TI NH BEE T LW IE FE NE LANDSCAPE ARCHITECTURE PORTFOLIO by HOA PHAN
ABOUT THIS PORTFOLIO This portfolio is a collection of various academic and professional projects that I involved in during the past years as an individual or a team member. Some presented are complete design projects, while others exhibit technical skills that have profoundly informed and reinforced my design thinking and personal proposition.
ACKNOWLEDGEMENT I would like to take the chance to acknowledge enormous support from professor Margaret Grose, Sidh Sintusingha, Siqing Chen and Andrew Saniga in the past three years at Melbourne School of Design for invaluable guidance and feedbacks for every landscape studio that I attended. Being a part of this dedicated faculty, I found myself extremely lucky to be well equipped with not only applicable knowledge and skills but also a prepared mind to embrace opportunities and challenges of the profession. I also wish to express my gratitude towards City of Danang, my hometown, for providing generous funding for my duration of stay in Australia. I am also grateful that my UoM fellows: Udie Tran, Dinh Vo, Iris Fong, Thea Yang and many more have been my company during the course and provided valuable input and early proofread of this portfolio. And above all, I am thankful to have my family’s patience, unfailing love and encouragement throughout the last three years I have been away from home.
CONTENTS
SELECTIVE ACADEMIC AND PROFESSIONAL PROJECTS
ACADEMIC | DESIGN 01 Sculpting Creekscape | November 2016
Landscape architecture studio 4 - Design ecologies
02 X-town | November 2016
Landscape architecture studio 2 - Site plan and design
03 Market Square | November 2015
Landscape architecture studio 3 - urban open space
04 Public Bunker | July 2015
Landscape studio 1 - exploration
05 Studley Park Boathouse | November 2014 Elective: architecture design studio water
ACADEMIC | SKILLS E1 Grading | November 2015
Landscape architecture electives: site tectonics
E2 Surveying and Mapping | November 2016
Landscape architecture electives: surveying and mapping
PROFESSIONAL | EXPERIENCE P1 Town planning documentation | November 2016 Jaywarden architects - role: Student intern
MISCELLANEOUS | INTEREST I1 Photography | On-going Personal collection
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ACADEMIC |D E S I G N Landscape Architecture Design Studios Melbourne School of Design 2014-2017
5
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SCULPTING CREEKSCAPE
MOONEE PONDS CREEK REVITALIZATION PLAN
ACADEMIC WORK Capstone Landscape Studio: DESIGNED ECOLOGIES TYPE
STUDIO CONTEXT Designed Ecologies is the last design studio in our Landscape Architecture stream. It challenges traditional approach of landscape design that more often outweighs
Individual project PROFESSOR
plan-form layout to spatial quality of space. The task assigned in this studio is to design experimentally through digital platform to come up with alternative
Margaret Grose
solutions for a difficult site - a long-forgotten stream.
DATE
The studio puts focus on integration of digital platform in
November 2016
analysing site conditions, formulating ideas and testing
SOFTWARE
Following premise of the studio, ambition of this project
alternative design concepts.
is to re-position landscape design from perceived
ArcGIS
aesthetics to conceived functionality. Final design was
Rhinoceros 5.0 Grasshopper Plugin Adobe CS Suite
the result of a successful iteration of re-constructing the topography based on digital inputs as ‘ridge and valley’. As a result, the design will not only be appreciated for its undulated form, but also functions as distributed stormwater detention infrastructure, a bio-filter for degraded stream condition at Moonee Ponds Creek.
top
|6
undulated landform
MASTER PLAN
THE SITE This section of Moonee Ponds Creek exhibits typical characteristics of a highly urbanized stream with straightened water course and incised streambed (which was then concreted). The forceful approach to prevent flooding (rapid conveyance) causes increasingly severe urban stream syndrome such as degraded water quality, loss of habitat and disconnected local community. Urban development 0M
40M
80M
200M
7
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DESIGN PROPOSITION The design is grounded on the idea that land is formed by force, in a way that can be broken down into parameters to reversely re-construct the desired landform utilising digital platform. This phenomenon can be widely tested in our natural environment: tectonic movement in volcanic landform; wind in the case of sand dunes or water flow in fluvial floodplain. Sculpting Creekscape elaborates on that notion and goes on to testify the possibility of re-constructing desired topography utilising digital simulation tool such as Rhino 3D and Grasshopper. With the study of water flow, the project aims to suggest an adaptive scheme to seasonal flux in the context of Moonee Ponds Creek as well as propose solutions for stormwater treatment across the site.
CAPE
HARDS
S ING DE
PLANT IGN
ROUND
TING G
SCULP
LOW
Design narrative
TING F
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SCULP
DITION
G CON
EXISTIN
top
SITE STRATEGY Strategies include reactivate the interaction between the creek and its floodplain (landform and water), ultimately generate self-maintained scheme for seasonal flux of the channel; regenerate suitable habitat for terrestrial and aquatic species, and revitalize the creekscape as a historically community social space.
