Minghan Yang_Portfolio

PORTFOLIO M in gh an Ya ng

UNSW

mi n g h an . ya ng 1 @st u dent. u nsw.edu.a u

I have always believed that architecture is more than just an object, a structure or a form. From primitive caves to modern concrete buildings, architecture has been created or improved with the goal of providing better shelter for people.

Human emotions, psychology and feelings will change drastically with the change in architectural space. Therefore, architecture will be created based on the ever-changing needs of humans and will also need to evolve continuously.

CON T E N TS

CV

01

Terrace House Construction

02

Beam and Concrete Structure

03

Modularization Kiosk + Bicycle Workshop + Art Gallery

04

Terrace House Design

05

Aqueous Landscape Lab in Coal Loader

06

Photography Gallery

07

M I N G H A N YA N G

MINGHAN YANG P O R T F O L I O

0423619 4 7 4

nh g ahna.ya n . ya @egnt.un m a i l .sco mm i ni g n gn1g@. s2t6ud w.emd u.a u

https://issuu.com/minghan_yang/docs/minghan_yang_terrace_house_project https://issuu.com/minghan_yang/docs/minghan_yang_construction_drawing_set

EDUCATION B A CH EL O R O F AR C HI T EC TU R E D ESI GN

Se p . 2 0 2 0 - Pre se n t

Unive rsity O f New South Wales

B A CH EL O R O F D ESIGN I N AR C H I T EC TU R E

Fe b . 2 0 2 0 - Ju n . 2 0 2 0

In-sea rch: Univ ersity O f Te chnology Sydney

DI P L O M A O F AR C H IT EC TU R E D ESI GN

Fe b . 2 0 1 9 - N o v. 2 0 1 9

In-sea rch: Univ ersity O f Te chnology Sydney

FO UN D AT IO N ST U D IES

Ju l . 2 0 1 7 - N o v. 2 0 1 8

In-sea rch: Univ ersity O f Te chnology Sydney

Hi g h Sch o o l (Tw o Ye ars D esign Program)

Au g . 2 0 1 5 - Ju n . 2 0 1 7

A IP (Art international Program): GAFA (GuangZhou Academy of Fine Art )

EXPERIENCE S T UDE NT O F A RCH IT EC T U R E

U TS AR C H I Ja n . 2 0 1 9 - Ju n . 2 0 2 0

R e s p o ns i b i l i ti e s: Developed strong time management skill through submitting all assignments on time

U N SW AR C H I Se p . 2 0 2 0 - Pre se n t

Perfecting work flow through refinement, hence increased efficiency and reduced time spent on each phase Developed strong team work and interpersonal skill through group assignments and assisting students from all kinds of background Communicate fluently and professionally with students and tutors Experienced in: - Concept Design & Site Analysis documentation - Construction details documentation Proficient in using Vray, Rhino, Revit, ArchiCAD, Adobe Suite, MS office and hand drawing.

S W I MM I NG I NS TRUC TOR

M a r. 2 0 1 9 - Pre se n t

Ling L ing swimming sc hool

R e s p o ns i b i l i ti e s: Structured an effective and well-organized teaching programmes Developed professional multilingual communication skill through teaching student in English, mandarin and Cantonese Developed a strong management and planning skill through developing teaching plans before class, and execute in class.

PAG E 1 O F 2

M I N G H A N YA N G

0423619 4 7 4

PORTFOLIO

mm i nignhgahna.ya n gn1 g @.s2t 6 ud w.emd u.a u n . ya @egnt.un m a i ls. co

https://issuu.com/minghan_yang/docs/minghan_yang_terrace_house_project https://issuu.com/minghan_yang/docs/minghan_yang_construction_drawing_set

VOLUNTEER EXPERIENCE UNI AR C H IT EC T U R E SOF TWAR E H ELPER

Se p . 2 0 1 9 - Pre se n t

R e s p o ns i b i l i ti e s a nd s ki l ls: Effectively integrate knowledge of architectural software, and explain them in an easy to understand way to students Gained well rounded knowledge in architectural software through teaching & answering queries.

Through research, I have developed various solutions to drafting problems, hence developed more versatile and effective drawing methods.

Identify and solve problems in a timely manner.

Strong communication skills through discussions with students.

SKILLS TE CH N IC AL SKIL L S Architectural Software : Rhino, Sketchup, Revit, ArchiCAD. Rendering Software : Lumion, Vray.

Design Software : Adobe Illustrator, Photoshop, InDesign, Lightroom, After effect, Premiere pro and Acrobat.

Documentation Software : Microsoft Word, PPT and Excel.

3D Print and Laser Cut Software : Chitubox.

Drivers licence : Provisional P2 licence, full licence in Feb.2024.

RE L E VAN T SKIL L S Graphic communication skill: Extensive and professional graphic communication skill -Developed years of experiences in academic studies.

Team Work & interpersonal skill: As a design student, a swimming instructor and a software student helper, -I worked in teams of varies sizes and environment both academically and professionally.

Problem solving skill: Developed through studio assessment, and problem shooting.

-As an experienced swimming instructor and student helper, I assess and propose teaching solutions by assessing student performance. And continuously improve teaching solutions through the analysis of numerous teaching results.

Multitasking skills: Experienced in managing multiple projects at the same time.

-And the ability to run multiple teaching programmes at the same time for swimming instruction and student helper.

-All projects and lesson plans are delivered on time, to a high standard with excellent feedback.

Languages : Fluent speaker in English, Mandarin and Cantonese.

REFEREES Available upon request .

PAG E 2 O F 2

Notes

The building is located in 9 Millers point, Sydney. Orig building was designe accommodate only a smal has been redesigned to comfortable indoor and outd for two families. A large nu garden areas can improve communication with natu increase their sense of happ structure of the building us number of bricks, concrete insulation to make the build warm and durable and inc sustainable developmen building.

Roof Vapour control layer

33000

Tiles Counter bottens Roof

Sarking

33000 Roof Batten Insulation Insulation UB 127

Gutter

Cilling finish

Fascia

Sil flashing Timber joists @144 x 45

Sill plate

Eaves lining

N Sill plate 10 mm Wall finish Sil flashing 10mm Grass 25mm Vegetation

Timber floor finish

Planting Medium

Insulation

2mm Drainagel Layer

Floor Batten Level 2 STRUCTURE LEVEL

Level 2 STRUCTURE LEVEL

150 mm concrete floor

30000

30000

2mm SinglePly Memberane Insulation Vapour Control Layer Memberane

Cilling Batten

Project Address

Gypsum Wall Board

96 K Millers

Metal Stud Layer

Section cal 1

Insulation Floor batten

Street Level 24000

Street Level

Timber floor finish

24000

Insulation Steel fabric 50mm Sand 50mm Hardcore fill

Project Name

ARC

Student Name

Minghan

Student Number

z53

Date

Stainless steel mesh cast into slab

13/04

Memvrane 50mm Sand

Scale

50mm Hardcore fill

3

Section 2 - Callout 2 1 : 10

A010

CONSTRUCTION PROJECT

T E R R AC E H O U S E CO N S T R -UBRICK C TPROJECT ION - SOFTWARE USED

96 K ent St, M i l l e r s p o i nt, Syd n e y

R EVIT 2019 - 2022

The building is located at 96 Kent St, M illers point, Sydney. Or iginally the building was designed to accommodate only a small family. I t has been redesign ed to provide comfor table indoor and outdoor spaces for t wo families. A large number of garden areas can improve residents’ commu nication with nature and increase their sense of happiness. The struc ture of the building uses a large number of br icks, concrete and sound insu lation to make the building more war m and du rable and increase the sustainable development of the building.

