Montakan Manosong Porfolio2017 by Montakan Manosong

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MASTER DEGREE 2016-2017

MASTER IN ADVANCED ARCHITECTURE INSTITUTE FOR ADVANCED ARCHITECTURE OF CATALONIA, BARCELONA

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HYDROMORPH BASE-RESPONSIVE MATERIAL WATER DRIVEN-BREATHING SKIN 2017

MASTER IN ADVANCED ARCHITECTURE 2016/17 DIGITAL MATTER : INTELLIGENT CONSTRUCTION STUDIO // SENIOR FACULTY: ARETI MARKOPOULOU, ALEXANDRE DUBOR, ANGELOS CHRONIS // TEAM : MONTAKAN MANOSONG , IRENE AYALA CASTRO, YA CHIEH CHANG, ZINA ALKANI

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SODIUM POLYACRYLATE] SODIUM POLYACRYLATE, ALSO KNOWN AS WATERLOCK, IS A SODIUM SALT OF POLYACRYLIC ACID WITH THE CHEMICAL FORMULA [-CH2-CH(CO2NA)-] N AND BROAD APPLICATION IN CONSUMER PRODUCTS. THIS SUPERABSORBENT POLYMER HAS THE ABILITY TO ABSORB AS MUCH AS 200 TO 300 TIMES ITS MASS IN WATER.

0:00 MIN

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water absorption test SODIUM POLYACRYLATE (SPA) POSSESSES THE CAPACITY TO EXPAND INSTANTLY. 1G OF SPA CAN FULLY ABSORB 100ML WATER WITHIN 1MIN.

MATERIAL SYSTEM THE MATERIAL SYSTEM IS OPERATING ON THE BASIS THE ABOVE CYCLE WHERE SODIUM POLYACRYLATE STARTS FROM DRY STATE, SWOLLEN STATE BY ABSORBING WATER, EVAPORATION STATE THAT PERFORMS COOLING AND GRADUALLY MOVES TOWARDS DRY STATE, REPEATING THE CYCLE.

1:00 MIN

// REVERSABLE PROCESS

WATER SOURCE

[BREATHING CELL]

[DRY STATE]

[SWOLLEN]

[EVAPORATION]

// SODIUM POLYACRYLATE // ELASTIC FABRIC

// STATE : LIQUID

// STATE : SOLID // PROCESS : ABSORPTION

// STATE : GAS // PROCESS : EVAPORATED WATER

“CAN THE COMBINATION OF FABRICS AND SUPER-ABSORBENT POLYMERS CREATE A Passive MATERIAL SYSTEM THAT FACILITATES VENTILATION AND TEMPERATURE CONTROL BASED ON AN OPEN/CLOSE BEHAVIOR IN RESPONSE TO ATMOSPHERIC INPUTS? AND CAN THIS MATERIAL SYSTEM BE APPLIED TO TEMPORARY CANOPIES THAT CREATE INDOOR COMFORT, ACTIVATING PUBLIC SPACES, IN HOT CLIMATES?” REDUCING INDOOR TEMPERATURE, BY CROSS VENTILATION AND EVAPORATIVE COOLING.

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pattern exploration : encapsulation fabric

superabsorbent polymer

// ELASTIC FABRIC : 82% POLYAMIDE : 18% ELASTAN

[01]

// ELASTIC FABRIC

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// SODIUM POLYACRALATE 1.2 G

// SODIUM POLYACRYLATE 1.2 G

[02]

// ELASTIC FABRIC // SODIUM POLYACRALATE 0.6+0.6 = 1.2 G

[03]

// ELASTIC FABRIC // SODIUM POLYACRALATE 0.4+0.4+0.4 = 1.2 G

[04] // ELASTIC FABRIC // SODIUM POLYACRALATE 0.3+0.3+0.3+0.3 = 1.2 G

pattern exploration : spacing shape [5 MM]

[10 MM]

[15 MM]

[20 MM]

