SELECTED WORK
PORTFOLIO ARCH ITECTURE
yossakorn6323@gmail.com
+66 92-269-4799
mixnmick
About me
Hello, I graduated from the Faculty of Architecture at Kasetsart University. Throughout my academic journey, I encountered numerous challenging decisions and, in the process, discovered innovative solutions to address them. One particular skill I am passionate about showcasing is the ability to perform tasks with precision, ensuring the most effective and efficient outcomes. You can delve into the details of my approach in the Condominium Contest project by Modiz.
YOSSAKORN JIEMJIRA-ANONT
CURRICULUM VITAE
EDUCATION
(2006-2017) Saint Gabriel’s College Science-Math Program
(2018-2023) Kasetsart University
Department of Architecture Faculty of Architecture
EXPERIENCE
(2020) Associated with ASA 18 new normal at Bangbua Covid Pandemic causes widespread problem including ASA campaign.The new normal approach realized the interview and construction process (prefabricated).
(2021) Archive Studio
Summer Internship program for a half Semester.
(2022) Archita Architect internship Draftsman Assistant
(2023) Interior Freelance
COMPETITION SOFTWARE
(2019) Heritage In Danger
(2023) Reuse Italy Torre Rinalda, Lecce
LANGUAGE
Thai
English
Graphic
Adobe Photoshop
Adobe Illustrator
Rendering
Twinmotion
Lumion pro
3D&Drafting Rhinoceros
SketchUp
AutoCAD
CONTENTS
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1 UNIVERSITY PROJECT UNIVERSITY PROJECT UNIVERSITY PROJECT
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CONTEST
MISCELLANEOUS REUSE THE TOWER, LECCE DRIVERLESS ROBOTAXI HUB CONDOMINIUM BY MODIZ SELF SUFFICIENT LEARNING CENTER Learning Center Condominium Transit Hub Adaptive Reuse 1 7 17 25 31
SELF SUFFICIENT LEARNING CENTER
PROJECT INFORMATION
This project is situated in Chiang Mai and is designed with four key objectives: Self-Sufficiency, a Holistic Approach, the use of Appropriate Technology, and Off-grid sustainability. It raises important questions about the utilization of human resources. In recent times, humans have been consuming resources at an unsustainable rate without considering the holistic impact on our environment. Therefore, it is imperative that we carefully manage and consume our resources.
Brief : Learning centre
Duration : Half semester
Location : Chiang Mai
Propose area into 3 main station such as Food Gathering path,Bamboo workshop (Treatment / Construction knowledge), and Herbs. Emphasize the bamboo part. Studying the bamboo treatment process in order to analyzing appropriate spaces for Learning and Treatment bamboo.
Sequences in this area sort by treatment hierarchy.
Drilled internode
HOUSING/ CAMPING
Dried
Soaked 7-10 days
Workshop installed roofting
BAMBOO WORKSHOP
ASSEMBLY POINT
BAMBOO WORKSHOP
GATHERING PATH
“SUPPORT” RELATIONS DIAGRAM
Macro scale - Supportive from nature into human being and we returned by realized to restore enviornment.
Medium scale - Supportive from bamboo process to human being.
Micro scale - Whole things above protect the ground cover then it’s return nutrient to standing timber.
The cycle of roofting (Tong-Tung leaves) are not permanent.This workshop aim to built cycle of “supportive”.
Visitor that perform workshop need to installed roofting that Deteriorate, for knowledge and support another visitor. Nutrient from ground cover can feed the Standing timber.
Soaked bamboo can make moisture to decrease heat.
Dried bamboo filter sunlight lays to human and soaked bamboo.
Standing timber are the main protector heat from sun.
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Two Layer of bamboo workshop for visitors and services on the top.
Gathering path
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Bamboo Workshop
HOUSING DETAILS CONSTRUCTION
There are two main types of bamboo used for construction: Pai-tong, which is employed for load-bearing structures, and Pai Sang-mon, which is used for bending to support the main structure. Additionally, metal wire is incorporated into the inner layer of bamboo to enhance load-bearing capacity. This reinforcement is particularly important when the structure needs to support human loads during roof installation or maintenance.