DESIGN PROCESS CONCEPT DEVELOPMENT

BRIEF DIVISION DESIGN PROCESS

LANDSCAPE AREA

BRIEF DIVISION FOR TWO

ADD INDOOR

INDOOR COMMUNENT

AND SUNPATH

BUILDING BOUNDARY

COMMUNENT

FUNTION

GROUND LEVEL

SPACE DIVITION FOR

BUILDING 1

BUILDING 2

COMMNICATION WITH

LANDSCAPE AREA

TWO BUILDING

FOR YOUNG FAMILY

FOR OLDER FAMILY

LANDSCAPE AREA

GROUND FLOOR PLAN AND AXONOMETRIC

GROUND LEVEL

KITCHEN

BARTHROOM

LANDSCAPE AREA

DINNING ROOM

BULINGING 1 STUDIO ROOM

LIVEING ROOM

BULINGING 2 LIRARY

LEVE 1 FLOOR PLAN AND ANXO

TIMBER STRUCTURE STAIR

INDOOR COMMUNT

ALL ROOM AT GROUND FLOOR

LEVE 2 FLOOR PLAN AND ANXO

LEVEL 2 BUILDING 1 AND 2 AREA

BEDROOM

BEDROOM

LEVEL 3 GAMEROOM

LEVEL 3 RESTROOM

ALL LEVEL 3 INDOOR SPACE

BUILDING 1

BARTHROOM

BARTHROOM

GREEN ROOF AREA

GREEN ROOF AREA

ALL GREEN ROOF AREA

BUILDING 2

STAIR

STAIR

10000 300

2300

200 35

335

2230

35

I

2400

1470

115

R

915

400

Q

1-

1-

A005 ---

A006 ---

Notes

300

The building is located in 9 Millers point, Sydney. Orig building was designe accommodate only a smal has been redesigned to comfortable indoor and outd for two families. A large n garden areas can improve communication with natu increase their sense of happ structure of the building us number of bricks, concrete insulation to make the build warm and durable and inc sustainable developmen building.

6

110mm Brick

2317

H

200

2317

1

235

2230

2300

20mm Air Gap

-

60mm Insulation

300

G

-

10mm Wall finish

STUDIO 1 38 915x1500mm TRIP GLASS

KITCHEN

-

2983

3550

110mm Brick 30mm Air Gap

40

---

6208

40mm Insulation

T

200

110mm Brick 10mm wall finish

DINING ROOM 39

LIVING ROOM

2658

-

37

4802

---

825

U

N

CORRIDOR 53

1600

200

3942

1821

Complementary Folding Window

-

STUDIO 2

150 630 210 630

BARTHROOM 36

1

130

A008

10 mm Wall finish 24150

1103

M

130

1885

26010

130

35

J

870

1455

---

110mm Brick 10mm Wall finish

BARTHROOM

34

33

2503

STUDIO 3035

3035

NBS_Glass_Double

10mm Wall finish 70mm Insulation 200

N

110mm Brick 1225

CORRIDOR

1880

52

10mm Wall finish

V

Ground flo plan

1800

4380

1-

KITCHEN

STORAGE

29

32 4675

A007 ---

700

NBS_Glass_Double

96 K Millers

Project Address

X

2200

2200

DINING ROOM 30

---

UP

P 2938

2500

1913

LIVING ROOM 31

-

163

588

---

A 1

Project Name

ARC

Student Name

Minghan

Student Number

z53

A009

13/04

Date 310 838

110

962

3469

300

3821

3279

300

3821

Scale 200

1800

0 110

190

10000

A001

GROUND FLOOR FFL

1

1 : 50 8000

400

2200

200

N

2300

2900

The building is loc Notes Millers point, Syd building wa accommodate on has been redes The building is located comfortable indoor Millers point, Sydney. for two families. building was des garden areas accommodate onlycan a communication has been redesigne increaseindoor their sens comfortable and structure of the bu for two families.

A lar number bricks, garden areasofcan imp insulation to mak communication with warm durabl increase theirand sense of sustainable de structure of the buildin building. number of bricks, conc insulation to make the warm and durable and sustainable develop building.

8000

400

2200

200

2300

H

1

2900

1-

1-

A005 ---

A006 ---

I

1A005 ---

1-

R

Q

A006 ---

6

300

G

G

H

I

R

Q

6

-

NBS_Glass_Double

300

3171

1

---

T CORRIDOR

10mm Wall finish

7623

7123

3171

NBS_Glass_Double ---

110mm Brick 30 Air Barrier

---

BEDROOM 44

3066

-

57 BEDROOM

A008

2227

3462

200

300

10mm Wall finish

10mm Wall finish 110mm Brick

10mm Wall finish

10mm Wall finish

BEDROOM 2

X

43

10mm Wall finish 54

110mm Brick

6800

6400

CORRIDOR -

2200

10mm Wall finish

---

200

54 BEDROOM 3

2200

48

-

Student Student Name Number

200

---

BEDROOM 3

A

BARTHROOM 2

49

48

---

300

300

CA1212

49

UP

1900

BARTHROOM 2

P

Project Name Project Student Name Name

CORRIDOR

P

---

1900

-

Level 1 pl Level 1 F plan

UP

1 2000

200

2290

1210

400

A009

A

300

645 1210

110mm Brick

6800

6400

4380 2200 2500 645

24150

200 DN

43

6400

2200

4380

4380

1A007 ---

X

NBS_Glass_Double

1210

935

4065 DN

BEDROOM 2

A007 ---

2200

41

96 Mil

Project Address

200

BEDROOM 1

V

Project Address

110mm Brick

42

1-

2200

4065

130

10mm Wall finish 10mm Wall finish

10mm Wall finish BARTHROOM

1869

2920

N

4380

41

300

1869

BEDROOM 1 42

V

2500

70mm Insulation

2700

BARTHROOM

2700

2920

24150

1

M

N

CA1212

2227 300

M

935

2000 130

J

2000

24150

---

1

130 935 3462

45 A008

110mm Brick

935

2297

BARTHROOM

300

130

J -

NBS_Glass_Double

N

10mm Wall finish 10mm Wall finish

24150

754

45 ---

NBS_Glass_Double

110mm Brick 10mm Wall finish 10mm Wall finish 110mm Brick 70mm Insulation

BARTHROOM

2297

1487

U NBS_Glass_Double

N

40mm Insulation

44 200

1487

CORRIDOR

U

754

---

40mm Insulation 10mm Wall finish 110mm Brick 110mm Brick 10mm Wall finish 30 Air Barrier