RECONSTRUCT FLOW
EARTHWORK: BALANCING CUT AND FILL
SLOPE-SENSITIVE PLANTING
FLUX RESPONSE Flood as system maintenance Strategies include reactivating interaction between ground water and surface water, which ultimate goal is to reconnect stream with its flood plain. This will become premise for future flood resilience.
top bottom
Site strategies Detail of micro-landfrom response to flux
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UPSTREAM SEDIMENTATION POND Deep marsh with submerged and emergent vegetation
SCULPTING FLOW Riffle
pool
sequence:
POOL-RIFFLE SEQUENCE
Design
considers heterogeneity in stream cross-sectional
morphology
to
create structurally heterogeneous streambed which help retain water
Restore pool and riffle with gravel bed and vegetated riparian bank to increase heterogeneity in cross sectional morphology of the stream. This will ensure bank stabilization and at the same time increase volume of water stored and adapt to seasonal flux STORMWATER DETENTION POND These detention ponds ensure runoff from adjacent highway is treated before being discharged into the creek
on-site, create suitable habitat for different species and rely on selfmaintained mechanism.
AERATED POOL
The aerated deep pool here acts as a clean-water playground as well as to generate oxygen for
POOL-RIFFLE SE-
Riffle and pool are again restored to achieve the general goal of retain water and respond to flux. This sequence of pool and riffle, however, is intensified in depth because of the natural force generated by existing topography.
top right bottom
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reshape water flow with varied parameters perspective illustrating how flow transitions across the site
PRECIPITATION
CONDENSATION
INTERCEPTION
EVAPORATION
EE CR
K
TRANSPIRATION
DETENTION
RUN-OFF UPTAKE
RUN-OFF
OVERFLOW SURFACE WATER
UPTAKE PE
UPTAKE
GRAVEL
D TE RA O RF
AQUIFER
PE PI
SILT/CLAY INFILTRATION
INFILTRATION
UNDERGROUND AQUIFER
INFILTRATION
PURIFICATION EXCHANGE
EXCHANGE
SCULPTING GROUND The intention of incorporating microlandform is to address WSUD principle, which
emphasizes
stormwater
detention
decentralized infrastructure.
The pattern for riparian landform is therefore selected due to the flow accumulation that facilitate floodplain capacity to ‘capture’ water locally in a micro-scale, improving local water infiltration.
top bottom left
design performance planting phasing
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SLOPE-SENSITIVE PLANTING Planting scheme responses to slope analysis performed in Grasshopper, strategically aims to optimize water usage of natural flow due to the undulated landform. Planting palette is
structurally
complex,
with
over-storey
and under-storey habitat, providing nesting, breeding and migrating environment for birds and other terrestrial species.
La
top bottom
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section of reconstruced landform Planting scheme
nd
m f ro
pr
o ot
ty
pe
COMMUNITY REVITALIZATION
2014 (mm)
2015 (mm)
2016 (mm)
32.8 28.2
25.4
16.8 9.2 1
2
3
4
5
6
7
2014 (mm)
109
8
2015 (mm)
9
10
11
12
2016 (mm)
76
60.6
58.4
1
top bottom
2
3
4
5
6
7
8
9
10
11
12
normal condition after heavy rain
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X-TOWN
MARIBYRNONG DEPARTMENT OF DEFENCE RE-DEVELOPMENT ACADEMIC WORK Landscape Studio 2 SITE PLAN AND DESIGN TYPE Collaborative project Role: team leader PROFESSOR
STUDIO CONTEXT Site plan and Design concerns the art and science of town planning. It introduces systematic methods and medium to perform site analysis and formulate planning concepts. The site, former Department of Defence during World War, presents an interesting case study due to its contextual setting with unique
physical, social and
Dr Siqing Chen
cultural significance.
DATE
X-town, as a result, attempts to deliver a holistic site
November 2016
analysis in GIS platfrom with census data obtained from Vicmap Data to propose a site-specific redevelopment plan for this futuristic town.
SOFTWARE ArcGIS Adobe CS Suite
top
Wetland perspective
study_area
Ăœ
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OPEN SPACE
0
120
240
480
720
Meters 960
THE SITE The Defence Site is located next to the hustling Highpoint Shopping Centre. With future development of surrounding neighborhood, the site has potential to accommodate 20000 residents with mixed density and housing options, provides job opportunities and recreational facilities for locals and visitors.
image
contextual setting
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ACCESSIBILITY N/A
ENVIRONMENTAL RISK
METRO TRAM ACCESS
Endangered vegetation
Ü
FLOOD RISK
Ü
N/A
0
120
240
480
^
720
OPEN SPACE DISTRIBUTION
METRO BUS ACCESS
0
115
230
460
690
study_area
Meters 920
Ü
Meters 960
Neighborhood characteristics
PLANNING APPROACH With underlying principles of Landscape Urbanism as a contemporary paradigm shift in town planning, X-town explores the idea of landscape organizing the development: conceiving urban environment not as cluster of buildings and infrastructure but as our immediate environments such as our backyards, streets, open space, social space and even its unseen tranformation.
