Peam Thanayuth Architecture Portfolio

Architecture Portfolio Thanayuth Unprasert

School of Architecture and Design (SoA+D) King Mongkut’s University of Technology Thonburi

Undergraduate | SoA+D Studio | Internship

ARCHITECTURE PORTFOLIO 2017

CV

Thanayuth Unprasert (Peam) peam_apple@hotmail.com 02.11.1994 Bangkok, Thailand

Educational background

2013 - now School of Architecture and Design (SoA+D), King Mongkut’s university of technology Thonburi Bachelor of Architecture

2007 - 2012 Wat Suthi Wararam High School Awards

2016

Outstanding Achievement Award by Tararom Enterprise PLC.

Work experience

2016 Research and Design Service Center KMUTT (REDEK) | Architecture Intern

TEDxKMUTT | Visual and sound designer

2017

SoA+D 3rd Year Studio Grasshopper + Rhino Workshop | Teacher Assistance

Publications

June 2016

Out of Sight Architecture Exhibition | Aging Condominium project, Biomimicry Design School of Architect 2030 project

June 2016

next_top_architect | Biomimicry Design Model

June 2016

SYNArchitecture | Biomimicry Design Model

August 2016

90 degrees studio | Biomimicry Design School of Architect 2030 project

Skills

Autocad | Rhino + Grasshopper + Firefly | Sketch Up | Lumion3D | KeyShot

Adobe Photoshop, Illustrator, InDesign | Final Cut Pro X | Keynote

Hand Drafting and Modeling | Digital Fabrication | Laser Cutting | 3D Printing | Model Mapping | Virtual, Augmented Reality

Aruduino Micro Controller | Interactive Model

Languages

Thai / English

Competitions

December 2016

Participation in competition | eVolo’s 2017 Skyscraper Competition

Participation in competition | Biomimicry Institute ‘s Biomimicry Global Design Challenge Exhibitions / Activities / Workshops

July 2014

UNBOX : SoA+D Thesis Exhibition | SoA+D, Bangkhuntien

July 2015

Deep Fried Thesis Exhibition | HOF ART Residency, Bangkok

Volunteering for “คิดให้ดี ทำ�ให้พอ” | King Mongkut’s university of technology Thonburi ศูนย์ศึกษาการพัฒนาเขาหินซ้อน อันเนื่องมาจากพระราชดำ�ริ จังหวัดฉะเชิงเทรา ( Khoa Hin Sorn Royal Development Study Center, Chachoengsao ) 10cmkmitl Thesis Exhibition | EM District, Bangkok

June 2016

Out of Sight Architecture Exhibition | Knowledge Exchange Center (KX)

August 2016

INDA Parade 2016 | Makkasan Airport Rail Link Station, Bangkok

September 2016 Upstream Watershed Area, Royal Project Factory, Ban Yang research and analysis | First Royal Factory at Fang Museum, Ban Yang,

Ban Huai Muang, Huai Narm Rin, Chiang Mai

The Escape : SoA+D Thesis Exhibition | Knowledge Exchange Center (KX)

October 2016

November 2016

Volunteering for Technology Entertainment and Design, TEDxKMUTT | Knowledge Exchange Center (KX) Workshop : PRUKSA-CHULA: Architectural Innovation SynTax | Faculty of Architecture, Chulalongkorn University, PRUKSA Precast Concrete Factory Lamlukka

Content

Academic works | 2013-2015

01

Thainess Pavilion public space

Landscape

10

Corridor of Wind landscape | public space

Likay House residential

Corridor of Wave experiment

12

05

13

09

KMUTT Ratchaburi Dormitory / KVIS Dormitory residential | animation Nakornluang Renovation commercial | renovate | animation

Academic works (2016-2017)