7623

T

7123

3066

57 -

CA1212

1 300

2000

200

2290

A009

1210

400

AR M

Ming

Date Student Number

z

DateScale

13

CA1212 6400

Scale

1 1

LEVEL 1 FFL 1 : 50

LEVEL 1 FFL 1 : 50

A0 A00

24448

Roof Apron 4740

4427

12000

Tiles Counter Botten

2983

4740

110 298

2983

100

500

2427

2000

2297

2130

10855

Sarking

1145

Roof batten Vapour Control Layer

110

3920

110

10745

100

845

200

Joists Insulation UB Beam Cilling Board

-

G

-

T

---

-

U

---

J

---

M

N

1-

V

-

X

A007 ---

---

P

-

A

---

100mm Concrete wall

200mm Concrete wall

Cilling Batten Insulation

1195

1183

Roof 33000

Metal Stud Layer Gypum Wall Board

633

2 A011

1200

30045

1043

Level 2 FFL

Level 2 STRUCTURE LEVEL

1200

615

3010

1 A011

10mm Wall finish 110mm Brick 30 Air Barrier 9016

40mm Insulation 3150

1157

3150

8965

30000

110mm Brick 10mm Wall finish

LEVEL 1 FFL 800

27045 150mm Concrete Floor

745

LEVEL 1 STRUCTURE LEVEL

2850

2230

2805

27000

GROUND FLOOR FFL 24045 Street Level 24000

10mm Grass 5300

300200

4802

200

2600

130

3735

200

1225

200

6687

300 588

25mm Vegetation mm Planting Medium

5600

20279

588

2mm SinglePly Memberane Insulation

26467

Vapour Control layer 2mm Memberane

Roof Apron Tiles Counter Botten Sarking

1 : 50

Roof batten Vapour Control Layer Joists Insulation

8000

UB Beam 2710

110

2503

1178

98 580

Cilling Board

4112

598 200

3712

200

Top of Cliff

1

H

I

R

Q

1-

1-

A005 ---

A006 ---

100mm Concrete wall

37000

6

10mm Wall finish 110mm Brick 70mm Insulation 10mm Wall finish ---

Cilling Batten

Roof

Insulation

1829

229

33000

Metal Stud Layer

150

Level 2 STRUCTURE LEVEL 30000

10mm Wall finish 110mm Brick

163

1200

2238

3029

Gypum Wall Board

30 Air Barrier 40mm Insulation

150

2850

1200

3000

2mm SinglePly Memberane

Vapour Control layer

27000

850

mm Planting Medium

Insulation

800

2mm Memberane Street Level 24000

189

1800

300

4800

1989

200 8000

9989

Section 7

10mm Wall finish 150mm Concrete Floor

LEVEL 1 STRUCTURE LEVEL

25mm Vegetation

150

10mm Grass

8479

2850

2850

3000

110mm Brick 9029

1

Section 5

1270

130

1000

300

Notes

The building is located in 9 Millers point, Sydney. Orig building was designe accommodate only a smal has been redesigned to comfortable indoor and outd for two families. A large nu garden areas can improve communication with natu increase their sense of happ structure of the building use number of bricks, concrete insulation to make the build warm and durable and incr sustainable developmen building.

G Vapour control layer Tiles Roof

Counter bottens Vapour control layer

Sarking

33000

Tiles

Roof apron

Counter bottens

Roof Batten

Sarking

Roof

Insulation

33000

Insulation

Roof Batten

UB 127 Cilling finish

Insulation

Sil flashing

Insulation

Timber joists @144 x 45

Cilling finish

UB 127

Gutter Fascia

Sil flashing

Wall tie

Timber joists @144 x 45

Brick @ 230mm x 110mm x 76mm

Sill plate

Eaves lining

Lintel Wheep hole

N Sill plate

Sill plate

10 mm Wall finish

10 mm Wall finish

Wall tie

Sil flashing 10mm Grass

Timber floor finish

Timber floor finish

Insulation

Insulation

Floor Batten

25mm Vegetation Planting Medium 2mm Drainagel Layer

Floor Batten Level 2 STRUCTURE LEVEL

150 mm concrete floor

150 mm concrete floor

Insulation

30000

30000

Sil flashing

2mm SinglePly Memberane

Level 2 STRUCTURE LEVEL

Vapour Control Layer Memberane

Cilling Batten

Cilling Batten

Gypsum Wall Board

Gypsum Wall Board

Metal Stud Layer

Metal Stud Layer

96 K Millers

Project Address

Wall tie

Sil flashing

Section cal 1

Brick @ 230mm x 110mm x 76mm

30mm Air barrier Insulation Wall finish

Project Name

ARC

Student Name

Minghan

Student Number

z53

Wall tie Insulation Floor batten

Sil flashing Perimiter Flashing Street Level

Street Level

Timber floor finish

24000

24000

Insulation Steel fabric

Steel fabric

Membrane

50mm Sand

Steel fabric

50mm Hardcore fill

Memvrane 50mm Sand

Stainless steel mesh cast into slab

Scale

50mm Hardcore fill

1

13/04

Date

Stainless steel mesh cast into slab

3

Section 2 - Callout 1

Section 2 - Callout 2

A010

1 : 10

1 : 10

No

-

A

---

T

100mm Concrete wall

10mm Grass 25mm Vegetation Planting Medium 2mm Drainagel Layer

Heat insulation layer

2mm SinglePly Memberane

Stone flooring

Insulation Vapour Control Layer

Level 2 STRUCTURE LEVEL

150mm Concrete Floor Brick @230mm x 110mm x 76mm

Memberane

30000

Sil Flashing Level 2 FFL

Insulation

The building is loc Millers point, Syd building was accommodate onl has been redes comfortable indoor for two families. A garden areas can communication increase their sense structure of the bu number of bricks, c insulation to make warm and durable sustainable dev building.