PROJECT STATEMENT The project envisions a futuristic town in which residents actively aware of their environments and surroundings; give their appreciation to the neighborhood and society; and devote their participation in building a better environment and community. This ambition sets a basic scope upon which we elaborate our design.
Ü top right bottom left
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0
0.02 0.04
0.08
0.12
Miles 0.16
neighborhood characteristics design process GIS ranking overlay site analysis
Ü
0
0.02 0.04
0.08
0.12
Miles 0.16
OPEN SPACE
0
120
240
480
720
Meters 960
easement open space
pocket park
remediation open space
CONFIGURE OPEN SPACE TYPOLOGY
ACCENTUATE VISUAL ORIENTATION TOWARDS TOWN CENTRE
STRUCTURE LANDUSE
TOWN MASTER PLAN
PROVIDE FULL RIVER ACCESS Through network of open spaces and heritage journey
REMEDIATION MEASURES The treatment wetland is strategically located in a depressed area to reflect DOD remediation strategies with this area to have the most contaminated groundwater
CONTAMINATED SITE LEFT AS OPEN SPACE
PERSPECTIVE 4 REMEDIATION
PERSPECTIVE 2 OPEN SPACE
School is located near parkland and heritage area to articulate neighborhood’s educational values
PERSPECTIVE 3 STREET
REMOUNT HILL AS HERITAGE PRECINCT
PERSPECTIVE 1 HERRITAGE
POCKET PARK Social housing
CIRCULATION BASED ON EXISTING ROADS
Residential area has access to public transport and access to local facilities
HIGH-DENSITY RESIDENTIAL SINGLE UNIT RESIDENTIAL
HERRITAGE ZONE
OFFICE
OPEN SPACE
RETAIL/COMMERCIAL
REMEDIATION
A DAY IN X-TOWN!
Transform heritage
Regenerate open space
Redefine street
top right bottom
Sustain life
Design phase land-use planning spatial experiences
17
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Section BB
Section BB
Section AA Section AA
Perspective
Cafe
Renting Bicycle
No Public Cars Access
N TOW TAGE
RI O HE ING T
LEAD
Bus Stop
Cafe
DETAIL PLAN HOUSING UNIT WATER TANK
top bottom
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GUTTER
RAIN GARDEN
STREET
Town centre street detail WSUD in town design
STREET TREES
SWALES
MULTI-STOREY BUILDINGS
GREEN ROOF
MASTER PLAN
DEPARTMENT OF DEFENCE REDEVELOPMENT PLAN
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MARKET SQUARE
QUeen Victoria Market public space
ACADEMIC WORK Landscape Studio 3 URBAN OPEN SPACE TYPE
STUDIO CONTEXT ‘First life, then spaces, then buildings; the other way around never works’. This statement by one of the most influential urban planner Jan Gehl was given as a premise for this studio, which accentuates the
Individual project
critical role of addressing ‘life’ scale in designing public open space.
PROFESSOR
My design focuses on realizing a public square, which emphasize
Dr Sidh Sintusingha DATE
cultural, social and environmental sustainability. It incorporates a local stormwater treatment into the site, with a series of programmed and non-programmed spaces for public uses while at the same time
JULY 2016
preserves the cultural heritage of the existing market.
SOFTWARE AutoCAD
TAKE THOUGHT, WHEN SPEAKING OF WATER, THAT YOU FIRST RECOUNT YOUR EXPERIENCE, AND ONLY AFTERWARDS YOUR REFLECTION.
Rhinoceros 5.0 Adobe CS Suite
top
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Children playground within the square
-LEONARDO DA VINCI
OPEN SPACE DETAIL
GARDEN CELL TYPICAL SECTION
top middle bottom
Design detail Southern entrance section of a garden cell
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SECTION
PLAN
top bottom
| 22
design plan Section detail
STREET DETAIL
top middle bottom
Crossing details Street Details entrance from Queen Victoria Market
PERSPECTIVE FROM QUEEN ST
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PUBLIC BUNKER
POTTER CAFE OPEN SPACE
ACADEMIC WORK Landscape Studio 1: Exploration TYPE Individual project PROFESSOR
STUDIO CONTEXT In Exploration, we are given the opportunities to explore emergent ideas in contemporary landscape architecture practices. It introduces technique to read and translate site’s history as well as opens up discussion and allows
Andrew Sanga
freedom to carry our idea through.