// SODIUM POLYACRALATE 0.4+0.4+0.4=1.2 G

/ SILICON 0.5 MM // ELASTIC FABRIC

// SILICON 0.5 MM // ELASTIC FABRIC

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[SILICON] // SILICON // ELASTIC FABRIC // SPA

[WHITE PVC] // WHITE PVC // ELASTIC FABRIC // SPA

experiment set up THREE CONSTRUCTIVE ELASTIC FABRICS OF DIFFERENT LEVELS OF OPACITY AND THUS HEAT CONDUCTIVITY ARE CHOSEN AS SURFACE MATERIAL FOR THE TEST, ALL EMBEDDED WITH A SPA CELL: 1. SILICONE SHEET 2. WHITE PVC 3. BLACK PVC COATED WITH POLYESTER WITH THE TEST RESULTS, WE WERE ABLE TO EXTRAPOLATE THE EMPLOYMENT OF FABRICS AT DIFFERENT LEVELS OF OPACITY ONTO THE SUFACE OF THE BREATHING SYSTEM.

[ BLACK PVC-POLYESTER ] // BLACK PVC-POLYESTER // ELASTIC FABRIC // SPA

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experiment testing double sided and fabric performance 1 2 3

Ply

ene

ter

ys Pol

ylic

Acr

.5 d0

te coa

30m

Box

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S-2

O IND HT 22 +Hum)

S-3

C PV er, est ened y l po e op m g ck .5m d Bla ran C 0 ne % 0 5 PV e ope mm e 0.5 g it ne d Wh ran a r ne mb 50% 2 me ope con ge Sili ran 1 50%

(Te

2 T2

)

sor

sen

um p+H

(Te

S-1

m 120 + mm 0.5 60ml 2 d / e g t 1,2 ed + coa pen mm ml VC SPA nge o 5 P . 1 + ra 0 60 , / C ter ric PV 1,2g ened yes Fab 50% m+l ite SPA e op pol stic h m k g W + .5 c m Ela ran Bla e 0 /60 ed ic ran 2g abr 50% mb PA 1, open cF e i t m s + S ange Ela con Sili abric 0% r F 5 c i st Ela

re +B ino

oar

adb

Ard

120

N 2H EXPERIMENT 30MIN INTERVAL

testing performance related with evaporation rate 1

-5 co

m 5m od wo Ply m 30m ne ere t s y Pol m 3m Box ylic r c A

mm 0.5 ted a o c VC ,P ter ed s e n y e pol e op g ck Bla ran % 50

S-2

O 2 ) IND HT 2 p+Hum D em (T

S-3

llen swo + d % 0.5mm 0ml n a d 6 l ate 2g/ tro con C co A 1, ate r, PV + SP r n ic te atio es abr por poly ic F Eva lack Elast B

R Hum OO p+ TD (Tem OU 22

m 20m

T DH

+ mm 0.5 60ml d / e g t coa A 1,2 P VC , P ic + S r e t r yes Fab pol ic ck Elast Bla

) sor sen

S-1

ard dbo rea B o+ uin Ard

mm 120

N 54HRS EXPERIMENT 3HRS INTERVAL/DAY

[SPRAY]

[CHANNELING]

// TIME : 3.00 MINS // SPA : 1.2 G // WATER : 20 ML

// TIME : 1.00 MINS // SPA : 1.2 G // WATER : 20 ML

DESIGN PARAMETERS GLOBAL GEOMETRY

PARAMETRIC MATERIAL SYSTEM DESIGN

SYSTEM FUNCTION

ENVIRONMENTAL FACTORS

PROGRAM SCALE

28m2

3m FOG

FOG COLLECTION

DEW

RADIATION

BREATHING SKIN CELL SYSTEM

WATER STORAGE

WIND DIRECTION

M2 NET NEEDED

MEMBRANE % OPACITY

BREATHING CELLS LOCATION AND DENSITY

28M2 AREA

USERS

DINNING SPACES

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[SOAK]

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water supply experiment

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PERFORMATIVE SKIN SYSTEM

4 3

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SI CO LICO NN N EC TU TIO BE NS S

