SOOK YAN WONG University of Sydney Master of Architecture Yr 1
UNDERGRADUATE DEGREE PORTFOLIO
Tutor: Thomas Stromberg
[Coffee Roasting House & Archery Range]
Habitable Bridge Site Unspecified
[Habitable Bridge]
Connection of Two Architectural Programs Coffee-Roasting House and Archery Range
Mass becomes smaller
Coffee-Roasting House
Archery Range
Community Safe Relaxed Enclosed
Individual Dangerous Competitive Open
DESIGN THINKING:
Using the heat energy released by combustion process (coffee-roasting) from CRH, the structure can change its form to give access or to create the 2nd space. Heat is used as the catalyst (joint) for the process of creating another space (archery range).
PROCESS & CYCLE Both programs consist of energy release and absorption processes. CRH: combustion; heat energy; coffee bean roasting; machinery; production; phase change AR: respiration; physical energy; joint movement; stretching; releasing; aiming; shooting Functional Programs: - Coffee roaster(s) - Service counter - Storage (ingredients/coffee bean) - Seating area - Bathrooms
No. of visitors
Functional Programs: - Shooting ground - Service counter - Equipment Storage - Lockers - Bathrooms
Coffee bean roasted
Heat energy
CRH
AR
Weight accumulates at both ends, forcing the structure to change its form.
Force
Space
PRELIMINARY FUNCTIONAL DIAGRAM Energy Release & Competition between CRH and AR Seating
Shared: Bathrooms Storage
CRH Shooting Ground
AR
Lockers
Coffee Roaster
SIMILARITIES AND DIFFERENCES BETWEEN TWO PROGRAMS
No. of visitors
Force
Space
INTERCONNECTION BETWEEN COFFEE-ROASTING HOUSE AND ARCHERY RANGE Using exhausted hot gases from CRH to open up archery range
02
[Habitable Bridge]
Conceptual Model and Diagram Point of Connection between Two Programs
03
Third material: Heat Second material: Wax First material/support: Timber
MODEL-MAKING: 1. Place wax (candle) above the timber structure. 2. Light up the candle and observe the flow of wax. 3. Weight of wax creates a force that tilts the structure even further. 4. Timber structure meets the ground if the process continues.
CONCEPTUAL MODEL
Joint
CONCEPTUAL DIAGRAM
Point of Connection as Point of Origin
[Habitable Bridge]
Form-finding I: Conceptual Diagrams Design Thinking and Process
Origin Point to connect two both ends
Plane B to form double cable system Plane A
Intersection point
2 Another plane added to form spaces, roofs and floors.
1 Line extended to join both ends in a single plane.
Heavy Load
3 Location of functional spaces determined. All floors/roofs are walkable.
4. Structural strategies applied.
CONCEPTUAL DIAGRAM Design Thinking and Process
04
[Habitable Bridge]
Form-finding II: Planning Diagrams Structural, Spatial & Circulation Distribution
05
Diagonally shooting to resolve the issue of a huge archery range. - Bull’s-eye(s) are attached to movable doors for degree adjustment (distance of shooting range).
- Archers choose the position and distance along the bridge (starting line).
Archery Range Underground Corridor Underground corridor to enable arrowcollecting and equipment storage.
Coffee-roasting House
Interchange DIAGRAMMATIC PLAN Cliff wall Load to hold the Plane B back and down onto the site
Double-function Space
C
Two intersecting planes extended into the cliff like a cantilever beam
Plane A
Plane B
Supporting structures at lower end to hold Plane A and B in shape (columns or part of the heavy load)
STRUCTURAL DIAGRAM
Embedded load-bearing wall at higher end (20m) to transfer load to ground and to hold Plane A and B in shape Extension of Plane B to enable access to the bridge (as the starting point) with the principal beam extended into the ground for a vertical depth of 2500mm to hold down the structure.
End to end: AEC/ CEA; BEC / CEB Entrance to functional space: AED; BED; CED
E
Intersection point A, B, C and D are all accessible with E as the interchange point (origin point).
A B D
CIRCULATION DIAGRAM
[Habitable Bridge]
Form-finding III: Design Sketches Final Design: 1:400 Section
Chosen form: to show lines of tensional forces.
