Architecture Portfolio_Cecilia

GENTLE POWER 。

Selected works from M.arch, B.arch and Internship 2011-2018 Cecilia Yao

1

CECILIA YAO Melbourne City, VIC 3000 M: +61 42055 4817 E: ceciliayao1125@gmail.com

2

[RELEVANT EXPERIENCE]

[ABOUT ME]

Feb. 2013 - Fall 2015

Graduated from RMIT University, I am capable of delivering proficient and high-quality modelling, rendering and documentation tasks with seven years' training in architectural institutes.

Research Assistant Pengtao Landscape Studio in Wuhan University Conduct preliminary research Concept architectural design in collaboration with landscape designers Participate discussing with client in early stage Presentation & Documentation

Dec. 2015 - Feb. 2016

Student of Architecture Natural Build Studio, Shanghai Conduct preliminary research Concept design Physical and Digital Modelling Documentation

Aug. 2016 - Jan. 2017

Project Assistant Plasma Studio, Beijing Digital Modelling and Rendering Analysis using parametric tools Concept design and form elaboration Documentation

Additionally, relevant working experience provides me a complete idea about the procedure of a program as well as the confidence to cope with any challenging and creative task.

[SKILLS]

MODELLING Rhino Grasshopper Sketchup Processing/Python Physical Model

Advanced Intermediate Intermediate Basic Advanced

DOCUMENTATION AutoCAD Revit

Intermediate Basic

RENDERING During the internship, I was responsible for preliminary research, assistance in concept design, documentation and presentation documents preparing, physical and digitally modelling, parametric data analysis and afterdesign elaboration. I've participated in several planning, landscape design and architectural design projects, which gave me a throughout idea about the procedure of a program. Additionally, the experiences of ever working in a complicated project equipped me with confidence facing any challenge.

Vray Keyshot/Lumion/Artlantis Photoshop

Advanced Intermediate Advanced

GRAPHIC & OTHER [EDUCATION] 2017 - 2018

Master of Architecture Design RMIT University, Australia

2011 - 2016

Bachelor of Architecture Design Wuhan University, China

2013 - 2016

Double Bachelor's Degree in French Wuhan University, China

InDesign Illustrator Affer Effects Mircosoft office

Advanced Advanced Basic Intermediate

[LANUAGES] Mandarin(Native) English(PTE 80) French(Basic) 3

group work

[M.ARCH] L

individual work

XS S M L XL

LONGFENG CHENGXIANG CANCER VILLAGE page 05

Concept Design of a Cancer Recovering Village Beijing, China 2018.07 - Supervised by Peter Brew

TOWNHALL AS A MANIFESTO page 07

Concept Design of a Public Townhall

M

Point Cook, Melbourne 2018.03 - Supervised by ARM STUDIO

S

CONCEPTUAL MEMORIAL MUSEUM

page 19

Zhejiang, China 2013, Summer - Supervised by Jing Zhen

XL

DYNAMI X HOUSE page 10

Conceptual Modular System for Volume Housing

RENOVATION OF OLD DISTRICTS page 22 Wuhan, China 2015, Summer - Supervised by Shidan Chen

Melbourne 2017.07 - Supervised by Ian Nazareth in collaboration with Porter Davis Houses

M

ECO-FRIENDLY EDUCATIONAL BUILDING page 25 Wuhan, China 2013, Fall - Supervised by Lingjiang Huang

S

[OTHERS] S

EVOLUTION OF VENACULAR HOUSES

PROJECT ON THE HOUSE page 14

building complex planning

[INTERNSHIP] M

YANGYUN CULTURAL CLUB page 31 Beijing, China 2015, Fall - Natural Build Studio, Shanghai

BEHAVIOURAL-BASED DESIGNS OF INSTALLATIONS page 15&17

Responsive Structure based on Hololens + Urban Interventions

XL

IZMIR UNI CAMPUS MASTERPLAN page 32 Turkey 2016, Fall - Plasma Studio, Beijing

2017 - Supervised by Gwyllim Jahn / Jane Dash

XS

FLOATING STRUCTURE

Investigations into Floating Bamboo Structure 2014, Fall

4

building

A Research on Australian Catalogue homes 2018.06 - Supervised by Julian Canterbury & Rodney Eggleston in MARCH STUDIO

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page 27

Qinghai, China 2014, Summer - Supervised by Jing Zhen

housing

CONTENTS

L

[B.ARCH]

installations

[SELECTED WORKS IN M.ARCH]

LONGFENG CHENGXIANG CANCER VILLAGE

Concept Design of Cancer Recovering Village

L

Cultural building Beijing, China

Major Project 2018.07 - Supervised by Peter Brew

Cultural Imagery; Vernacular; Healthcare Complex; Experimental Forms; Hybird Typology This proposal began with the slum in which around 200 cancer patients stay in order to get treatment from the nearby prestigious Beijing Cancer Hospital. Despite the geographical isolation from the urban context, they have to tolerate a horrible living condition.

In comparision, the traditional chinese village, which is abundant in colors, materials, decorations and architectural forms, is well known for the strong emotional and social connections between neighbour. Additionally, a mixture of multiple buildings with different function is common in the configuration so that residents are forced to communicate with other in daily life.

Thus, in order to create a sense of belong in the community and a more adorable place for cancer patients to live, a hybird typology consisting market, housing and temple, which indeed recalls the traditional vernacular that ever exist but already disappeared in modern Chinese context, becomes a potential solution. And the richness imageries extracted from traditional Chinese culture becomes the source for the colors, materials and forms.

5

entrance

market

temple - public space

market

meditation space

temple

housing

section view 6

[SELECTED WORKS IN M.ARCH]

TOWNHALL AS A MANIFESTO

Concept Design of a Public Townhall

L

Public building Point Cook, Melbourne

Individual work 2018.03 - Supervised by ARM STUDIO

Pulp; Metaphor Forms;Public Buildings; Chaotic and Balance

Collective memories about city are composited by the buildings and other elements like landscape and monument, which brings an expectation for people when they experience a public building. Those expectation and memorial symbolic items become the sources for the forms of components in this design.

We use the word ‘pulp’ to describe the matter with soft moist shapeless mass. It encourages the chaos instead of order; it encourages conflict instead of harmony; it encourages heterogeneity instead of homogeneity; it encourages that every part in the building should be identified and individualized.