30045

Timber wallfinish Cilling Batten Metal Stud Layer

Level 2 STRUCTURE LEVEL 30000

Gypsum Wall Board

Sil flashing

Wall tie Sil flashing

Brick @ 230mm x 110mm x 76mm

Sill plate

Wall tie Insulation Cilling Batten Metal Stud Layer

N

Gypsum Wall Board Sill plate

Sil flashing

Sil Flashing Brick @230mm x 110mm x 76mm

Wheep hole 150mm concrete Floor

Insulation Wall tie

LEVEL 1 STRUCTURE LEVEL

Timber Wall finish

LEVEL 1 STRUCTURE LEVEL

27000

27000

Sil Flashing Timber Floor Finish

25mm Ceramic tile Floor Batten Insulation

Project Address

M

Lintel

Wall tile Sil Flashing Wheep hole

Floor Batten

Floor Batten Perimiter Flashing 10mm Grass

Timber Floor finish

GROUND FLOOR FFL

Insulation

24045

Perimiter Flashing

Project Name

Steel fabric

25mm Vegetation

Street Level

Stainless steel mesh cast into slab

Street Level

Planting Medium

24000

Memberane

24000

2mm Drainagel Layer

Steel fabric

2mm SinglePly Memberane Insulation Vapour Control Layer

50mm Sand

10mm Grass

50mm Hardcore fill

Stainless steel mesh cast into slab

25mm Vegetation

Memberane

Planting Medium

50mm Sand

2mm Drainagel Layer

50mm Hardcore fill

Memberane

Section 2

Student Name

Mi

2mm SinglePly Memberane Insulation

Timber floor finish

Vapour Control Layer

Insulation

Student Number

Memberane

Date

Scale

2

Section 5 - Callout 2 1 : 10

1

Section 5 - Callout 1 1 : 10

A0

CONSTRUCTION PROJECT

B E A M A N D CO N C R E T E S T R U C T U R E

- B RICK PROJECT

- SOFTWARE US ED REV I T 2 0 1 9 - 2 0 2 2

The projec t aims to design an architec tural struc ture for a t wo storage buildings. The design pr imar ily focuses on the use of I-shaped steel frames to provide the pr imar y hor izontal and ver tical frame suppor t for the building. The Concrete block is the main wall suppor t, and its inter ior will be loaded with reasonable insulation. At the same time, the Callout sec tion also provides more detailed struc tural infor mation. And finally, display all struc tural infor mation in a neat and standard for m.

Axonometric projection 2

Axonometric projection 1 1

2

Roof

2 3

1

1

Timber planks

240 x 45

2

Timber battens

150 x 75

3

Steel trusses

150UB14.0

Structure Framing 6

5

4 4

Culumm

310UC96.80

5

Structure beam

310UB40.4

6

Cross- bracing

150UB14.0

7

Timber joists

200 x 50mm

8

Joists hanger

9

Gusset plate

10

Clip angle

4

9

1

10

8 5

3

6

7

10

8

9

7

11

1

Basement wall 11

Reinforced concrete block with 60mm insulation and 40mm air space 11

Foundation 12

Rainforced concrete rafter slab

13

Rafter slab

14

Base plate column conation

15

Concrete waterprofing membranes

12

14

12

13

16

Retaining wall

13 14

16

3x3

Concrete block with 60mm insulation and 40mm air

Retaining wall

15

ARCH 1261 - SUBMISSION 2 - DIGITAL MODEL MINGHAN YANG Z5318209

15

3x3

Visual location

Visual location

UNSW

PROJECT 2 CONFIGURATION B

SHEET 1

310UC96.80 308 x 305

310UB40.40 304 x 165

150UB14.0 150 x 75

Timber joists 200 x 50

Timber battens 150 x 75

Concrete block 390 x 190 x 290

Concrete block with 60mm insulation and 40mm air

A

B

C

D

1,00m 3

4

5

A.06

A.07

A.08

FULL-FIXED BASE PLATE MASCOT STEEL

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

REINFORCED CONCRETE RETAINING WALL

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

-

1 LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES

WATERPROOFINGDEPOT

BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

2 -

A.05

3500

0,00m

BLACKTOWNBUILDINGSUPPLIES

TIMBER BATTEN (DAR) 40 X 40MM RANDOM LENGTHS MEGATIMBER

THERMAL GLASSWOOL WALL INSULATION 420 X 70MM R2.0HD PINK BATTS

COURSE NAME

2

ARCH1261 Construction and Structure 2

6000

PARALLEL FLANGE CHANNEL 230X75MM STRINGER MASCOT STEEL

PROJECT NAME Structural Project for a 2-Storey Residential Building

5400 PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

1

1680 UP

1080

A.04

SHEET SIZE A3

3

305

305

500

3897

500

1721

500

4728

2221

4397

DRAWING SCALE

500

5228

1:50 @ A3

5400 12000

FLOOR PLAN GROUND FLOOR

A.01 A

B

3,00m

2,00m

D

C

1,00m

3

4

5

A.06

A.07

A.08 FULL-FIXED BASE PLATE MASCOT STEEL UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