DESIGN SKETCHES
Different forms considered to hold down massive structure
1:400 SITE SECTION
06
[Habitable Bridge]
1:200 Axonometric Structures & Materials
07
Cross-bracing to resist lateral forces
In-situ concrete wall
Timber crossbeams as secondary structure in between
4 x curved Glulam Beams
4 x curved Glulam Beams
Primary support that holds the structure in place by clamping at both sides
Structure extended and embedded in ground Structure extended and embedded in ground
[Habitable Bridge]
Final Design: Scaled Drawings Plans and Elevations
Slope
River
08
N
20m
15m
1:200 SOUTH ELEVATION
20m
1:400 SITE PLAN
1:200 NORTH ELEVATION
Tutor: Sarah Breen-Lovett/Zainab Tinwala
[Extension of Art Gallery of New South Wales]
Domain Car Park 2 St Marys Road Sydney NSW 2000 a LIVING THEATRE ABSTRACT WORKING from the initial concept for communications we began further investigation of an architectural ‘SPINE’ and the connection of movement, sound and sight within the space. The concept begins with the idea of architecture as a living theatre and each module becomes an interactive art piece. A change of physical understanding, architecture shifts from being a static object to a dynamic environment for happenings and performances. Being ‘a theatre of the real’, it introduces cross-programming and unexpected functions within spaces. The theatre is both an old and a new piece of art that is not conceived as a finished work; it grows and works by extension, addition and subtraction. Theorist Guy Debords proposed the idea of ‘SITUATIONISM’ that makes it impossible to conceive architecture without people, movement or desire by randomly juxtaposing incongrous elements which in turn creates a new coherent whole that critiques both the existing world and its relation to the world. ‘The arts of the future can be nothing less than disruptions of situations.’ Architect Bernard Tschumi writes about MASKS, a double role in the act of veiling and and unveiling, simulating and dissimulating, and cannot be dissociated from architecture.The mask or facade may acclaim appearances, however by its very presence, it exclaims that in the background there is something else. Our fragments of architecture create bits of walls, rooms, ideas and of streets. These fragments are like beginnings or in-between traces. It is not how such fragments are organised, but more about the volume, height, surface and degree of enclosure. They are the sentences between quotation masks, yet they aren’t quotations. Theorist Henry Lefebvre argues that architecture must produce activities and experiences of social and cultural importance. Sight and sound are not the only senses that can be used to determine a relationship to spatial elements of a place. Lefebvre’s concept of space, posits that spaces are produced. It is experienced by people interacting, intersecting, producing and reproducing relationships to and with each other. Lefebvre believes that this phenomenon is both the interaction and what is created by the interaction. The interaction is reciprocal - it is being created by but also create social interaction. It is a form of preformed communication. A spatial language that can be observed, repeated and remembered. Space creates and is created by interactions with others. History and knowledge of space is created through its users and its use. SPACE IS PREFORMED AND CREATED BY INTERACTIONS OF AND WITH PEOPLE. WE EMPLOY INTERACTIONS WITH OTHERS TO GAIN KNOWLEDGE OF SPACE.
[Extension of Art Gallery of New South Wales]
Carpark-Gallery Flexible Usage Site Analysis and Spatial Planning Chosen Site for Planning
DIGITAL ART SPACE Interactive text/3D Imaging,multimedia SERVICE AREA
Royal Botanic Gardens The Domain
PERFORMING SPACE
Art Gallery of New South Wales
INSTALLATION SPACE
Sunpath
Hyde Park
Domain Car Park (SITE) walkway to city
RELATIVE DIMENSIONS OF DIFFERENT GALLERY SPACES
St. Mary’s Cathedral
View from Train
JOINT: 1. 90 DEGREES ROTATION 2. Only rotate in 1 direction 3. Pushing force Gallery Space Train line