Thus, in order to manage such a chaotic situation, pulping becomes the primary technique to stimulate compromising and negotitating between various components.

components are defined by the functions, or in an other word, the role they act comparing to a building in a city. A giant roof which is a metaphor for urban landscape, emphasizes the in-between space and provide a 'cushion' for conflict, with its soft shape of the giant roof reflecting the dialogues between each components.

The essential forms and spatial language for various

7

Ground Floor Plan

What makes a city?

Masterplan

Section 8

Elevation View

Ground Floor

First Floor Plan

Interior Views Interior Views

Roof Floor

Roof Plan 9

[SELECTED WORKS IN M.ARCH]

S

DYNAMI X HOUSE

Conceptual Modular System for Volume Housing Housing Melbourne

Individual, Group work 2017 .07 - Supervised by Ian Nazareth in collaboration with Porter Davis Houses

Customisation Process; Economy Design; Adjustable System; Plugins System

Dynamixhouse is an innovative modular system for volume housing. It adds flexibility and adaptability to the future houses by changing the personal space into replaceable dynamic parts.

A typical DynamixHouse is divided into two part. Despite the fix space serving for sharing activities like dinning, kitchen and living, private spaces are designed into plugins. Users are allowed for adding or reposition of the plugins.

Based on the taxonomy research about the room size and circulation of Porter Davis houses, the configuration of the plugin base will be designed according to the following rules: Smaller-size plugins for the temporary activities will be placed beside the circulation space and larger-sized ones will be on the inner side. The plugin base is designed according to the potential professions of the users so it is prepared with pre-positioned connections. So, the plugins, with two to three different sizes, will be installed in the corresponding positions.

Additionally, this project will also contribute to a brand-new relationship between architects and clients by providing a more concise and adjustable customisation process.

10

Plugin Plugin With t With t the plu the plu websit websit users users archite archite

HOUSE PLUG-INS HOUSE SHOP ONLINE

light water-proof roof panels

www. pdplug-ins.com

timber framework

ny

_lig

07

steel structure to add flexibility

els

an

p ht

er

lay

me

a _fr

06

all

lw

na

coating for external wall

0

0

glass wall

$1000.00

n

ADD TO CHART

n

he

itc

k g&

0

INTERIOR INTERIOR 01 01

INTERIOR 01

INTERIOR 01

er

r

ye

s la

las

g 3_

INTERIOR INTERIOR 01 01

ay

gl

tin

oa

c 4_

er

ay

el

tur

c tru

s 5_

er

lay

walk in robe bath balcony

LIKE

door

r loo

df

vase

INTERIOR INTERIOR 01 01

INTERIOR INTERIOR 01 01

INTERIOR 01

INTERIOR 01 Interior Rendering

bedroom master bedroom

DYNAMI X HOUSE

ins

lug

_p

02

plugin bases

m

0m

15

m

0m

35

m

0m

0 10

0

m

0m

00

-3

2.5m

5m

1ST FLR

10m

m

0m

m

15

0m

00

10

PLUGIN_BASE_1 artists

PLUGIN_BASE_2 multi-generation family

flexibility

WHY CHOOSE THIS SCALE? Investigation of Plugins' Size By comparing the different sizes of plugins, I found that with the size of the plugin becoming smaller, the operability for the users will decline but the flexibility for the house will increase. For example, a plugin with the dimension of 100 times 100 mm is difficult to be handled by the users without professional assistance but is of most flexibility to the house. Considering the minimum space for a certain activity, the dimension of the plugins in the dynamic house is designed to be around 1 times 3 metres.

m

0m

35

controllability plugins scale

e

as

_b

01

m

10

m 00

m

0m

00

-3

EXPLODED-AXONOMETRIC_PRIVATE SPACE

PLUGIN_BASE_3 tenants

PLUGIN_BASE_4 aging family

Byrweqrqwrewqrqwrrweqrqwrewqrqwrrcomparing the different sizes of weqrqwrewqrqwrrweqrqwrewqrqwrrplugins, I found that with the size weqrqwrewqrqwrrweqrqwrewqrqwrrweqrqwrewq ofrqwrrweqrqwrewqrqwrrweqrqwrewqrqwrrweqrq the plugin becoming smaller, the wrewqrqwrrweqrqwrewqrqwrrweqrqwrewqrqwrr operability for the users will decline weqrqwrewqrqwrrweqrqwrewqrqwrrweqrqwrewq but the flexibility for the house will increase.

11

xt

_e

05

living

ing

_liv

03

Iterations

EYEBIRDS VIEW

kitchen dinnng

Based on the size andn he kitc &the type of the families, ing inn _d 02 amount of plugins will differ from house to or flo nd house.Thus effect the rou size _g 01 of the plugin base and the outlook of the house laundry & toiletts

garage

outdoor courtyards

HOUSE TYPE_01

HOUSE TYPE_02

HOUSE TYPE_03

EYEBIRDS VIEW

HOUSE TYPE_04

EXPLODED-AXONOMETRIC_SHARING SPACE

m

0m

15

Dynamic Area private space

HOUSE TYPE_01

HOUSE TYPE_02

HOUSE TYPE_03

Fixed Area sharing space

HOUSE TYPE_04

WHY CHOOSE THIS SCALE?