06

Bike Thru culture | public space

Internship works | Competitions | Events

The Feather Condominium residential

Percepio ll Theatre culture | commercial

Upstream Watershed Analysis, Chiangmai culture | landscape | modeling

Perceptio kindergarten

Pruksa’s Townhouse in Trend residential

”บ” School of Architecture 2030 education | parametric | biomimicry animation

Create for Change KMUTT’s Universal Design universal design

Generative Weaving interactive | Spatial | arduino

TEDxKMUTT visual | sound | exhibition Out of Sight exhibition | talk

Phasi Charoen Urban Analysis urbanism

KEEP Application interface

20

Logo and Identity logo | packaging | illustration

ARCHITECTURE PORTFOLIO Selected academic works (2013 - 2017) ARC | URBAN | LANDSCAPE | PARAMETRIC | BIOMIMICRY | ARDUINO

Thainess Pavilion Year

2nd Year (2013)

Type

Public space

Location

Washira Benjatad public park, Bangkok

Instructor

Sunaree Lawanyawatna

A public park project which to provide public space as pavilion to accommodate people surrounded Bangkok train park, large green area in the city. The idea is to reveal identity of Thainess traditional craftsmanship weaving machine capturing the moment and spatiality inside for people experiencing parallel and cross directional weaved

01

Likay House Year

02

2nd Year (2014)

Type Residential Location

Rama ll village

Instructor ``

Wirote Tessalee

A single house project located around Rama ll district with a programmatic based on the characteristic of owner who’s the owner of Likay performance team. Begun to explore the combination of materiality refer traditional style with technique of construction in prefabrication process. A sense of believe and Buddhist culture becomes key philosophy of people who live.

Internal core housing piping system

Corridor of Wave Year

03

2nd Year (2014)

Wave height’s shifted to be shorter when traveling through the roots. Simulation does the same, using cylinder as figure resulting in energy formation’s been reduced. As the material’s changed to be more liquid, caused of vortex behind the objects. and collect as contour data to be used in 3D modeling.

Type Experiment Location

Bangkhuntien, Bangkok

Instructor

Sukhumarn Thamwiset

An experimental project on natural phenomena surrounded the site, Bangkhuntien Bangkok. Mangrove forest’s located in-between the sea and central city as a function to prevent natural disaster and land destruction by wave. The force act to the mangrove root system with the energy, with the reaction force, the wave’s turned into curvature pattern in order to create new formation resist the energy in the equilibrium stage. Patterns and direction created with mike on ink and plaster casting explore material behavior within the same conditions then developed in-scale of human to be occupied as space.

http://3dmoliermodels.blogspot.com/

Perceptio l Year

04

2nd Year (2015)

Type Kindergarten Location

Torsri school, Sukhumvit 71, BKK

Instructor

M.L. Atithep Kashemsant

A small project contribute to create a kindergarten and learning space for the future. The different kind of generation with the changing of global attitude of study in young children, the place they learn should answer the question of problems they’re going to face and let the explore of imagination spread. The human section where located perception organ is used to derive internal space and reconstruct them as module that already come with system, piping, lighting, ventilation, finishing. The curvature create the feeling of children to be playing machine where the activity of learning is being apart. To be less conservative with the rectangle classroom. Normally this project was constructed with interview children by give them a piece of paper and draw their dream school.

Kids want to play all the time but if there’s a rule which they could accept and truly understand why they have to do, they’re going to be a part of outside society where they respect the environment as well as their school.

https://www.boundless.com/biology/

Individual segments with system integrated

Light fixture integrated module

Piping system

Module wall with Glass Fibre Reinforced Polyester Aluminum cladding joint Modular hollow core slab

05

The Feather Year

3rd Year (2015)

Type

Residential, condominium

Location

Soi ABC, Bangkapi, BKK

Instructor

Surawat Hantwichai

Residential building in high density area being absolution for people living. By looking through the nature, mimic the organization and arrangement in order to achieve room unit capacity and modularity. Raise the questions of “why perpendicular� resulting in angle panel variety gives dynamic interior with furniture design fit in.

02

Generative process used to discover the behavior and portion of bird wing flying. Using as base of floor plan producing possibility of design. Within the process, software used to calculate amount of floor area to set rules for room type, furniture settlements and achieve the goal of sustainability.