CROSS BRACING UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

REINFORCED CONCRETE RETAINING WALL

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

1

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER

2

3500

A.05

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE

COURSE NAME

3,30m 6000

PARALLEL FLANGE CHANNEL 230X75MM STRINGER MASCOT STEEL

2

ARCH1261 Construction and Structure 2

PROJECT NAME

500

Structural Project for a 2-Storey Residential Building 2500

1

1080

UP

SHEET SIZE

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

A.04

A3

3

305

500

3897 4397

500

1721

500

4728

2221

5228

DRAWING SCALE

305 1200

1:50 @ A3

5400 12000

FLOOR PLAN LEVEL 2 FLOOR PLAN

A.02

1

1

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

2

TIMBER BATTEN 150 X 75 F14 JIMBOOMBA TIMBERS

3

TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

4

CROSS BRACING UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

3

A

4

B

A.06

5

C

A.07

A.08

D

12500 4397 1684

2221

1000

1713

5228

2221

2162

1000

2070

500

2

5

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER

6

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE

7

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

8

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

9

TUBE CONNATION WITH SANDWICH PLATES

1

D 8 3

MISPLACED （SOFTWARE PROBLEM）

2 10

REINFORCED CONCRETE RETAINING WALL

4

WATERPROFING MEMBRANES LAYER

7

GRAVEL LAYER COMPACT BACKFILL LAYER

COURSE NAME

3300

11

BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

12

THERMAL GLASSWOOL WALL INSULATION 420 X 70MM R2.0HD PINK BATTS

BLACKTOWNBUILDINGSUPPLIES

9

FFL 3.452m 6

5

PROJECT NAME

8

3

305

Structural Project for a 2-Storey Residential Building

10

13

16 11

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

12 16

PARALLEL FLANGE CHANNEL 230X75MM STRINGER MASCOT STEEL

17

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

18

TIMBER BATTEN (DAR) 40 X 40MM RANDOM LENGTHS MEGATIMBER

14 FULL-FIXED BASE PLATE

MASCOT STEEL

15

ARCH1261 Construction and Structure 2

E 8

SHEET SIZE A3

3900

LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES WATERPROOFINGDEPOT

15

17

14

4

18

285

DRAWING SCALE 1:50 @ A3

F 8

85

FFL 0.00m

SECTION 1 A.04 SECTION

13

PERFORATED DRAIN PIPE

50MM SAND 50MM GRAVEL

300 800

4397

2221

1

A

2

B

A.04

A.04

5228

C

A.05

9028

1500

1500

1500

1

1500

1

2

G 9

3

1

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

2

TIMBER BATTEN 150 X 75 F14 JIMBOOMBA TIMBERS

3

TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

4

CROSS BRACING UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

5

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER

6

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE

7

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

8

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

2

MISPLACED （SOFTWARE PROBLEM） 14 13

TUBE CONNATION WITH SANDWICH PLATES

14

GUSSET PLATE CONNATION

4

4

MISPLACED （SOFTWARE PROBLEM）

16

CLIP ANGLE CONNATION

15

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

17

PARALLEL FLANGE CHANNEL 230X75MM STRINGER MASCOT STEEL

13

H 9 15

3

1860

FFL 3.000m

17

500

5

FFL 3.452m 6

7

3300

COURSE NAME ARCH1261 Construction and Structure 2

16 8

18

19

20

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

9

9

PROJECT NAME

REINFORCED CONCRETE RETAINING WALL

Structural Project for a 2-Storey Residential Building

WATERPROFING MEMBRANES LAYER

TIMBER BATTEN (DAR) 40 X 40MM RANDOM LENGTHS MEGATIMBER

GRAVEL LAYER COMPACT BACKFILL LAYER

20 10

BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

3300

SHEET SIZE A3

BLACKTOWNBUILDINGSUPPLIES

20

4

THERMAL GLASSWOOL WALL INSULATION 420 X 70MM R2.0HD PINK BATTS

20

11 FULL-FIXED BASE PLATE

Y 9

MASCOT STEEL

10 18

FFL 0.00m

19

12

11

LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES

DRAWING SCALE 1:50 @ A3

WATERPROOFINGDEPOT

12

PERFORATED DRAIN PIPE

SECTION 3 A.06 SECTION

50MM SAND 50MM GRAVEL

800

300 2500

3500

A.06

A.

d.

TIMBER BATTEN 150 X 75 F14 JIMBOOMBA TIMBERS TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

76

76

305

150

150

COLUMN TO TRUSS CONNECTION

COLUMN TO TRUSS CONNECTION

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

305

CLIP ANGLE CONNATION

305

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

TUBE CONNATION WITH SANDWICH PLATES

305

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

b.

e.

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE 127

200 305

135

CLIP ANGLE CONNATION

135

PROJECT NAME

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

THERMAL GLASSWOOL WALL INSULATION 420 X 70MM R2.0HD PINK BATTS

SHEET SIZE A3

60

c.

f.

60MM AIR GAP

97.3

500

FULL-FIXED BASE PLATE MASCOT STEEL

30

DRAWING SCALE

FULL-FIXED BASE PLATE MASCOT STEEL

30

1:10 @ A3

150

150

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

g.

100

50MM SAND

50MM GRAVEL

50MM GRAVEL

LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES WATERPROOFINGDEPOT

LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES WATERPROOFINGDEPOT

TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

TIMBER BATTEN 150 X 75 F14 JIMBOOMBA TIMBERS

COLUMN TO TRUSS CONNECTION

150

ROOF BRACING CONNATION

MISPLACED （SOFTWARE PROBLEM）

COLUMN TO TRUSS CONNECTION

150

150

TRUSS STRUCTURE UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

400

305

305

CLIP ANGLE CONNATION

305

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

305

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

305

k.

UC 310 96.8 - 308MM H-SECTION COLUMN MASCOT STEEL

305

CROSS BRACING UB 150 14.0 - 150MM I-SECTION BEAM MASCOT STEEL

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER 150

GUSSET PLATE CONNATION

90

JOIST HANGER 45 X 200 MM SIMPSON STRONG-TIE

15

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING 135

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

135

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

h.

200

CLIP ANGLE CONNATION 45

Structural Project for a 2-Storey Residential Building BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

THERMAL GLASSWOOL WALL INSULATION 420 X 70MM R2.0HD PINK BATTS

40

AIR GAP

ARCH1261 Construction and Structure 2

PROJECT NAME

BLACKTOWNBUILDINGSUPPLIES

60

COURSE NAME

CLIP ANGLE CONNATION

135

BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

y.

A.09

j.

15

150

DETIAL SECTION 1 A.09 Detial Section

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

50MM SAND

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

305

Structural Project for a 2-Storey Residential Building

UB 310 40.4 - 304MM I-SECTION BEAM MASCOT STEEL

BLACKTOWNBUILDINGSUPPLIES

300

ARCH1261 Construction and Structure 2

CLIP ANGLE CONNATION

200

BESSER BLOCK CHANNEL 390 X 190 X 190MM MASONRY CONCRETE GREY HOLLOW BLOCK

40

COURSE NAME

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER

TIMBER JOIST LVL E13 200 X 45 H2 MEGATIMBER

l.

SHEET SIZE A3

500 15 30

40

FULL-FIXED BASE PLATE MASCOT STEEL

150

PLYWOOD STRUCTURAL 2400 X 1200 X 15MM F11 TONGUE & GROOVE FLOORING

100

TIMBER BATTEN (DAR) 40 X 40MM RANDOM LENGTHS MEGATIMBER 300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO 50MM SAND 50MM GRAVEL LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES WATERPROOFINGDEPOT

FULL-FIXED BASE PLATE MASCOT STEEL

DRAWING SCALE 1:10 @ A3

180

100

300MM RAINFORCED CONCRETE FOUNDATION RAFT SLAB WITH SL82 MESH 2400X6000MM SL82 (F82) REO

DETIAL SECTION 2 A.10 Detial Section

50MM SAND 50MM GRAVEL LIQUID RUBBER HIGH BUILD CONCRETE WATERPROFING MEMBRANES WATERPROOFINGDEPOT

A.10

SECTION D

0

4

8

12

16

SCALE 1:200 @A3

M O D U L A R I Z AT I O N K I O S K + B I C YC L E W O R K S H O P + ART GALLERY 47

1

M O D U L A R I Z AT I O N K I O S K + B I C YC L E W O R K S H O + G A L L E R Y TO W E R 156 For bes St reet, D a r li ng hu r st

TheContent project aims to design three buildings for the National Art

SO F T W A R E U SED

School, including a kiosk, a bicycle workshop and a03gallery 05 tower.

SITE LOCATION & SECTION

PH OT OSH OP

Therefore, design mainly focuses on designing three build06 SITE WIND this ANALYSIS

ILLU ST R A T OR

ingsPRECEDENT with different in a limited space and making them ANALYSISfunctions - MINAKA HOUSE 07

IN - DESIG N

form a whole.

AtDESIGN the same time, the design also created two dif12 08 TERRACE HOUSE

PR OCR EA T

ferent levels of circulation to connect all the spaces. Whether it PUBLIC SPACE DESIGN 15

R H IN OCER OS

is people who visit the three buildings or people who want to go

V - R A Y F OR R H IN O

through the building to reach other spaces, they can reach their

LU M ION 1 1 PR O

13

SUNLIGHT IN TERRACE HOUSE

16

WIND MOVEMENT IN TERRACE HOUSE

destination in the shortest and most efficient way.

