David Li Architect
Master of Architecture, The University of Melbourne, Australia Bachelor of Industrial Design, Zhengzhou Univerisy, China
Tel: 61 424 038 108 Email: davidzhengli@hotmail.com
CONTENT
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CONTENT
Architecture Portfolio
DESIGN & VISUALISATION Maggie Cancer Center Design_2017 Pink Porosity (Silver Factory)_2017 Tooradin Airport Design_2016 CAZ Tower, 216 Latrobe St_2016
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CONSTRUCTION & MODELLING Tooradin Airport Model_2016 CAZ Tower Model_2016
14 16
CONSTRUCTION DOCUMENTATION CAD Documentation_2016 CAD Documentation_2015
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Maggie Cancer Center Design Melbourne
Concept Statement:
According to cancer patient’s emotional statues, the concept is to design a place of non place. Try to give cancer patient different feeling when they recieve chemo therapy and radio therapy. A large garden is designed in the center to generate a cosy micro nature environment.Every functional blcoks are shifted to form the “lady rooms” where has the fabulous views towards outside. Meanwhile the mini gardens surrounding the lady room to keep it private.
Studio Leader Dr Dominic Hozler
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PINK POROSITY
Storefront of Silver Factory (Andy Warhol) The idea of this store front is to encourage everyone engage with the design of the storefront and each factory person will have their own private and independent gallery to exhibit their works this is inspired by andy warhole’s 15minutes The architectural composition is to put the solid pink box in the center surrounded by extruded glass boxes which can be extruded to form the facade of the storefront according to designers needs. Factory people design the facade through the extruded glass boxes which are independent small gallery too. People will enter the semi-public long ,dark narrow, corridor to watch andy’s films, finally they will arrive the private pink solid box in the center which is the theaterett the free access entrances, semipublic corridor and the private pink theaterette forms the porosity of pink in terms of visiting sequence during that process visitors will experiencing from bright glass galleries to dark quiet film corridor, then gather at the center-theaterette. This is a storefront which connects the public to the factory, it will give people different visiting experiences both hironzontally and vertically as well as let people use their sensories to feel the design of this storefront.
Studio Leader Rennie Liffen Virginia Mannering
Š 2016
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The Serpentine Airport Design Tooradin Airport design
Concept Statement:
The “Concealing and Revealing” derives from the experience I visited Great Ocean Road which is the most beautiful landscape in Melbourne. The landscape reveals itself differently after you turn over the cliff. Your vision is regulated by those curved contours. I adopt the curved shape to create the Concealing and Revealing atmosphere. Then I introduce eight glass atriums to introduce sunlight into the building as well as give people different visal experience. The curvered speration line between airside and landside also provides different spaces for people to have coffee with his friends within “one space”. The extruded Lounge boxes are not only used to offer additonal services including children play grounds and VIP lounges, but also form part of the facade facing air side. All these features try to create the concealing and revealing experience. Encourage people to explore the building to find out their own favourite spot.
Studio Leader Peter Hogg
© 2016
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1 Elevated Drop Off 2 Main Public Departure Hall 3 Check In 4 Security Control 5 Restaurant/Commercial Space 6 Departure Waiting Area 7 VIP Lounge 8 Children Playroom 9 Bathrooms 10 Offices 11 Services 12 Train Station Exit/Entrance
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0M
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60
120
150M
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CAZ Tower Project The intention of this project is to design a new high rise office building which is functional, efficient and aesthetic.