Within the method of analysis, informations of building performances also being analyzed creating choices to choose a higher performed building in terms of climate, ventilation, green area and environmental conditions.

Perceptio ll Theatre Year

3rd Year (2015)

Type

Theatre, public space, national performance

Location

Rama Vlll bridge park

Instructor

Waraluk Pansuwan

06

The perceptio theatre is planned as National Performance Art Center (NPAC) and public domain. Cochlea’s taken as physical study in order to find if any qualities of spatial match the architecture qualities with accommodated of 800 seats theatre, multiform theatre and openness area. A public plaza connected to the main Rama VIII bridge park where people spend time in the evening in multiple used.

ref : http://www.intropsych.com/ch04_senses/inner_ear.html

Space Syntax is a tool manage programmatic design with area requirement and organization. The number’s set and find the choice of position locate the room(function) according to building orientation, accessibility, crowded behavior. Grasshopper 3D’s used generated those geometry as a basis of vertical function, enclosures and facade.

Building consists of 3 zones,the most massive area which is theater’s located at half back of the site connected to the loading area, backstage and workshop. The other’s multiform-theater and released as rental area for shops and store.

Plan

Shops/store (for rent)

Main theatre Foyer

Open Gallery

Hall

Service / wood shop

Drop off

Rehearsal / dressing

Multiform theatre

Axxonometric

“บ” School of Architecture 2030 07 Year

3rd Year (2016)

Type

Education, university

Location

KMUTT Bangkhuntien Campus, Bangkok

Advisor

Smitt Loha-Unchit

Publish in

90 Degree Studio | Next_top_architects | SYNArchitecture | Out of Sight exhibition

The Project is based on using biomimicry as a theme. The banana leaf as mimicing object to start off the project and derive the logic of banana leaf that is started to rotten down. (Dried out and then curl). To mimic this process, Rhino and its plug-in Grasshopper was a tool to work on. Not only the form was mimic but the whole idea of the school’s pedagogy is also being part of it. At first stage is to develop the idea in a smaller scale such as pavilion before move onto a full-scale project. Loop model, which the resources’re used most efficiently and turned back to be used in learning process again is implemented.

Most of the leftover stuff in the school will be recycle and reuse as well as the form also suggested that the higher the year the more intimacy the students they would need so the space for the higher year would be place in the core of the building, while the younger years are spreading out from the core. It has been carefully designed to respond well in all the aspect regarding the sun and wind directions.

This is an innovative, a prototype and one of its kinds to respond to tropical climate such as Thailand.

First modeling’s focused on 3 topics of mimicing process, which is plant liter, dried leaf tensioning and combine both together. Then following steps is to choose one of the three to develop in detail.

The process was trying to achieve and mimicing the stage growing of banana leaf, which reconstructed down to the proportion, dimension and percentage of rotation. The generative models were used to select and develop on the criteria of space organization inside and site input data which is to define the quality of the leaf rotate could response the the surrounding context. For instance, micro climate, solar direction in order to select the electric generator to be located.

The first stage of generative and modeling result in a small pavilion which the code define the basic rule of growth. There’re potential in small scale object to be used as architectural devices.

Some are structural efficient way to build, building finishing, floor plan organization. After that is next level of development is to build in scale of human to occupy.

The implementation of structure also generated from leaf based model.

Grasshopper’s used as a tool for this project to visualize the algorithmic data in the most simply way. Variety stage of model is created to be options to choose for specific criteria.

The software also generate internal floor plan, structural detail, finishing and skin, and fabricated model using the laser cut. The project’s consist of different kind of theory to achieve different kind of architectural tasks using the generative software which this knowledge could be applied to the other process of working in vary scale.

Leaf deconstruction

Morphing tensional surface

Environment adaptive factors

Structural design Finishing design

Lift core

Main structure (glulam timber)

Sub structure (waffle truss)

Composite floor system

Axonometric

Floor plan

Section

East elevation

2 x 4 m curved glass

In-situ Concrete

Aluminum Composite Panel w/ PowerFilm PowerShade

Deck Sheet

Steel Truss Suspended Acoustical Ceiling

Perimeter Member

Glulam Timber

External Waffle Structure

Electrical Service Duct

Ductwork

Detail Axonometric

Generative Weaving Year

4th Year (2016)

Type

Experiment, interactive, arduino

Instructor

Takashi Nishibori

The project investigate on any system research involved with human which can be operated, generated or adapted in scale 1 to 5 models.