PR WA INCI TE PA L R FR CH OM AN HY FO NEL G (OP DRO AN AC PHO D ITI BI DE ES C W 0% FABR ,40 IC %, 80% )

PR WA INCI TE PA L R FR CH OM AN FO NEL G AN D

BR CH EATH AN NE ING LIN CE L G SY LS ST EM

prototype SKIN SYSTEM AS A RESULT, WATER-DRIVEN BREATHING SKIN IS DEVELOPED TO BE A SEMI-PASSIVE MATERIAL SYSTEM FOR OUTDOOR SPACES IN HOT CLIMATES WHERE PUBLIC SPACE IS LESS WELCOMED DUE TO THE SUMMER HEAT. WITH THE MATERIAL SYSTEM, VENTILATION AND EVAPORATIVE COOLING ARE MADE POSSIBLE SEMI-PASSIVELY IN A TENSILE-STRUCTURED FORM WHERE THE BREATHING SKIN COULD TAKE IN MULTIPLE USES AND FORMS. NOT ONLY IS IT COST-EFFECTIVE IN CONSTRUCTION AND MAINTENANCE, ENERGYEFFICIENT FOR AREAS IN WATER SHORTAGE BUT ALSO TENSILE AND PLIABLE FOR URBAN SPACES.

P R IN W A T C IP A L ER FRO CHANNE M F OG L A ND

TE MP OR AR

PR WA INCIP TER AL FRO CHA N M F O GN E L A ND

W AT E R S Y R IN S U P P L Y G E IN J E C T IO N

DEW

CHAN

Y ST RU CT UR

N E L IN

G NE TW

ORK

3 DEW

WAT

TEM

POR

ARY

BAE

S+

STA

CHA

NNE

LIN

G S YS

TEM

PREDOMINANT WIND ANALYSIS IN CAPE TOWN INFORMS THE LOCATION AND THE DENSITY OF THE BREATHING CELLS.

LOW DENSITY

HIGH DENSITY

wind sfd simulation

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Prevailing Winds Breathing Cells Location and density

628.86<

(KWH/M2) JANUARY-MARCH

568.72

508.58

448.45

Opacity 0%

388.31

328.17

268.04

207.90

Opacity 0%

87.63

Opacity 0%

147.76

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RADIATION ANALYSIS ON THE SURFACE INFORMS THE LOCATION OF THE DIFFERENT OPACITIES OF MEMBRANES, GOING FROM AN 80%, TO 40%, TO A 0%.

<27.49

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solar radiation analysis

RE-ACTIVATING PUBLIC SPACE TEMPORARY CANOPY FOR SOCIAL DINING SPACES NETWORK OF URBAN OASES FOR DINING GATHERING POINT FOR THE CITIZENS

NEW

SOCIAL

HUB

AND

SELF-POWERED, NEW URBAN INFRASTRUCTURE.

MATERIAL SYSTEM THAT USES LOCAL RESOURCE, WATER FROM FOG, TO MITIGATE THE EXTREME CONDITIONS OF THE CLIMATE. LOW COST AND EASY ASSEMBLY SYSTEM. THE GOAL WILL BE TO DESIGN DINING HUBS, RESPONSIVE CLIMATIC NEEDS AND SITE SPECIFIC CONDITIONS.

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Case study in specific climatic condition

