Architecture Portfolio 2019 by Jing Wen

Portfolio

2016 - 2019 Masters in Architecture Selected Works

So Jing Wen Singapore T +65 9234 9226 so.jingwen@gmail.com https://issuu.com/jingwen.so

E D U C AT I O N 2 0 1 8 -2 0 19

Singa p ore U nivers ity of Technolo g y and De si gn

M aste rs in Arc hite cture

2 0 1 5 -2 0 18

Singa p ore U nivers ity of Technolo g y and De si gn

B ac he lors in Sc ie nce

2 0 1 3 -2 0 14

N ationa l J u nior Col l ege

A le ve ls

WORK EXPERIENCE I n te r n at OWMF A rch itects

Se p - De c 2018

I n te r n at WOW A rch itects

M ay - Aug 2017

I n te r n at DP A rch itects

Jun - Aug 2016

AWARDS DPA B e st Ma sters of A rch itectu re Th es is (O ve rall)

2019

S i n gapore Institu te of A rch itects (SIA ) Stu d e nt Awards

2019

B e st A rch itectu ra l Des ig n for Res ea rch Statio n i n Orangutan Have n

2019 (to be constructed)

SOFTWARE COMPETENCIES Rh i n o ceros 3D

Digital

G ras sh op p er Re vi t Vra y S ketc hu p Auto C AD A do b e I l l u strator A do b e P h otos h op A do b e I nd es ig n A do b e L ig h troom B am b o o a nd ratta n mod el ma king K n i tt i n g I l l u st ration F l o ral Arra ngement M acrame wea ving C al l i grap h y a nd typ og ra p h y

Analog

MASTERS IN ARCHITECTURE SELECTED WORKS

PORTFOLIO

P R OJ E CTS

III

THE POETICS OF CONSTRUCTION

CONTESTED TERRITORIES

BAMBOO REVISIONS

SO JING WEN

Reinterpreting the bamboo architecture of Simón Vélez

MASTERS IN ARCHITECTURE SELECTED WORKS

PORTFOLIO

TENSILE CO N F I G U R AT I O N S

PHOSPHENE

PERSONAL WORKS

SO JING WEN

Architectural model - 1:30 - Materials: rattan, foam, acrylic, 3d printed joints

https://issuu.com/jingwen.so

the poetics of construction Reinterpreting the bamboo architecture of Simón Vélez

Architecture is invariably as much about structure and construction as it is about space and abstract form. This thesis seeks to explore the spatial and geometric potential of bamboo as a building material, more specifically, the architecture of Colombian architect Simón Vélez. The research will focus on the poetic dimension of the translation from line drawings by the architect to three-dimensional space. The language derived from this study will then be applied to the design project, as a reinvention of Vélez’s novel techniques in bamboo construction.

instructor Felix Raspall location Hangzhou, China project involvement Individual

T H E S I S P R E PA R AT I O N CASE STUDIES

THE POETICS OF CONSTRUCTION

III

church without religion

tolhuistuin pavilion

zeri pavilion

III

tolhuistuin pavilion

zeri pavilion

01.1. / construction techniques

church without religion

D3 D3

D3 D2 D2 D 66 D

01.1. / construction techniques

D1 D1

D 44 D

D2 M2 M2

M 11 M

M 22 M

R1 R2 R2 R1

D 55 D D 77 D D 88 D

M1 M1 R1 R2 R2 R1

R1 R2 R2 R1

D4 D3

D3 D2

01.2. / drawing techniques 12

Construction techniques

D5 M2

R1 R2

D5 D7 D8

M1 R1 R2

R1 R2

m 44 .. 00 m

m 88 .. 00 m

m 44 .. 00 m

.0 m m 77 .0

.0 m m 22 66 .0

.0 m m 77 .0

01.2. / drawing techniques

7 .0 m 4.0m

8.0m

2 6 .0 m

7 .0 m

4.0m

SPRING 2019

Drawing techniques

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

THE POETICS OF CONSTRUCTION

Terminate

Intersect

Linear

Radial

Offset

Line

Bundling

Plane

System

SPRING 2019

THE POETICS OF CONSTRUCTION

SPRING 2019

Joinery - Materials: acrylic, 3d print

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

Distinct central axis defined in the model as the main circulation. The staggered spine and modules created an angled

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

P H Y S I C A L E X P LO R AT I O N S

THE POETICS OF CONSTRUCTION

2 Linear module L1

THE POETICS OF CONSTRUCTION

central access to the pavilion.