This study’s objectives end up with proposal as a prototype to utilized functionality on itself. With the craftsmanship of Thai traditional weaving that utilized in bamboo material ranged from small scale until architectural purpose such as ceiling, wall finishing or furnitures. The parameters of the research agenda were the contrasting between artificial intelligence and tradition method of utilization, to bring these technology becomes part of intelligence community. Part of the study world be used cooperate with the analysis of BKK’s urban fabric in order to forming the model of future development of the city.

08

The process’s concluded in 3 steps begin with transform the physical generator such as human gestures, light intensity into digital signal in order to sync with the Grasshopper script. The other inputs come from sensors plug in to the Arduino board as measured tools. For instances, distance between observer and sensor, position of mouse in XY directions, these digital data turned as value in angle to operate the Servo motor to a curtain angle which the motors are connected to the arms inside weaving panels. The following research is how’s the material behaved with any scripting or input.

Slidenumber MouseXY

Human gestures Distances

Light

Light source

Arduino controller

INPUT

OPERATORS SENSORS

Bamboo craft

MATERIAL BEHAVIOR

3D simulation and visualization

40 cm

Motor arm Ultrasonic sensor

PROTOTYPE l Experimentation on surface behavioral through the operation of servo motor with the acrylic parametric framework which allow pins push/pull the surface.

Systems located backside comprise of three servo motors with Arduino micro-controller syncing with grasshopper.

Each level operated by motor arms rotated centralized on timber. Panels’re tested on servo movement as a condition. The study based study on surface movement explore potential and effect caused by surface changing.

60 cm

Surfaces

3x Futaba S3003 servo motors

Arduino micro-controller

Pins Double acrylic pin panels

Grasshopper + Firefly

Ultrasonic Sensor

Operate angle

Servo 1

Servo 2

Servo 3

Arduino

Mechanical system prototype aiming to drive three servo motors which input value from computer interface and distance sensors. Arduino functioned as exchangers between algorithm coding with physical movement value. The motors powered by 5V 2A DC adapter spin 0 - 180 degree angle both direct and inversed directions.

A

B

2 servos A - Fix,Active B - Inverse | direct

A

B

3 servos A - Active,Fix,Fix | direct B - Fix,Active,Fix | inverse

A

B

3 servos A - Active,Fix,Fix | direct 4 servos B - Active,Active,Active,Active | inverse

Grasshopper software simulated panel operations on reaction of material with different kind of direct/inverse movements of servo motors. Rotation on XY axis extend the length of material in z axis. The experiments show limit of material in the action of taking tension on its boundary.

Material (panel) : plain paper, wire mesh, bamboo weaving, corn husks, coconut spathe

Power supply 5V 2A Red (+)

Ultrasonic sensor

6 x S3003 Servo motors

13

14

15

16

17

18

Signal

ะำ�หะ

Phase 1

Black (-), ground Arduino uno r3 Arduino uno r33

5V 2A

Sensor

7

8

9

10

11

12

Phase 2 USB

Grasshopper + Firefly 5V 2A

1

2

3

4

5

Further study of larger system of panel multiplication, the prototype l system used to generate circuit calculation of power supply. Walls comprised of 18 servo motors modulate 9 panels individually.

Main operators, 3 arduino boards’re distributed the signals through the wires and the remain board’s acquired distance signal from ultrasonic sensor to be value of controlling the motors.

6

Phase 3

80 cm

PROTOTYPE ll o 18 o 12

o 6

o 17 o 11

o 5 180 cm

o 16

o 10

o 4 o 15 o 9 o 3

o 14

o 8

o 2

o 13 o 7

o 1

Wooden frame housing 18 servos located on top and bottom with multiplication of nine weaving panels.