DATE
Public bunker aims to reflect the site’s critical position
JULY 2016
- a vacant corner with hidden bunker underneath. Contrasting
SOFTWARE Rhinoceros 5.0
with the dark, sealed and hostile space
situated below, it shines the neighborhood with a vibrant open space, acts as a passageway to university students entering from Swanton St near Potter Cafe, and offers the
Grasshopper Plugin
university a welcoming spot for public events.
Adobe CS Suite
My project in particular explores the application of parametric design tool (Grasshopper) in realizing forms and accommodating functions for public use.
top Perspective of Infinity Table acknowledging adjacent Physic Building.
| 24
VOLUME CONSTRAINTS & OPPORTUNITIES
OCCUPIABLE VOLUME
top bottom
design consideration resulted ocupiable space
25
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1:200 PHYSICAL MODEL | STUDY MODEL
Voronoi 3D: void and solid study top bottom top right bottom right
I used 3D printing to make physical model because the geometry I produced from the manipulation was quite hard to use alternative methods and more importantly, I genuinely wanted to try 3D printing once vvand this seems to be the best opportunity for experimentation.
Testing 3D-print model elevation from Swanton St view from Swanton entrance view from Potter Cafe entrance
NAL DESIGN - ELEVATION STREET ELEVATION
1:200 PHYSICAL MODEL |
I used 3D printing to make physical model because the geometry I produced from the manipulation was quite hard to use alternative methods and more importantly, I genuinely wanted to try 3D printing once vvand this seems to be the best opportunity for experimentation.
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|PEOPLEMOVEMENT
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ACADEMIC |D E S I G N Elective | Architecture Design Studios Melbourne School of Design 2014-2015
29
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THINKING JOINTS KINETIC MeCHANISM ACADEMIC WORK Digital deisgn and fabrication: SECOND SKIN
STUDIO CONTEXT Dgital design and fabrication is a elective design studio for Environment students to explore contemporary
TYPE
digital design software as well as available tools and
Individual project
technology to produce a physical artefact. It introduces
PROFESSOR
the workflow starting from ideas to fabrication, coupled
Paul Lou DATE JULY 2015 SOFTWARE
with relevant literature in contemporary digital design such as parametricism. My project in particular explores the kinetic machanism of Hoberman sphere. It then replicates the underlying priciple onto a defence structure with bone-membrance system.
Rhinoceros 5.0
The design was modelled in Rhino, computationally
Grasshopper Plugin
simulated in Grasshopper and fabricated by laser-cutting
Adobe CS Suite
elements and hand-assemble the final model.
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physical model
EXPLODED DIAGRAM
ELEMENT FABRICATION
DIGITAL SIMULATION OPERATION computational simulation
top right bottom left bottom right
fully collapse
fully open
exploded diagram of the design primary arm element digital design real-time simulation in Grasshopper
31
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STUDLEY PARK BOATHOUSE KEW, VICTORIA ACADEMIC WORK Architecture Design Studio
STUDIO CONTEXT
WATER
Water is an elective Architecture Design Studio I took in
TYPE
my second year. The studio begins with in-depth analysis
Individual project PROFESSOR Assoc Prof Jianfei Zhu DATE
into spatial principles of Finish master-architect Alvar Alto, followed by a brief to deliver a complete package of plans, sections and perspectives for a boathouse situated in Studley Park, North East Melbourne. The design needs to respond to required program while reflecting the
November 2015
master-architect principles that are studied earlier. My final design functions mainly as a boathouse,
SOFTWARE Revit Architecture Adobe CS Suite
yet integrates various programs with fragmentation principles echoing Alvar Alto’s formal languages of organizing
spaces.
Taking
unit-to-whole
approach,
programs are linked in different ways, with one space opens up or shields another space, bringing unique unfolding experience to users.
top
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boathouse perspective
FIRST FLOOR PLAN
top left top middle top right
design principles laser-cut model restaurant space
SECTION
middle bottom
plan perspective section
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A C A D E M I C |S K I L L S Grading, surveying and mapping The University of Melbourne. 2014-2017
35
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THE UNIVERSITY OF MELBOURNE
ABPL20047_SM2_2015 SITE TECTONICS
DRAWING No.
SUB2001
DRAWING TITLE
RAMP SCHEME OVERVIEW
DRAWN BY: THI KHANH HOA PHAN
STUDENT NUMBER: 705931 MAJOR: LANDSCAPE ARCHITECTURE - YEAR 2
DATE COMPLETED: 29/10/2015
RAMP GRADING SITE TECTONICS
ACADEMIC SKILL Site Techtnics
Site Tectonics is a core landscape technical subject
TYPE
that introduces us to grading techniques for landscape
Individual project
architect, both manually through interpolating contours
INSTRUCTOR
and digitally through 3Ds Max script.