Supervisor Giorgio Marfella Jamie Mccutcheon
Applied construction University of Melbourne School of Design
Š 2016
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1.1 STACKING STRATEGY
Author
Student ID
Gexi Ji
719649
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A1.1 Stacking: Plans and Section A1.2 Stacking: Model and 3D Views/Diagrams
5
4 6.00
6 4.50
7 4.50
8 4.50
9 4.50
10 4.50
11 4.50
12 4.50
13 4.50
14 4.50
15 4.50
16
6.00
A
6 4.50
7 4.50
8 4.50
9 4.50
10 4.50
11 4.50
12 4.50
13 4.50
14 4.50
15 4.50
16 6.00
3.75
3.75
A
B 3.75
3.75
B
C 3.75
3.75
C
D 3.75
3.75
D
E 3.75
3.75
E
F 3.75
3.75
F
G 3.75
3.75
G
H
H
ATRIUM
3.75
3.75 I 3.75
3.75
I
J 3.75
3.75
J
K 3.75
3.75
K
L 3.75
3.75
L
M 3.75
3.75
M
N 3.75
3.75
N
O
O
01 A1.1
LOW RISE FLOOR PLAN 1:500 @ A2
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4 6.00
6 4.50
02 A1.1
7 4.50
8 4.50
9 4.50
A
10 4.50
11 4.50
12 4.50
13 4.50
14 4.50
15 4.50
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MIDDLE RISE FLOOR PLAN 1:500 @ A2
5
4
6.00
6.00
6 4.50
7 4.50
8 4.50
9 4.50
10 4.50
11 4.50
12 4.50
13 4.50
3.75
3.75
A
B
3.75
3.75
B
C
3.75
3.75
C
D
3.75
3.75
D
E
3.75
3.75
E
3.75
ATRIUM
G
F
ATRIUM
3.75
F
3.75
3.75
G
H
ATRIUM
3.75
3.75
H
I
3.75
3.75
I
J
3.75
3.75
J
K
3.75
3.75
K
L
3.75
3.75
L
M
3.75
3.75
M
N
3.75
3.75
N
O
03 A1.1
1.1.1 DESIGN CONCEPT
5
4
6.00
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HIGH RISE FLOOR PLAN 1:500 @ A2
04 A1.1
SKY RISE FLOOR PLAN 1:500 @ A2
14 4.50
15 4.50
16 6.00
Tooradin Airport 1:500 Lasercut Model Supervisor Peter Hogg
The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
Š 2016
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MODELING
MODELING
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CAZ Tower 1:500 Lasercut Model
Intersection of Latrobe St and Exhibition St
Supervisor Giorgio Marfella Jamie Mccutcheon
236 Latrobe St Tower Design The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
© 2015
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MODELING
MODELING
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A2.1 Structure: Plans and Sections A2.2 Structure: Model and 3D Diagrams 1
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3
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5
6
7
8
9
10 11 12 13 14 15
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22.15m
RL 271.95
CROWN
8.00m
RL 249.8
110.15m
RL 233.8 RL 229.8 RL 221.8 RL 217.8 RL 213.8 RL 209.8 RL 205.8 RL 201.8 RL 197.8 RL 193.8 RL 189.8 RL 185.8 RL 181.8 RL 177.8 RL 173.8 RL 169.8 RL 165.8 RL 161.8
48.00m 40.00m
4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m
RL 149.8 RL 145.8 RL 141.8 RL 137.8 RL 133.8 RL 129.8 RL 125.8 RL 121.8 RL 117.8 RL 113.8 RL 109.8 RL 105.8 RL 101.8 RL 97.8 RL 93.8 RL 89.8 RL 85.8 RL 81.8
48.00m
MECHANICAL FLOOR
RL 77.8 RL 73.8 RL 65.8
4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m
05 A2.1
MECHANICAL FLOOR
RL 153.8
RL 61.8 RL 57.8 RL 53.8 RL 49.8
PODIUM
RL 45.8 RL 41.8 RL 37.8 RL 33.8
8.00m
The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
MECHANICAL FLOOR
RL 225.8
8.00m
Supervisor Giorgio Marfella
CORE
RL 237.8
8.00m
CAD Drawings
4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m4.00m