The script assigned rotation amount and directions to each motor controlling by slide numbers in grasshopper software while syncing with Arduino micro-controller. Each panel could operate individually or uniform movements. Another input value from ultrasonic sensors which define distances between panels and facing objects. Distance used to operate to the conditions that’s been set.

o Servo motors 120 cm (Included panels)

18 servos Flat (All slide number = 350)

18 servos All inversed (Slide number A = 700)

(Slide number B = 0)

Grasshopper scripting used to operate servo motor

Open port sync Arduino boards to Firefly, Grasshopper

Assign port number Port 3 - row 1 Port 4 - row 2 Port 5 - row 3 Port 6 - sensors

Operation value Writing value to Arduino Graph mapper (Data visualized)

Independent operate slide numbers

The study featured the ability of AI technology bridging with traditional elements. Most of the script activated the potential of panel system to be utilized in architectural aspects, as proposals.

Open-source technology allowed variety of study including participation of human through sensors and concerning of the problem issues that might be happened in the 21st century. The project’s continued further next semester 2/2017 to push the boundary of improvement the used of technology improving human quality of life.

Phasi Charoen Urban Analysis 09 Year

4thYear (2016-2017)

Type Urbanism Location

Phasi Charoen, BKK

Instructor

Takashi Nishibori

Phasi Charoen is one of the 50 districts (Khet) of Bangkok, Thailand. The district is bounded by other Bangkok districts (from north clockwise): Taling Chan, Bangkok Noi, Bangkok Yai, Thon Buri, Chom Thong, Bang Bon, and Bang Khae. Today’s mass transit BTS with 37 stations carrying passenger throughout central Bangkok and sub-urban area with connection of other mass transportation which changing flow of the city. As the metropolitan expand rapidly caused of urban sprawl ,human migration and lack of growth direction, transformed the existing settlements. Research focused on nodes and time element to explore a certain changing with the new development and infrastructure come. Analyze Bangkok in such a way that proposing opportunities for future developments.

The research contribute to the series of photograph taken at the site mostly of the facade, material and elevation of things. The pictures are applied through the mapping techniques combine CAD map with photograph, Google’s street view picture of facade in each area. The CAD data including infrastructure (road), existing building, river and canal. The completed version of mapping map provide the new ability to analyze the city which the graphic representation of the significant features. Some similar picture define of the frequently used of material. As a part of the city, Bangkok is construed with culture and sensation which hiding from tangible, visible. Nodes of growth is changing all the

time mostly with transportation which is the key of how people circulated the city. People tried to live closer to the transport system which in the past is water. Places ,such as temple, floating market were being as center.

Arrival of new in infrastructure changed the way people live. Road becomes main attraction people used to travel with fossil fuel automobile as well as mass transit, Bangkok Mass Transit System (BTS). The following is rapidly growing and higher prize through the Central business district corridor (CBD) which effect poor people migrated out of the city cause the urban sprawl without direction of planning.

Figure 1 : Google Earth screen capture - Phasi Charoen district (2001-2016)

The research contribute to the series of photograph taken at the site mostly of the facade, material and elevation of things. The pictures are applied through the mapping techniques combine CAD map with photograph, Google’s street view picture of facade in each area.

The CAD data including infrastructure (road), existing building, river and canal. The completed version of mapping map provide the new ability to analyze the city which the graphic representation of the significant features. Some similar picture define of the frequently used of material. As a part of the city, Bangkok is construed with culture and sensation which hiding from tangible, visible. Nodes of growth is changing all the

time. The last elements added on to the research is time. Since Google Earth could explore the map backwards (Fig.1) in 2001, the aspects of changed give different perspective to the site. New infrastructure comes year by year. Most rapid changing was in 2004 and 2006, when there’s construction of intersections connecting central Bangkok to the northern province (Nonthaburi) and BTS station (Wuthakat) in follwoing year. With 16 years of observation, old city, which is compact unit living was destroyed along CBD corridor and vertical unit such as condominium, office building, commercial stores change the face of the city. New materials represent the new tone. Pixelated mapping technique’s used to define this issue.