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CONDOMINIUM BY MODIZ
PROJECT INFORMATION
This project was established as a contest by Modiz company in cooperation with my partner. The main focus of this project includes understanding the actual workflow, teamwork, organizational complexities, and legal restrictions. The project's criteria primarily revolve around designing a high-rise condominium, with the option to explore individual concepts.
Brief : Condominium
Duration : Semester
Location : Srinakarin Road
From the analysis part, we’ve found that there is a high density of office workers in the surrounded area.
WORK WITH WORD
Intended to perform with office worker by analysis the keyword of generation Y (studied by ages range). By interest
keywords
"Expect diversity".
REPRESENTATIVE WORDS OF Y GENERATION
VIEW ANALYSIS LAW®ULATION Green area = 2529 m 2 20-30 m 31-40 m North view South view 414 m 424 m 90 m 90 m Road wide 30 m East view West view Parking = 436.31 cars MASS MAXIMUM 41-60 m 61-80 m 80+ m = 52,363.25 m 2 = 280.52 m2
Room Design
OneBedroomPlustype
OneBedroomPlustype
From the keyword “Expect diveristy” we’ve proposed another keyword for supportive main keyword.
From the keyword "Expect diversity", we've proposed another keyword for the supportive main keyword.
“Trendy Must Have”
"Trendy Must Have"
OneBedroomtype
Lofttype
OneBedroomtype Lofttype
The rst hearing it's maybe nothing, but this word is far more dangerous than that. Nowadays people can be reach technology that's delivery services easier, but the room was unchanged area, and how to deal with this?
The first hearing it's maybe nothing, but this word is far more dangerous than that. Nowadays people can be reach technology that's delivery services easier, but the room was unchanged area, and how to deal with this?
The isolated module adjusts horizontally to expand space but it’s reduces space in the opposite room. From this statement, users can move panels freely according to users' needs.
The isolated module adjusts horizontally to expand space but it’s reduces space in the opposite room. From this statement, users can move panels freely according to users' needs
The Longitudinal module refers to the volume that's merge perpendicular.
The Longitudinal module refers to the volume that's merge perpendicular.
There are joints in every module to remove the panel and put it back perpendicular to its with becoming volume vertically.
There are joints in every module to remove the panel and put it back perpendicular to its with becoming volume vertically.
Elevation
ELEVATION
ROOM DESIGN
Space Claiming Diagran
Space Claiming Diagram
The diagram showed how to partition work between two spaces when one area moves partition it affects another space like changing the atmosphere.
The diagram showed how to partition work between two spaces when one area moves partition it affects another space like changing the atmosphere.
Loft Type
Loft
One bedroom Plus
One bedroom Plus Type
Changing Atmosphere
Changing Atmosphere
One bedroom
One bedroom Type
Studio Type
Studio Type ELEVATION
Intersection Volume taken
Facility Design
ROOM DESIGN SECTION
The main facilities part was starts from the question of why does each facility has a single role? by using the partition define space between active and passive.
The main facilities part was starts from the question of why does each facility has a single role? by using the partition de ne space between active and passive.
When the partition open its role was the passive area however, closed its shift to the active area.
When the partition open its role was the passive area however, closed its shift to the active area.
Meanwhile, partition effected in another area it's a contrast between active and passive area from the other.
Meanwhile, partition effected in another area it's a contrast between active and passive area from the other.
The lower facilities area took 2 roles in the area between active and passive.
The lower facilities area took 2 roles in the area between active and passive.
The experiment involved partitioning to separate the recreation area from the corridor.
The pink area illustrates how each individual partition can fold to create more space.
Section
Overall main facility Roof Top Facility Upper facility Axonometric Lower facility Axonometric Experiment Partition Main Facility
Shifting partition diagram
Recreation Badmintion
Futsal Basketball
RockClimbing
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Rooftop view
Rooftop view
Co-working area transition into the sport and recreation area.
