CHALIDA D AT E R A PEEPONG PORTFOLIO OF WORKS
CHALIDA D AT E R A P E E P O N G 71/156 V.Parichart T.Bangkhuwat A.Mueng Pathum Thani 12000 Chalida.Daterapeepong@gmail.com M.+66 (0)8 3090 4828
CONTENTS
2016
Porsche Showroom Smart Classroom, Rangsit University
2015
TOT Co-working space CDG Data Center Complex CGD Data Center Housing Building Sundrop Visitor Center
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2014
Bang Khu Wat Agricultural Community Learning Center , Thesis
2013
Foldable House, Decathon Project
2012
Vertical Living, Condominium Project
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2016 Project: Porsche Showrroom Architect: CHALIDA D. Location: Bangkok Project Year: 2016
Agricultural Learning C
PORSCHE SHOWROOM The concept of the project was based on creating a simple luxuarious look for the high-end cars, Porsche. To enhance the image of the brand is to keep the building efficiently simple both architecture and functions.
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2016 Project: Smart Classroom, RU Architect: CHALIDA D. Location: Phathumthani Project Year: 2016
Agricultural Learning C
SMART CLASSROOM The concept of the project was based on creating a simple luxuarious look for the high-end cars, Porsche. To enhance the image of the brand is to keep the building efficiently simple both architecture and functions. 6
2015 Project: TOT Co-working Space, The tree Architect: CHALIDA D. Location: Mueng, Pathum Thani Project Year: 2016
Agricultural Learning C
TOT CLASSROOM TOT is aware of creating a better working space that involves a shared working environment. Coworking is about esthablishing the community and interaction between people (freelancers,customers) and space. The idea is to create modernity that is integrated with high-technology representing the character of the IP and IT Innovation sector. 8
2015 Project: CGD Data Center Complex Architect: CHALIDA D. Location: Pathumthani Project Year: 2016
Agricultural Learning C
CGDATA CENTER
The data center, also known as CGD, is situated in the Central Pathum Thani includes an office,a data building and a housing building. By taking its surroundings in consideration, being modern, functional, efficient, sustainable and open to its visitors and users, the datacenter will be exemplary within its branch. 10
Agricultural Learning C DATA COMPLEX
The data center complex is designed to be a new modern office situated in the central of Mueng Phathumthani, high security is required with comfortable working environment.
ELEVATION 12
Agricultural AgriculturalLearning LearningC RESIDENTIAL DATA COMPLEX
The building has fascades with bold lines along the concrete angles and wide openings with a unique shape
ELEVATION 14
2015 Project: Visitor Center Architect: CHAAN A&D Location: Australia Project Year: 2016
Agricultural Learning C
VISITOR CENTER
Intended to introduce new visitors to the Sundrop farm. Sundrop Farms is a leader in sustainable horticulture for the arid world; growing high-value tomatoes using seawater and sunlight. The Center is designed for horticulture facility by emphasizing the specific attributes of the farm itself. Here, visitors are introduced to the relevant science, high-teghnology and agriculture that will enhance their experience in the Sundrop Visitor Center encouraging them to visit the nearby real thing. 16
2014 Project: Bang Khu Wat Communiy Center Production by: CHALIDA D. Location: Bang Khu Wat, Pathum Thani Project Year: 2014 | Thesis
LEARNING COMMUNITY
Agricultural Learning C Bang Khu Wat is a big district that composes of various types of community. Its location tends to be developed further in the nearly future where the BTS and some universities aim to settle down to accommodate a growing city and popu-lation. In the meantime, another beautiful side of Bang Khu Wat is agricultural lands which agri-culture still plays an important role as the back-bone of the country. To conserve local wisdoms and existing natural surrounding is a big approach to the future development for the next generation. So the question is, “What are quality of spaces and built environments that could deliver a better sense of Bang Khu Wat community, assist a formation of agricultural knowledge integrated with culture, social and lifestyle, and create an urban green space?�
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HOUSING as an open high cellar for good ventilation and flood CHARACTERISTIC 3
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Bang Khu Wat Community + Thai contemporary 4 Housing sketch
Gable roof
Wooden wall
concrete Wooden studs
Cladding
High cellars
High cellars
concrete wall
Wooden walls and structures. Flat gable roof.