(Fig.2)

Figure 2 : Pixelated mapping technique - Phasi Charoen district (Analysis of year 2016)

2001

2009

2013

2004

2011

2016

Figure 3 : Pixelated mapping technique - Phasi Charoen district (Analysis of year 2011-2016)

From elevation mapped data, resolution (pixel) becomes tools to simplified the color of mapping in grid system. Within the same area, materials have similarity and coherent caused from the same usage, building size and land value. Pixels could also show the modularity and transformation of node to node. High density area would be more wooden and rusty because of the material has long period of used and being attracted to the canal where in the old day people start to settle along the water as main transportation. Pixel growth year by year according to the new platform of transport (Fig.3), the bigger size pixel represent the big mass of concrete used to construct vertical building. But even time changed, the inner core buildings (compact living) are still the same. Only people leave from the old house.

After 16 years, it seems like to grow rapidly along BTS area. Tall buildings become barrier bounded the old town which cannot build high due to the law of build around temples, resulting in why there’s not much changed around temples. Second research of pixel is to use eyedropper tool pick particular color which means specific materials (Fig.4), depicting that gray tone (concrete, shades, shadows are widely spread in the city integrated with greenery (plants). The brown colors (wood, rust) are dense in the old area and some vivid color of new painting inserted. The growth will be continued and pixel will never be still, raising the question of how to plan the city in proper direction distinctive to Bangkok, Thailand.

Figure 4 : Pixelated eyedropper tool technique - Phasi Charoen district (Analysis of year 2016)

Upstream Watershed Analysis Year

10

Reforestation

4thYear (2016)

Ban Din house

Type Landscape Location

Chiang Mai

Instructor

Apinya Limpaiboon

Life driven by water, it’s used in various purposes from upstream, midstream, downstream. Understand the water process is understand the other landscape theory to explain Thailand as well. This trip provide the examine of how the water becomes part in different scales economy. There’re destinations to Ban Huai Muang, Ban Huai Narmrin, Ban Yand, Chiangmai in northern part of Thailand. Including the slope analysis and contour model making before the site visit. Be able to understand of water sources, drainage pattern and contour analysis where is proper to put the architecture or any objects on. To utilized the maximized in land use but the same time preserved the resources which is forest to prevent flood. Ban Yang community’s gone by flood including houses, royal factory and religious places. From that day, locals start to realized the force of nature and try to find the way to live with it. The village’s reformed to adapt with water pathway. Royal project’s not only give the opportunity jobs but stay with the local to learn of how they can participate in the process of reforestation and bring back the nature.

Ban Yang village

Water source (water eye)

Reforestation Ban Din house Mae Ngorn stream

Ban Yang village

Contour CAD models Ban Yang, Fang , Chiang Mai

Contour models - group work

Contour models - group work

Contour models - group work

Ban Huai Narmrin, Chiang Mai

Ban Huai Muang, Chiang Mai

Ban Huai Muang, Chiang Mai

Water eye

Ban Yang cultural mapping

Fang royal factory

Corridor of Wind Year

4thYear (2016)

Type

Landscape, public space

Location

Bangkhuntien campus, campus BKK

Instructor

Apinya Limpaiboon

11

Through out the year, the site’s utilized as a transition connected between different faculty and outdoor parking. In order to reactivate the space, analysis depict some potential which asking the question of how to create outdoor learning space using ceiling as spatial organization.

The research’s explored deep to wind analysis to define the equilibrium and energy of forces in the site. The wind velocity’s changed related to local climate, temperature and external condition of seasoning. These thing become spiritual of the site that always generate movements, sound, and other elements.