N INTERSECTING CAR PARK-GALLERY SPACE DYNAMIC SPACES
INTERIOR SPATIAL PLANNING DIAGRAM
SITE CONTEXT
12
[Extension of Art Gallery of New South Wales]
Carpark-Gallery Interchangeable Spaces 1:2000 Floor Plans
Iterative Model 002 (w/ rotating arms)
Existing Configuration (before)
Iterative Model 003 (w/ removable members)
Possible Configuration (after) 1:2000 GROUND FLOOR PLAN
Section
Existing Configuration (before)
Car Exit
SPACE PLANNING TO CATER FOR DIFFERENT NEEDS: GROUND FLOOR (BEFORE)
Section
1:1000 INTERMEDIATE FLOOR PLAN
1:2000 INTERMEDIATE FLOOR PLAN
Section
Retained VIsitor Entrance
Possible Configuration (after) 1:1000 GROUND FLOOR PLAN
1:2000 TOP FLOOR PLAN
SPACE PLANNING TO CATER FOR DIFFERENT NEEDS: GROUND FLOOR (AFTER)
Section
Extended walls pushed towards boundary of void
N
13
[Extension of Art Gallery of New South Wales]
Gallery Space Vertical Planning 1:200 & 1:50 Sections
Visitor Entrace from City
Car Entrance
Car Exit
1:200 SECTION
1 Decomposed Facade w/ Removable Blocks
2b Pushed/Rotated High Walls
hollow core to reduce weight of moving walls and to place wheels inside
Red Western Cedar with treated surface 15mm dia. G316 stainless steel plain finish sqaure nut
Top Floor VIEWING PLATFORM
15mm dia. G316 stainless steel threaded rod bar into drilled holes
Unhinged High Walls Pushed to Void’s Boundary
13mm dia. G304 stainless steel O-ring lock nut Intermediate Floor INSTALLATION SPACE
950mm (l) x 13mm dia. G304 stainless steel rod bar inserted into centre bore of the wheels 75mm dia. x 50mm (w) zinc alloy caster wheel with 13mm centre bore 2a Rotated Low Walls
Intermediate Floor ‘PERFORMANCE’ SPACE
concrete floor slab D-02
D-01 RETAINED UTILITY AREA
1:5 DETAIL SECTION
2A & B. INTERNAL MOVING WALLS
Expandable Car Park-Gallery Space
1:50 SECTION
D-02
14
[Extension of Art Gallery of New South Wales]
Modulated Screen Development Facade Decomposition and Recomposition Floor Level (+2500mm)
Floor Level (2500mm)
Adult’s Height (1800mm)
Teen’s Height (1500mm)
Floor Level (0mm)
1:25 ELEVATION (1 FLOOR)
Interaction between exterior and interior spaces Interaction between visitors and architecture
D-01
15mm dia. G316 stainless steel plain finish sqaure nut 15mm dia. G316 stainless steel threaded rod bar into drilled holes
1:20 SECTION INTERSECTING FOLDING PATTERN mock screen plan view (partial)
Overlapping layers
Red Western Cedar with treated surface
300mm (l) x 13mm dia. hot-dipped galvanised L-type 90 degrees bend anchor bolt bolted into concrete slab
at least 100mm deep
concrete floor slab ZIG-ZAG WEAVING PATTERN modules being joined together to form a screen
1:5 DETAIL (SECTION) 1. FACADE
1:20 SCREEN PROTOTYPE elevation view
15
First Level Installation Space Overviewing Car Movement
Lower Level Car Park-Gallery Interchageable Spaces
Facade in Decomposition
[Extension of Art Gallery of New South Wales]
19
Module Design Initial Design Concept and Working System
Pivot: centrally-located rods to allow 360 degrees rotation
Extracted Concept Co-experience
Opening: to allow penetration of light (sight) and sound
Extracted Geometry Fragmented Spine
Incision: to lock modules above & below
1:10 Axonometric
FURTHER DEVELOPMENT ON SOPHISTICATION & FABRICATION OF MODULE: - horizontal layering and stacking of the diamond-shaped blocks - utilizing the patterns and grains on timber - explore different materials to achieve design purporse: 1. timber 2 glass (perspex) 3. corrugated cardboard (perforation) Iterative Model 001 x2
x5
Layers 1- 5
varied degree of rotation produces different lighting/shadow effects x 32 Layers 7-14 Openings
Extracted Geometry Spine Element
Module Operating Diagram
Module Design Concept and Working System
x 16
Layers 7 - 14
Layers 6 & 15
x8
x 16
x8
Layers 16 - 20 Joining Gaps
USING MODEL-MAKING PROCESS TO EXPLORE DIFFERENT JOINING METHODS AND POSSIBLE FORMS Layrering and stacking method is discovered due to the limitation of material’s thickness - 6.0mm balsa wood/plywood - during digital fabrication process.