HOUSE PLUG-INS

tiled-roof

balcony bar

light water-proof roof panels

tiled-roof

f

HOUSE SHOP ONLINE

roo

_ 07

ro

_ 07

_

HOUSE PLU

y balcony bar

all

lw

rna

xte

_e

05

concrete external wall

all

coating for external wall

lw

na ter

x

_e

05

ing

0

glass wall

living

g

$1000.00 03_

laundry & toiletts

din

_ 02

n

he

kitc

g&

nin

garage

kitchen dinnng

walk in robe bath balcony

LIKE

laundry & toiletts

garage

outdoor courtyards

_

01

nd

u gro

g nin

in

_d

or

02

flo

it

&k

$1000

ADD T

n

e ch

LI

door

vase

bedroom master bedroom

outdoor courtyards

plugin bases

m

0m

m

mm

00

0m

35

30

Fixed Sharing Space m

m SPACE EXPLODED-AXONOMETRIC_SHARING 00 mm 00

00

10

Dynamic Private Space

m

0m

15

EXPLODED-AXONOMETRIC_PRIVATE SPACE

1

flexibility

12

m

0m

35

m

0m

controllability plugins scale

e

as

_b

01

15

ins

lug

_p

02

r loo

f nd

rou

_g

01

EXPLODED-AXONOMETRIC_SHARING SPACE

r

ye

s la

las

_g

03

ADD TO CHART

r

ye

g la

tin

livin

kitchen dinnng

r

ye

e la

oa

_c

04

r

tur

uc

_str

05

er

lay

ye

e la

am

_fr

06

living

liv 3_

pa

ht

0

y steel structure to add flexibility

concrete external wall

ls ne

lig 7_

on

alc

_b

06

HOUSE SHOP ONLINE

timber framework

on

lc ba

06

www. opdplug-ins.com f

15

10

00

mm

m

0m

00

-3

rweqrqwrewqrqwrrweqrqwrewqrqwrrm m 0m weqrqwrewqrqwrrweqrqwrewqrqwrr00 0m 35 -3 mm weqrqwrewqrqwrrweqrqwrewqrqwrrweqrqwrewq 00 0 1 rqwrrweqrqwrewqrqwrrweqrqwrewqrqwrrweqrq wrewqrqwrrweqrqwrewqrqwrrweqrqwrewqrqwrr weqrqwrewqrqwrrweqrqwrewqrqwrrweqrqwrewq

m

0m

00

10

SECTION 1-1 SECTION 1-1

SECTION 2-2

0

2.5

5

10m

0

2.5

5

10m

SECTION 2-2

13

[SELECTED WORKS IN M.ARCH]

S

Group work, with David Mundattuchundayil Thomas 2018.06 - Supervised by Julian Canterbury & Rodney Eggleston in MARCH STUDIO

Research; Catalogue Homes; Prices; Affordable Housing 9.1%

7.6%

% 8.1

16.0 %

9.7%

h

.1% 11

.0% 11

h

.2%

8.9%

ms

B e d ro o

d

11.3%

ms

% th

oo

dr

th Ba

om

ro

Bed

8.0%

om

s

7.4

11.

1%

2% 13.

Bedroom 2 2.9 x 3.0

Sekisui House - Argyle Area : 105 sqm

h

4% 18.

or

10 .0

% 9.6

5.6%

Cor

% 4.4

m

Ba

m

ro o

8.1 7.0%

B e d ro

% s

om

B e d ro

Bed

h

5.1%

%

.2%

rid

13.0%

9.3%

1.4% 9.5% 6% 11.

2.1% 10 .0%

9.8 %

r

r

ro o

Co

s

do

Bed

or

Cor Corri

or

rid

or

14.9%

% 4.4

11 .6%

th

Corrid

16 .5

Ba

r

rid

%

.8% 16 G.S.T

th

11 .0%

Ba

3.2%

14 .6

y

Co

Cor

dr y m

% 11.9

ro o

10 .8

dr

G.S.T

4.7% 7.7 %

r

oo

Be

Corrid o

d

B e dr

15.4%

rri

24.0 %

Co

Bed

3.5%

.3% 12

4.5% 9 .2%

G.S.T

ro o

s

6.3%

ro Bed

n

th

om

3 8.5 %

ni

om

Bed

ro

Ba

Be

m

ro o

9.8 %

s

8.9%

h

Di

1

Corrid or

d

t K it Ba che Sekisui House - Argyle n Laun dr y Area: 113 sqm Area (without garage and Verandah): 92 sqm Estimate Cost: $176,674 Real Cost: $157,700 Proportion of Construction Cost

L/Dry 2.1 x 1.5

h

Archiblox - Fox Area:Proportion 36 sqm of Area Area (without garage and Verandah): 36 sqm Estimate Cost: $82,767 Real Cost: $166,440 Bath 3.6 x 1.8

% 3.2

r

y

rri

Living 4.0 x 4.3

2

B at

n Lau ndr y

Garage 6.4 x 3.5

ng

che

Livi

dr

Co

g

K it

Kitchen 3.0 x 1

Bath 3.0 x 1.8

D inin

B

dr y

Proportion of Construction Cost

Bedroom 1 3.7 x 3.8

%

or

Laun

Bath 3.2 x 2.0

r id

n

Bedroom 1 4.0 x 4.3

Kitchen 4.3 x 4.2

Dining 2.8 x 3.7

Bedroom 2 3.1 x 3.1

Bath 2.1 x 1.7

g

% 4.4

14.9%

Bedroom 3 3.0 x 3.0

14.9% Bedroom 3 3.2 x 4.5 Dining 3.1 x 3.6

Archiblox- Lennon Area: 113 sqm Area (without garage and Verandah): 113 sqm Estimate Cost: $189,593 Real Cost: $388,100

Kitchen 2.8 x 3.0

Bath 2.1 x 2.5

Bedroom 1 3.5 x 3.6

Porter Davis - Quebec Area : 110 sqm

Garage 6.2 x 5.5

Sekisui House - Argyle Area: 153 sqm Area (without garage and Verandah): 96 sqm Estimate Cost: $189,748 Real Cost: $171,502

1% 12.

* Plan have been sourced from the company brochures

% 5.3

s

Bed ath

yB

dr

Be h

B at r

y

6% s

om

11.3 %

B e d ro

.8% 18

s

m

ro o

B ed

.0% 14

h at

h

13.

9%

ro

Bed

at

h

th

8.9

s

B e d ro o m

G.S.T

Di

ni

14.0%

G.S.T

s

Bed

8.4%

11 .5%

6% 19.

4.2%

m

s

To il

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m

o o ro Bed

C

ro

G.S.T

G.S.T

et

o

8.3 17.4%

25.0%

11.9%

% 11.7

% 11.7

11.0%

et

25.1%

B e d ro o m s

s B e d ro o m h at

dr

Be

6. s

8.9

m

ro o

Bed

o B e d ro

h

ms

Ba

%

33.9%

B e d ro o m s

19.7% s

%

.7%

To il

Co

at

dr

14.4%

23.9%

14.1%

r

ms

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13.8%

13.8%

Dinin

g

h

G.S.T

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%

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B e d ro o m

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5.6%

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Be

r

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ido

13.3%

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14.0%

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D

%

%

% 3.4

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dr

ido

G.S.T

13.3% G.S.T

ms

Be

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ni

Di

ni

th

14.7 %

5.6%

Di

7.4 7.4 % %

%

14 .

G.S.T

ms

Ba

K i tc h e n

12.5%

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Di

5.6% 5.6% 9.3 9.3 % %

G.S.T

s

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m

% 6.0% 6.0

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at

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g

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nd

% 4.7

% 3.4

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10.9 %

g

6.