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WATER-DRIVEN BREATHING SKIN - THE URBAN BREATHER HOMEOSTASIS, THE GENESIS OF OUR RESEARCH IN SMART MATERIALS, IS THE FUNDAMENTAL MECHANISM FOR ORGANISMS TO MAINTAIN AN EQUILIBRIUM IN PHYSILOGICAL VARIABLES THAT SUSTAIN LIVES.THE QUESTION WHETHER A SMART MATERIAL SYSTEM CAN FUNCTION AS SIMPLY AS ORGANIC ACTIVITIES LEADS US INTO THE EXPLORATION OF A SERIES OF MATERIALS THAT RESEMBLES SUCH. BREATHING, AMONG ALL OTHERS, INTRIGUES US IN THE SENTIMENT THAT ITS RESULTING MECHANISM OF OPEN/CLOSE BEHAVIOR THAT ENABLES AIR EXCHANGE AND REGULATION IN BODY TEMPERATURE RESEMBLES THAT OF VENTILATION TO ACHIEVE COMFORT IN AN ENCLOSED AREA. THIS THEN IS ORIENTED TO THE OBJECTIVE OF WATER-DRIVEN BREATHIN SKIN. AS A RESULT, WATER-DRIVEN BREATHING SKIN IS DEVELOPED TO BE A SEMI-PASSIVE MATERIAL SYSTEM FOR OUTDOOR SPACES IN HOT CLIMATES WHERE PUBLIC SPACE IS LESS WELCOMED DUE TO THE SUMMER HEAT. WITH THE MATERIAL SYSTEM, VENTILATION AND EVAPORATIVE COOLING ARE MADE POSSIBLE SEMI-PASSIVELY IN A TENSILE-STRUCTURED FORM WHERE THE BREATHING SKIN COULD TAKE IN MULTIPLE USES AND FORMS. NOT ONLY IS IT COST-EFFECTIVE IN CONSTRUCTION AND MAINTENANCE, ENERGY-EFFICIENT FOR AREAS IN WATER SHORTAGE BUT ALSO TENSILE AND PLIABLE FOR URBAN SPACES.

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LIQUID SKIN 2017

MASTER IN ADVANCED ARCHITECTURE 2016/17 LIQUID SKIN : PERFORMATIVE USE OF LIQUIDS IN CURVED GLASS ASSEMBLIES // TUTOR: EDOUARD CABAY, RAIMUND KRENMÃ&#x153;LLER // CRICURSA EXPERT: FERRAN FIGUEROLA // TEAM : MONTAKAN MANOSONG , YA CHIEH CHANG, EVELINA ILINA

GLASS CURVING AS WATER, GLASS IS TRANSPARENT, IT REFRACTS AND REFLECTS, REACHES AN ALMOST LIQUID STATE WHEN SUBJECT TO HEAT, IT IS, IN A CERTAIN WAY, MALLEABLE AND SETTLES INTO SIMPLE PLANAR SURFACES OR POTENTIALLY COMPLEX CURVED GEOMETRIES. THE PROCESS OF FORMING GLASS IS HOWEVER COMPLEX DUE TO THE HIGH TEMPERATURES OF ITS FUSION POINT, AND THE PECULIAR CHARACTERISTICS OF ITS MOLDING. THE SEMINAR IS A UNIQUE OPPORTUNITY TO WORK HAND IN HAND WITH THE CATALAN WORLD LEADING GLASS-CURVING COMPANY OF CRICURSA.

FIRST PROTOTYPE 1:5 SCALE MODEL

[LIQUID PERFORMING EXPLORATION] POURING MELTING WAX INTO WATER

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LIQUIDS IF WE CONSIDER ARCHITECTURE’S PRIMARY ROLE AS TO PROTECT FROM THE ENVIRONMENT, WATER LIES HIGH WITHIN THE LIST OF UNWANTED ELEMENTS. BUILDINGS ARE WATERPROOF; WATER IS THE HAZARD, ALL CONSTRUCTION DETAIL AIM TO KEEP IT OUT. HOWEVER LIQUIDS HAVE ENDLESS POTENTIALS IN ARCHITECTURE: THEY CHANGE STATE, AND FORM, EASILY; THEY HAVE THERMAL INERTIA, CAN STORE ENERGY, HAVE BOTH TRANSPARENCY AND OPAQUE QUALITIES, CAN DISSOLVE OTHER MATERIALS… AND, TRULY UNIQUE, FALLS FROM THE SKY – FOR FREE.