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The swimming pool take a view into the wide vision of the city.
The swimming pool take a view into the wide vision of the city.
Co-working area transition into the sport and recreation area.
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Floor Plan PARKING +0.00 LOBBY -0.15 +0.15 +0.15 +0.15 GARBAGE +0.15 +0.15 Ground Floor Plan 2ND 30TH Floor Plan Floor Plan Jogging track Swimming pool approaching 31ST Floor Plan 32ND Floor Plan 33RD Floor Plan 34TH Floor Plan 3RD- 8TH 9TH - 29TH Floor Plan Typical Floor Plan 10TH - 28TH Typical Floor Plan Loft Type Studio Type One Bedroom Type One Bedroom Plus Type SWIMMING POOL Jogging track 22 Loft Type Studio Type One Bedroom Type One Bedroom Plus Type Ground Floor Plan 2nd Floor Plan Typical Floor Plan 3rd-8th Typical Floor Plan 9th-29th Typical Floor Plan 10th-28th 30th Floor Plan 31st Floor Plan 32nd Floor Plan 33rd Floor Plan 34th Floor Plan Swimming pool approaching Jogging track Jogging track 14
Model Process
MODEL PROCESS
The problem that’s we face when doing the model process is the typical laser le ( oor plate stacking) can't nish in time because any oor plate isn't the uniform type. We've used the surface laser in 4 elevations covering each other. In conclusion, we've nished work in time and moreover reduce time cost enormously.
The problem that’s we face when doing the model process is the typical laser file (Floor plate stacking) can't finish in time because any floor plate isn't the uniform type. We've used the surface laser in 4 elevations covering each other. In conclusion, we've finished work in time and moreover reduce time cost enormously.
Three-layer per one module, and three modules per one unit building face.
Three-layer per one module, and three modules per one unit building face.
LAYERED MODEL
The picture showed a layer of the model that's overlapping the floor plate which represents the depth.
The picture showed a layer of the model that's overlapping the oor plate which represents the depth.
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The figure shows a side view of the model configuration assembly into completion on one side of the model.
Layer 2.2 left south Layer 2 left south
Layer 1 left south
Layer 1
Layer 2
Layer 3
Layer 4
Layer 1.2 left south
Layer 3.2 left south Layer 3 left south
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Layer 4 left south
DRIVERLESS ROBOTAXI HUB
PROJECT INFORMATION
The project forecasts the impact of combustion from vehicles and the effect of the minimum parking requirement law only supports the use of cars to travel mainly. This point shows the opportunity to take advantage of driverless vehicle technology that will happen in the future to create a paratransit connected from a subordinate point leading to expansion throughout the city.
Brief : Transit Hub
Duration : Semester
Location : Suan Mali
The potential of the project area shows the diversity of the user group along with the opportunity that located in the area of the main road connecting from the outer and inner Rattanakosin Island across to Rama I rd. making it possible to connect the 4 intersection mass transit systems that will occur in the future.
FUTURE TRANSIT PROPOSED
This will shape the design criteria by consider to 3 types of travel that are typical cars, Autonomous vehicle service, and pedestrian path. This caused a design experiment to take into account the layout of the traffic that occurs in the area.
DIVERSITY OF USES
3 Main approaches by supporting typical cars extending the area for parking by using auto parking moreover driverless robotaxi station will provide convenience for users and EV charging station can reduce the global warming crisis to the site located at the intersection of 2 main roads.
SURROUNDING
AUTOPARKING TYP CAL PARKING DRIVERLESS ROBOTAXI PEDESTRIAN PEDESTR AN
Paratransit connection between nodes by main road to 4 intersection mass transit station.
DESIGN CRITERIA
Set up an approach to use auto parking by separating into two cores to move in and out. Then users who drop their vehicle will change the mode to pedestrian instantly that’s why this zone should connect to the public realm.