G.S.T

ms

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%

Dinin

25.0%

ro o

g

6.

oo

y

Proportion of Construction Cost Proportion of Construction Cost

V 319 Area : 99 sqm * Plans have been sourced from Small Homes Services blueprints

14.4 %

33.9%

6%

25.0%

5.9 %

in

Liv

he n La u ndr

13 .8

B

K itc BEDROOM 1 3.6 x 4.1

23 .

Dinin g

.4% 29

Bath 2.7 x 1.7

ing

t

Liv

Ba

r

or

%

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h e n Lau n dr y

.4% 39

rid

9.1% Living 4.8 x 3.2

Entry 2.1 x 6.4

or

Bedroom 3 3.4 x 3.0

Bedroom 2 2.8 x 2.7

L

Bedroom 3 3.4 x 2.8

Bedroom 1 4.5 x 3.3

K itc

T 320 Area : 117.9 sqm

4% 39.

at h

r

Living 6.0 x 4.2

La u n dr y B

do

Bedroom 2 4.5 x 3.3

nd

17 .0

Bath 2.7 x 1.7

L/dry 2.7 x 1.7

chen

Proportion of Area

Dining 3.7 x 2.7

rri

ry

ng

nd

V 243 Area : 92 sqm Livi

16.2 %

Lau

% 5.3

14.0%

Proportion of Construction Cost

.9% 27

g

Livin g

K itc h e n Bedroom 22 Bedroom 4.0 x 3.6 4.0 3.6

T 260 Area : 67 sqm

Lau

Proportion of Construction Cost

nin

ng

4%

24 .

B

Laun dr y

n

11

Di

9.1% 2%

Bath 3.3 x 1.7 3.3 1.7

th

12

Proportion of Area

L/dry Laundry 1.7 x 1.4 1.7 1.4

Ba

% 31.8

dr yProportion of Construction Cost

Dining Dining 2.6 x 2.3 2.6 2.3

che

Proportion of Construction Cost .9%

ng

K itc h e n L a u

ry

Livi

dr y

Proportion Bof Construction Cost

4m

7.9

3

Laund

or

Laun

Proportion of Construction Cost

2

Kitchen Kitchen 4.1 x 2.3 4.1 2.3

hen

rid

en

K it

Living 4.7 x 3.3

or

K itc h

ry

9.1%

Kitchen 6.0 x 2.4

4

Laun

Bedroom 2 4.2 x 3.4

K it

14.5%14.5% 4

33.0%

en

nd

K itc h e n

9.1%

Bedroom 1 3.3 x 3.0

L iv i n g

K itc

ng

Proportion of Area

ng

T 273 Area : 79 sqm

iv i

9.1%

%

Proportion of Area

.8% .8% 21 21

i n g Li vi n g D i n g in i n g Li v

L i v in g

BEDROOM Bedroom 22 4.0 Xx 3.6 3.6 4.0

dr y

K itc h

Lau

79

n L a u n d r y B at h

Proportion of Construction Cost

T 253 Area : 69 sqm

16.2 %

D in

BEDROOM Bedroom 11 2.5 Xx 3.6 3.6 2.5

Bath 2.6 x 2.0

Proportion of Construction Cost

Kitchen 2.4 x 2.7

9.1%

che

ni

un

Kitchen 2.7 x 2.0

Dining 2.8 x 2.7

16.2 %

g

8.4%

t

% 38.7

Lau n dr y

Dining Dining 2.7 x 2.8 2.7 2.8

K itc h e n

Ba

n

17

Bedroom 22 Bedroom 4.2 x 3.7 4.2 3.7

Proportion of Construction Cost

BEDROOM Bedroom 11 2.5 Xx 3.6 3.6 2.5

BEDROOM Bedroom 22 4.00Xx 3.6 3.6 1 4.0

he

L ivi n g

6.9% 6.9% 2.9 2.9

in g ivin L

BATH Bath 3.3 Xx 1.7 1.7 3.3

tc

L/dry 2.0 X 1.7

24 .

4%

4%

Liv

LAUNDRY BATH Laundry Bath 1.7 1.4 3.3 Xx 1.4 1.7 1.7 3.3 1.7

LIVING Living 6.0 Xx 4.0 4.0 6.0

Living Living 4.2 x 3.8 4.2 3.8

Ki

9.1%

LAUNDRY Laundry 1.7 Xx 1.4 1.4 1.7

LIVING Living 6.0 Xx 4.0 4.0 6.0

ng

g

Livin g

La

Proportion of Area y dr K itch en Lof aunArea Proportion Proportion of Area

DINING Dining 2.6 Xx 2.3 2.3 2.6 DINING Dining 2.6 Xx 2.3 2.3 22 2.6 Bedroom Bedroom 4.0 x 3.6 4.0 3.6

La

K itc h e n

K itc h e n

KITCHEN Kitchen 4.1 Xx 2.3 2.3 4.1

Bedroom 22 Bedroom 3.2 x 3.5 3.2 3.5

0% 14.

Bedroom 22 Bedroom 4.0 x 3.6 4.0 3.6

L/dry Laundry 1.5 x 2.0 1.5 2.0

Livin g

n in

ng

Bedroom 11 Bedroom KITCHEN Kitchen2.5 2.5 x 3.6 3.6 4.1 Xx 2.3 2.3 4.1

un

Bedroom 11 Bedroom 2.5 x 3.6 2.5 3.6

Living Living 4.0 x 3.3 4.0 3.3

K it

Proportion of Area

Kitchen Kitchen 2.6 x 2.7 2.6 2.7

L i vin g

Di

24 .

g

g

2%

Bath 3.3 x 1.7 3.3 1.7

2%

Bath 2.6 x 2.0 2.6 2.0

in

n in

9.1%

L/dry Laundry 1.7 x 1.4 1.7 1.4 Living Living 6.0 x 4.0 6.0 4.0

4% 12.