Nano Langenheim
The specific task assigned in the project was to design
DATE
a wheelchair accessible ramp for the well-known
November 2015 SOFTWARE autoCAD 3Ds Max
top
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Perspective of the design
Farnsworth House by the architect Ludwig Mies van de Rohe within a new site context.
GRADING PLAN
RV3
THE UNIVERSITY OF MELBOURNE
ABPL20047_SM2_2015 SITE TECTONICS
DRAWING TITLE
FINAL RAMP SCHEME
DRAWN BY: THI KHANH HOA PHAN
STUDENT NUMBER: 705931 MAJOR: LANDSCAPE ARCHITECTURE - YEAR 2
DATE COMPLETED: 10/09/2015
GRADING DETAIL PLAN
MELBOURNE
015
DRAWING No.
DWG1001
DRAWING No.
DWG1001
DRAWING TITLE
THE UNIVERSITY OF MELBOURNE
ABPL20047_SM2_2015 FINAL RAMP SCHEME SITE TECTONICS
DRAWING No.THI KHANH HOA PHAN DRAWING TITLE DRAWN BY: STUDENT NUMBER: 705931 top ramp design plan MAJOR: LANDSCAPE ARCHITECTURE - YEAR 2 DATE COMPLETED: 10 bottom left Detail ramp plan
SUB1003
bottom right
CONTOUR PLAN
Detail grading plan
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SURVEYING & MAPPING UNIVERSIITY OVAL AND ENVIRONS ACADEMIC ELECTIVE Geomatics: Surveying and Mapping TYPE
Surveying and Mapping is a science subject I took as breath during my third year. This geomatics course introduces the procedure involved in surveying industry to obtain geographic
Collaborative work
data with a high level of accuracy, in this case the topographic
with individual report
information (half meter contours). Tasks include field surveying
PROFESSOR
using total station, prism; and field-to-office production with industry software
Clifford Ogleby
such as autoCAD Civil 3D and arcGIS to
produce contour and detail plan. The unit also give introductory
DATE
information on the method for landscape-scale construction
November 2016
that require accurate geo-spatial data handling as well as how to calculate earthwork to minimize cut and fill.
SOFTWARE
The subject presents new perspective in addition to landscape
autoCAD Civil 3D ArcMAP
top right
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studio, where contours are extracted from DEM model, while with this fieldwork, I learn how that DEM model is built and the associated level of precision.
University Oval Detail and contour plan
SURVEY PLAN
PAVILION
46.0 0
47 .5
0
48.75
0 .0 46
0 .5 45
46 .0 0
0 .0 48 .50 46
44.5 0
45.5 0
45.0 0
.0 48
0
GEOM20015 - S THE UNIV
CAR PARK
PAVILION
45.90
45 .50
0 45.5
44.5 0
46.00
48.75
45 .50 0 .0 46
LEGEND
Text
EXCERCISE FACILITY
46.02
GRAND STAND 46 .0 0 .5 45
OVAL
0
BENCHMARK PEG
EXCERCISE FACILITY
.0 45 0
45.90
TREE 45.0 0
45.50
SHURB
0 44.5
44.5 0
SIGNAGE
45 .50
ELECTRIC BOX SIGNAGE
EXCERCISE FACILITY
BENCH
46.02
STRUCTURE
CAR PARK
POLE
EXCERCISE FACILITY
LIGHT POLE T1 LIGHT POLE T2
±
0
10
20
40
°
0
60
10
20
80 Meters
40
D E TA I L A N D C O N TO U R S U RV E Y
T H E U N I V E R S I T Y O F M E L B O U R N E O VA L A N D E N V I R O N S 2 6 field / 1 0survey / 2 0 1is6imported and calibrated Data obtained from S T U D E N T: T H I K H A N H H O A P H A N STUDENT ID: 705931 GROUP: 3J+C
D E TA I L A N D C O N T O U R
in autoCAD Civil 3D to create topography interpretation (contours) and symbols for subjects of interest such as
T H E U N I V E R S I T Y O F M E L B O U R N E O VA
trees, light poles or drains. It is then exported to arcGIS to underlay aerial image and generate this detail plan.
39
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P R O F E S S I O N A L |P R O J E C T Jaywarden Achitect Melbourne, VIC 2015-2017
41
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TOWN PLANNING
TWO UNIT TOWNHOUSE, PASCOE VALE, VIC
PROFESSIONAL WORK Jaywarden Architect
JayWarden Architects is a local architecture firm based in Pascoe
Role: Documentation
Vale, Melbourne. I have had the opportunities to engage myself
TYPE
in a wide range of small commercial and residential project,
Collaborative project
mostly in town planning and building permit documentation. This
DIRECTOR
exceptional opportunity to immerse in architectural practices
Mr. Asanka Jayawardena
has equipped me with concrete understanding of building
DATE
codes, planning requirements and basic construction method
November 2016
that I have taken as valuable inputs for my academia. The firm embrace BIM software package such as Revit Architecture to
SOFTWARE
manage documentation drawings.