The typical parking underlying the auto parking construction by using the same width can drive through underground to use typical parking.
DESIGN PROCESS
The experimentation aim to determine the orientation by optimizing each approach to minimize crossover points.
6 m. Public Realm AUTO PARKING CircularTypeParkingSystem TYPICAL PARKING DRIVERLESS ROBOTAXI IN OUT
FACADE Typical parking Pedestrian Public realm Services Green facade
+34.50 + 11.00 + 7.70 + 6.60 + 4.00 + 0.00 - 2.40 - 3.50 - 4.60 - 5.70 SECTION
+ 30.80 + 28.60 + 26.40 + 24.20 + 22.00 + 19.80 + 17.60 + 15.40 + 13.20 + 11.00 + 8.80 + 6.60 + 4.00 + 0.00 - 2.40 - 4.60 - 5.70 +34.50
The figure illustrates a pedestrian path connecting from the front to the back of the site, with the inclusion of a grab-and-go food area. This path is partially covered by a glass vault.
SECTION
FLOOR PLAN
Taking advantage of the circular floor plan type, Create a variety of approaches, designating the left side for services and the right side for the public.
The 2nd-floor plan includes a recreational zone designed as a waiting area, featuring a sky bar and garden.
The monitoring room for the autoparking system and driverless taxi is located on the 3rd-floor, accessible to both areas via the main core lift.
2nd Floor plan 3rd Floor plan Autoparking stack
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1st Floor Plan
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The figure illustrates a pedestrian path connecting from the back to the front of the site.
REUSE THE TOWER, LECCE
PROJECT INFORMATION
Brief : Adaptive Reuse
Duration : Month
Location : Lecce, Italy
The design process looked back at Torre Rinalda's original role as an a naval watching-warning tower, sending fire smoke signal alarms to other tower networks.It was also designed as a fort with a strong structure to protect the guards from the enemy. But when the times change Traditional activities are lost over time.Only ruins remain among the sandy beaches and seashores that are still waiting to be resurrected by becoming a public area and a landmark of the area.
Therefore,the purpose of the design is to maintain the original features of the shape of the building,and prevention activities.Including the hierarchy of access to the building area that used to happen led to role-playing parodies Turn the entire building into a watching-warning tower to a public space.And let the user take on the role of a guard who has to use every corner of the building to deal with and warnings and intrusions.To create a new perception to be contemporary from the experience of people in history.Let's experience fun,play, and role-playing activities by the original vestiges of Torre Rinalda.
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SECTION DIAGRAM
The section show the relationship between chamber and designed landscape consist of a Pool that’s carve from eroded shore, Jigsaw street furniture and Chamber the existing Torre rinalda.
POOL
CHAMBER
WHALECOME LANDSCAPE
Landscape design by aligned to the street which create the route to approaches the site.
The direction of sand travel from visitor access upstair to Torre rinalda. It can create the terrain that’s make variety of movement and playable by anyone who desire.
JIGSAW STREET FURNITURE
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ISOMETRIC DETAILS
JIGSAW STREET FURTINURE
From the opportunities to invade the site visitor has a chance to play with the jigsaw that can be interlock with anotherone.The concept of play is ‘everyone can modify to be anything if you want to’ In the meantime if jigsaw was takefrom hole at all it created the void that can be gathering.
STAIR MECHANISM
A mechanism has been designed to create a sand reclamation cycle all the time.The sand will be transported through the stairs up by stepping on the stairs.which will pile up on the roof of the building and let it flow back down to the chamber inside where sand is stored. Users can scoop out sand for others playing as well. And the sand will return to the lowest point of the area, in front of the entrance to the outside staircase. Create the liveliness and movement of the sand element along with the people's use of the building all the time.
ELLIPSOID LIGHT SIGNAL
To mimic the transmission of smoke alarms in the past Therefore designed the roof of the fort to have a container that resembles a fire.by changing from smoke signals to light signals according to the modern context By choosing an ellipsoidal geometry with two focus points, when light is transmitted from one point will reflect within the shape to point back to another point and will get a bright spot that can be seen from a distance.
