c o n t e n t s
TOTALISATION Flinders St Station should be a maze
DARLINGTON & CO sustainable student housing
BEXLEY NORTH SCOUT HALL prototype facility for Scouts Australia
CINEMATHEQUE a glimpse into an art gallery
A WORLD OF MY OWN a dream within a dream
27 DARLEY ST
development application
01 02 03 04 05 06
01 totalisation Flinders St Station should be a maze
The new plan for Flinders Street Station is a simulated landscape that unites diverse conditions into a single place. Retail, cafes, civic spaces and areas of nature and water are suddenly and improbably brought together into small, man-made cityscape, built on top of the currently existing station. It holds the promise of an almost absurd comprehensiveness and density: opposing activities that are normally thought of as separate entities can be done simultaneously all above the current train station. A new kind of nature is created— congested, compressed, contradictory— that seems to suit the pace of the city it serves.
1 EXISTING ALLEYWAYS
2 BREAKING UP LINEARITY
Our original focus during the master plan stage planning for Flinders Street Station gave a lot of consideration in terms of thinking about how the urban plan we devise can create smaller desired spaces simply with its geometry that emerge as in-between spaces from designing from a micro scale, focusing more on the experiential. Essentially, what we wanted to create were “rooms” that allowed for constant circulation no matter the circumstances of the day or how the user decides to transition through the space. These constant circulation paths would follow a process from the categories which we had initially decide to split Melbourne into, whether it be retail, café, green, civic or water.
Proposed masterplan Original Scale 1:500
3 CREATES VARIETY OF CIRCULATION PATHS
4 DYNAMIC PATHS AND CREATING AN OPEN SPACE THAT FEELS ENCLOSED
EXTRAPOLATING SURFACE EFFECT INTO ORGANISATION STRATEGY TO ACHIEVE FLOW AND ENCLOSURE
Detail of circulation and possible programs
BLURRING & WEBBING
PERMEATING & INTERCONNECTING
SPLITTING & GRIDDING
LINKING & ARRANGING
Interconnections between paths were explored to try link different process along each different path. However, that undermines the purpose of creating paths in the first place.
Instead, a possible way of connecting the “rooms” and paths were to intermingle them so that the paths force you through the room spaces. The issue with this was the disruption of the functions within the individual rooms as a result of circulation passing through them.
To solve this issue, paths were placed on a separate plane from the buildings so that they exist in isolation from the actual circulation and people would either move up or down in order to access them. But again, there was a lack of connection between the rooms and paths, seeming more like two separate entities.
Instead, a possible way of connecting the “rooms” and paths were to intermingle them so that the paths force you through the room spaces. The issue with this was the disruption of the functions within the individual rooms as a result of circulation passing through them.
HEIGHT OF SURROUNDING CITYSCAPE FOR BUILDING TOPOGRAPHY
HEIGHT OF IMMEDIATE SURROUNDINGS FOR PATHS
Focusing on the architecture that frames Flinders Street Station, I noted the natural curves that were formed against the skyline. This geometry was where I derived my basic topography for the height differences of the buildings that are situated across the site. But of course, then the path within these buildings located on a grid will naturally have to follow the immediate surrounding context. The station will be accessible directly from the new site to the platform. The gridded layout also allows for easier crossing from South Bank to the north side of the city, therefore creating a smoother transition between the two halves of Melbourne. This landscape placed on top of Flinders Street Station could be interpreted as a spatial network of elements, where the organisational type reflects elements in relation to one another. Through seeing all these buildings that are of the same size, one becomes more focuses on rearranging the space to combine them as a spatial whole. And in these terms, it becomes a process of recognition, awareness and connection.
1 Square it out
2 Extrude
3 Morph into an architectural topography
Elevation Original Scale 1:200
Green
Retail/Cafe
Civic
Water
Plan Original Scale 1:200
02 darlington & c o sustainable student housing
Darlington & Co. promotes a vision of co-operative housing. This method of collaborative living, otherwise commonly known as “co-housing�, encourages the facilitation of an intimate, community spirit within the university environment. As the on-campus accommodation for students at Sydney University, students are able to experience the privacy of their own living community while retaining the convenient central location within the Darlington campus, especially with the conversion of Darlington Lane into a fully pedestrianized laneway.