%

B

dr y

9.1%

Bedroom 11 Bedroom 4.5 x 3.2 4.5 3.2

9.1%

Bath 3.3 x 1.7 3.3 1.7

Bedroom 11 Bedroom 3.5 x 3.5 3.5 3.5

Dinin g

L/dry Laundry 1.7 x 1.4 1.7 1.4 Living Living 6.0 x 4.0 6.0 4.0

Dining Dining 3.7 x 2.2 3.7 2.2

.9% .9% 28 28

Di

Dining Dining 2.6 x 2.3 2.6 2.3

K itc h e n L a u

Proportion of Area

.4% 30

Proportion of Area

L a u n d r y B at h

Proportion of Area

in

JUNE 2018

n

Dining Dining 2.6 x 2.3 2.6 2.3

Kitchen Kitchen 2.5 x 4.0 2.5 4.0

22.4%

Bath 1.6 x 2.5 1.6 2.5

4% 12.

.3% 12

Livi ng

d

itc h e n RAWLINSONS SQM RATE = $1,832.53

he

7.9

Lau

K

7.9

B COST IN 2018 = $145,283 RAWLINSONS ry

33.0%

K

Kitchen Kitchen 4.1 x 2.3 4.1 2.3

L/dry Laundry 1.6 x 2.5 1.6 2.5

L i v in g

itc

Neeta Homes 83 Area - 77 sqm Cost - $22,500

AREA = 79 SQM

41.3%

1980

33.0%

T 273

g

COST & SIZE

% 11.8

m

8.4%

Livi n

8.4%

24.8%

ng

4m

Dini

3

Dinin

2

ng

1

Neeta Homes Area - 77 sqm Price for 2018 is calculated using average inflation * Present Selling Cost - $22,500 rate as 3.86%

% 8.1

Bath 3.2 x 2.1

20 .2%

L/Dry 2.6 x 3.2

7.2%

Bath 1.5 x 2

% 4.6

Bedroom 2 3.2 x 4

Living 3.2 x 4.5

D i ni

Dining 3.2 x 4.5

or

Kitchen 3.2 x 3.1

rid

Bath 2.6 x 1.5

Bedroom 1 3.4 x 4.5

Neeta Homes Area Area - 77 sqm Cost - $22,500

Cor

0

Bedroom 11 Bedroom 2.5 x 3.6 2.5 3.6

Metricon - Avoca Area :130 sqm

.1% 27

Living 4.3 x 3.8

Livin

Elevation

Living Living 6.0 x 4.0 6.0 4.0

th

Living 3.9 x 4.0

9.1%

8% 37.

g

he

at

23

Ki

L a u n d r y B at h

Archiblox - Lennon Area : 111 sqm

Elevation

Ba

Metricon - Avoca Area: 153 sqm Area (without garage and Verandah): 109 sqm Estimate Cost: $200,566 Real Cost: $158,900

nin

Livi n g

.8% 21

dr y

s

do

om

Bed

12.6 % om

ro Bed

8.4

Corri

12.8%

.8% 21

G.S.T

s

aun

.9% 24

r

s

Co

s

B e d ro

.5% 14

3.6%

8% 14.

.2%

11.

9%

G.S.T

9.5% nL

Dining 4.8 x 3.0

Proportion of Construction Cost

1980

The quest to build an Architect designed house for under $100k in Melbourne, Australia.

3.8%

Kitchen 3.2 x 2.7

Garage 3.5 x 6.5

Living 4.1 x 4.0

1980

Proportion of

BOOK 01

Plan

%

18.4 %

r

m

ido

6.3%

Corr

6.3%

r

B at h

ry

Anchor Homes - Jindra .3% Area: 109sqm 10 Area (without garage and Verandah): 109sqm Estimate Cost: $207,492 Real Cost: $201,900

in g

.8% 21

Co

Lau n d

Proportion of Area

Di

Din

K

Bedroom 1 3.5 x 2.7

L i v in g

PROJECT ON THE HOUSE

G.S.T

s

he

c

n

Bedroom 3 2.9 x 3.0

tc

21 .9

K it

he

en

.1% 28

or

Livin g

n

Bedroom 3 3.2 x 3.1

L iv i n g

tc

26.

6%

tc h

Bedroom 3 3.2 x 3.0

r id

% 39.2

g

he

Proportion of Area

Archiblox - Fox Area : 42 sqm

Bath 3.0 x 2.5

g

%

Ki

Ki

%

Sienna Homes - Austin Area : 128 sqm

Area (without garage and Verandah): 109 sqm Estimate Cost: $205,158 Real Cost: $158,900

.5% 28

nin

Bedroom 2 3.1 x 3.1

L/Dry 2.1 x 1.5

Proportion of Construction Cost

9.1%3.2Bath x 1.5

L/Dry 2.1 x 1.5

Bedroom 2 3.2 x 3.0

nin

ing K itc h e n

Bedroom 2 2.7 x 2

n

5.3 %

Liv

u La

n Lau n dr y

9.1%

Di

Bath 3.2 x 3.0

Bedroom 1 3.3 x 3.6

Ki

Living 3.2 x 3.4

h

Di

itc

.4%

or

% 38.8

Livin g

Dining 3.2 x 2.4

55

in g

Kitchen 3.2 x 2.7

che

Sienna Homes - Austin Proportion of Construction Cost153 sqm Area:

Anchor Homes 4.7-%Red gum Area: 63 % sqm 1.5(without garage and Verandah): 63 sqm Area Estimate Cost: $118,542 Real Cost: $133,170

22 .2

K it

Garage 6.0 x 3.5

Bedroom 2 3.0 x 3.1

Liv

Bath 3.2 x 1.5

B at

% 5.0

ing

Bedroom 3 3.0 x 2.9

g

or

.8% 35

in g n

.2%

5.3 %

Bath 2.0 x 1.6

n

he

2

Liv

La

11

at

21

t

.1%

% 8.4

Liv

tc

t

Dining

ng

Ba

aundr y

Bedroom 1 3.6 x 3.2

or

.8% 27

ng en L

9 Proportion of Construction Cost

11 Anchor Homes - Jindra Area : 120 sqm

.1% 33

in g

ing

u La

K itc h e n

Bedroom 2 2.7 x 2 Bedroom 1 3.5 x 2.7

hen

Kitchen B y ndxr2.7 u3.2

Livi

ch

Proportion of Area

D in

Liv

Plan

un

.2% 14

5.3 3.1% 3%

in g

Bath 2.0 x 1.6

Dining 2.1 x 1.8

Living 4.2x 3.1

La

K itc h e n

Bedroom 3 2.0 x 2.5

Dining Bedroom2.1 1 x 1.8 3.5 x 2.7

Living 4.2x 3.1

Din

2.7 x 2

Livi K itc

g

.9%

.1% 33

ing

Kitchen 3.3Bedroom x 2.7 2

Anne-Laure CAVIGNEAUX

.2% 14

Liv

L/dry 2.2 x 1.2

Bedroom 3 2.0 x 2.5

Bath 2.6 x3.1

Bath 2.6 2.0

L/Dry 2.6 x 2.5

Proportion of Area

K it

Bedroom 1 3.2 x 3.0

Kitchen 3.3 x 2.7

Living 3.7 x 3.7

r id

g

Kitchen 3.2 x 2.7

h

Proportion of 6 Area

SQM RATE IN 2018 = $1,858.32

in g

Julian CANTERBURY Rodney EGGLESTON

L/dry 2.2 x 1.2 Bath 2.0 x 1.6

.6% 32

D in in

%

D inin

B at

au ndr y

Ba

n Laun dr y

9.1% Dining 3.2 x 3.7

9.1%

or

4% 37.