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Performative use of liquids in curved glass assemblies]

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curved glass panels on wooden glass assembly [01] PERFORMING LIQUID // LIQUIDWAX // WATER // GRAVIT // CONTAINER

[02] PERFORMING LIQUID // LIQUID WAX // WARM WATER // NATURAL GRAVITY

[03] PERFORMING LIQUID // LIQUID WAX // WATER // ADDITIONAL FORCE

[04] PERFORMING LIQUID // LIQUID WAX // WATER // ADDITIONAL FORCE // CONTAINER

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[ARCHITECTURAL APPLICATION] OPACITY TEST

BY INTRODUCING EFFERVESCENCE IN THE GLASS PANEL THE OIL AND WATER TRIES TO MIX AND EVENTUALLY WOULD GO BACK TO ITS NORMAL POSITION AS THE TWO LIQUIDS ARE IMMISCIBLE. THE BUBBLES REMAIN LONGER IN THE GLASS PANEL. WHILE THE LIQUIDS TRY TO RETAIN THEIR DESIRED POSITION IT FORMS A GRADIENT FORMING A SHADING SYSTEM BELOW.

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curved glass panels on wooden glass assembly

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MET

VED

CUR

EN OOD

DER

HOL

C ELI

ELS

PAN

S LAS

BEA

N ODE

CRE

CON

UMN

COL

ION

DAT

N FOU

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Caustics and Refraction] BY INTRODUCING EFFERVESCENCE IN THE GLASS PANEL THE OIL AND WATER TRIES TO MIX AND EVENTUALLY WOULD GO BACK TO ITS NORMAL POSITION AS THE TWO LIQUIDS ARE IMMISCIBLE. THE BUBBLES REMAIN LONGER IN THE GLASS PANEL. WHILE THE LIQUIDS TRY TO RETAIN THEIR DESIRED POSITION IT FORMS A GRADIENT FORMING A SHADING SYSTEM BELOW.

DIRECT

ION OF FLOW

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SOUND SCAPE RYTHMOS TEXTURE DESIGN 2016

MASTER IN ADVANCED ARCHITECTURE 2016/17 INTRODUCTION TO DIGITAL FABRICATION STUDIO // FACULTY : LEXANDRE DUBOR // TEAM : MONTAKAN MANOSONG, MALAVIKA MEHTA, RICARDO MAYOR LUQUE

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MUSIC : Yppah - Never Mess With Sunday

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sound scape FABRICATION PROCESS - CNC MILLING TIME TAKEN - 35 MINS MACHINE TIME MATERIAL USED - CORIAN 12MM THK STARTED AS AN IDEA TO EXPERIMENT WITH THE ORGANIC PATTERNS CREATED WITH SOUND WAVES AND TEST THE CNC MILLING TECHNIQUE TO THE FULLEST POTENTIAL. WE FOCUSED ON EXPLOITING THE RHINOCAM TO THE MAXIMUM EXTENT. THE MAIN OBJECTIVE OF OUR DESIGN PROCESS WAS TO CREATE AN INTERESTING PATTERN DERIVED MERELY OUT OF SOUND WAVES AND ENHANCE THE QUALITY OF LIGHT THROUGH THE CORIAN MATERIAL. WE DERIVED THE WAVES OF SOUND FROM A SONG - “DON’T MISS A SUNDAY” IN THE FORM OF CURVES USING PROCESSING; TRANSLATED THESE CURVES INTO A SURFACE USING RHINO & GRASSHOPPER. FINALLY, TO DO JUSTICE TO OUR CONCEPT, WE USED VARIOUS PARAMETERS OF RHINOCAM TO ACHIEVE THE FINAL TEXTURE OF OUR LAMP.

00:03 00:06

00:09

00:24 00:15 00:12

PROCESSING SOUND WAVE SIMULATION

00:018

00:21

00:28 00:30

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M AST ER DEGREE

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BALLMILL 12 MM

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THE GYROID MINIMAL SURFACE 2016

MASTER IN ADVANCED ARCHITECTURE 2016/17 INTRODUCTION TO DIGITAL FABRICATION STUDIO // FACULTY : LEXANDRE DUBOR // TEAM : MONTAKAN MANOSONG, MALAVIKA MEHTA, RICARDO MAYOR LUQUE

STARTED AS AN IDEA TO EXPERIMENT WITH AN ORGANIC FORM. THE GYROID IS AN INFINITELY CONNECTED PERIODIC MINIMAL SURFACE CONTAINING NO STRAIGHT LINES.