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- Two (2) shared bathrooms per level - One (1) kitchenette per level - One (1) balcony per level (social space) Private - Access to stairwell
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ROOF
The staggered layout across the site maximises daylight penetration into each building. Sunlight is the key for creating a welcoming space. With the full glass northern living room façade and sloped roof, natural lighting pours into these communal spaces making them ideal places of gathering and social interactions. The sunlight-drenched common living spaces are complimented by the use of concrete flooring as a thermal mass; warming in Winter and cooling in Summer by drawing curtains across the glass façades. Structurally insulated panels (SIP) are used as walling material for a cost-efficient way of sustainably creating an ideal living environment. Spotted gum clads the exterior of the buildings to initiate a visual dialogue with the greenery of the site’s surroundings while also being an environmentally friendly option with its recognition from the Forest Stewardship Council Australia (FSC-AU). The implementation of stack ventilation through a wind catcher provides ample ventilation for the bedroom levels where fresh air is most needed.
LEVEL 3
Darlington & Co.
sity of over Roof top: Public space Site Plan Major benefits of the scheme include: - Shared space for social interactions -Shared facilities and communal areas encourage social interaction and apartment. collaboration As the on-campus accommodation-Reduced for students Sydney University, a reliance ofat energy usage through implementation of a wind chimney to provide ample - Access to1 stairwell R idual units ventilation throughout the development co-housing vision is created to foster and further enhance a community Floor Plans -Close proximity to nearby shops and university spirit while adopting a sustainable -Bike approach in the design process. One hared living parking spaces provided to encourage “clean” modes of transportation module of design is repeated and staggered across the site where space that ccommodation for students at Sydney University, a various levels of social interactions are encouraged to occur. The shared created to foster and further enhance a community entrance courtyards between buildings allow all residents the opportunity ocial space. a sustainable approach in the design process. One repeated and staggered across the site where to meet and greet while also welcoming the pedestrian flow from the al interactions are encouraged to occur. The shared houses Proposed terrace pedestrianized Darlington Lane. Progressing to the living rooms on the between buildings allow all residents the opportunity hile also welcoming the pedestrian flow from the ground floor of each building, students are allowed exclusivity on the (student accomodation) LEVEL 2
ngton & Co.
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As the on-campus accommodation fo co-housing vision is created to foster spirit while adopting a sustainable ap module of design is repeated and sta various levels of social interactions a entrance courtyards between building to meet and greet while also welcom pedestrianized Darlington Lane. Prog ground floor of each building, studen basis of each block created by the el are dedicated to bedrooms in each b present on each floor while each leve sink, and common balcony space to students on the basis of a smaller co dedicated to the community of each residents back into a broad commun interact across buildings while being on the ground.