Modules

Plan

Sub spaces Linear module L2 on both sides of the model that can be agglomerated along the

Distinct central axis defined in the model

central axis. Each module is defined by 4 Spine arcs that meet at the center point. Multiple spines defined by distinct axes

as the main circulation. The staggered

along the sides of the model.

Spine

spine and modules created an angled

P H Y S I C A L E X P LO R AT I O N S

central access to the pavilion.

P H Y S I C A L E X P LO R AT I O N S

Naves Hierarchy of spaces similar to traditional Gothic cathedrals. Large voids shaped by

Modules THE POETICS OF CONSTRUCTION

THE POETICS OF CONSTRUCTION

Sub spaces Linear module L2 on both sides of the model that can be agglomerated along the

axis defined in the model

central Spine axis. Each module is defined by 4 arcs that meet at the center point. Multiple spines defined by distinct axes

ulation. The staggered

along the sides of the model.

les created an angled

o the pavilion.

P H Y S I C A L E X P LO R AT I O N S

Naves

1 4

t the center point. defined by distinct axes

of the model.

the naves create deceptive lightness of Modules Plan

the structure. The nave terminates with a Curved O1 and straight segments are Offset module bundle with a pointy characteristic. threaded from spine to spine to create a 1 4

T H E P O E T I C S O F C O N S T R U8 C T ◀I O N

THE POETICS OF CONSTRUCTION

omerated along the

h module is defined by 4

weaved Spine mesh. Versatility of the module to Arc & rhythm generate undulating meshes that connect Vertical and horizontal central spine at different heights. defined bythrough framed openings the of model. Movement staggeringtoarcs

varying amplitude. The expansion and

Naves compression of each structural layer

ces similar to traditional

generates a rhythmic roof. The spine consists of multiple elements

ls. Large voids shaped by

that resemble naves that form a walkway

T H E P O E T I C S O F C O N S T R U8 C T◀ ION

he nave terminates with a ght segments are ointy characteristic. pine to spine to create a

ersatility of the module to

ting meshes that connect izontal central spine hts. ed the of model. gh openings staggeringtoarcs

that resemble naves that form a walkway 2

Plan Long elevation

1 4

modules are arrayed around the center Spine Torque radially. Spine is defined on both sides of the

1 4

that twistand in different to the Central diagonal directions lines that form Rotated generate torque. of the model define primary frames structure

Long elevation

that twistand in different Central diagonaldirections lines that to form the Rotated generate torque. of the model define primary frames structure

frames that are rotated by 45 degrees. The

rotated where the Modulesframes generate torque Short Plan Long elevation elevation end points of each bamboo cross between Each module is symmetrical along the two frames.

Varying amplitude of the central dome and smaller radial domes creates rhythm

in the structure. Compression & expansion

Compression and expansion of arcs create

frames that are rotated by 45 degrees. The

different roof heights and shape the

e the hierarchy of spaces.

rotated where the Modulesframes generate torque Short Plan Long elevation end points of each bamboo cross between Eachframes. module is symmetrical along the two

interior spaces.

Long elevation elevation Plan Short

Detail Long elevation

◀

can be identified. These

central spine and overlap to form a

ayed around the center 4

d on both sides of the

lements alongare theoffset. spine e base points

erent gonaldirections lines that to form the 3

with different hierachies

central space where the diagonal axes Arc & rhythm converge.

Roof layers

Varying amplitude of the central dome

Complexity and density in roof layers

and smaller radial domes creates rhythm

create light patterns that enhance the

in the structure. Compression & expansion

interior space.

o the pavilion. plified into two square

Compression and expansion of arcs create

rotated by 45 degrees. The

different roof heights and shape the

generate torque where the

interior spaces.