CONSTRUCTION DOCUMENTATION
RL 241.8
GROUND LEVEL RL 25.8
OVERALL SECTION 1:1000 @ A2
OVERALL STRUCTURAL CONFIGURATION
TRUSS ROOF OUTRIGGER
© 2015
BELT TRUSS
CONCRETE BAND BEAM
CONCRETE COLUMN
LATERAL LOADS RESISTING SYSTEM
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CONSTRUCTION DOCUMENTATION
CONCRETE EDGE BEAM
CONCRETE BAND BEAM
CONCRETE COLUMN
LIGHT WEIGHT BRACING FOR ROOFTOP STRUCTURE
CONCRETE EDGE BEAM
STEEL COLUMN
CONCRETE COLUMN
CONCRETE EDGE BEAM
CONSTRUCTION DOCUMENTATION
A4.1 Lobby Faรงade: General Arrangement
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A SIGNORINO BLUESTONE 1000 X 1000
A5.1 Lobby Faรงade: Details GLAZING CURTAIN WALL EMBEDDED ATTACHMENT SEALANT
FITTING STEEL COLUMN RADIUS = 400
GLAZING CURTAIN WALL
GLAZING CURTAIN WALL STAINLESS STEEL CABLE
CABLE SIGNORINO
STAINLESS STEEL CABLE
500 X 500
CABLE MULLION SYSTEM
STAINLESS STEEL CLEVIS
CURTAINWALL WALL POINT CURTAIN POINTFIXING FIXING
03 A5.1
03 A5.1
AUTOMATIC SLIDING DOOR FOR DISABLED ACCESS, EMERGENCY EGRESS AND AFTER HOURS USE
STAINLESS STEEL CLEVIS PIN
1:5 @ A2
1:5 @ A2
AUTOMATIC REVOLVING DOOR STAINLESS STEEL TONGUE
CURTAIN WALL 1500 X 2000
SIGNORINO BLUESTONE SEALANT WATERPROOFING MEMBRANE
SIGNORINO
BACKER ROD
GLAZING CURTAIN WALL EMBEDDED ATTACHMENT GUTTER
THREADED ROD
SIGNORINO BLUESTONE
SEALANT
WATERPROOFING MEMBRANE
SIGNORINO
BACKER ROD
PACKING
SPACE FRAME TOP LATERAL CHORD
ENTRANCE MAT NUT
AL. OBLIQUE STRUTS
WASHER
EXTERIOR
ALU CHANNEL PACKER
FACADE CONNECTOR
INTERIOR
01 A5.1
01
STEEL PLATE
BOTTOM OF CURTAIN WALL FIXING SYSTEM
02
BOTTOM OF CURTAIN WALL FIXING SYSTEM 1:5 @ A2 1:5 @ A2
02 A5.1 A5.1
A5.1
BOTTOM OF CABLE FIXING SYSTEM
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BOTTOM OF CABLE FIXING SYSTEM 1:5 @ A2
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AA5.1 5.1
1:5 @ A2
GLAZING ROOF AND SPACE FRAME FIXING GLAZING ROOF AND SPACE FRAME FIXING 1:5 @ A2
1:5 @ A2
GLAZING CURTAIN WALL
01 PARTIAL LOBBY PLAN PARTIAL LOBBY PLAN 1:50 @ A2 A4.1 1:50 @ A2
WHITE ALUMINIUM FACADE
A
01 A4.1
SPACE FRAME SYSTEM
SPACE FRAME SYSTEM
STEEL PLATE
GLASS ROOF 1500 X 1500
GUTTER
LOAD DISTRIBUTION PLATE
SPACE FRAME BOTTOM CHORD
PACKING
FITTING
ATTACHMENT PAD
NUTS NUTS
CURTAIN WALL
GUTTER
BOLTS
STAINLESS STEEL CHANNEL FLATTENED CHORD SECTION STAINLESS STEEL TURNBUCKLE
BOLT HOLES TRANSVERSE SHOULDER
ATTACHMENT PLATE
VERTICAL STRUT
STAINLESS STEEL EYE NOBLE
FACADE CONNECTOR
NUT
STRUTS LONGITUDINAL CHORD
FACADE CONNECTOR WHITE ALUMINIUM FACADE
OBLIQUE STRUT
FITTING
STAINLESS STEEL CABLE LONGITUDINAL CHORD
CABLE STEEL COLUMN RADIUS = 400
CONCRETE COLUMN 800 X 800
CURTAIN WALL 1500 X 2000
ATTACHMENT PAD
BOLTS
UPPER LOAD DISTRIBUTION PLATE MIDDLE LOAD DISTRIBUTION PLATE
BOLTS ATTACHMENT PLATE
LATERAL CHORD
LATERAL CHORD
AUTOMATIC REVOLVING DOOR 2400mm
SIGNORINO BLUESTONE 1000 X 1000
3D SKETCH OF SPACE FRAME SYSTEM
SIGNORINO
3D SKETCH OF SPACE FRAME SYSTEM
500 X 500
05 05 A5.1
A5.1
CABLE MULLION HEAD CABLE MULLION HEAD
1:5 @ A2 1:5 @ A2
ANCHOR BOX
02
02 A4.1
1500mm
PARTIAL LOBBY SECTION A
PARTIAL LOBBY SECTION A 1:50 @ A2
A4.1 1:50 @ A2
06
RUBBERBOND BONDING ADHESIVE
WHITE ALUMINIUM FACADE
04
CURTAIN WALL 1500 X 2000