M AST ER DEGREE

TO TEST THE 3D PRINTING TO THE FULLEST POTENTIAL. WE CAME ACROSS A FORM - “GYROID” WHICH REALLY FASCINATED US. WE STARTED EXPLORING AND REALISED IT WAS DOABLE. NEVERTHELESS, WE WENT HANDS-ON IN RHINO AND MADE A NUMBER OF ADDITIONS AND DELETIONS. FOR OUR TEST PRINT, WE HAD A MODULE. ONCE IT WAS TWO AND HALF HOURS PRINTED, HAVING DISCUSSED FURTHER, WE REALISED THE AMENDMENTS AND IMPROVED THE FORM FURTHER BY REMOVING THE PERFORATIONS AND STRENGTHENING OUR BRIDGES. WE ALSO DECIDED TO PRINT THE FINAL WITH A TRANSLUCENT MATERIAL RATHER THAN THE OPAQUE. FINALLY, CAME THE FORM, COMPLETELY ORGANIC AND IN LAYERS.

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the gyroid : minimal surface

30 mm

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prof essional pr act ice

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PROFESSONAL PRACTICE 2017 2013-2016

BAD. BUILT BY ASSOCIATIVE DATA BARCELONA SPAIN PARK + ASSOCIATES ARCHITECT SINGAPORE

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

JURONG WELLNESS RHYTHM 2016

NPARKS SHORTLISTS SIX TEAMS FOR JURONG LAKE GARDENS CENTRAL AND EAST DESIGN CONSULTANCY // PARK ASSOCIATES, SINGAPORE & NIHON SEKKEI, JAPAN

20 Y EA RS CY CL E

Midnight

NUTRITION

5 YEARS C YCL E

PARTICIPATION

1 DAY CYCLE

Sharpest Rise in Blood Pressure 6:45 Melatonin Secretion Stops 8:30

Noon TH ON 1M

Bowel Movement 9:00 High Alertness 10:00

1Y EA RC Y

the gyroid : minimal surface THE JURONG LAKE GARDEN IS ENVISIONED TO BE A PEOPLEâ&#x20AC;&#x2122;S GARDEN - OUR FIRST NATIONAL GARDENS IN THE HEARTLANDS, ONE THAT PEOPLE FROM ALL WALKS OF LIFE CAN ACCESS AND RELATE TO. TO SUPPORT THIS NOBLE VISION, THE SCHEME DEVELOPED A JURONG WELLNESS RHYTHM THAT WILL PERMEATE THROUGH THE GARDENS. THE INTENTION IS TO TRANSFORM THIS URBAN OASIS INTO A CULTURALLY MEANINGFUL AND PROGRAMMATICALLY REFRESHING DESTINATION THAT FUNDAMENTALLY IMPROVES THE WELLBEING OF PEOPLE AND OUR ENVIRONMENT. JURONG WELLNESS RHYTHM IS INSPIRED BY THE CONCEPT OF CIRCADIAN RHYTHM - THE INNATE BIO-RHYTHM IN ALL LIVING THINGS THAT REGULATE PHYSIOLOGICAL PROCESSES. BY EXAMINING THE CIRCADIAN RHYTHMS IN OUR NATURAL AND MANMADE SURROUNDINGS, THE SCHEME DERIVES AN OVERARCHING RHYTHM THAT WEAVES TOGETHER THE DIVERSE NEEDS OF OUR URBAN LIVES AND THE SENSITIVE CONDITIONS OF THE FLORA AND FAUNA IN OUR SURROUNDINGS. THE JURONG WELLNESS COMPRISES OF FOUR LAYERS: ENVIRONMENT, MIND, PARTICIPATION AND NUTRITION. THESE FOUR LAYERS FORM THE FRAMEWORK THROUGH WHICH THE CONCEPT IS IMPLEMENTED