Long elevation elevation Plan Short

Detail Long elevation Shortjoints elevation Experimental models - Materials: rattan, d-board, acrylic, 3d printed

nd overlap to form a

◀

ach bamboo cross between symmetrical along the

central space where the diagonal axes Arc & rhythm converge.

aves that form a walkway

T H E P O E T I C S O F C O N S T R U C10 T I O◀N

Long elevation elevation Short Plan

central spine and overlap to form a

access points to the pavilion. Structure is simplified into two square

.re of the model define

modules are arrayed around the center Spine Torque radially. Spine is defined on both sides of the Linear ofthe elements alongare theoffset. spine modelarray where base points

hmic roof. sts of multiple elements 2

Plan Long elevation elevation Short

access points to the pavilion. Structure is simplified into two square

Linear elements alongare theoffset. spine modelarray whereofthe base points 3

Modules and differentiate the hierarchy of spaces. Plan

Three modules with different hierachies Offset module O2 and dimensions can be identified. These

de. The expansion and

each structural layer

Modules and differentiate the hierarchy of spaces. T H E P O E T I C S O F C O N S T R U C10 T I O◀ N

deceptive lightness of

Naves compression of each structural layer generates a rhythmic roof. The spine consists of multiple elements

varying amplitude. The expansion and

P H Y S I C A L E X P LO R AT I O N S

weaved Spine mesh. Versatility of the module to Arc & rhythm generate undulating meshes that connect Vertical and horizontal central spine at different heights. defined by through framed openings the of model. Movement staggeringtoarcs

P H Y S I C A L E X P LO R AT I O N S

Gothic cathedrals. Large voids shaped by

oth sides of the model

Plan Long elevation

the structure. The nave terminates with a Curved O1 and straight segments are Offset module bundle with a pointy characteristic. threaded from spine to spine to create a

Hierarchy of spaces similar to traditional 2

the naves create deceptive lightness of Plan Modules

here the diagonal axes Roof layers Complexity and density in roof layers

ial domes creates rhythm

create light patterns that enhance the

expansion

interior space.