1 R G 2 3 basis of each block created by the elevated ground levels. Three storeys dedicated to bedrooms in each building with four individual rooms 4 are Existing terrace houses present on each floor while each level is also equipped with a kitchenette,
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Site Plan
he on-campus accommodation for students at Sydney University, a housing vision is created to foster and further enhance a community it while adopting a sustainable approach in the design process. One OF LEVELS : site where dule of design is FUNCTIONS repeated and staggered across the ous levels of social interactions are encouraged to occur. The shared ance courtyards Ground betweenfloor: buildings allow all residents rtment Shared living space the opportunity meet and greet while- also welcoming Living area the pedestrian flow from the estrianized Darlington Lane. Progressing to the living rooms on the - Kitchen und floor of each building, students are allowed exclusivity on the s of each block created by the elevated ground levels. Three storeys - Enlarged bedroom with ensuite dedicated to bedrooms in each building with four individual rooms Shared (suitable for disabled access; and is available sent on each floor while each level is also equipped with a kitchenette, , and common balcony space to further strengthen the bond between for non-disabled students at a higher cost) dents on the basis of a smaller community. Although the roof-top is icated to the community of each block, the glass railings bring all - Access to stairwell dents back into a broad community environment where students can Levels ONE to FOUR: Bedroom ract across buildings while being elevated from thefloors pedestrian traffic he ground. - Four (4) individual bedrooms per level
Site Plan
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LEVEL LIVING
ngton Lane. Progressing to the living rooms on the building, students are allowed exclusivity on the reated by the elevated ground levels. Three storeys rooms in each building with four individual rooms red space r while each level is also equipped with a kitchenette, sink, and common balcony space to further strengthen the bond between alcony space to further strengthen the bond between students on the basis of a smaller community. Although the roof-top is s of a smaller community. Although the roof-top is ms mmunity of each block, the glass railings bring all dedicated to the community of each block, the glass railings bring all broad community environment where students can residents back into a broad community environment where students can Site Section ms ngs while being elevated from the pedestrian traffic
(student accomodation)
interact across buildings while being elevated from the pedestrian traffic on the ground.
ette
Shared
shared space
The staggered layout across the site maximises daylight penetration into each building. Sunlight is the key for creating a welcoming space. With the full glass northern living room façade and sloped roof, natural lighting pours into these communal spaces making them ideal places of gathering and social Sherrie Huang common 311246214 interactions. The sunlight-drenched living spaces are complimented by the use of concrete flooring as a thermal mass; Lee warming 311243290 in Winter and cooling in Summer by drawing curtains across the Bronwyn glass façades. Structurally (SIP) are used as walling material for a cost-efficient way of Anne Qininsulated panels 311182712 sustainably creating an ideal living environment. Spotted gum clads the exterior of the buildings to initiate a visual dialogue with the greenery of the site’s surroundings while also being an environmentally friendly option with its recognition from the Forest Stewardship Council Australia (FSC-AU). The implementation of stack ventilation through a wind catcher provides ample ventilation for the bedroom levels where fresh air is most needed.
Darlington & Co. LEVEL 1
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Diagram of preliminary level allocation Floor Plans
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ideal social Most importantly, social interactions are seen spirit while as essential to the emotional and psychological .Sherrie Huang 311246214 well-being of all students. This is enabled by the Bronwyn Lee 311243290 provision of areas of shared spaces. Different Anne Qin 311182712 l bedrooms levels of interactions are catered through the for private large living room on the ground level and roof top. Subsequently, more intimate shared spaces Floor Shared are provided on each level to encourage the Plans floor area; development of more tight-knit relationships. Original tchen and Scale Kitchen and laundry are shared between all 1:100 students within the same block of building to required is further reinforce the co-housing vision by instigating collaborative efforts of independent living. Private
1 2 3 4
Site Plan
Major benefits of the scheme include: -Shared facilities and communal areas encourage social interaction and
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collaboration As the on-campus accommodation for students at Sydney University, a Shared -Reduced reliance of energy usage through implementation of a wind chimney to provide ample co-housing vision is created to foster and further enhance a community ventilation throughout the development spirit while adopting a sustainable approach the design process. -Close proximity in to nearby shops and universityOne -Bike parking spaces provided encourage module of design is repeated and staggered across thetosite where“clean” modes of transportation various levels of social interactions are encouraged to occur. The shared entrance courtyards between buildings allow all residents the opportunity to meet and greet while also welcoming the pedestrian flow from the pedestrianized Darlington Lane. Progressing to the living rooms on the ground floor of each building, students are allowed exclusivity on the basis of each block created by the elevated ground levels. Three storeys are dedicated to bedrooms in each building with four individual rooms GROUND present on each floor while each level is also equipped with a kitchenette, sink, and common balcony space to further strengthen the bond between students on the basis of a smaller community. Although the roof-top is dedicated to the community of each block, the glass railings bring all residents back into a broad community environment where students can Site Section Private interact across buildings while being elevated from the pedestrian traffic Floor Plans on the ground.