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ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCED1 1 1 2 1 1 1 1 1 1 2 1 1 2 2 1 2 1 1 1 1 2 2 2 1 1 1 1 A 1:100 A3.01 A ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSION1:100 A2.01 4 2 2 2 2 2 2 2 2 2 2 2 31
MISCELLANEOUS
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSION1:100 A1.01 2 1 2 1 2 1 1 1 1 1 3 1 3 2 1 1 1 1 ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCED1:100 A1.02 2 1 2 1 2 1 1 1 1 1 1 1 2 1 1 1 1 32
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER REMARK SCALE INTERIOR ARCHITECTS : SANITARY ENGINEERS MECHANICAL ENGINEERS ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS PROJECT CODE : PROJECT NAME OWNER : LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY : PRINTED DATE WITHOUT SPECIFIC PERMISSION1:100 A1.03 3 1 3 3 1 1 2 1 1 1 3 1 2 3 3 1 1 1 ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER REMARK SCALE INTERIOR ARCHITECTS : SANITARY ENGINEERS MECHANICAL ENGINEERS ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS PROJECT CODE : PROJECT NAME OWNER : LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY : PRINTED DATE AND NOT TO BE USED OR REPRODUCED1:100 A1.04 1 1 2 1 1 3 1 1 1 1 1 3 3 1 1 1 2 1 1 1 1 1 1 3 3 1 2 3 33
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSION1:100 A1.05 2 2 2 2 2 2 2 2 1 2 2 2 2 ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCED1:100 A1.06 slab 34
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER REMARK SCALE : INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS PROJECT CODE PROJECT NAME OWNER LOCATION : ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSIONW Ø 2" W Ø 2" W Ø 2" W Ø 2" Ø 4" Ø 4" S 4" ( ) 1:100 SN1.05 ( ) ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCED( ) 1:100 SN1.06 ( ) 35
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSIONS Ø 4" S Ø 4" S Ø 4" S Ø 4" S Ø 4" W Ø 2" W Ø 2" ( ) 1:100 SN1.07 ( ) ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCEDS Ø 4" S Ø 4" S Ø 4" W Ø 2" W Ø 2" W Ø 2" W Ø 2" ( ) 1:100 SN1.08 ( ) 36
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCEDCV |1 GV 1 WATER METER |1 C W Ø C W Ø W Ø W Ø W Ø CW Ø 1" CW Ø 1" W Ø C 1 C 1 W W Ø W W Ø W Ø Ø ( ) 1:100 SN1.01 ( ) ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSIONCW Ø 1" CW Ø 1" CW Ø 1" W Ø W Ø C W 1 C W CW Ø 1" C CW 1" ( ) 1:100 SN1.02 ( ) 37
ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE WITHOUT SPECIFIC PERMISSIONW Ø W Ø W Ø C W W W CW Ø 1" W C W C C 1 C W Ø W ( ) 1:100 SN1.03 ( ) ARCHITECTURE AND INTERIOR DESIGN DRAWING TITLE DRAWING NUMBER : REMARK SCALE INTERIOR ARCHITECTS SANITARY ENGINEERS MECHANICAL ENGINEERS : ELECTRICAL ENGINEERS STRUCTURAL ENGINEERS ARCHITECTS : PROJECT CODE PROJECT NAME OWNER LOCATION ARTISTUDIO@GMAIL.COM RTH D DRAWING BY PRINTED DATE R AND NOT TO BE USED OR REPRODUCEDC W 1 W Ø C C W Ø CW Ø 1" C C W CW Ø 1" C W C CW Ø 1" W Ø C W 1 W Ø CW Ø 1" CW Ø 1" CW Ø 1" CW Ø 1" C W Ø ( ) 1:100 SN1.04 ( ) 38
INTERIOR FREELANCE
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Khun Preecha
-Under development - Private Resident - 70.6 sq.m.
TARA TARA Ayutthaya