Revit Architecture
top right top right bottom
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View from Northumberland Road Site plan Proposed ground floor plan
SITE PLAN XO
P.O.S.
63 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE
XO
P.O.S.
BOUNDARY ROAD 1.6KM
3 LONGVIEW ST DOUBLE STOREY BRICK PRIVATE RESIDENCE
P.O.S. 62 NORTHUMBERLAND RD SINGLE STOREY WEATHERBOARD PRIVATE RESIDENCE
61 NORTHUMBERLAND RD SINGLE STOREY BRICK UNITS
P.O.S.
XO
XO
60 NORTHUMBERLAND RD SINGLE STOREY WEATHERBOARD PRIVATE RESIDENCE
XO
XO
1 LONGVIEW ST DOUBLE STOREY BRICK PRIVATE RESIDENCE
P.O.S.
P.O.S.
XO
+RL 67,000 +RL 68,000
7400
EX. TREE CANOPY SPREAD 6M DIA.
HABITABLE
W
HABITABLE
XO
TO PROPOSED DWELLING NOT VISIBLE TO PROPOSED DWELLING
EX. TREE CANOPY SPREAD 4M DIA.
-RL 63,000
W
W
XO
-RL 62,000
54 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE
P.O.S.
-RL 61,000
-PREDOMINANTLY ONE OR TWO STOREY RESIDENCES, WITH A NUMBER OF CONTEMPORARY DEVELOPMENTS ALONG LONGVIEW ST & NORTHUMBERLAND RD -EXTERNAL WALLS CONSIST OF RENDERED FACE BRICKWORK & WEATHERBOARD CLADDING, METAL SHEET OR TITLE ROOF CLADDING
-RL 63,000
XO
SETBACK OF PROPERTIES FROM NORTHUMBERLAND RD
14 LONGVIEW ST SINGLE STOREY BRICK PRIVATE RESIDENCE
ST
W
HABITABLE
+RL 64,000
+RL 64,000
W
W
W
FIXED DATUM POINT +RL 64,350
EX. TREE CANOPY SPREAD 1M DIA.
1B LONGVIEW ST DOUBLE STOREY CONCRETE PRIVATE RESIDENCE
W NOT VISIBLE
1900
EX. TREE CANOPY SPREAD 1M DIA. HABITABLE
P.O.S.W HABITABLE
1300
+RL 65,000
W
W HABITABLE
1000
XO
EX. DISTANCE TO TRUNK OF EX. TREE
55 NORTHUMBERLAND RD DOUBLE STOREY BRICK PRIVATE RESIDENCE
SUBJECT SITE DEM. TREE
+RL 65,350
+RL 65,000
W
+RL 64,000
LO NG VIE W
7000
+RL 66,260
1A LONGVIEW ST DOUBLE STOREY BRICK PRIVATE RESIDENCE
DEM TREE
S.P.O.S.
HABITABLE
XO
+RL 65,000
S.P.O.S.
EX. POST
XO
EX. TREE
EX. TREE
EX. TREE CANOPY SPREAD 3M DIA.
1100
LETTERBOX
SUBJECT SITE
NORTHUMBERLAND RD
PASCOE VALE ROAD 1.5KM
W
W
+RL 66,000
XO
HABITABLE
7000
P.O.S.
HABITABLE
+RL 67,000
P.O.S.
+RL 66,000
58 NORTHUMBERLAND RD SINGLE STOREY WESTERN WALL WEATHERBOARD HEIGHT: 2400MM PRIVATE RESIDENCE
57 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE
P.O.S.
SYDNEY ROAD 3.5KM
XO
HABITABLE
59 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE
HABITABLE
+RL 68,000
HABITABLE
P.O.S.
-NEW DWELLING DERIVES ITS FORM FROM THE SURROUNDING PROPERTIES, REPEATING THE GABLE ROOF TYPE IN A COMTEMPORARY MANNER
-RL 62,000
XO
-EXISTING STREET SETBACKS AND SIDE SETBACKS ARE GENEROUSLY MAINTAINED
P.O.S. 52 NORTHUMBERLAND RD DOUBLE STOREY PRIVATE RESIDENCE
53 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE
51 NORTHUMBERLAND RD SINGLE STOREY WEATHERBOARD PRIVATE RESIDENCE
P.O.S.
CLIENT
CHRIS MOORE
DATE ISSUED
AUGUST 2015
PROJECT ARCHITECT
ASANKA JAYAWARDENA
DRAWN BY
HOA PHAN
-THE DOUBLE STOREY FORM COINCIDES WITH MULTIPLE PROPERTIES DIRECTLY OPPOSITE AND BEHIND THE SITE
PASCOE VALE STATION 0.8KM PASCOE VALE SHOPS 0.8KM M2 CITYLINK 2.2KM
-BUILDING HEIGHT IS MODEST, WITH BULKREDUCED, ARTICULATED FACADES IN CONSIDERATION OF BUILDING APPEARANCE FROM NEIGHBOURING PROPERTIES.