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Diagram of shared and private usage
Sherrie Huang
Floor Plans
311246214
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BEDROOM
Private
Darlington Rd
Site Plan
BATHROOM
Darlington Ln (proposed to be pedestrianised)
The staggered layout across the site maximises daylight penetration into each building key for creating a welcoming space. With the full glass northern living room façade and natural lighting pours into these communal spaces making them ideal places of gatheri interactions. The sunlight-drenched common living spaces are complimented by the us flooring as a thermal mass; warming in Winter and cooling in Summer by drawing curt glass façades. Structurally insulated panels (SIP) are used as walling material for a cos sustainably creating an ideal living environment. Spotted gum clads the exterior of the initiate a visual dialogue with the greenery of the site’s surroundings while also being a friendly option with its recognition from the Forest Stewardship Council Australia (FSCimplementation of stack ventilation through a wind catcher provides ample ventilation levels where fresh air is most needed.
Major benefits of the scheme include: -Shared facilities and communal areas encourage social interaction and collaboration -Reduced reliance of energy usage through implementation of a wind chimney to provi
ventilation throughout the development -Close proximity to nearby shops and university -Bike parking spaces provided to encourage “clean” modes of transportation
students at Sydney University, a Rorr and further enhance a community
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pproach in the design process. One aggered across the site where are encouraged to occur. The shared gs allow all residents the opportunity ming the pedestrian flow from the gressing to the living rooms on the nts are allowed exclusivity on the levated ground levels. Three storeys building with four individual rooms el is also equipped with a kitchenette, further strengthen the bond between ommunity. Although the roof-top is block, the glass railings bring all nity environment where students can elevated from the pedestrian traffic
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The staggered layout across the site maximises daylight penetration into each building. Sunlight is the key for creating a welcoming space. With the full glass northern living room façade and sloped roof, natural lighting pours into these communal spaces making them ideal places of gathering and social interactions. The sunlight-drenched common living spaces are complimented by the use of concrete flooring as a thermal mass; warming in Winter and cooling in Summer by drawing curtains across the glass façades. Structurally insulated panels (SIP) are used as walling material for a cost-efficient way of sustainably creating an ideal living environment. Spotted gum clads the exterior of the buildings to initiate a visual dialogue with the greenery of the site’s surroundings while also being an environmentally friendly option with its recognition from the Forest Stewardship Council Australia (FSC-AU). The implementation of stack ventilation through a wind catcher provides ample ventilation for the bedroom levels where fresh air is most needed.
Major benefits of into the scheme include: Sunlight is the staggered layout across the site maximises daylight penetration each building. facilities communal social interaction and for creating a welcoming space. With the full glass-Shared northern livingand room façadeareas and encourage sloped roof, collaboration ural lighting pours into these communal spaces making them ideal places of gathering and social -Reduced reliance of energy through implementation of a wind chimney to provide ample ractions. The sunlight-drenched common living spaces are complimented byusage the use of concrete ventilation throughout the development ring as a thermal mass; warming in Winter and cooling in Summer by drawing curtains across the -Close to nearby and university ss façades. Structurally insulated panels (SIP) are used asproximity walling material forshops a cost-efficient way of -Bike parking spaces provided to encourage “clean” modes of transportation tainably creating an ideal living environment. Spotted gum clads the exterior of the buildings to
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ate a visual dialogue with the greenery of the site’s surroundings while also being an environmentally ndly option with its recognition from the Forest Stewardship Council Australia (FSC-AU). The lementation of stack ventilation through a wind catcher provides ample ventilation for the bedroom els where fresh air is most needed.