PLAN, SECTION AND RENDER

19

17

36

2

K I O S KCONCEPT CO N C E P T D E V E LO P M E N T DESIGN

SHORT SECTION OF SIZA

C A P T U R E N AT U R A L L I G H T A N D SKE TCH PLAN

D I V I D E S PA C E

LIGHTING W I T H S PAT I A L C O M M U N I C AT I O N

S PA C E / V I S UA L CONTRAL

8

S PAT I A L F R A M I N G

S PA C E A

S PA C E B

S TA N D I N G LO C AT I O N

VIEW RANGE

9

MODULARIZATION KIOSK + SILDING DOOR CREAT MULTIFUNCTIONAL SPACE

7 5 S Q U A R E M E T E R O P E N S PA C E

6 0 S Q U A R E M E T E R O P E N S PA C E

KIOSK STORAGE POINT 1 KIOSK STORAGE POINT 2

1

K I O S K M O D U L E S T O R A G E L O C AT I O N (Refrigerators or Shelves)

11

IN YA R D

zz55331188220099 MMi inngghhaann YYaanngg

1

PRESENTATION AREA

2

MOVABLE CUBE CHAIR

3

DISPLAY AREA

4

STORAGE AREA

5

SLIDING DOOR

6

RUBBISH BIN

7

WALL ACCESS

SECTION LINE C

SECTION LINE A

SECTION LINE B

PANEL

00

GROUND PLAN 0O@N A SSI ITTEE LLOOS CA CCLAEAT1T: 1I 0IO N3

C CO ON NC C EE PP TT

0

1

2

4

110 0

20 20

8

KIOSK AREA

9

KIOSK MODULE STORAGE LOCATION

50 50

N NN

N 6 SSCALE CALE 11:500 :500

12

GGHHTT AANNDD

SS II G GN N

LLI IGGHHTTI INNGG W WI ITTHH SSPPAATTI IAALL CCOOMMMMUUNNI ICCAATTI IOONN

SSPPAATTI IAALL FFRRAAMMI INNGG

3500

SSPPAACCEE//VVI ISSUUAALL CCOONNTTRRAALL

3200

3000

4000

3000

3000

SSSPA PA PAC CCEEE A AA 300 2600

SECTION A 0

1

2300

3200

4700

SECTION C

12800

2

4

500

8500

1500

6

SCALE 1:100

SSSPA PA PAC CCEEE B BB

SSTTAADDI INNGG LLOOCCAATTI IOONN

4400

VVI IEEW W RRAANNGGEE

5600

1000

3000

3400

4000

400 8400 10000

LONG SECTION B

1600

0

1

2

4

6

10

SCALE 1:100

13

B I C YC L E W O R K S H O P CO N C E P T D E V E LO P M E N T

I N C R E A S E F LO O R A R E A

ADDING CANOPY

STRUCTURE AND F LO O R L E V E L D I V I S I O N

I N C R E A S E O P E N S PA C E

EXPANDING SPACE

17 B16

B1 6

B1 6

B15

B15

B15

R E D E S I G N K I K O S LO C AT I O N

C R E AT T H R E S H O L D

ADDING OUTDOOR

(CONNEC TED TO B15)

( C O N N E C T T H E S PA C E O N B O T H S I D E S

P U B L I C S TA I R

O R I G I N A L K I K O S LO C AT I O N

OF THE BUILDING)

18

B16

B27

B15

R O O F L E V E L C I R C U L AT I O N

R O O F + G R O U N D L E V E L C I R C U L AT I O N

B16

B27

B15

C I R C U L AT I O N L I N E

G R O U N D A N D R O O F L E V E L C I R C U L AT I O N

OUTDOOR CORRIDOR S TA I R F O R M G R O U N D L E V E L T O R O O F

BASEMENT LEVEL ( WORKSHOP + STORE)

C I R C U L AT I O N F O R M G R O U N D T O B A S T M E N T

SECTION D

SECTION E

SECTION F

SECTION C

SECTION B

SECTION A

LEVEL 2 PLAN S CA L E 1 : 1 0 0 @ A 3 0

1

2

4

6

N

23

SECTION B KIKOS

S CA L E 1 : 1 0 0 @ A 3 0

1

2

4

B27

6

25

SECTION E S CA L E 1 : 1 0 0 @ A 3 0

1

2

4

6

KIKOS

B27

S PA C E D I V I S I O N

G A L L E R Y TO W E R CO N C E P T D E V E LO P M E N T

2.3M 1.9M

B16

B16

B15

B15

G R O U N D F LO O R

LEVEL 1 SHOWROOM

L E V E L 2 S PA C I A L S H O W R O O M

STOR AGE ROM ?

(FOR SCULPTURE)

( F O R F I N E A R T PA I N T I N G S ) ( LO W S T O R E Y H E I G H T A D D C O N C E N T R AT I O N )

LEVEL 3 SHOWROOM ( A R T W O R K O N PA P E R / C A N VA S )

34

B16

B16

B15

B15

V I S UA L D I R E C T I O N ( CO N T R O L V I S UA L D I R E C T I O N

G R O U N D F LO O R PAT H WAY

I M P R TOO FVR AEM E ASPAPA CE RT OF CITY VIEW)

( I N C R E A S E G R O U N D F LO O R C I R C U L AT I O N )

L E V E L 4 LO O K O U T R O O M / S H O W R O O M

L E V E L 5 M A I N LO O K O U T S PA C E

( C O N N E C T T H E S PA C E O N B O T H S I D E S

( T O W E R T O P 3 6 0 D E G R E E LO O K O U T S PA C E )

OF THE BUILDING) S TA I R

G R O U N D F LO O R S T O R A G E R O O M (COVER BY CONCRE TE)

35 B16

B16

B15

B15

S U N L I G H T A N D N AT U R A L L I G H T

E L E VAT O R (INCREASE CONVENIENCE FOR STUDENTS AND S TA F F )

W I N D O W S F O R N AT U R A L L I G H T I N G

LO N G V E R T I C A L W I N D O W S

( I N C R E A S E N AT U R A L L I G H T I N G I N T H E S TA I R W E L L )

S PAT I A L C I R C U L AT I O N 36 L E V E L 1 C I R C U L AT I O N

B16

C I R C U L AT I O N E L E VAT I O N V I E W B15

SECTION H

SECTION H

SECTION LINE G SECTION LINE F

SECTION LINE G SECTION LINE F

SECTION LINE E

SECTION LINE D

SECTION LINE E

SECTION LINE C SECTION LINE B

SECTION LINE D

SECTION LINE A

SECTION LINE C SECTION LINE B SECTION LINE A

LEVEL 2 PLAN SCALE 1:200 @A3 0

4

8

12

16

N

LEVEL 2 PLAN

41

SCALE 1:200 @A3 0

4

8

12

16

N

41

SECTION A

0

4

8

12

16

SCALE 1:200 @A3

44

SECTION D

0

4

8

12

16

SCALE 1:200 @A3

47

SECTION G SCALE 1:200 @A3

0

4

8

12

16

TERRACE HOUSE MINGHAN YANG

T E R R AC E H O U S E P R O J E C T 1 5 6 For bes St reet, D a r li n g hurs t

The project mainly provides a terrace house for two independent dwellContent

SO F T W A R E U SED

ings. Although the& SECTION two houses are independent, they are connect05 03 SITE LOCATION

PH OT OSH OP

ed through terrace a mini-com06 SITE WIND ANALYSIShouses and shared spaces, forming

ILLU ST R A T OR

munity. PRECEDENT And with the - new the typical “granny fat” design is ANALYSIS MINAKAdesign, HOUSE 07

IN - DESIG N

improved.