nd expansion of arcs create

eights and shape the

◀

Detail Long elevation

density in roof layers

terns that enhance the

Short elevation

SPRING 2019

de of the central dome

LINEAR T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

THE POETICS OF CONSTRUCTION

Bundling Bundling

Linear module L1 L I N E ALRI N E A R Bundling Bundling Bundling Bundling

Terminate Terminate Terminate Terminate

Linear Linear module module L1 Linear module L1 L1 b1 b1

b1 b1

t1 t1

t2 t2

b2 b2

b3 b3

Spine

Modules

Naves

III

Naves

2a IV

Arc & rhythm Arc & rhythm

Arc & rhythm

III

▶

Modules Modules

III

t3 t3

a 2a

t3 t3

▶

SPRING 2019

Spine

b3 b3

THE POETICS OF CONSTRUCTION

b2 b2

THE POETICS OF CONSTRUCTION

b2 b2

III

Spine

Modules

Naves

Arc & rhythm

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

Spine

Modules Modules

a 2a

III

Naves

Terminate

Intersect

Linear module L2

1 L I N E ALRI N E A Rb

Arc & rhythm Arc & rhythm

Bundling Bundling

Terminate Terminate

Intersect Intersect

Linear Linear module module L2 L2 Linear module L2 b1

Terminate Terminate

THE POETICS OF CONSTRUCTION Bundling

LINEAR

Bundling Bundling

b2 i1

b3 b2

I Spine

Spine

Modules Modules II

Modules

III Naves

III NavesIII

Naves

Torque

IV Torque

▶

SPRING 2019

I Spine I

THE POETICS OF CONSTRUCTION

Bundling

Terminate

Offset module O2

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

THE POETICS OF CONSTRUCTION

OFFSET b1 Bundling

Bundling

Terminate

O F F S E T2 b

Bundling

Intersect

Terminate

Termin

Offset module Offset module O1 O1 Radial module R1

III

Spine

Modules

Compression and expansion

Roof layers

Spine

Modules

Arc & rhythm

▶

III

Rotated frames Rotated frames

▶

SPRING 2019

THE POETICS OF CONSTRUCTION

Bundling Bundling

T H E S I S P R E PA R AT I O N P H Y S I C A L E X P LO R AT I O N S

Terminate

THE POETICS OF

Spine

Modules

III

Rotated frames Rotated frames

Intersect

Offset module O1 CONSTRUCTION

2a Bundling

Arc & rhythm

Bundling

OFFSET

Bundling

Termin

Intersect

Interse

O F F S E 1T b

t1 Bundling

Terminate

i1 Terminate

Terminate

Offset module Offset module O2 O2 Radial module R2 b1

b3 b3

THE POETICS OF CONSTRUCTION

2a a

III

Spine

Modules

Rotated frames

Arc & rhythm

III

Spine

Modules

Compression and expansion

Roof layers

▶

SPRING 2019

THESIS SITE SELECTION

THE POETICS OF CONSTRUCTION

SHANGHAI

EAST

IN A

HANGZHOU

NINGBO

SUMMER 2019

Map of Hangzhou

THESIS SITE SELECTION

THE POETICS OF CONSTRUCTION

HA NG ZH OU

BAMBOO FOREST

EX PR ES SW AY

RICE PA D D I E S

SITE

500m

XIKOU VILLAGE

1km

BAIZHANG

HANGZHOU

2km

Map of Baizhang

SUMMER 2019

M O U N TA I N O U S REGION

THESIS A P P L I C AT I O N TO S I T E

THE POETICS OF CONSTRUCTION

Main structure

Spine and modules

Intermmediate structure Spine Module

Main road

Movement through site

Steepest topography

Existing trail Steeper topography Gentler topography

Programmatic nodes

Visitor centre

Museum

Community centre

Program

Residents

Workshop

Children Cafe

SUMMER 2019

Kindergarten

System

International visitors Local visitors

Library

Bamboo craftsmen

THESIS A P P L I C AT I O N TO S I T E

THE POETICS OF CONSTRUCTION

Topographic system

Structural system

SUMMER 2019

THE POETICS OF CONSTRUCTION

Linear module L1

SUMMER 2019

Plan

Structural plan

THESIS LINEAR MODULE L1

THE POETICS OF CONSTRUCTION

Linear module L1

25 Plan

Structural plan

SUMMER 2019

THESIS LINEAR MODULE L2

Render of framed view at mezzanine

Architectural model - 1:100 - Materials: wooden sticks, bristol, foam, acrylic

contested territories Strategies for an integrated sustainable design in Summatra

The assignment is to design a building that hosts and showcases research activities by YEL, Pan Eco and SOCP, to be located in Orangutan Haven, Summatra. The key function is to promote understanding of science, nature studies, and field research. In response to the climatic and ecological conditions, ‘Lark’ is strategically positioned at the top of the valley to establish a visual and physical relationship to the topography. The project also considers the specific social conditions, availability of material resources, talent and technical skills. Additionally, questions of contemporary didactical, curatorial concepts and their spatial implementation informs the design approaches.

‘Lark’ was selected as best architectural design by the jury and construction planning is underway in Orangutan Haven.

instructor location program project involvement

Felix Raspall with Sebastian Linsin (FCL) Summatra, Indonesia Research center In collaboration with Lee Xin Ting

Master plan

CONTESTED TERRITORIES

SITE SITE PLAN

FALL 2019

Site plan

CONTESTED TERRITORIES

Second floor plan

First floor plan FALL 2019

P R O G R A M & C I R C U L AT I O N PLAN

CONTESTED TERRITORIES

FALL 2019

CO N S T R U C T I O N & A N ATO M Y A N ATO M Y

CONTESTED TERRITORIES

FALL 2019

DETAIL FLOOR

CONTESTED TERRITORIES

FALL 2019

DETAIL MEZZANINE

CONTESTED TERRITORIES

FALL 2019

DETAIL ROOF

P R OJ E CT

SEMESTER

CHAPTER

SUB CHAPTER

P R OJ E CT

SEMESTER

CHAPTER

bamboo revisions Architecture & materiality

Architecture has a fundamental relationship to materiality. Bamboo revisions focuses on a specific material, bamboo to investigate the process of spatial design and construction. The studio begins with a short assignment “the chair” to develop design and fabrication skills in bamboo, through the construction of a full-scale prototype chair. The knowledge is then applied at an architectural scale to a design proposal for the bamboo village of Bai Zhang, China. ‘Mandala’ investigates the geometric potential of bamboo that emerges from its unique construction techniques such as bundling. The reference to complex geometries in islamic patterns develops an organisation system that translates ‘the chair’ to an architectural scale while retaining unique physical properties of the material.