x4
5mm dia. rod
Layers
[Extension of Art Gallery of New South Wales]
System
1
Fixed Frame
2 3
[1, 2, 2]
4
[2, 1, 2]
5
[3, 2]
6
[2,1, 2]
7
[1, 1, 2, 1]
8
20
Iterative Model 001, 002 & 003 Layering and Joining System
Removable Members
Fixed Frame
9 10
FORMATION & SHAPING OF WOOD BLOCKS FragmentatioN: HORIZONTAL AND VERTICAL INCISIONS
5.0mm SS threaded rod to fix all layers together
SS anchor bolts to mount transparent glass to timber 12,0mm transparent, low reflectivity glass
VERTICAL INCISION: CONSTRUCTION OF REMOVABLE MEMBERS PLAN VIEW
5.0mm hex nut to lock all layers
WORKING DIAGRAM Shaping of Module
15mm dia. G316 stainless steel plain finish sqaure nut 15mm dia. G316 stainless steel threaded rod bar into drilled holes Overlapping layers
Slot to lock module from next row
Iterative Model 003 Tentative Fixings: Development from Model 001
Slot to lock module from next row
ONE MODULE Render w./ Complete Module
1:10 DETAILS (ELEVATION)
Finalised Joining Method: Assemblage of fragments
M-01 Final Screen Module M-02 Internal Wall Module M-03 Unapplied Design
Render w./ Members Removed
Iterative Model 001 Facade w./ Removable Blocks i. static wall ii. removable components - push and pull from both sides - removable members at the centre - unveil both sides at the same time
M-01
Iterative Model 002 Internal Walls (High/Low)
ITERATIVE MODEL 004
2a. Hinged Low Walls i. on-grid [max.] 90 degrees rotation 2b. Unhinged High Walls i. off-grid 360 degrees rotation ii. pushed against void boundary for upper floor wall interaction - 90 degrees rotation - hinged on either side of the block - opening and closing at both faces - hollow core; non-removable members
M-02
FURTHER DEVELOPMENT ON PRACTICALITY/GLAZING FOR ITERATIVE MODEL 003: - to protect artwork from damage - to keep the weather out * not applied to design project due to failure to achieve design objective of having members being removed from both sides for dual-interaction, not one.
M-03
[Extension of Art Gallery of New South Wales]
Iterative Model 001, 002 & 003 Exploration of Materials and Joinery System
DIFFERENT PROJECT MATERIALS w/ SIMILAR METHODS: LAYERING & STACKING
PERSPEX (GLASS)
REAL-LIFE PROJECT MATERIAL: TIMBER (RED WESTERN CEDAR)
01
04 LAYERING OF DIFFERENT MATERIALS: 01. PERSPEX (GLASS) Opportunities: distortion as visual effects; can be stained in different colours Limitations: transparency/translucency revealing interior space; glasshouse effect; disturbing reflectivity
PLYWOOD (TIMBER)
02
05
02. PLYWOOD (TIMBER) Opportunities: lightweight (removable members); different grain pattern on surface; natural colour; solid/opaque (obstructing views as desired for the design project) Limitations: introduction of new material to existing works of the site and its urban fabric (concrete and brickwork) 03. CORRUGATED CARDBOARD (CERAMIBOARD) Opportunities: rawness of material; lightweight Limitations: perforated; not a common building product * Ceramiboard is a carboard-based product being hardened and stiffened by a mix of chemicals.
CORRUGATED CARDBOARD (CERAMIBOARD)
03 SKETCH MODELS Exploring different material properties
06 1:10 WORKING MODELS 6.0mm Plywood
USING MATERIAL TO EXPLORE DIFFERENT FORMS OF A SINGLE MODULE 04. Timber frame. 05. Timber frame with hollow core (removable members at sides). 06. Timber frame with solid core (removable members at the centre).
21
1:5 Screen Prototype
DA DOCUMENTATION
Tutor: Brent Trousdale
[Addition and Alteration]
43 Macdonald Street, Erskineville NSW 2043 DESIGN DIAGRAMS SELECTED DA SET DRAWINGS 01 02 03 04 05
Ground Floor Plan First Floor Plan Section A Section B Shadow Diagrams
INTERIOR PERSPECTIVES
Transformed Terrace Streetview
[Addition & Alteration 43 Macdonald Street Erskineville]
Conceptual Thinking Design Diagrams
Living Resting Cleaning Conceptual - Incisions
Circulation - Open & Enclosed Spaces
Working
Function - Spatial Arrangement
Opening - Cross-ventilation
DESIGN DIAGRAMS
24
Planting Schedule Qty 50 43
Pot Size 200mm 150mm
balcony rl 11.52
Common Name Weeping Dwarf Lilly Pilly Dwarf Osmanthus
8 x Osmanthus (heavan sent)
TWO-STOREY WEATHERBOARD RESIDENCE
3,000
ridge rl 15.60
TWO-STOREY BRICK RESIDENCE METAL ROOF NO. 41
2,300
0.3/12/8
950
0.1/4/8
900
2m high fence
top of gutter rl 14.74
ridge rl 15.30
METAL ROOF SINGLE STOREY
top of gutter rl 10.68
16 x Xsyzyium 'cascade' (weeping dwarf lilly pilly)
0.3/8/10
balcony rl 11.53
15 x Osmanthus (heavan sent)
8 x Osmanthus (heavan sent)
top of gutter rl 13.91
B
Botanical Name Xyzygium ‘Cascade’ Osmanthus ‘Heaven Sent’