At the same time, the tennis court next to 08 Terrace House will also 12 TERRACE HOUSE DESIGN

PR OCR EA T

be redesigned into a park to attract tourists and optimize the environment.

R H IN OCER OS

PUBLIC SPACE DESIGN

15

13

SUNLIGHT IN TERRACE HOUSE

16

WIND MOVEMENT IN TERRACE HOUSE

17

V - R A Y F OR R H IN O

The main feature of Terrace House’s design is the large funnel design. The interior of the terraced house has high-quality natural light, and the natural wind PLAN, SECTION AND RENDER

19

36

is used to take away the indoor heat to the greatest extent. At the same time, the inverted triangle design at the rear of the building maximizes space utilization. Enhanced communication between nature and the interior of the building.

The new public space adopts a unique guidance design, allowing people to naturally pass through the entire public space and reach the best viewing position in the park. Moreover, a large number of green areas can not only enhance the privacy of Terrace House but also contribute to slowing down global warming.

LU M ION 11 PR O

CAHILL EXPRESSWAY

KENT STREET

KENT STREET

KENT STREET

H IG H S T R E E T

KENT STREET

JENKINS STREET

HIGH STREET

S ITE LOC ATION PLAN 9 6 K e nt St, M illers Point, Sydney, NSW

S I T E LOC AT ION L ANDSPAC E A R E A

2

N

0 20

50

100

SCALE 1:1000 @A3

200

3

S I T E LO N G S E C T I O N

4

SITE SECTION

4

5

CONCEPT SKETCHES

8

DESIGN PROCESS

PUBLIC DESIGN CONCEPT

BRIEF DIVISION

DESIGN BUILDING SHAPE

ADD ENTRANCES AND STAIRS

DESIGN GRENNERY AND FUNNEL

GRENNERY COMMUNICATE WITH SPACE FUNTION

T E R R A C E H O U S E CO N C E P T D E V E LO P M E T N N

PROCESS DESIGN DESIGN PROCESS

12

13

TERRACE HOUSETERRACE CIRCULATION HOUSE CIRCULATION

GREENERY ROOF AND WALL LAYER GREENERY ROOF AND WALL L

8

9

PROCESS DESIGN DESIGN PROCESS

ROOF AND SUNROOF LAYER

ROOF AND SUNROOF LAYER

LEVEL 1 CIRCULATION

LEVEL 1 CIRCULATION

GROUND FLOOR CIRCULATION

GROUND FLOOR CIRCULATIO

FLOOR LEVEL AND CURVED WALL - Provides additional light for the ground floor GIANT FUNNEL - Improve air circulation and natural light intake FLOOR LEVEL AND CURVED WALL - Provides additional light for the ground floor GIANT FUNNEL - Improve air circulation and natural light intake GREENERY WALL

GREENERY WALL

10

INVERTED TRIANGLE SUNROOF - Maximize the use of sloped space INVERTED TRIANGLE SUNROOF - Maximize the use of sloped space

SPACE DESIGN PROCESS PUBLIC PUBLIC SPACE DESIGN PROCESS

10

GREENERY WALL AND STAIRS - Increase comfort level through maximizing vegetation coverage GREENERY WALL AND STAIRS - Increase comfort level through maximizing vegetation coverage

12

PUBLIC SPACE DESIGN PROCESS PUBLIC SPACE DESIGN PROCESS

P U B L I C S PA C E CO N C E P T D E V E LO P M E T N 10

10

CREATE CIRCLE SHOP AND GREENERY CREATE CIRCLE SHOP AND GREENERY - Transform single use space to multifunction space - Transform single use space to multifunction space

11

11

NEW FOOTPATH, ENTRANCE AND LANDSCAPING NEW FOOTPATH, ENTRANCE AND LANDSCAPING - Improve pedestrians circulation and enhance biodiversity - Improve pedestrians circulation and enhance biodiversity

ELEVATED VIEWING PLATFORM ELEVATED VIEWING PLATFORM - Attract visitors with new site viewing opportunities - Attract visitors with new site viewing opportunities

14

14

MULTIDIMENSIONAL CIRCULATION MULTIDIMENSIONAL CIRCULATION - Increase movement extent - Increase movement extent

15

T E RRAC E H OUSE AND PUBLIC SP A CE 26

27

PUBLIC SPACE

P U BLIC STRU CTU RE GR O U N D F L O O R 28

PUBLIC STRUCTURE 28

30

TE RRA CE HOU SE COU R T YA R D 29

32

T E RRA CE H O U S E - B U IL D IN G 1 G R OU N D F L OOR 32

33

T E RRA CE H O U S E - B U IL D IN G 1 L E V E L 1 34

T E RRA CE H O U S E - B U IL D IN G 2 L E V E L 1 36

Sp ace Plani ng

S p atia l Co nt ro l a n d G u i d a n ce

Cre ate M i d d le L ayer

Em p ha s i s s p e c i a l exp l o rat i o n

Ab or igin a l Sto ne Pa inti ng Pro tec ti o n

M us i c a n d Aco u s t i c Co mmu n i c at i o n

AQ U E O U S L A N D S C A P E L A B I N CO A L LO A D E R 1 Balls Head D r, Waver to n N S W 2 0 6 0

TheContent project aims to design three aqueous labs to allow marineSITEscientists to obtain a better environment03 for05 research LOCATION & SECTION and improve the marine ecological environment of Sydney

SO F T W A R E U SED PH OT OSH OP

SITE WIND ANALYSIS

06

ILLU ST R A T OR

PRECEDENT ANALYSIS - MINAKA HOUSE

07

IN - DESIG N

Harbour. At the same time, as the main large-scale industrial site (The Coal Loader) in the last century, it may be rede12 TERRACE HOUSE DESIGN signed to attract more people to visit and study 08 at Coal Loader.

PUBLIC SPACE DESIGN

15

13

PR OCR EA T R H IN OCER OS

TheSUNLIGHT design IN mainly divides so that the TERRACE HOUSE the space by means of layers, 16

V - R A Y F OR R H IN O

primary use spaces of tourists and scientists are separated from

LU M ION 11 PR O

WIND MOVEMENT IN TERRACE HOUSE

17

each other, but they can also visit each other. At the same time, RENDER 36 19 thePLAN, newSECTION designAND also attracts and enhances the public curiosity

about the new Coal Loader space from each entrance through the form of space guidance and visual guidance. The curiosity generated by these spaces will lead visitors to understand this Coal Loader from the last century. This historical space differs significantly from the modern urban environment, from the contemporary city to the Coal Loader and into the forest.