Using wood and concrete as firstfoundation floor foundation and the firstthe floor and structure
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Using gypsum boards as walls and integrated with wooden windows. High cellars as the house is nearby the canal.
Using wooden cladding and wooden studs. Coconuts are planted to increase privacy.
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Bang Khu Wat Community
From user’s analysis , it can be divided into 2 groups of users; group 1 as “Professional Development’ and group 2 as ‘a beginner to agriculture’, which the divided group is based on users’ knowledge and offer users different kinds of learning programs, leading to program analysis
Agriculturists
40% 5% Others
20%
Students
Agricultural Learning C
The community provides learning opportunities. They are under the direct administration of local government. Village committiees in rural area are the lowest level of self-govermence, under the leadership of township governments and performing administrative functions of the village,located in a community in less developed area of Bang khu Wat District, the community is organised by the local community people that select committees to seve the needs of all Bang Khu Wat Community and neighborhoods around.
35% Villagers GROUP 1 Professional Development Rice election Self-efficiency practices Joint plantation Etc.
GROUP 2 Beginner to Agriculture
Learning Community
Organic Farm Houshold products learning Greenhouse effect leaning Etc.
Market (distributing area)
Keep building context character
Open space
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3 3 2 2
1 1
Layout Plan
LAYOUT PLAN
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The Tlayout plan was respond totothethe he layout plan wasdesined desined to to respond agricultural agricultural practices. The design is to organize the practices. The design is to organize the circulation and circulation and functions suitable forstation each (building functions to be suitabletoforbe each learning learning station area). (building and natural area). and natural Head quater
Greenhouse
Head quater
Learning space
Learning space Greenhouse
Elevation
2 Local Shop 3 Cafe 4 Forrest
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8 8 10 10
Accomodation
Workshop
Accomodation
1 Head Quater
Office Pavilion Vegetable beds Meeting area 2 trees Local Shop Various types of 5 Workshop 3 Cafe 4 Forrest Production Pavilion Kitchen Vegetable beds W.C F/M 2 6 Accomodation Various types of trees 5 Workshop 2 Bedrooms Production Living area Recreation area Kitchen W.C F/M 7 Learning Building 6 Accomodation Library Dialoged Rooms Living area Exhobitoon Area Recreation area 8 Green Houses7 Learning Building 9 Rice paddy field Library 10 Services Dialoged Rooms 11 Car Park Exhobitoon Area 8 Green Houses Local Shop 9 Rice paddy field 10 Services 11 Car Park Workshop Local Shop
Elevation
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Ba Agricultural Learning C
LEARN ING SPACE
The concept of the Interior design is to design the space that coresponds to the purpose of the space usage. A classroom can be turned into a multi-functional space depending on the learning process; exhibition is one of the visual learning process to help leaners understand agriculture through illustration.
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2013 Project: Foldable House Production by: CHALIDA D. Location: Anywhere Project Year: 2013 | Decathon Project
Ba Agricultural Learning C LIVING IN A BOX
The foldable house is a portable house concept that is designed not just as a house but as a complete housing system to respond to the global change on environment during mid of this century, making a livable place that is environmentally efficient and economically self-sufficient according to the idea of the ‘Solar Decathlon Project’ The house is made of a recycled container that can be organized in any arrangement and is comparatively smaller, more flexible and faster in construction than the conventional houses.The interior design provides comfortability for an enhanced quality life by featuring various facilities (washing machine, fridge, etc) for the normal living condition. However, when it comes to the disaster circumstances, the house can be transported to the other safe areas because its structure is originally from a container that can be stuck on the truck. This phototype is the idealistic design for preparedness for unpredictable situations in the nearly future. (eg, natural disaster)with culture, social and lifestyle, and create an urban green space.