instructor location program project involvement

Felix Raspall Hangzhou, China Mixed program In collaboration with Lee Xin Ting

Furniture - 1:1 - Materials: bamboo, twine, plastic

Furniture - 1:1 - Materials: bamboo, twine, fabric

BAMBOO REVISIONS

SPRING 2018

Geometric iterations

THE CHAIR I T E R AT I O N S

THE CHAIR DIMENSIONS

BAMBOO REVISIONS

1.2.3 Dimensions

Top

Front

Top

Front

80°

65°

Back

Dimensions

SPRING 2018

Elevation

THE CHAIR FA B R I C AT I O N

BAMBOO REVISIONS

1.2.4 Fabrication

Cut bamboo at node node bamboo to length length at

and split splitbamboo bamboointo into4 4 Hammer and

SPRING 2018

Shave Shavebamboo bamboothin to thin

Bend to correct angleangle Bendstrips all 3 pieces to correct

THE CHAIR FA B R I C AT I O N

BAMBOO REVISIONS

Bend Bend strip ring into ring

Place in in position positionand andtape tapejoints joints

Tie knots

SPRING 2018

ring Attach ring

Render of teahouse dome

Render of performance theatre

GIR IH TIL IN G SPL ITTIN G

SPL ITTIN G

BAMBOO VILLAGE CONCEPT

BAMBOO REVISIONS BA M B OO CH AIR

DALA

BA M B OO CH AIR

B UNDL IN G

DECAGO N

D E C A GPO

B UNDL IN G

S PAT I A L D O M E

I N S P I R AT I O N

I T E R AT I O N S S PAT I A L D O M E

Furniture scale CH AIR CH AIR

CH AIR

S PAT I A L D O M E

S PAT I A L D Oscale ME Architectural S PAT I A L D O M E

Geometric iterations

GIR IH TIL IN G

216 ° 14 4 ° 10 8 °

14 4 ° 10 8 °

DECAGO N

Decagon

P E N TA G O N

Pentagon

72 °

R H OM B US

Bobbin

Rhombus

72 °

B O B B IN

B OW TIE

Bow tie

Girih tiles SPRING 2018

14 4 °

I N S P I R AT I O N

M B OO CH AIR

14 4 °

B UNDL IN G

CONCEPT

N D AM L AA N D A L A

PAT I A L D O M E

GIR IH TIL

I T E R AT I O N S

I T E R AT I O N

BAMBOO VILLAGE SITE

BAMBOO REVISIONS

古城

文化礼堂

茶叶种植

油站

速

公

路

Site plan

SPRING 2018

高

竹林

BAMBOO VILLAGE LANDSCAPE & TOPOGRAPHY

BAMBOO REVISIONS

Visitor centre

Gallery

Linear tessellation

Basic strapwork

Projection of domes

Radial module

Performance seating

64 Performance

Night market Scaling

Radial tessellation

Linear tessellation

Trim

Teahouse

Weaving topo

Domes & plazas

Pathways

Final topography

SPRING 2018

Topographic grid

BAMBOO VILLAGE LANDSCAPE & TOPOGRAPHY

BAMBOO REVISIONS

P ro

gra

mz oni

gra

phi

mz on

cg rid

To p o

gra

phi

gra

cg rid

c zo n

Isla

mic

ing

Performance

grid

Night market

phi

c zo ni

Playscape

Teahouse Visitor centre/ gallery 3D

top

ogr

aph

+3m y

+2m +1m Ground

Isla

mic

-1m

grid

Performance Night market Playscape Teahouse Visitor centre/ gallery

top

ogr

aph

+3m

+2m +1m Ground -1m

SPRING 2018

To p o

ing

ng To p o

To p o

gra

BAMBOO REVISIONS

BAMBOO VILLAGE TYPOLOGIES

Hyperbolic parabola Performance theatre 66

SPRING 2018

Dome Teahouse

P R OJ E CT

secondary & cladding

BAMBOO VILLAGE TYPOLOGIES

primary

secondary & cladding 67

bundling

bundling SPRING 2018

Structural system

Experimental model - Materials: acrylic, pins, cloth

Pavilion - 1:1 - Materials: bamboo struts, steel, stretchflex fabric

tensile configurations Outdoor canopy in dense tropical cities