2000mm
LEAF GRATE CLAMPING RING
WATER CUT OFF MASTIC
RUBBERBOND DECKING ADHESIVE RUBBERBOND FLEECEBACK EPDM
05 03
FITTING
2000mm
THERMAL INSULATION
06 PARTIAL LOBBY PERSPECTIVE VIEW
PARTIAL LOBBY PERSPECTIVE VIEW
03
PARTIAL LOBBY ELEVATION
A4.1
03 A4.1
1:50 @ A2
PARTIAL LOBBY ELEVATION 1:50 @ A2
06 A5.1
A5.1
OUTLET BODY
VAPOUR CONTROL LAYER STRUCTURAL DECKING
01 02
GLAZING ROOF DRAIN GLAZING ROOF DRAIN
1:5 @ A21:5 @ A2
DETAIL DRAWING REFERENCE
A4.2 Typical Floor: General Arrangement
A5.2 Typical Floor: Details
PERSPECTIVE DIAGRAM
01 A4.2
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SECTION 1:50 @ A2
02 A4.2
ELEVATION 1:50 @ A2
03 A4.2
PLAN 1:50 @ A2
CONSTRUCTION DOCUMENTATION
01 A5.2
MECHANICAL FLOOR SECTION 1:10 @ A2
03 A5.2
TYPICAL OFFICE FLOOR SECTION 1:10 @ A2
02 A5.2
FLOOR BRACKET CONNECTION PLAN 1:2 @ A2
CONSTRUCTION DOCUMENTATION
A5.3 Parapet: Details
A4.3 Parapet: General Arrangement
6MM ALUCOBOND ALUMINUM COMPOSITE PANEL WHITE
6MM ALUCOBOND ALUMINUM COMPOSITE PANEL WHITE
STEEL TUBE 250X150X6MM 02 A5.3
R1200
SILICON SEALANT
SILICON SEALANT BRACKET 120X40X5MM
01 A4.3
BALCONY OF CROWN LEVEL
Overall BMU Track Diagram
01 A5.3
Decorative Facade Section Detail 1:5
50mm
02 A4.3
200mm
02 A5.3
50mm
Decorative Facade Section Detail 1:1
ALUMINIUM COMPOSITE PANEL CAPPING 3MM WHITE FINISH
Partial Plan of Crown 1:50
TIMBER PACKING SILICON SEALANT
SILICON SEALANT
04 A5.3
ALUMINIUM COMPOSITE SPANDREL PANEL 4MM WHITE
ALUMINIUM COMPOSITE PANEL 4MM WHITE
Spider Section Detail 1:5
ORIGINAL TENSION TRUSS GRID
TOP HAT 03 A5.3
165
TCN NODE, 12MM OFFSET HOLE Ø32MM COMPRESSION SPAR
MIG GLAZING FIXING SPANDREL PANELS
STRUCTURE FOR EXTERNAL FACADE
LIQUD WATERPROOFING MEMBRANE
2570
220
ROD Ø25MM
THERMAL INSULATION WEARING SLAB
03 A5.3
2000
CONCRETE FINISH
STEEL TUBE 250X150X6MM
40MM BLUESTONE 2MM MORTAR WEARING SLAB LIQUID WATERPROOFING MEMBRANE
6MM ALUCOBOND ALUMINUM COMPOSITE PANEL WHITE
2000
1930
03 A4.3
Partial Elevation of Crown 1:50
50MM CONCRETE FINISH
T BRACKETS 200x100x10MM M16 AGA NUT
RIGID GRID PEDESTAL
50MM CONCRETE FINISH
CONCRETE FLOOR SLAB THERMAL INSULATION
165
990
THERMAL INSULATION
600X600 RAISED ACCESS FLOOR
2MM MORTAR
160
CONCRETE FLOOR SLAB TRE TIE ROD FORK M25
40MM BLUESTONE
LIQUID WATERPROOFING MEMBRANE
STRUCTURE FOR EXTERNAL FACADE
600X600 RAISED ACCESS FLOOR
TIE ROD Ø25mm
04 A5.3
WEARING SLAB
1400
ORIGINAL TENSION TRUSS GRID
Retaining wall Section Detail 1:5
LIQUID WATERPROOFING MEMBRANE
SPANDREL PANELS
MIG THREADED ROD TRE TIE ROD PORK, MIG, M25
1400
VISION PANELS
6MM
ALUMINUM COMPOSITE PANEL 4MM WHITE 01 A5.3
MECHANICAL FLOOR 04 A4.3
Partial Section of Crown 1:50
MECHANICAL FLOOR 05 A5.3
Crown Floor Section Detail 1:5
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CONSTRUCTION DOCUMENTATION CAD Drawings
Supervisor Giorgio Marfella David O’ Brien George Stavrias James Neil
The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
© 2014
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CONSTRUCTION DOCUMENTATION
CONSTRUCTION DOCUMENTATION
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CONSTRUCTION DOCUMENTATION
CONSTRUCTION DOCUMENTATION
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