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CONTAINER CONSTRUCTION
Faster construction compared to the traditional stick built: building process built-in factory can be constructed completely within 6-8 weeks before carrying on finish on site 5
T TST TS AC ECAC EC NT ITNT IT CO RCHCO RCH A A
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N NSN NS G G SI ISEIOSI ISIO E D EC D EC D D
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N NG O TI ATI AATTI T I V NVD UU UA RM RM CA XC FO FO PE PE EX FEO G
IN
T IT
TRADITIONAL TRADITIONAL -BUILT -BUILT STICK STICK
NORMAL HOUSES NORMAL HOUSES
EXPENSIVE, TIMETIME CONSUMING EXPENSIVE, CONSUMING DESIGN PROCESS DESIGN PROCESS
VSVS N NSN NS G G SI ISEIOSI ISIO E D EC D EC D D
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N TI
IT IT M RM R PE PE
IN IN TE ITE E TE SI S T N N E E PL RYPL RYH O H O M O M O IS S NI CO CTCO CTIN FI FA FA F
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BUILT-IN BUILT-IN FACTORY FACTORY DESIGNED CONTAINER HOUSES DESIGNED CONTAINER HOUSES N N IO IO ON ON AT VAT ATI ATI V CA CA ND ND EX EX OU OU F F
DRAWN DRA DRA
ngUIsing -beam as foundations: I -beam as foundations: I-BEAM wouldwould provide a solida foundation as well attachment The I-BEAM provide solid foundation asas well as attachment ntspoints to secure the containers against the winds and level theup the to secure the containers against the winds and up level ps steps for water tank and tank as settlement is for water tank septic and septic tankpermanent as permanent settlement is epted. accepted.
NN N OO O TI ATI D UN
Agricultural Learning TE TE TE TE SI SSI I SI N NN N O OO O SH ISISHH ISH I N NN N FI FIFI FI
T, WEATHER DEPENDENT CONSTRUCTION N-OUT, WEATHER DEPENDENT CONSTRUCTION -OUT, WEATHER DEPENDENT CONSTRUCTION AWN-OUT, WEATHER DEPENDENT CONSTRUCTION ON ON SITE ONSITE ON SITE SITE
I-BEAM I-BEAM FOUNDATION FOUNDATION I-BEAM I-BEAM FOUNDATION FOUNDATION
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larger accomodation the2 whole unit been has been settled larger accomodation unitsunits onceonce the2 whole unit has settled down on the ground down the groundliving container Thison foldable with a structural core can be 5 5 used in multiples to create larger accommodation units. 3 3 3 2 Right panel panel 2 Right 2 Right panel panel
FOLDING FOLDING STEPS STEPS
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1 Evicted Evicted Evicted 1form Evicted formform 1form
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2 panel Left panel 2 panel Left Left panel
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shipping container: shipping container: The concept is to use spacespace in a limited The concept is tothe usemaximum the maximum in a limited area by 2area by 2 pullingpulling out panels to expand another room room according to user’s out panels to expand another according to user’s needs. needs. SINGLE BEDROOM SINGLE BEDROOM SINGLE BEDROOM SINGLE BEDROOM
1
3 1
5
W.C. (HANDICAP) W.C.(HANDICAP) (HANDICAP) W.C. W.C. (HANDICAP)
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1 LIVING ROOM LIVING ROOM LIVING ROOM LIVING ROOM
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KITCHEN KITCHEN KITCHEN KITCHEN
Eviceted form (Designed Container HouseHouse Core): Eviceted form (Designed Container Core): PlacePthe designed container househouse in a desired location with with lace the designed container in a desired location structed foundation. structed foundation.
