
The 9-floor-building mass has the same proportion with the facilities building, only rotating the shape of the facilities building mass. This building structural grid is a 9 meters wide span and a 4.5 meters floor-to-floor height. In the middle is a recreation area connecting the main building with the facilities building.
The vertical circulations including elevators fire exit, and fireman elevator are shooting from the parking area to the roof floor. The other two staircases from the 1st floor to the 9th floor of the main building and both ends of the building are added for common used and as a fire exit in an emergency case. There are additional stairs connecting the circulation in each zone. Restrooms and mechanical room in every floor are also attached in the core circulations.
On the East side is an entrance from the main street and a welcoming area for both students and visitors passing through to the concert hall.
The library can only be accessed from the skywalk located on the 2nd floor of the main building.
31 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
On the West side, a 3-sidesteps court designed to be functioned as an amphitheater providing a resting and gathering space for students during breaks, before, and after class , also organizing in a special occasions.
Roof 9 th 8 th 7 th 6 th 5 th 4 th 3 rd 2 nd 1 st G
Fl. Fl. Fl. Fl. Fl. Fl. Fl. Fl. Fl. Fl. Fl.
Elevators Mechanical Room Water Tank + CDU Piano classrooms + Conference room Drums and percussion practicing rooms Piano practicing rooms Master program lecture rooms Voice and woodwind practicing rooms Master program lecture rooms Performance Studios Master program lecture rooms Classrooms Classrooms Lecture Hall Teachers’ room Administration Extra curriculum activities rooms Administration Hall Canteen Service + Mechanical Room Parking area
32 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
1ST FLOOR PLAN 33 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
2ND FLOOR PLAN 34 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
4TH FLOOR PLAN 35 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
6TH FLOOR PLAN
8TH FLOOR PLAN 36
FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
Exterior Perspective : Sub-Entrance (From Chamchuree Park)
37 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
Interior Perspective : Classroom Corridor
38 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
39 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
Final Model
40 FACULTY OF MUSIC | CHULALONGKORN UNIVERSITY
41 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
04 BAAN - NAI - MUENG Satorn, Bangkok, Thailand
Baan-nai-mueng is a low-rised condominium design project for the Ayutthaya Builder Co., Ltd. which has a strong identity of a modern Thai architecture. Locating on the Narativat Ratchanakarin 10 Rd. INT 22-3, a 14x17 sq.m. area is needed to be designed for a 3 units of living including shared space.
42 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
43 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
ENVELOPE
‘ CHAN ‘
SCHEMATIC
STRUCTURAL GRID
MASSING & ORIENTATION Due to a tight property and a limited height of the building, the design is needed to be planned efficiently in order to gain the most usable area and a beautiful space inside. All of the core circulation including main stairs, elevator, and a fire escape is located on the southwest side of the building while all of the living unit and a shared space area is situated on the northeast side of the building.
The condominium is divided into 7-storey with a 2.65 meters floor-toceiling height with a 4 and 3.5 meters grid. The structure of the building is a concrete columns with slab on beam in the living unit structure combining with shear walls in a core structure.
A tetris-like shape gives a double-ceiling space in every unit type. A shared space is located on the top of the building giving the best view of Bangkok skyline from the building whereas a service zone and car park are placed at the 1st floor.
Since a character of Thai architecture must be considered in the design; Thus, terrace or ‘Chan’ is a part of the idea concept used in this project. Adding terrace by subtracting unit in an alignment of East and West as an entrance of each unit which creating a better ventilation and giving a green space for every unit. On the 7th floor, a public terrace with an open roof plane is a heart of the building between a shared space.
44 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
The building envelope is designed as a folding plane wrapping around the building. The pattern of the fold follows the shape of the units and folds back at the top of the building. The other one is a folded plane covering the core circulation overlapping with the one before. A wooden trellis is used as a skin of the main stairs, also a steel trellis is used in the fire escape.