Bike Thru Year

3rdYear (2015)

Type

Cultural landscape

Location

Rama Vlll bridge, Chaopraya river, BKK

Instructor

Apinya Limpaiboon

12

In 2015, there’s the issue of Chaopraya to be constructed the path along the river and people start to have the argument if it’s proper or not. The government’s trying to develop the riverside to be accessible for everyone. We have the topic separate in 2 ways, first is build it and see if there’s pros and cons as well as leave the place the same. Through out the discussion, there were both agreement and disagreement, people who’s not argue that these things might interrupt the existing culture which characteristics is specific to the place, but who’s say yes were talking about the universal access for every one and it’s going to create the new landmark places where people leave the congestion from the city to the riverfront. Finally, there’s no conclusion of both way, but as we do the project which we have to visit the site and interview both side of the arguments let us understand deep to the people mind. The thing is to show both way of possibility and let the discussion open to give feedback on the results. The proposition comes from in between, which is to build some open area which the city already have and connected to on ground culture to expand the economical sustainability and let locality, government and others being participated. Not to do all along the river but where there’s allow from decision from people of both side, then should be a great opportunity to have a public river front without commercial purpose.

ARCHITECTURE PORTFOLIO Selected internship works | Competitions | Events (2013 - 2017) ARC | URBAN | RESEARCH | PARAMETRIC | UD | VISUAL & SOUND

Internship Projects

13

Project name Dormitory layout modeling Client

RAIST-RASA Foundation

Year

June - July 2016

Location

Kamnoetvidya Science Academy, Wangchan, Rayong

Type Dormitory Architect

Research and Design Service Center, KMUTT (redek)

Advisor

Michael Paripol Tangtrongchit

This project scope work on visualization of building detail fill with finishing and furniture to demonstrate the living unit condition. The project was designed by REDEK at KVIS school, Rayong. Consist of 3 dormitory parts in one building which is instructor room, student room and guess room. Axonometric view is chosen to explain materials and furniture specification. The animation is cut out as section to see interior space.

Guest room 27 sq.m.

Instructor room 55 sq.m.

Student room 24.5 sq.m.

Project name Dormitory schematic Client

KMUTT Ratchanuri campus

Year

June - July 2016

Location

KMUTT Ratchaburi campus

Type Dormitory Architect

Research and Design Service Center, KMUTT (redek)

Advisor

Michael Paripol Tangtrongchit

KMUTT residential college was established as engineering school in Ratchaburi campus. There’re around 400 students study and living there. The faculty become larger which needs place to accommodate for students. The tasks is to research on site, interviewing the users and discover all day activity, then provide the informations for schematic design.

Internship Projects

14

Project name Nakornluang Plaza renovation Client

Nakornluang market

Year

June - July 2016

Location

Charansanitwong 29/1, Bangkok Noi, Bangkok

Type Commercial Project by

Research and Design Service Center, KMUTT (redek)

Advisor

Michael Paripol Tangtrongchit

Back in the past, Nakornluang building’s used as a movie theatre in the name “Nakornluang Rama”(Fig.1). A huge mass with 3 storey solid floor plates. Later on was used as cloth department store. Afterwards, building was abandon until there’s fresh market with local food court shared half of the space with Top supermarket(Fig.2). It’s still functioned only at first floor with frequently used as daily food supply market. The plan is to reorganized for 10 years shot term investment during the construction period of BTS. The research focused on alternative way of using the building according to the site surrounding. The proposition consist of 3 possibilities, apartment, health care center and community mall with the calculation of profit return in 10 years. Key design is to decrease the amount of solidity and to be lighter look. The site and research were presented through the augmented reality explain narrative and new schematic design modeling.(Fig.3)

Fig.1 Nakornluang movie theatre

Fig.2 Nakornluang plaza - 2016

1

2 3

Community mall

Health care center / badminton court

Half market / apartment

Pruksa’s Townhouse in Trend 15 Project name PreCross Year

November 2016

Design team Worapon Umnajsasitorn Location

Chulalongkorn University

Type

Residential (competition, workshop)

Project by

Pruksa real estate

​ The project is a part of workshop Prusa-Chula Archtectural innovation syntax participated by 23students from 11 universities over 6 days of pratice at Chulalongkorn university. I’m paring with my SoA+D friend.