Covered exterior s pa ce p l a ys a cr i ti cal ro le i n e quator i al ci ti e s. Tens il e config u rations ex p l ores th e use of ne w de si gn to o ls and di gi tal fa brication pa ired with l ig h tweig h t and low e ne rg y mate r i als to create ne w typ ol og ies for ca nopy stru ctu re s. Me mb rane te nsegr i ty str ucture s form th e p rima r y a rea of stu d y, whe re te nsi on and co mpre ssi on force s res ol ve to form a n u l tra l ig h tweig h t , f re e -spanni ng str ucture . The i ni ti al p h ys ica l exp l orations in form findi ng culmi nate i n a canopy pro posal th at is constru cted at 1: 1 s ca l e to be te ste d for str uctural, the r mal and a irfl ow p erforma nce. A n intens e p roce ss o f prototypi ng and te sti ng fo r t h e d eta il of d is crete connections betwe e n co mpre ssi on me mb e rs and the continu ou s m em bra ne we re cr i ti cal to the f i nal asse mb ly. Th e stu d io h a s s u bs eq u entl y res u lte d i n the pub li cati o n o f a re search pa p er at th e IA SS A nnu a l Symp os iu m 2019 ( Str uctural Me mb rane s) and i s u n de rgo i ng f ur the r re search at SUTD.

instructor location program project involvement

Kenneth Joseph Tracy SUTD, Singapore Tropical tensile canopy Studio collaboration

T E N S I L E CO N F I G U R AT I O N S

DESIGN PROPOSAL AXONOMETRY

SUMMER 2018

Structural system

T E N S I L E CO N F I G U R AT I O N S

Visualisation of stress distribution

Design proposal for knit tensegrity shell

SUMMER 2018

D E S I G N TO FA B R I C AT I O N D I G I TA L FA B R I C AT I O N

T E N S I L E CO N F I G U R AT I O N S

D E S I G N TO FA B R I C AT I O N

SEWING

Edge seam & pocket

Fixed end pocket 80

Extendable end pocket

SUMMER 2018

Seam to seam

D E S I G N TO FA B R I C AT I O N

STRUT

T E N S I L E CO N F I G U R AT I O N S

Typical strut detail

Fixed ends

Extendable ends 81

Ground strut detail

SUMMER 2018

Connection to ground plane

D E S I G N TO FA B R I C AT I O N

F I N A L A S S E M B LY

T E N S I L E CO N F I G U R AT I O N S

Sewing

Struts

Zund cut

Cast rod in bamboo with resin

Fold and pockets

Secure strut end and nut

Completed edges and pocket

Insert strut into pocket

SUMMER 2018

D E S I G N TO FA B R I C AT I O N

F I N A L A S S E M B LY

T E N S I L E CO N F I G U R AT I O N S

Ground connection

Assembly

Insert rod through fabric

Extend struts to make fabric taut

Insert rod through metal plate

Erect pavilion

Secure metal plate to ground

Secure tent in marked positions

SUMMER 2018

phosphene Installation for Singapore Night Festival 2017

P h os p h ene is a jour ne y of i nspi rati on, sur pr i se s and s ig nifica nce. Th e work ce le b rate s the b eauti f ul mome nts i n th e Singa p ore N ig h t Festi valâ&#x20AC;&#x2122;s de cade -lo ng jour ne y, i nvi ti ng vis itors to s h a re the jo ur ne y as the y wande r through a d a rk a nd wind ing ca ver n o f dynami c, twi nk li ng li ghts and unexpe cte d tur ns. P h os p h ene d e vel op ed through Si ngapore Ni ght Fe sti valâ&#x20AC;&#x2122;s (SN F) O p en C a ll for Ni ght Li ghts. The pro je ct was a col l a boration betwe e n stude nts f ro m archi te cture , eng ineerin g and i nfor mati o n syste ms i n SUTD.

location National Design Center project involvement Group collaboration with Praxis+

Installation - 1:1 - Materials: cardboard, PP board, film, LED lights, carpet, cable ties

PHOSPHENE

SUMMER 2017

Structural system

FINAL DESIGN

AXONOMETRY

FINAL DESIGN

FA B R I C AT I O N

Zund cutter

PHOSPHENE

Painting cardboard black

Cable tie outer cardboard skin

Sticking film to pp board with spray mount

Assemble frames

Attach frame and lights to cardboard skin

Light testing

Attach inner pp board skin to frame

Assemble tunnel sections

SUMMER 2017

I L LU S T R AT I O N

PERSONAL WORKS

LOOMINGWOES

other works

I L LU S T R AT I O N

LOOMINGWOES

PERSONAL WORKS