1ST FLOOR PLAN
2ND FLOOR PLAN
3RD FLOOR PLAN
4TH FLOOR PLAN
45 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
5TH FLOOR PLAN
6TH FLOOR PLAN
7TH FLOOR PLAN
ROOF FLOOR PLAN
46 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
SECTION A-A’
SECTION B-B’
47 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
48 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
49 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
Exterior Perspective : ‘ Chan ’
Interior Perspective : ‘ Chan ’ Corridor
50 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
Final Model
51 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
Final Model
52 BAAN - NAI - MUENG | LOW - RISED CONDOMINIUM
53 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
05 WEAR HOUSE Taiki-Cho, Hokkaido, Japan
As we all know that everyone has the same body temperature. Being exposed to too much difference in temperature can be dangerous. Life in cold climates then requires certain amount of behavioural adaptations. Shelter or architecture is definitely one of the most efficient method. But besides shelter, wearing appropriate clothing also plays a part. WearHouse is our attempt to integrate shelter and clothing together - to offer a variety of architectural experiences throughout the different climatic conditions of Taiki-cho. Feeling the cold in the warmth.
54 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
CONCEPT IDEA
MASS CONCEPT IDEA
Life in cold climates then requires certain amount of behavioural adaptations. Shelter or architecture is definitely one of the most efficient method. But besides shelter, wearing appropriate clothing also plays a part. Wear-House is our attempt to integrate shelter and clothing together - to offer a variety of architectural experiences throughout the different climatic conditions of Taiki-cho. Feeling the cold in the warmth.
Fabrics is two dimensional, but building architecture requires three dimensional space. Simple act of pinching can produce such effects. Volume will be generated below the fabric surface. Various living activities are then fitted into the form in a triangular manner.
MASS AND ORIENTATION Orientation of the mass follows local sun and wind directions. Concrete wall is placed at the northwest area of the house to block the winter wind. On the other side, the house have layers of fabric that can be removed in the summer in order to let the summer breeze in. Steep slope of the roof shed snow naturally.
55 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
PLANNING From the planning, the core activities spread over the two levels. Four on the lower platform - living area, kitchen, bathroom, and Onsen, and the sleeping area on the upper platform. Positions of fabric partitions can be changed and spaces will be transformed. Activities can be separated or joined together according to weather conditions. WEARING ARCHITECTURE Fabric layers do not serve only as enclosures. They can be felt, touched or used to cover our bodies, making the architectural experience more tactile and personal. There are many possible ways to interact with the fabrics. We can be wrapped in architecture the same way we are wrapped in our blankets or clothes. Our bodies could be wrapped, while our faces could be outside, reaching and feeling the cold. We can have ‘the in-between experience’ of warm and cold at once. Feeling cold in the warmth. 56 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
LAYERS There are three layers in WearHouse, each of which can be removed or reinstalled, creating a series of in-between space within the house. Temperature changes with changing seasons. In winter months, all layers will be installed. In spring and autumn where temperature is not so cold, outermost layer will be removed. In summer, only the outermost layer remains or all could be removed. The house still shelters its users from the rain while opening up to the surroundings, like a pavilion. WEAR-HOUSE EXPERIENCE The transparent outer tarpaulin layer allows people inside to be visually connected with the surrounding landscape. The experience of being warm and cold at the same time could be even more exaggerated here while being in the Onsen. The space of the Onsen is opening up to the sky, allowing the bodies to be physically in touch with the cold outdoor weather, yet relaxed in a nice warm bath. 57 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
58 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
Interior Perspective : Kitchen
59 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
Interior Perspective : Onsen
60 WEAR HOUSE | THE 5TH LIXIL INTERNATIONAL UNIVERSITY ARCHITECTURAL COMPETITION
61 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
06 IN THE SHADE
GH Bank Competition, Thailand A competition organised by GH Bank encourages architectural students from all over Thailand to design a house within 40 sq.rai. The theme of the competition is an eco-friendly and elderly friendly house which construction budget must not exceed 2 millions baht. The concept of Under the Shade is a passive energy home with a universal design.
62 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
01. MASSING DIAGRAM
Buildable Area
Stacking
Natural Ventilation
DAYLIGHITING & LIGHT SHELVES
PASSIVE ENERGY
UNIVERSAL DESIGN
63 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
Shading
64 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
Interior Perspective : Living Area
65 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
Exterior Perspective : Terrace
66 IN THE SHADE | UNIVERSAL DESIGN HOUSE COMPETITION
67 BTS PIT STOP | ASIA YOUNG DESIGN AWARD ’16
07 BTS PIT STOP
Asia Young Designer Award ‘16, Nippon Paint, Thailand BTS Pit Stop is designed to be a center of public facilities at every BTS skytrain station as they are easy to find and spreading around Bangkok. By using a leftover space under the BTS stairs and escalators, BTS Pit Stop provides a sitting area, a toilet, a charging station, a drop-off and pick-up point, and a bike parking stand.