en L

Dining 2.1 x 1.8

Living 4.2x 3.1

Kitchen Kitchen 4.1 x 2.3 4.1 2.3

14

tc h

RAWLINSONS COST IN 2018 = $140,489

Din

Bedroom 3 2.0 x 2.5

D

Kitchen 3.3 x 2.7

Ki

Anchor Homes - Red gum Area : 68 sqm

$22,500 IN 1980 = $94,916 IN 2018

.2% 14

Dining 3.2 x 2.4

Living 3.2 x 3.4

g

SQM IN 1980 = $287 L/dry 2.2 x 1.2

L/Dry 2.1 x 1.5

Bath 3.2 x 1.5

Bedroom 1 3.2 x 3.0

Livin

PRICE IN 1980 = $22,500

David THOMAS Zhuxi YAO

CATALOGUE HOMES

ini ng

AREA = 75.6 SQM

RMIT UNIVERSITY

Bedroom 2 3.2 x 2.5

3% 11.

r id

MARCH STUDIO

m

.0% 13

che

Proportion of Construction Cost

Proportion of Construction Cost

33

NEETA HOMES

Bed

7.0%

B e d ro

th

Ba

9.1%

Proportion of Area

8% 12.

1980

ro o

s

om

9.3 %

Be

dr

11 .2%

2% 17.

4.2%

in g

s

13.6%

K it

h

.2% 12

Din

th

B at

n Lau ndr y

9.3%

che

4.2%

G.S.T

ms

ry

.4%

oo

B e d ro o m

9.2

r

Ba

do

18.8%

Corri

r

Laund

21

Proportion of Area

n

Co

ng

K it

18.6 %

che

G.S.T

Livi

g

K it

g

Livin

Li vi n g

dr y

D inin

ng

Laun

n

6.4 %

che

or

ni

7% 35.

ng9%

Di

32.9%

Livi ng

K it

%

r id

Di ni

23 .

s

3% 12.

9.1%

.5% 15

.8% 26

Publication Melbourne

m

PROJECT ON THE HOUSE

A Research on Australian Catalogue homes

[SELECTED WORKS IN M.ARCH]

BEHAVIOURAL-BASED DESIGNS OF INSTALLATIONS

Responsive Structure based on Hololens

XS

Installation Melbourne Group work 2017.03 - Supervised by Gwyllim Jahn

Parametric Design; AR(Hololens); Grasshopper/Programming; Behaviour-based Design; Interactive Space

This project is a responsive structure based on AR techniques giving people instant feedback according to their movement and behaviours. In this system, people’s unconscious behaviour can also be captured for the prediction of the needs.

Multiple prototypes have been developed, with their virtual structure in Hololens transforming when people accelerate or slow down, hang around or rest. These prototypes provide a potential solution for future spatial design. What if a space will respond and adjust its own form instantly base on your behaviour?

Prototype 01 - masonry generation structure Prototype 01 - masonry generation structure

This diagram illustrates how testers moves in the masonry generation structure.

This diagram illustrates how testers moves in the masonry generation structure.

15

Prototype 03 - Self-growing DLA structure The system will start to weaving when two tester get closer to each other.

Prototype 04 - Self-growing Blobs The system will start to weaving when two tester get closer to each other.

16

Prototype 03 - Self-growing DLA structure Density of the structure will have an effect on testers' behavior and route.

Prototype 04 - Self-growing Blobs This drawing illrustrates the interactions between people and the virtual architecture in Hololens.

[SELECTED WORKS IN M.ARCH]

BEHAVIOURAL-BASED DESIGNS OF INSTALLATIONS

Gesture & Counter Gesture - Urban Interventions Installation City, Melbourne Individual work 2017.12 - Supervised by Jane Dash

Urban Installation; Public; Urban Gesture; Urban Space Interventions

37

This proposal, the cocoon, is actually a group of installations inserted into the existing buildings. Based on the site research on Degraves st, installations are designed to attach in the south part of the street. Comparing to the north, the south of the street is not so attractive as many restaurants are squeezed on the south, and they fail to offer an attractive atmosphere especially at night.

The tactic is using interventional installations and coloured artificial light to attract various groups of people in different time.When the restaurant open in daytime, the opposite semi-sphere cocoon, which is insert into the existing stores, can offer a stage for the buskers, which will attract people to the restaurants. At evenning, the cocoon, illuminated by the tube will offer an intimate space for lovers.

The cocoon can adjust based on the time with its rotatable semi-transparent acrylic shade. For example, at night, the downy light and shadow will provide a more private and intimate space.

38

17

FLOATING STRUCTURE

Investigations into Floating Bamboo Structure Installation Wuhan, China

Group work 2014, Fall

Construction; Installation; Floating Structure

18

XS

[SELECTED WORKS IN B.ARCH] CONCEPTUAL MEMORIAL MUSEUM

M

Cultural building Zhejiang, China Group work, Competition 2013,Summer - Supervised by Jing Zhen

Historical museum; underwater historic relics; sequential spaces and events

The whole project started with a sad story caused by the development during 1990s to 2000s in south China. It was about a typical ancient town which was buried by the artificial lake for the hydrolic power plant. The underwater historical relics now became a collective regrets and there is a urge now people want to exhibition the them in order to memorise the pain during development.

Thus, this project is a concept design about how to completely present the underwater scenario with adorable spatial design and without any physical interventions on the relics.

A sequential space is introduced, together with mirror and virtual reality techniques, to tell a complete a story about the lost ancient town.