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Expanding Expanding StepStep 3: Expanding Step Expanding Step3: 3: 3: all wall into Set S all wall panels into the S all panels wall panels into Setet allet wall panels intothe the the locked positions locked positions locked positions locked positions
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5
2
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2
Expanding Expanding Step Expanding StepStep 2: Expanding Step2: 2: 2:
Expanding Expanding Step panding StepStep 1: Expanding Step1: 1: 1: OOpen from enclosed Open from enclosed pen from enclosed pen from enclosed totocreate aaroom floors to create a room orsfloors to create a room floors create room and set floors and set floors d set floors and set floors
AAttach jackstands Attach jackstands Attach jackstands to toto to ttach jackstands the level the as structure levellevel the aas levelstructure thestructure structure asaaas a roomroom roomroom
SINGLE BEDROOM SINGLE BEDROOM SINGLE BEDROOM SINGLE BEDROOM
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Expanding panding StepStep 4: Expanding Step Expanding Step4: 4: 4: Install the toto to stall theInstall roof panels to panels the panels roof Install theroof roof panels up the panel vercover up the panel cover uplocked the locked cover uplocked the locked panelpanel positions sitions positions positions
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LIVING ROOM LIVING ROOM LIVING ROOM LIVING ROOM
Expanding Expanding StepStep 5: Expanding Step Expanding Step5: 5: 5:
PPlace furnitures Place furnitures with with Place furnitures lace furnitures with with different types ofof funcdifferent types of types funcdifferent of funcdifferent types funcusage tionaltional usage tional usage tional usage
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SOLAR PANEL AS ALTERNATIVE SOLAR PANEL AS ALTERNATIVE ENERGY ENERGY
5 5 SOLAR PANEL AS ALTERNATIVE SOLAR PANEL AS ALTERNATIVE ENERGY ENERGY 4 4
3 3 FASCADE DESIGN BASED FASCADE DESIGN BASED ON ORIENTATION 2 2 ON ORIENTATION
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FASCADE DESIGN BASED FASCADE DESIGN BASED ON ORIENTATION ON ORIENTATION
House Detail Layout Plan House Detail Layout Plan
LAYOUT PLAN LAYOUT PLAN
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Area: 66 msq. xwas x2.5 66(12.0 m (12.0 xdesined 2.5 Area: 66Area: sq. m x 2.5 x2.5 2.5 m)Rooms: 2 to the 66sq. sq. m(12.0 (12.0 x2.5 x2.5 2.5 m)Rooms: 2 toagricultural TArea: he layout plan was desined toxm) respond T he layout plan to m) respond the agricultural Rooms: 2 Bedroom, kitchen, 2 bathrooms Rooms: 2 Bedroom, kitchen, 2 bathrooms Bedroom, kitchen, 2The bathrooms (1organize for(1organize handicap) Bedroom, kitchen, 2design bathrooms for handicap) practices. The design is tois the circulation and and practices. to the circulation (1 for handicap) (1 for handicap) Users: 2-8 peopleAdditional applications: 30 solar Users: 2-8 applications: 30 solar functions topeopleAdditional betosuitable for each learning station (building functions be suitable for each learning station (building RIGID FORM ANDAND TIGHT AIR SEAL RIGID FORM TIGHT AIR SEAL Users: 2-8 people Users: 2-8 people panels (Wind spire on ground afterafter the settlement) panels (Wind spire on ground the settlement) and natural area). and natural area). Additional applications: 30 solar panels Additional applications: 30 solar panels (Wind spirespire on ground afterafter the settlement) (Wind on ground the settlement) Greenhouse Greenhouse Head Head quaterquater
SingleSingle bedroom bedroom
SingleSingle bedroom bedroom
Learning spacespace Learning
W.C (hadicap) W.C (hadicap)
Kitchen RIGID FORM ANDAND TIGHT AIR SEAL Kitchen RIGID FORM TIGHT AIR SEAL
W.C (hadicap) W.C (hadicap) Kitchen Kitchen
waterwater tank water tank tank
septicsiptic tank siptic tank septic tank tank
Section Section Elevation Section Elevation
BAMBOO (CFS) FLOORING BAMBOO (CFS) FLOORING W.C LOW FLOW W.C FICTURES - LOW - FLOW -FICTURES
W.C W.C LOWLOW FLOW FICTURES FLOW FICTURES