68 BTS PIT STOP | ASIA YOUNG DESIGN AWARD ’16
01. PROBLEMS DEFINITION
Issue 1 : Traffic
Issue 2 : Waiting Area
Issue 3 : Bicycle
Many BTS commuters continue their journey to their destination by a taxi or a private car. A non-specific drop-off and pick-up point usually leads to a traffic jam .
Since Thailand is situated in a monsoon climate, a heavy rain always hold back the commuters without any seat providing outside of the platform .
The number of cyclers in Bangkok is increasing nowadays, yet, there are only a few of an inefficient public bike parking stand. .
02. SECTION AND FLOOR PLAN
03. FUNCTIONS
69 BTS PIT STOP | ASIA YOUNG DESIGN AWARD ’16
70 BTS PIT STOP | ASIA YOUNG DESIGN AWARD ’16
71 RISING A LIVE | SHELTER INTERNATIONAL ARCHITECTURAL DESIGN COMPETITION 2016
08 RISING A-LIVE ‘ A DIVERSITY OF MIXED-USE BLDG ’
Shelter International Architectural Design Competition 2016 Although diversity already exists everywhere, relationship between people or a sense of community doesn’t occur everywhere. For example, an apartment and a condominium are places that gather a very huge-diversed group of people, however, a sense of community is not usually found in these type of building. Because of a character of a circulation and a solid entrance wall without any window that make only a small chance for resident will meet and develop a relationship and also a very explicit of a function that limit the activities of living. In contrary, a front yard and a backyard are basic elements in a detached house and a row house which the sense of community usually developed.
Therefore, this Rising A-live aims to bring out the diversity of people in a high-rised building by a character of connecting frontyard where people develop a relationship between family and a private backyard as a private space for each one. Due to a small and narrow site in the city, two-spiral units give a more privacy by a different eye - level of each family. A structure and a main vertical circulation are provided at first, after that, each unit and sub-circulation are built freely both in a number of rooms and function depending on a demand of business and location. It can be any kind of function from living, shophouse, barber, drug store, cinema, restaurant, cafe, convenient store, supermarket, or even a school.
[1.]
Column Structure and Vertical circulation are built at proper height including a spare for a future extension.
[2.]
A sub-circulation connecting between family creating a sense of community.
[3.]
A public sky garden providing a public space for a community. Commercial functions are tend to located near this area while living units tend to located above.
[4.]
Sky gardens are located at every loop of spiral. A public sky garden might separate between loop creating different character of community in the same building.
[5.]
Two-spiral pack of units circle around up to the top.
72 RISING A LIVE | SHELTER INTERNATIONAL ARCHITECTURAL DESIGN COMPETITION 2016
73 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
09 ADVANCED ARCHITECTURAL DESIGN 2015 Performative Assemble in Vernacular Tectonic, Final Review & Exhibition, Thailand
The design content is all about an architectural design experiment by using a digital technological logic in a design process and production; however, the technology in Thailand is not fully innovated enough for the parametric architectural design. Therefore, it is an aim to adapt the local Thai technology and handcraft in an architectural design experiment and to find a mean to combine between local identity and modern technology in the future.
74 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
01. IDEAS & TECTONIC STUDIES
75 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
02. DESIGN DEVELOPMENT
76 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
03. CATALOGUE
SLOT ANGLE
D - LENGHT
77 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
CATALOGUE CALCULATION
a r D x
Unit angle Radius Lenght from slot to folding line Angle between two legs
N R D x
Number of units Lenght of arc Lenght from slot to folding line Angle between two legs
UNIT ANGLE
UNIT SHAPE PROPORTION
78 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
04. FINAL PROTOTYPE
79 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
05. PROTOTYPE MAKING PROCESS
06. FABRICATIONS
80 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
81 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
82 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
83 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
84 ORIGAMI SWAN | ADVANCED ARCHITECTURAL DESIGN 2015
PAKAPORN UTAOBIN | CHULALONGKORN UNIVERSITY | FACULTY OF ARCHITECTURE CONTACT | UTAOBIN.P @ GMAIL.COM | +6689 669 1498 7A1, THE RAJDAMRI SERVICED RESIDENCE, RACHADAMRI RD. | BANGKOK, THAILAND