Site Plan
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or benefits of the scheme include: ared facilities and communal areas encourage social interaction and aboration duced reliance of energy usage through implementation of a wind chimney to provide ample
Site Plan Original Scale 1:200
ntilation throughout the development ose proximity to nearby shops and university ke parking spaces provided to encourage “clean” modes of transportation
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Site Plan Site Section
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Site Section
Site Section Original Scale 1:100
03 bexley north scouts hall prototype facility for Scouts Australia As part of our Technologies project, we were to redesign a current existing scout hall for Scouts Australia and Timber Development Association. The primary structure was to be made predominantly of timber and the overall building should promote sustainable principles. The proposed Bexley North Basketball Hall aims to maximise cooling capacities by not using insulation and creating unobstructed North-South ventilation through operable louvres. The detached amenities blocks on the north act as a buffer which relieves some of the harsh glares and heat caused by the northern sun, which can also be adjusted via the operable vertical blades on the eastern and western facades. Diffused daylight is brought into the basketball hall through a northern transluscent skylight and the fulllength glass facade on the south.
FINAL DESIGN PROPOSAL FINAL DESIGN PROPOSAL
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02 A 02
300x120 lvl double posts 300x120 lvl double steel bracket joint posts steel bracket joint Reinforced concrete wall poured in-situ Reinforced concrete wall poured in-situ
600x120 lvl double posts 600x120 lvl double steel bracket joint posts steel bracket joint 450x15 louv res screw fixed 450x15 res screw fixed to timberlouv frame to timber frame
24000x6000 translucent Danpalon 24000x6000 translucent skylight dotted overheadDanpalon skylight dotted overhead fixed in zincalume frame to manu. spec. fixed in zincalume frame to manu. spec.
Glass window facade Glass window facade 600x120 lvl double posts 600x120 lvl double steel bracket joint posts steel bracket joint 300x120 lvl double posts 300x120 lvl double steel bracket joint posts steel bracket joint
lan lan
m
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ABS ABS WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 WILKINSON BUILDING 148 City Rd, Darlington NSW 2050
CONSTRUCTION DRAWING CONSTRUCTION DRAWING 8m
8m
8m
8m
Bexley North Scouts Hall Bexley North Scouts Hall Plan Plan
SCALE
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1:100 @ A2 SCALE 1:200 @ A3 1:100 @ A2 1:200 @ A3
AutoCAD DRAWN
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PROJECT
01 01
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Steel capping Corrugated colorbond steel roof nailed to 120 x 80 timber battens 120 x 80 timber battens screw fixed to 650 x300 timber beam Flashing over skylight frame
600x120 lvl double posts
24000x6000 translucent Danpalon skylight dotted overhead fixed in zincalume frame to manu. spec.
300x120 lvl double posts 600 x 90 steel gutter nailed to 600 x 90 timber beam
Silicon holding polycarbonate skylight 200 x 90 timber skylight frame 100 x 50 recycled hardwood cladding with polyurethane finish screw fixed to plywood battens 450 x 15 louvres screw fixed to timber frame Reinforced concrete wall poured in-situ
Steel capping 120 x 12 timber flooring with polyurethane finish nailed to 45 x 45 timber battens PVC wear-resisting coat Fiber-glass reinforced layer PVC foaming buffer layer
400 x 200 timber beam 400 x 200 timber beam 150mm reinforced concrete slab with pad footings poured in-situ
150 x 8 operable glass louvres from ground level Glass window facade 02
Section AA Scale - 1:100
ABS WILKINSON BUILDING 148 City Rd, Darlington NSW 2050
CONSTRUCTION DRAWING 1:100 0m
1m
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4m
Bexley North Scouts Hall
Section AA
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4mm COMPACT DANPALON AS SKYLIGHT
0.55mm GALVANISED FLASHING NAILED TO AND FOLDED OVER STANDING SEAM TO HOLD DANPALON SKYLIGHT
0.55mm GALVANISED STEEL FLASHING NAILED TO AND FOLDED OVER STANDING SEAM TO LEAD WATER INTO GUTTERING FOR SKYLIGHT
ALUMINIUM CONNECTOR FOR 4mm COMPACT DANPALON
1.6mm SPACER SCREW FIXED TO 120 x 80mm DRESSED TIMBER PURLIN
SILICON GAP FILLER
120 x 80mm DRESSED TIMBER PURLIN
1.2mm CORRUGATED COLORBOND STEEL ROOFING NAILED TO 120 X 80mm TIMBER PURLINS
60 x 85mm ZINCALUME GUTTER NAILED TO DOUBLE 90 x 45mm TIMBER BEAMS BELOW
90 x 45mm DRESSED TIMBER BEAM SCREW FIXED TO 120 x 80mm TIMBER FRAME FOR SKYLIGHT
120 x 80mm EXPOSED TIMBER FRAME FOR SKYLIGHT
600 x 65mm DRESSED LVL PURLINS BOLTED TO OTHER BEAM TO FORM SINGLE PURLIN 650 x 200mm DRESSED TIMBER RAFTER
SA 01 SCALE
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DRAFTED BY
Sherrie Huang [ 311246214 ]
PROJECT
Basketball / Scout Hall
SITE ADDRESS
56A Shaw St, Bexley North NSW 2207
CLIENT
The University of Sydney
DATE
07/11/2013
REVISION NO.