XO
PROJECT TITLE
PROPOSED TOWNHOUSES 56 NORTHUMBERLAND ROAD, PASCOE VALE
DATE
29/01/2017 6:31:11 PM
PROJECT NO.
201549-NOR56
SCALE
1 : 400
DRAWING TITLE
DESIGN RESPONSE
DRAWING NO.
#
DATE
AMENDMENTS
TP - 0.03/G A3
PAPER SIZE
REGISTERED ARCHITECT Asanka Jayawardena
1-B Longview Street Pascoe Vale VIC 3044
E: asanka@jaywarden.com.au M: 0402 443 554
T: (03) 9388 8216 ABN 82 104 755 419
FIRST FLOOR PLAN
W
HABITABLE
58 NORTHUMBERLAND RD SINGLE STOREY WEATHERBOARD PRIVATE RESIDENCE
HABITABLE
W
SCREENING TO BALCONY
SECLUDED PRIVATE OPEN SPACE
1
W
TP - 3.03/G
SECLUDED PRIVATE OPEN SPACE
KITCHEN
L'DRY
3500
PRIVATE OPEN SPACE
+RL 64,650
GARAGE
DWELLING 02
STORE
GROUND FLOOR AREA
GARAGE
LIVING 3200
1560
+RL 64,650
PWR UP
TREE TO BE REMOVED FROM SITE
LIVING
3200
DN
1000
4800
SECLUDED PRIVATE OPEN SPACE 9.3 sqm
2812
3400
DRIVEWAY
W
W
HABITABLE
FIXED DATUM POINT
PERVIOUS SURFACE FOR THE DRIVEWAY 86 SQM (As aproved by Melbourne Water)
+RL 64,350
3000
SITE WIDTH: 25.7M EX. TREE CANOPY SPREAD 1M DIA.
4158
7400
EX. TREE CANOPY SPREAD 6M DIA.
W
DISTANCE OF PROPOSED CROSSOVER TO ADJOINING NATURE STRIP TREE
W
CLIENT
CHRIS MOORE
DATE ISSUED
AUGUST 2015
PROJECT ARCHITECT
ASANKA JAYAWARDENA
DRAWN BY
RUWAN NARASINGHE
HABITABLE
PROJECT TITLE
DRAWING TITLE
EX. TREE CANOPY SPREAD 1M DIA.
W
HABITABLE
W
EX. TREE CANOPY SPREAD 4M DIA.
W
HABITABLE
54 NORTHUMBERLAND RD SINGLE STOREY BRICK PRIVATE RESIDENCE PROPOSED TOWNHOUSES 56 NORTHUMBERLAND ROAD, PASCOE VALE
DATE
29/01/2017 6:31:17 PM
PROJECT NO.
201549-NOR56
SCALE
1 : 100
PROPOSED - GROUND FLOOR
DRAWING NO. PAPER SIZE
TP - 1.01/G A3
HABITABLE
3269
UP
DRIVEWAY
W
1B LONGVIEW ST DOUBLE STOREY CONCRETE PRIVATE RESIDENCE
71 sqm
ENT.
4800
7000
SECLUDED PRIVATE OPEN SPACE
W
24 80
UP
+RL 66,350
+RL 65,830
DINING
6000
ENTER DWELLING 01 GROUND FLOOR AREA 71 sqm
6000
SITE WIDTH: 13.72M
1
+RL 65,850
TREE TO BE REMOVED FROM SITE
DINING 2500
TP - 3.01/G
60 sqm
24.5 sqm
STAIRS UP UP
3500
FENCE TO BE 25% TRANSPARENT
+RL 64,500
EX. RETAINING WALL AT ADJOINING PROPERTY
WATER TANK
SECLUDED PRIVATE OPEN SPACE
1100
+RL 66,200
EX. POST
5000
KITCHEN
4710
26.6 sqm
NORTHUMBERLAND RD
L'DRY
5467 3000
4000
6305
FOLDING CLOTHESLINE
6 CUBIC METER STORAGE
1400
1400 4710
2400
WATER TANK
FOLDING CLOTHESLINE
2400
6 CUBIC METER STORAGE
FENCE TO BE 25% TRANSPARENT
1155
SITE WIDTH: 27.2M
. 5430
7000
EX. TREE CANOPY SPREAD 3M DIA.