The competition’s about the creative idea be able to use precast concrete and other materials to revised the look of townhome. The idea is generative of panels using the same module to crate variety in design as well as the automobile design. Construction cost’s reduced due to the modular system process of making allow to create shades and shadows with the flip of each panel.

Generative module with based similar panel

Original version of townhouse

KMUTT Universal Design

16

Project name KMUTT universal design Year

December 2016

Location

Bann Thumma Raksa dormitory, KMUTT, BKK

Type

Universal design

Project by

Create for changing project

​ Universal design project, volunteering on Create for Changing project- at KMUTT. Participation in Universal design proposal for the place that lack of UD environment.

The project is at Ban Thamma Raksa dormitory at Bangmod campus. The first floor’s used to be canteen where people often use. This is great opportunity to spread the UD environment starting at the university.

Plan

TEDxKMUTT

17

Project name TEDxKMUTT Year

8 Oct 2016

Design team Worapon Umnajsasitorn Location

Knowledge Exchange for Innovation Center (KX), BKK

Type

Visual and sound, exhibition

For the very first time TEDx of KMUTT’s organized, I have a chance on volunteering in stage visual, stage manager and exhibition design. Tasks began 2 months before the event with site survey, gathering information for virtual design in lighting, stage vanishing point and event flow. Cooperate with creative team who prepared all medias and content materials, also broadcasting team on livestream to AIS mobile application. During the show, the schedule was very tight, synchronized with the other team is the key running the tasks. With all memories and great experiences being a part of contributed sharing locally-driven ideas.

7th, 8th floor, KX building

< Entrance Exhibition

Hall

Auditorium

Live stream room

8th floor axonometric

< Entrance Registration

Staff, guess

Broadcasting

Auditorium

Stage

7th floor axonometric

Out of Sight

18

Project name Out of Sight Architecture Exhibition Year

16-22 May 2016

Organized by 2nd, 3rd year SoA+D student Location

Knowledge Exchange for Innovation Center (KX), BKK

Type

Exhibition, talk

Year end architecture exhibition 2016â&#x20AC;&#x2122;s organized by students to exhibit part of the projects to the public. Selected works showing the ability of cutting-edge design and digital fabrication. The projects take over 1000 sq.m. at 6th floor KX building with the cooperation of student each year. In the evening, thereâ&#x20AC;&#x2122;re talk session inviting famous architects to give a lecture and open for discussion. The space was provided for project display, talking corner, lecture area with matrix display screen projecting works and music band at the opening ceremony. This event would be a organizing model for next year event.

KEEP Application

19

Project name KEEP Application prototype Year 2016 Design team KEEP group (Gen351) Type Application

The cooperated task among ARC INA and ID working of products or services that provide a various solution aspect in KMUTT. First is identify the field of problems which we choose to do the learning platform creating community with in the mobile-phone.

Nowadays, information flow rapidly without investigation. This is going to be self check platform among different faculty in KMUTT. Another topic is when one faculty’d like to do the project which the theory is overlapped or cross multidisplinary, this plat form’s going to match the people who’d like to communicate the same ideas, for instance, architecture student need consultation from engineering department, this platform will be the answer.

Application flow diagram

Logo and identity

20

Project name Logo and Identity Year 2013-2017 Type

Logo, packaging, illustration

A collection of artwork as free-time project during the semester break access to the cloud community (99designswhere need meet serve in design. Ranging from logo, packaging, illustration, 3D modeling, advertising, web&app design and others in the platform of contest.

https://www.propiteer.com/

ALT + 59 media

Contest title Property investment company Status

$280 Winner

Industry

Accounting and financial

Aeroviews

uheheu

piraque cart

Sky touch

FGH Development

Vicente vine

Imagine it clean

3D print test

Model fabrication

Projector

Model The presentation’s made through the projection mapping technique visualized any information interactively. Dimension’s taken from physical model used in the software to design overlap elements on it. The idea’s also being a part of school of architecture in year 2030 project which provide flexibility of communication and paperless process saving resources.

Publications | Award | Performance

90 Degree Studio

3rd year presentation

Outstanding Achievement Award by Tararom Enterprise PLC.

synarchitecture

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