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04 cinematheque a glimpse into an art gallery
What captured my interest the most in my prototype models were the opportunity that arose from all the concave and convex surfaces. Taking advantage of the this characteristic, I created voids that were framed by this irregular geometry. The fragmented nature of the proposed gallery is reminiscent of Antonioni’s exploration of identity, existence and human isolation. Various small openings veil and unveil particular areas within the space that are like a preview of what to expect within, and sparks one’s curiosity for that which they can’t. Nothing would ever be seen in its entirety. In the end, a glimpse is all we need to begin our own journey in the projection of our imagination to escape reality, even if it is just for a little while.
Diagrams of extrusions into three-dimensional spaces (hand drawings)
05 a world of m y o w n a dream within a dream
This series of Photoshopped rendered images from Rhino created an interactive Flash animation to explore the idea that nothing is as it seems - that every world is an illusion. Items found across various productions of Alice (from Lewis Carroll’s original Alice’s Adventures in Wonderland and Through the Looking-Glass & What Alice Found There, Disney’s animation Alice in Wonderland, Tim Burton’s 3D Alice in Wonderland) are taken out of their already-misplaced context and rearranged to become different elements of a castle. Will a castle remain as a castle with only the retainment of its outlines? http://aworldofmyown.wix.com/aliceinwonderland
06 27 darley st development application
The project for our Professional Practice course centred on the design of a simple residential extention and preparation of the necessary documentation for submission of a Development Application. Marrickville Council was the consent authority. The clients were a young professional couple and were open to a variety of options for alternative uses but would like adventurous architectural additions to the existing dysfunctional building. By the end of this project, I was well aware of the process that must be undertaken before construction and actual realisation of a design.
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CR FRO AFT N M N OISE EAR DIR E BY AIP CTIO OR N T
S ZE EE ER BR NT UMM ER A S S INT EA IN PL OL IN W CO RM WA
WINTER SUNRISE
POTENTIAL FOR OVERSHADOWING
SINGLE STOREY BRICK RESIDENCE METAL & TILE ROOF No.25
S WIND AY ILING W PREVA TO DRIVE ER IN GATH
POTENTIAL FOR OVERLOOKING
SUMMER SUNRISE
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332째10' ONE & TWO STOREY CEMENT RENDERED RESIDENCE TILE ROOF No.29
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SUMMER SUNSET SHERRIE HUANG
Alterations and Additions for 27 Darley St, Newtown
WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 SID 311 214 216 E huangsherrie@hotmail.com
Site Analysis Plan
NOT FOR CONSTRUCTION SCALE
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Measured Drawings for 27 Darley St, Newtown
WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 SID 311 214 216 E huangsherrie@hotmail.com
SINGLE STOREY BRICK RESIDENCE METAL & TILE ROOF No.25
Tutor: Ben Gutherie
Ground Floor Plan
NOT FOR CONSTRUCTION
SB 21.875
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FFL17.93m Porcelain tile finish
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LIVING ROOM
FFL17.37m Travertine tile finish
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SHERRIE HUANG Downpipe Dishwater Space ELectrical Meer Board Floor Waste Gast Meter Hot Water System Refrigerator Space Site Boundary Sewer Inspecion Opening Telstra Pit Water Meter
S T R E E T
LEGEND
In accordance with specification, workshop drawings of Double-hung sash windows to eng spec. complete joinery assembly are to be submitted to the Architect prior to fabrication. Prior to painting, staining or oiling and prior to Installation on site, all fittings, fixtures, and appliances are to be assembled in completed joinery units for review by architect during workshop inspection submission.