Eco Eco material material Recycled Recycled Wooden Wooden Energy efficiency Energy efficiency LED LED light light LebelLebel No.5No.5 Water conservation Water conservation Lowflow fixture Lowflow fixture
CFL AND LED LED LIGHTING SYTEM CFL AND LIGHTING SYTEM CFL AND LED LED LIGHTING SYTEM CFL AND LIGHTING SYTEM
TERIOR ECO-FRIENDLY MATERIAL INTERIOR ECO-FRIENDLY MATERIAL INTERIOR ECO-FRIENDLY MATERIAL INTERIOR ECO-FRIENDLY MATERIAL
Sola panels Sola panels
Section Section
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2012 Project: Condominium Project Production by: CHALIDA D. Location: Sukhumvit, Bangkok Project Year: 2012 | Vertical Living
Ba Agricultural Learning C LIVING IN A VERTICAL CITY
Our urban society is continuously growing and expanding. Economic and social are improving changes on the way of life of people living in the urban regions. The trends of design in the future can be concluded mainly in terms of the physical features and the location of the projects with more consideration on restidents health and energy savings. Furthermore, building process will be faster and more accurate due to new technologies. The size of the land will be smaller but usage area will be larger and vertically overlaid or more useable areas can be planned for everywhere to accomodate facilities that may be increase in the future. The question is how we will live in the future and how spaces for dwelling could respond to the changing of life and living condition. Speculative and research-oriented in nature.To open the vision to the changing of different criteria of living; Housing is conceived as a total environment that stimulates healthy living and meets man’s physical needs. Natural ventilation, lighting and thermal performance asre aspect that have an imact on the needs of residents?�
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Conceptual Elevations Conceptual Elevations The red colourcolour are used illustrate the luxuary side ofside town Theand redblack and black are to used to illustrate the luxuary of town
in Sukhumvit at night people’s lifestyle integrated with the natuin Sukhumvit at reflecting night reflecting people’s lifestyle integrated with the natural environment. This modern condominium provides greenery and scenral environment. This modern condominium provides greenery and scenery toery blend in the in neighborhood around. Veritical and horizontal planta-plantato blend the neighborhood around. Veritical and horizontal tion are to improve for more privateprivate areas areas with open voids voids to tiondesigned are designed to improve for more with open to createcreate good ventilation and view. good ventilation and view. 1 2 2
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Section Legend Section Legend SECTION LEGEND 1 2 3 4 5 6 7 8
3(including 3type 3(including 1 1 Two 1 room Two bed bed type (including a seperated a aseperated livingliving room) Two Two bedroom room bed33type room type (including seperated a seperated livingroom) living room) room) 3 2 2 One 2 bedroom One bedroom type type One One bedroom bedroom type type 3 3 Studio 3 Studio Studio type type Studio type type 4 4 Shared 4living Shared living area (building (building 1) 1) 1) 1) Shared Shared livingare living area are (building (building 5 5 Shared 5living Shared living are a(building are 2) 2) 2) 2) Shared Shared living living are(building a(building are (building 6 6 MDB 6 & MDB & Pump room room MDB MDB &Pump Pump & Pump roomroom 7 7 Shower 7area Shower area (swiming pool) pool) Shower Shower area(swiming area (swiming (swiming pool)pool) 8 8 Swiming 8 pool Swiming pool Swiming Swiming pool pool
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Front Elevation Front Elevation Front Elevation Front Elevation
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Side Side Elevation Elevation Side Side Elevation Elevation
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8
7
77
88
8
7
6
66
6
5
55
5
Section Section Section Section
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