19

20

Spatial Sequence Entrance

Exhibition space

Meditation space

Memorial(Theme) space

Exhibition space

Observation space

Exit

21

[SELECTED WORKS IN B.ARCH]

RENOVATION OF OLD DISTRICTS

XL

Planning Wuhan, China Group work 2015, Summer - Supervised by Shidan Chen

Montage; Flim Production; Sequential events and scenes Inspired the techniques used in film production, this project emphasizes metaphors of symbolic forms.

Routes and conjunctions are designed based on the film plots, and cinematography(montage) are used to connect all the events and scenes.

Montage technique in the famous movie - in the heat of the Sun provide a source for the method used to illustrate the ideas and understanding about collective childhood and hometown memories. The director, Wen Jiang, used a fragments of different scenes and items to metaphor the memories.

22

In the heat of the Sun

by Wen Jiang

23

ROUTE 1

24

ROUTE 3-1

A-B-I-H-G-F-E-J-K-L-U-N-P-R

Q-O-N-U-T-S-J

Tourists & Residents A route connecting the historical relics and local museums.

Tourists & Residents A route connecting openning space and outdoor activities.

ROUTE 2

ROUTE 3-2

O-I-B-C-D

R-P-I-H-G-F-E-J

Tourists & Vendors Tourists purchases and interacts with small vendors.

Tourists & Residents A route providing modern art and cultural exhibitions to tourists and art students.

[SELECTED WORKS IN B.ARCH]

ECO-FRIENDLY EDUCATIONAL BUILDING

M

Educational building Wuhan, China courtyard as a energy-saving strategy Individual work 2013, Fall - Supervised by Lingjiang Huang

Eco-friendly Design; Passive Energy-saving Techniques

This project is an educational building located in Wuhan Unversity for Department of Engineering. In order to satisfy the energy-saving demand of the school and government. The primary goal of this project is to design a good eco-friendly building with enjoyable interior space for students and professors.

25

Second Floor Plan 26

First Floor Plan

Ground Floor Plan

[SELECTED WORKS IN B.ARCH]

EVOLUTION OF VENACULAR HOUSES

S

Residential Building Qinghai, China

Group work, Competition, Third Execellent Prize 2014, Summer - Supervised by Jing Zhen

Traditional Vernacular; Passive Energy-saving Techniques; Compact housing form

This site is located in the north area of China, with the typical climate of extremely cold and try in winter.

This proposal, the aim of which is to provide housing with excellent insulation performance, affordable price and well-designed interior space to the local residents.

In order to reach the energy-saving requirements, as well as recalling to the traditional local lifestyle, this project pursued to reinterpret the conventional venacular and utilise the local materials for construction. Thus, how to perserve the conventional compact form but still achieve an adorable interior space became the major task.

27

28

29

Technical Drawings | 技术图纸

Technical Drawings | 技术图纸

1F 平面图

RF 平面图

后勤车辆入口 Service Parking

后勤车辆入口 Service Parking

A

用地红线

地下室范围线

后勤用房 Service Room

员工休息 Staff Rest

幽思亭 Yousi Pavilion

艺术家工作室 Artist Studio

后勤用房 Service Room 书店 Book Store

咖啡 Coffee

观山亭 Guanshan Pavilion

观水亭 Guanshui Pavilion

艺术工坊 Art Workshop

展厅 Exhibition

画廊 Gallery

画廊 Gallery

艺术家工作室 Artist Studio

艺术家工作室 Artist Studio

讲堂 Auditorium

翼然亭 Yiran Pavilion

接待区 Lobby

B

B 生活美学店铺 Shop 湖心亭 Huxin Pavilion 栖榕亭 Qirong Pavilion

茶室 Tea House 玄厅 Vestibule

餐厅 Restaurant

观华亭 Guanhua Pavilion

N A

养云山馆主入口 Entrance

0m

30

N

养云山馆主入口 Entrance

5m

10m

20m

0m

5m

10m

20m

[SELECTED WORKS IN INTERNSHIP] Design strategies | 设计策略

YANGYUN CULTURAL CLUB

M

Cultural building Beijing, China

Student of Architecture 2015, Fall - Natural Build Studio, Shanghai

Venacular; Culture; Traditional Configuration

Based on the Chinese traditional venacular, Yangyun Shanguan, this proposal provide a regional solution for the cultural building situated in the rural area, showing respect to the conv entional typology and local geographical features.

Design strategies | 设计策略

Design strategies | 设计策略

Design strategies | 设计策略

复合式文化聚合体 - 二层藏书与阅读区

复合式文化聚合体 - 茶室

复合式文化聚合体 - 地下展厅

地下空间开敞灵活，可用于展览，举办小型活动，讲座，提高建筑的使用率

During this project, my jobs involved preliminary research on the local traditional venacular, including modelling and performance analysis using parametric tools, and concept design through physical models and digital modelling.

Apart from documentation, I aslo participated in the discussing with the clients, which helped to established a throughout idea about the procedure of the program's early stage.

31

[SELECTED WORKS IN INTERNSHIP]

XL

IZMIR UNI CAMPUS MASTERPLAN Education - Planning & Architectural Design Turkey

Project Assistant 2016, Fall - Plasma Studio, Beijing

Morphe; Modelling; Parametric Analysis

This project involved planning schemes and concept design of the individual educational building of the new campus of Izmir University of Technology in Turkey.

My responsibilities during this project ranged from digital modelling to parametric analysis, mainly focused on the insulation and other energy-saving performance, to the detailed ones like the envelope and the form design.

In order to achieve the modelling the sophisticated form, tools involving Rhino, Grasshopper and Processing had been used. So to exhibit a complete form that fully convey the idea became the major difficulties during the project.

Apart from modelling, I also participated in the concept design and elaboration, documentation and presentation preparing.