FFL17.37m Timber floor finish
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POWDER ROOM
D A R L E Y
JOINERY NOTES
Verify dimensions on site prior to commencement of work. Check existing RL’s on site. Advice Architect of any discrepancies before commencement. Allow for adjustments to suit discrepancies. Comply with relevant authorities requirements. Comply with Building Code of Australia requirements. Comply with relevant Australian Standards for materials and construction practice. Comply with Basix Certificate. Do not scale from drawings.
1500
GENERAL NOTES
FFL17.93m Porcelain tile finish
SB 34.22 Fixed windows to eng spec. Fixed windows to eng spec.
Fixed windows to eng spec.
ONE & TWO STOREY CEMENT RENDERED RESIDENCE TILE ROOF No.29
Fixed windows to eng spec.
Permeable timber decking with polyurethane finish
JOINERY NOTES
LEGEND
Verify dimensions on site prior to commencement of work. Check existing RL’s on site. Advice Architect of any discrepancies before commencement. Allow for adjustments to suit discrepancies. Comply with relevant authorities requirements. Comply with Building Code of Australia requirements. Comply with relevant Australian Standards for materials and construction practice. Comply
In accordance with specification, workshop drawings of complete joinery assembly are to be submitted to the Architect prior to fabrication. Prior to painting, staining or oiling and prior to Installation on site, all fittings, fixtures, and appliances are to be assembled in completed joinery units for review by architect during
DP DW EL FW GM HW
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GENERAL NOTES
New Ground Floor Plan 01 Ground Floor Plan 1:100 -Original Scale 1:100 FOR NEW CONSTRUCTION
KEY Downpipe Dishwater Space ELectrical Meer Board Floor Waste Gast Meter Hot Water System
Denotes demolition
Brickwork
Denotes site boundary
Timber
Neighbouring properties
Glass Windows
Denotes existing structure
Natural Stones
SHERRIE HUANG WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 SID 311 214 216 E huangsherrie@hotmail.com
Alterations and Additions for 27 Darley St, Newtown
D A R L E Y
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EXISTING SHADOW LINE KEY
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Existing shadows New shadows
SHERRIE HUANG
Alterations and Addition for 27 Darley St, Newtow
WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 SID 311 214 216 E huangsherrie@hotmail.com
03 EXISTING SHADOW DIAGRAM 12 NOON
04 PROPOSED SHADOW DIAGRAM 12 NOON
Shadow Diagram for June 21 at 12PM
Tutor: Ben Gutherie
NOT FOR CONSTRUCTION SCALE
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16th Oct 2013
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02 PROPOSED SHADOW DIAGRAM 9 AM
Existing shadows New shadows
SHERRIE HUANG
Alterations and Addition for 27 Darley St, Newtow
WILKINSON BUILDING 148 City Rd, Darlington NSW 2050 SID 311 214 216 E huangsherrie@hotmail.com
Shadow Diagram for June 21 at 9AM
Tutor: Ben Gutherie
NOT FOR CONSTRUCTION SCALE
DRAWN
DATE
PROJECT
DRAWING
1:100 @ A2 1:200 @ A3
AutoCAD
16th Oct 2013
01
01/03
REV
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THANK YOU