2

Historic Preservation and Exploration M i n g h a n Ya n g z5318209

Design themes Historic Preservation and Exploration

Original Site:Advantage

Original Site: Disadvantage

L arge op en are a

Nu me ro us no cove r spa ce, a re a s not ava il a b l e i n ba d we athe r

M u lt ip le ent ra nce s to t he s ite

S o me o f the e ntra nce i s too hi dde n

G ood water s to ra g e s ys te m

The f u nc ti ona l a re a i s re lati ve ly clutte re d

R ed es ign of co a l f u nne l

Fe w p a r k i ng a re a s

Pe o p l e a n d ca rs sha re a i sle s w i th i ncre a se d d a ng e r

I co nic H istor i c Bui ldi ng N ot Prote c te d

Design Concept and Process

N E W P U B L I C E S PA C E

COMMUNITY

LABS BUILDING ACCO M M O DAT I O N

G U I D E D C I R C U L AT I O N B R I D G E

E

N U M E R O U S S H E LT E R E D M U L T I F U N C T I O N A L S PA C E S

L A R G E PA R K I N G LOT A N D MID LEVEL TUNNEL

EXTENDED TUNNEL

A D D I T I O N A L L A B S PA C E A N D RESEARCHER ACCESS

N E W P U B L I C S PA C E F A

E

C D

B

New Platform Ground Floor Plan

C

D

A. Play Ground

B. Larg e Green R oof

C. Loung e and coffee area

D. Exhibition area

E. M id level tunnel

F. Par k ing lot pedestr ian ex it

All slo p es and br idg es are designed with visually g uided targ ets and the shor test ro ute to the designated location

E

F

Each zo ne has its own special func tion and is co nt rolled to max imize its effec tiveness t hro ugh space

A

Co a s t a l co r r i d o r w i t h d i re c t a cce s s to L a b b u i l d i n g

E l e vator wi th acces s to the t u n n e l level

E l e vato r w i t h a cce s s to t h e t un n e l l e ve l

Fro m t he playground area to the silent area.

The aco ustic impac t diminishes as the numb e r of trees increases. Platfor m is also gradually integrated into the forest.

The co llision of times, the special mid level t unne l allows tour ists to travel throug h histo r y and touch histor y

SHOWING AREA

Pl ay gro u n d

L a n d sc a p e a re a Pa re nt s re st a re a

O p e n a re a

Quiet zo n e Vi e w i n g a re a Exhibition a re a

LABS BUILDING

E E A

B

C

D

A B

Lab building Ground Floor Plan

C D

A. Oyster Lab

B. Sea Grass Lab

C. Rest Room

D. Sea Wall Lab

E. Boat Shed

F. W o r k S h o p

F. Staff vehicle access F

The bo at Shed is on the side of the Lab b uild-ing, acces sed throug h two passag es on side at Le vel B1

Channe ls located below the sea g rass lab o ffe r re se archers the advantag e of collec ting large r amo unts of research data

The mult i- layered and shaped sea wall br ing s mo re co mprehensive and stable data to the re se arch Sp e cial access for research institutes and labo rato r ie s with par k ing and unloading areas

SHOWING AREA

ACCO M M O DAT I O N AND COMMUNITY E D C A B

F

A. Loung e, D ining, k itchen and storag e C. Ex hibition area E. M eeting

R e s e a rc h e r Fa s t Tra c k

H i l l s i d e Ap a r t m e nt s

D. Education and Her itag e Conser vation

F. Bathroom

Throug h the new ground ex it and br idg e connec tion, the researcher can quick ly reach the Lab building with the shor test distance and time

The ex hibition area is located close to the quieter inner street, while the conference area is located on the ground floor, the acoustic impac t of both spaces is greatly reduced

B y g lazing and inter ior lig hting the upper level of the histor ic site, people can see the histor ic site more clear ly from the g lass.

SHOWING AREA

B. R eception

SECOND DESIGN PROPOSAL

C A

GRASS

B

GRASS

MUSICS SITE PLAN BEFORE NEW DESIGN

A . M u si c b u i l d i n g

SITE PLAN AFTER NEW DESIGN

HERBAL MEDICINE

SPREAD

B. New Ca fe, B r i dge a nd Wha r f

C . Ne w c a fe bu i l di n g

A.

D.

C. B.

A Steel gr i d

A. Th e slopin g roof is con n e c te d to th e pl atfo r m, an d th e h ug e ope n in g provid e s n atural l ight and m usic for th e inte r ior

A

The funnel cover o f the site entrance, publ ic indo o r space and exhibitio n area are al l retain the o r iginal steel

B. Ad d e d a n e w por t to in cre ase th e way to

gr id design to spread music to a greater ex tent.

re ach th e site

NEW DESIGN AXONOMETRIC

C. Platfor m , br id g e an d re staurant roof Co o perate to cre ate inte r m e d iate laye r s an d ac tivate area

D. Th e n e w re staurant cre ate s spatial contro l and g uid in g e ffe c ts, allowin g pe ople to explo re l ower are as

SITE EXPLODED AXONOMETRIC

S p a ce Pl a n i n g

S p at i a l Co nt ro l a n d G u i d a n ce

Cre ate M i d d l e L aye r

E m p h a s i s s p e c i a l ex p l o rat i o n

Ab o r i gi n a l Sto n e Pa i nt i ng Pro te c t i o n

M u s i c a n d Aco u s t i c Co m m u n i c at i o n

S EC T I O N

P L AN

SITE

LONG

S E C T I O N

B

S E C T I O N

C

S E C T I O N

D

S E C T I O N

E

0

20

40

80

S E C T I O N

G

S E C T I O N

F

120 m

SCALE 1:500 @2A0

SEC TION

SECTION PERSPECTIVE C

01 2 4 6

10

SCALE 1:200 @A0

20

40 m

N

S IT E

A

P H OTO G R A P H Y G A L L E R Y

As Content an architec ture student, I believe that pho -

SO F T W A R E U SED

tography is an indispensable sk ill. I t allows03me 05to SITE LOCATION & SECTION

PH OT OSH OP

explore my creativit y and draw inspiration from 06 SITE WIND ANALYSIS

LIG HT M ILLU ST RO R A TOOR

myPRECEDENT sur roundings, captur ing in time the essence ANALYSIS - MINAKA HOUSE 07 of man, the nuances of architec tural for m and the TERRACE HOUSE DESIGN

12

08

IN - DESIG N

CAMERA

PR OCR EA T CAN O N 5 0 D

inter play of light and shadow. These moments of

R H IN OCER OS

inspiration of ten ser ve as valuable insights into

V - R A Y F OR R H IN O

PUBLIC SPACE DESIGN

15

13

SUNLIGHT IN TERRACE HOUSE

16

WIND MOVEMENT IN TERRACE HOUSE

17

my design choices and st yle as I continually exper iment with unique perspec tives, angles and PLAN, SECTION AND RENDER 36 lighting techniques. When photography 19is ap -

plied to architec ture, the same architec ture will produce unique architec tural elements or for ms under different shootin g techniques. At the same time, the advantages and disadvantages of the architec tural for m will also be enhanced and re vealed in a unique way. Ultimately, the powerful combination of photography and architec ture will play an impor tant role in shaping my design ideas and creative expression.

LU M ION 1 1 PR O