NOTE:
Site Area
363 sqm
Building Area
142 sqm
Unit 01 Building Area SPOS Area
71 sqm 26.5 sqm
Unit 02 Building Area SPOS Area
71 sqm 24.5 sqm
Pervious Areas Driveway Area (pervious) 86 sqm Percentage of pervious areas 39% BUILDING AREA COVERED ON SITE:
#
DATE
39%
AMENDMENTS
B 2015.09.14 AS LISTED C 2015.11.06 AS LISTED. CONTOURS INCLUDED, TREES REVIEWED. G 2016.02.02 PLANNING PERMIT CONDITIONS FULFILLED
REGISTERED ARCHITECT Asanka Jayawardena
1-B Longview Street Pascoe Vale VIC 3044
E: asanka@jaywarden.com.au M: 0402 443 554
T: (03) 9388 8216 ABN 82 104 755 419
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MISCELLANEOUS |I N T E R E S T Photography Personal collection
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PHOTOGRAPHY Along with design, I have been taking digital photography for a while with my beloved Nikon D610, more as a leisure activity than professional pursuit. But recently I also got my hand on Nikon EM, a semi-manunal film camera with an old-fashioned 50mm lenses. Equally excited as getting the film developed after months of inattention, I enjoy my ‘ritual 2s pause’ before taking the snap because you know it has to be perfect to worth $1 per shot. It is a very fun experience to me and I enjoy it very much ever since.
Shot on Nikon EM with Fujicolor c200 film Developed by DigiDirect Photo LAB
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THE UNIVERSITY OF MELBOURNE 47 | JANUARY 2017
HOA THI KHANH PHAN
GRADUATE LANDSCAPE ARCHITECT | 2017 sithoaphan@gmail.com
22 August 1995
LANDSCAPE ARCHITECTURE TO ME IS... ... the life in between. When I look at a void between the concrete, I envision how landscape architecture can breath new life into it: the void between urban grids, or ‘streets’ as they refer to; the void between buildings and towns, or ‘open space’ as it is known; or the void not so apparent to our eyes, the mosaic of natural remnants left behind by urban development. More often than not those are spaces both architects and urban planners do not account for, as they either sit outside the envelope or are projected at unreadable scale; those are the muted void in between. I believe that is where landscape architecture comes to negotiate its offer for such undermined space, to not only reclaim its life, but also put forward unforeseen solutions to our future urban problems. My wish is to re-stitch those voids, to not only recover but also offer them new meanings, new souls that reflect its past, present and future.
MY WEAKNESS.. More often I design from visual illustrations, that’s I believe is my insecurity in a profession that requires much more than a selling rendering. Yet that weakness has been the most pushing motivation for me to try even harder getting involved in the process of making and understanding the construction reality, such that in Surveying Methods and at Jaywarden Architects. As a young graduate, I wish to learn what it actually takes to deliver a ‘practical solution’ without having to compromise other aspects of design and how a landscape project is carried out from file to field. This is the reason I decide to commit to work in the industry where I am willing to learn and evolve.
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CURRICULUM VITAE EDUCATION 2014 - 2017
BACHELOR OF ENVIRONMENTS (B.ENVS) IN LANDSCAPSE ARCHITECTURE
Melbourne School of Design, The University of Melbourne Melbourne Victoria, Australia. Result: First Class Honors (H1)
2011 - 2014
LE QUY DON HIGH SCHOOL FOR THE GIFTED Major in Social Science Da Nang, Vietnam.
AWARDS 2014 - 2017
CITY OF DANANG SCHOLARSHIP FOR HIGHER EDUCATION Da Nang Centre for Promotion of Human Resource Development (CPHUD)
ACHIEVEMENT 2014 - 2017
EXHIBITION, PRESENTATION, AWARDS Obtain outstanding results for all design Studios. All core Landscape Studios are shortlisted for exhibition, semester-end exhibition and awards.
WORK EXPERIENCE Jan 2015 - Present
STUDENT ARCHITECT Jaywarden Architects
SKILLS Academic
Rhinoceros 5.0 | AutoCAD| Adobe CS| Grasshopper ArcGIS| Sketchup| 3ds Max Model| Laser cutting| 3D Printing| CNC milling
Professional
Revit Architecture
Other
Python (programming language)
REFEREES Prof. MARGARET GROSE | Senior Lecturer
Mr. ASANKA JAYAWARDENA | Employer
Ecologist and Landscape Architect
Project Architect
Melbourne School of Design
Jaywarden Architect
Contact: mgrose@unimelb.edu.au
Contact: asanka@jaywarden.com.au
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Š Hoa Thi Khanh PHAN | Landscape Architecture | 2017
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sithoaphan@gmail.com
au.linkedin.com/in/hoakphan
+61 (0)416499302
issuu.com/hoakphan
To access abridged version of this portfolio, please visit https://issuu.com/hoakphan or scan QR code above. This porfolio is A4 size and printer-friendly.
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Feb 2017
LANDSCAPE ARCHITECTURE PORFOLIO