32

UNIVERSITY | 54 BOARD TITLE | 3

3.1_UnIVerSItY PHASING 2037pHaSIng_2037 Cluster C

Housing

Education Laboratories Administration

4.936 smq

RIVER | 21

1.607 smq 1.411 smq 1.155 smq

Library and Sport

Student dormitories

Library Gym

Rooms Common space Commercial Sport

4.040 smq 2.892 smq

1.3_maSterpLan 1:1000

13.157 sqm 6.180 sqm 2.859 sqm 2.232 sqm

N

Teacher residential

K12

Cluster D Education Laboratories Administration

3.305 smq 4.940 smq 2.475 smq

Cluster B Education Laboratories Administration

3.512 smq 4.227 smq 3.587 smq

Sport outdoor

Sport Swimming pool

6.770 smq

Cluster A Education Laboratories Administration

2.280 smq 909 smq 337 smq

LEGEND Education

Sports

Laboratories

Student dormitories bedrooms

Administration

Student dormitories common space

Commercial

Teacher residential

Library

K12

N

珠海 -金湾航空城公共文化中心 - 竞赛_提交时间 | 2016.10.13

UNIVERSITY | 53 BOARD TITLE | 2

Zhuhai - Zhuhai Public Cultural Center - Competition_Submission | 2016.10.13 L I M I T E D _ 珠海市规划设计研究院

1

3.1_UnIVerSItY PHASING 2027pHaSIng_2027 Student dormitories Rooms Common space Commercial Sport

Teacher residential Housing

3.476 smq

4.323 sqm 2.645 sqm 1.234 sqm 2.232 sqm DESIGN ROAD ANALYSIS__路网分析 建筑主要入口的最好位置是由周围道路系统决定的，包括进入第一期和第

K12

二期及两个停车场，和建筑的主要城市景观广场以及停车接送区域。

Cluster D + B + A Education Laboratories Administration

3.305 smq 4.940 smq 2.475 smq

DESIGN WATER LANDSCAPE & VIEWS_水岸景观和视角 我们充分利用场地位于路口拐角处的地理优势，来创造多个可以观赏周 边丰富景观的视角。因此我们创造了一个主要的带状观景走廊。它从建 筑的最高层东北角开始一直延伸到东南角，创造出一个全景观景平台， 观赏场地最前沿的城市景观，然后它开始向西南角降低，逐渐接近河岸 及河两岸的美丽景色。最终它转过西北角，接触到地面，欣赏到我们的 场地内景观和内庭广场。

Cluster B + C Education Laboratories Administration

2.154 smq 2.334 smq 2.057 smq

MASSING ARCHIVE + LIBRARY SPATIAL FUNCTIONS DISPOSITION_体块档案馆+图书馆空间功能部署

MASSING ARCHIVE BUILDING 1_档案馆体块1 图书馆_LIBRARY 16171 SQM

Sport outdoor

Sport Swimming pool

档案馆_ARCHIVE 14260 SQM

综合档案业务和技术用房 Archive and technical rooms 1500 sqm

6.770 smq

休闲服务配套 Leisure 1329 sqm

城建档案库房 UC archive storage 1640 sqm 会计档案库房 Accounting archive storage 900 sqm

业务及技术用房 Services and technical rooms 1700 sqm

对外服务用房 Public service rooms 350 sqm

视听、微缩数据库 + 密集书库 Database + Compact stacks 300 sqm + 300 sqm

Education Laboratories Administration

地下一层 -1F_-6m

会计档案业务和技术用房 Accounting archive services and technical room 400 sqm

综合档案库房 Archive storage 2360 sqm

基本书库 Basic stack room 2500 sqm

Cluster A

城建档案业务和技术用房 Archive and technical room 620 sqm

公共借书区域 Public borrowing area 1402 sqm

综合档案库房 Archive storage 1840 sqm

1.752 smq 686 smq 337 smq

新书库 New book stack 900 sqm 休闲服务配套 Leisure 2045 sqm

门厅 + 检索用房 + 存物区 Lobby + Search room + Cloakroom 300 sqm +100sqm + 100sqm 咨询服务区 Enquiries and services area 950 sqm

业务报告厅 Lecture theatre 450 sqm

图书馆 Library 休闲服务配套 Leisure

会计档案库房 Accounting archive storage 730 sqm

公共及辅助空间 Public and additional rooms

服务大厅 + 休息室 + 查阅利用服务窗口 + 公共卫生间 Lobby + Rest room + Info service + Public toilets 537 sqm + 45 sqm + 50 sqm +100 sqm

学术报告厅 Lecture theatre 450 sqm

Education

Sports

Laboratories

Student dormitories bedrooms

Administration

Student dormitories common space

Commercial

Teacher residential

Library

K12

陈列展览区 Exhibition area 300 sqm 后勤保障用房 Logistical support 650 sqm

二层 1F_+6m

藏书区 Book collection area

后勤保障用房 Logistical support

附属用房 Auxiliary rooms

休闲服务配套 Leisure

三层 2F_+12m

DESIGN GREEN ANALYSIS_ 绿化分析

四层 3F_+18m

绿色景观空间的规划设计策略是“拉伸”和“延展”沿着河两岸流动的 绿色景观，将自然带进我们的场地里，使河岸两侧产生一系列的绿色空 间 ，然后聚集汇合在三个小广场： 河滨广场 内部广场和 城市广场 在第一期中，绿色景观占据了图书馆的部分场地，形成了一系列类似口 袋公园的景观空间

藏书区 Book collection area 借阅区 Public borrowing area 业务及技术用房 Services and technical rooms

咨询服务区 Enquiries and services

附属用房 Auxiliary rooms 800 sqm

地下室 Underground

附属用房 Auxiliary 600 sqm

LEGEND

公共及辅助空间 Public and additional rooms

城建档案库房 UC archive storage 1026 sqm

展览室 Exibition 1100 sqm 公共借书区域 Public borrowing area 1500 sqm

地面层 GF_+0m

地下室 Underground

后勤保障用房 附属用房 Logistical Auxiliary support rooms

档案馆 Archive

综合档案业务功能 Comprehensive archive

城建档案业务功能 Urban construction archive 会计档案业务功能 Accounting archive

停车场 Parking 公共及辅助空间 Public and additional rooms

公共及辅助空间 Public and additional rooms

综合档案业务功能 Comprehensive archive

城建档案业务功能 Urban construction archive

综合档案业务功能 Comprehensive archive

会计档案业务功能 Accounting archive

咨询服务区 Enquiries and services

DESIGN PROGRAM_ 功能

DESIGN MASS BUILDINGS_ 建筑体块设计

我们的设计吸收了规划后的周围建筑的使用功能，尝试着通过延伸和周

建筑的体块和未来的周边建筑保持了密切相关的比例关系，由此产生了一

围建筑产生共生关系，例如我们把场地北面的建筑的商业活动延伸到了

个连续的半开放空间；建筑内部的公共景观广场成为了在更大范围的街区

我们的地下一层。

中的一个重要的中心公众场所。

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