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E CYCL

E CL

Lowest Body Temperature 4:30

1 WEEK CYCL E

Best Coordination 14:30

Morning

Evenning

Greatest Cardiovascular 17:00

MIND

ENVIRONMENT

LE YC YC DA

Melatonin Secretion Starts 21:00

Highest Blood Pressure 18:30

Deepest Sleep 2:00

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YCLE RS C YEA 10

Bowel Movement Suppressed 22:30

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m ontak a n m a nosong port f olio prof essional pr act ice

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m ontak a n m a nosong port f olio prof essional pr act ice

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m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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prof essional pr act ice

m ontak a n m a nosong port f olio prof essional pr act ice

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THE ARTERY 2015

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ARCHITECTURAL DESIGN COMPETITION FOR AN ICONIC AND MODULAR PAVILION // LOCATION : SINGAPORE // STATUS : HONORABLE MENTIONS PRIZE (DAVID ADIAYE, LEAD ADVISORY JUDGE) // PARK ASSOCIATES, SINGAPORE

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SINGAPLURAL PROJECT X : THE HIVE 2016

A SHOWCASE OF SOME OF THE BEST DESIGN CREATIVES // SINGAPLURAL ART EXHIBITION 2016 | SINGAPORE // TEAM : MONTAKAN MANOSONG, WONG ZI XIN, NUNTAWAT TASANASANGSOON, FIONA CHUA

In collaboration with Luxx NewHouse, our installation features a surface design system composed of a series of modules made of LG HIMACS. The practical solution to this system is a set of customisable modules - ours is simply one suggestion of its form and application. The result is a system that can grow and change, that is unpredictable in a systematic manner. We took our inspiration from live systems in nature where this sort of systematic unpredictability exists. The end product - this particular system is thus named, HIVE.

prof essional pr act ice

With Project X, we wanted to think of solid surface in a different way. From our experience, it is a very predictable and precise material, the exact reason why it is so successful. However, we find that the end product is usually fixed with little to no flexibility thereafter for the end users to play around with. We wanted to break down that process.

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Summary of project: In this age of information, we are constantly distracted by the constant flow of data, and we lose focus on what is truly important in our existence. The decision for a multi-sensorial spatial proposal stems from this critique of the reduced human experience. Addressing the theme of â&#x20AC;&#x2DC;sensesâ&#x20AC;&#x2122;, we respond by creating an immersive and consuming space that minimises the distractions that surround us every day, even for a brief moment.

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P102 KOLD SILVER P102 KOLD SILVER P102 KOLD SILVER

prof essional pr act ice

P102 KOLD SILVER

Our proposal for Project X is an installation that contains a spatial experience within in an attempt to unite light, space, and solid surface. Solid surface is conceived as a system - customisable modular elements that provide end users with greater flexibility and unlimited possibilities in configuration.

P102 KOLD SILVER

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+0.170

8 9 7 6 5 4 3 2 1

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bachel or degree

m ontak a n m a nosong port f olio bachel or degree

BACHELOR DEGREE 2008-2012

KING MONGKUTâ&#x20AC;&#x2122;S UNIVERSITY OF TECHNOLOGY THONBURI BANGKOK

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bachel or degree

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bachel or degree

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bachel or degree

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bachel or degree

m ontak a n m a nosong port f olio bachel or degree

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bachel or degree

m ontak a n m a nosong port f olio bachel or degree

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bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

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bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

bachel or degree

m ontak a n m a nosong port f olio bachel or degree

m ontak a n m a nosong port f olio

102

m ontak a n m a nosong port f olio

103

COMPUTATIONAL SKETCH 2016-2017

GLASSHOPPER GENERATED FORMS

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

M AST ER DEGREE

m ontak a n m a nosong port f olio M AST ER DEGREE

m ontak a n m a nosong port f olio

116

m ontak a n m a nosong port f olio

117

m ontak a n m a nosong port f olio

118