W4
D5 0.2/8/10
DINING ROOM
43 DP 1110472 244.2sqm by calc.
D8
LIVING ROOM
W
D7
DR
LAUNDRY/STORAGE
960
BEDROOM 1
D2
BATHROOM 2
A
D1
retained door
new verandah rl 8.77 similar to existing ffl rl
18
17
16
15
14
13
12
4180
existing setback 3030
roof rl 16.48
1
2
3
4
5
6
7
8
D3
W6
300mm cavity brick wall rendered with paint on both sides
W2
18 x 192 = 3,460
11
370
1,000
W3
13 x Xsyzyium 'cascade' (weeping dwarf lilly pilly)
W1 retained window
D4
BATHROOM 1
110mm single brick partition rendered with paint
TWO-STOREY BRICK RESIDENCE METAL ROOF NO. 45 head 14.01
01
top of gutter rl 14.31
sill 12.63 head 14.00
ridge rl 17.99
balcony rl 11.86
8 x Xsyzyium 'cascade' (weeping dwarf lilly pilly)
ridge rl 18.35
12 x Osmanthus (heavan sent)
roof rl 16.04
B
Timber stairs w/ 18 threads: - polished Blackbutt timber threads and risers [rising: 192mm; going: 244mm] - 12mm thick/1000mm height clear toughened glass balustrades mounted with stand-off bolts - 50mm polished pine dowel handrail
MACDONALD ST REET
A
9
10
D6
verandah rl 8.60
Treated pine deck for steps leading to backyard Rising: 172mm; Going:250mm
F
KITCHEN
boundary line
Floor area extension: timber strip flooring nailed to old timber strip flooring over joists
New verandah: treated pine decking Incision to improve light penetration/ventilation: existing floor demolished to be replaced by treated pine decking
existing setback 4540
new verandah rl 8.60
W5
12 x Xsyzyium 'cascade' (weeping dwarf lilly pilly)
top of gutter rl 14.48
3020
10680
exg ffl rl 8.77
brick wall
2120
balcony rl 11.64
sill 12.63 head 14.00
TWO-STOREY BRICK RESIDENCE METAL ROOF
Proposed Ground Floor Plan [1:100]
Legend
43 MACDONALD STREET ERSKINEVILLE
Rev
Date
Description
Drawn
Project No Stage
Measured Drawing
Drawn
SY WONG
Checked
Scale
1:100 at A3
Date
Drawing
Proposed Grd. Floor Plan
13.10.2014
balcony rl 11.52
3000
2m high fence
balcony rl 11.53
11700
1340
0.3/12/8 0.1/4/8
existing setback 4540
950
640
balcony rl 12.25
D11 0.2/8/10
W10
RECREATIONAL SPACE
D12
New balcony - treated pine decking - 1000mm height treated pine balusters - 50mm dowel treated pine handrail
7
D14
Overhead fixed clerestories [refer window schedule W8]
WORKING SPACE
pitch 1 deg.
ADDITION Metal roofing profile [R-value: 1.5; SRI: 85]
balcony rl 12.06
4000 18
17
16
15
top of gutter rl 11.69
14
12
W7 retained window
BEDROOM 2 BATHROOM 2
D13
960
D9
110mm single brick partition Timber stairs w/ 18 threads: rendered with paint - polished Blackbutt timber threads and risers [rising: 192mm; going: 244mm] - 12mm thick/1000mm height clear toughened glass balustrades mounted with stand-off bolts - 50mm polished pine dowel handrail
roof rl 16.04
ridge rl 17.99
TWO-STOREY BRICK RESIDENCE METAL ROOF NO. 45 head 14.01
01
Proposed First Floor Plan
balcony rl 11.86
sill 12.63 head 14.00
top of gutter rl 14.31
Balustrades: 12mm thick/1000mm height clear toughened glass panels anchored with stand-off bolts
B
300mm cavity brick wall rendered with paint on both sides
ridge rl 18.35
370
8
11
W6
A
W8
18 x 192 = 3,460
4300
43 DP 1110472 244.2sqm by calc.
13
A
9
10
demolished single storey metal roof
existing setback 3030
roof rl 16.48
W9
MACDONALD ST REET
Floor area extension: timber strip flooring nailed to old timber strip flooring over joists
D10
balcony rl 12.25
Overhead fixed clerestories [refer window schedule W10]
top of gutter rl 14.48
1850
balcony rl 11.64
top of gutter rl 14.74
top of gutter rl 10.68
ridge rl 15.30
TWO-STOREY WEATHERBOARD RESIDENCE
top of gutter rl 13.91
B
TWO-STOREY BRICK RESIDENCE METAL ROOF NO. 41
0.3/8/10
sill 12.63 head 14.00
TWO-STOREY BRICK RESIDENCE METAL ROOF
[1:100]
Legend
43 MACDONALD STREET ERSKINEVILLE
Rev
Date
Description
Drawn
Project No Stage
Measured Drawing
Drawn
SY WONG
Checked
Scale
1:100 at A3
Date
Drawing
Proposed 1st Floor Plan
13.10.2014
Roof [SRI:85] - timber-framing: structural LVL pine rafter - metal roofing: Stratco Cooldeck cret-fixed to timber rafter w/ screws - insulation: 1.5 R-value; 75mm thick - ceiling lining: polished Western Red Cedar boards
max building height 9.0m
parapet rl 17.23
New balcony - treated pine decking - 1000mm height treated pine balusters - 50mm dowel treated pine handrail
620
roof rl 16.50
top of gutter rl 15.38
W10
WORKING SPACE
top of gutter rl 14.89
720
roof rl 16.71
370
W9 D11
BEDROOM 2
RECREATIONAL SPACE
6120
6620
exg first floor ffl rl 12.25
W4
exg ground floor ffl rl 8.77
D2
DINING ROOM KITCHEN
Balustrades: 12mm thick/1000mm height clear toughened glass panels anchored with stand-off bolts
01
Section A
Timber stairs w/ 18 threads: - polished Blackbutt timber threads and risers [rising: 192mm; going: 244mm] - 12mm thick/1000mm height clear toughened glass balustrades mounted with stand-off bolts - 50mm polished pine dowel handrail
LIVING ROOM
boundary
boundary
Treated pine deck for steps leading to backyard Rising: 172mm; Going:250mm
W2
W3
W5
7,940
1,280
7,730
2440
2080
BEDROOM 1
Incision to improve light penetration/ventilation: existing floor demolished to be replaced by treated pine decking 300mm cavity brick wall rendered with paint on both sides
[1:100]
Legend
43 MACDONALD STREET ERSKINEVILLE
Rev
Date
Description
Drawn
Project No Stage
Measured Drawing
Drawn
SY WONG
Checked
Scale
1:100 at A3
Date
Drawing
Section A
13.10.2014
Roof [SRI:85] - timber-framing: structural LVL pine rafter - metal roofing: Stratco Cooldeck cret-fixed to timber rafter w/ screws - insulation: 1.5 R-value; 75mm thick - ceiling lining: polished Western Red Cedar boards
WORKING SPACE
D12
New balcony - treated pine decking - 1000mm height treated pine balusters [central spacing 200mm] - 50mm dowel treated pine handrail
D14
RECREATIONAL SPACE
7440
D13
roof section rl 16.21
640
BATHROOM 3
300mm cavity brick wall rendered with paint on both sides
max building height 9.0m
6120
exg first floor ffl rl 12.25
110mm single brick partition rendered with paint
W4
retained wall: new window installed boundary
exg ground floor ffl rl 8.77
D6
DINING ROOM
boundary
LIVING ROOM
W6
Timber stairs w/ 18 threads: - polished Blackbutt timber threads and risers [rising: 192mm; going: 244mm] - 12mm thick/1000mm height clear toughened glass balustrades mounted with stand-off bolts - 50mm polished pine dowel handrail
01
Section B
[1:100]
Legend
43 MACDONALD STREET ERSKINEVILLE
Rev
Date
Description
Drawn
Project No Stage
Measured Drawing
Drawn
SY WONG
Checked
Scale
1:100 at A3
Date
Drawing
Section B
13.10.2014
21st June 9am
01
21st June 12pm
21st June 3pm
Shadow Diagram [1:100]
Legend
43 MACDONALD STREET ERSKINEVILLE
Shadow casted by proposed development Shadow casted by existing dwelling Overlapping shadow Rev
Date
Description
Drawn
Project No Stage Drawn
SY WONG
Checked
Scale
-
Date
Drawing
Shadow Diagrams
13.10.2014
Living Spaces Lower Level
Recreational Space Upper level