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1 portfolio 2016 alistair johnson architecture

ALISTAIR JOHNSON PORTFOLIO 2016

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  • 1portfolio2016

    alistair johnson

    a r c h i t e c t u r e

  • 2curriculum vitaepersonal information

    name : alistair johnsond.o.b : 26/04/1991nationality : australianaddress : 12/5 st david st, fitzroyphone : 0421 315 056email : [email protected]

    education

    the university of melbourne 2014-2015 : master of architecture2010-2012 : bachelor of environments

    brighton grammar school

    2004-2009 : completed year 12 vce studies

    rhinophotoshopindesignillustratorv-raymicrosoft officemodel making autocadsketch up grasshopper

    employment history

    Franke kitchen systems australia 2011-2013position held: casual warehouse assistant

    brighton grammar school 2010 - 2012position held : rowing coach (year 7-9)

    dorma australiaposition held ; casual warehouse assistant

    About me:

    Im a hard working and pragmatic individual with design intuition that has served me well over the last 5 years of university. Over that time Ive developed a strong affection for ethical design with environmental sustainability at its core. Things such as food security, habitat protection and anything to do with the integration of the built environment into the natural excites me and it is somewhere within this relationship that I see myself of being use into the future. In my personal life I enjoy being outdoors and hands on as much as possible doing things such as hiking and camping, keeping planted aquariums (pictured above), making wine, cooking, gardening and building, restoring and riding bikes (I ride almost every day).

    skills

  • 3Selected works

    The work presented here is a selection of works completed while studying at The University of Melbourne. The first four projects are the core design subjects completed each semester during the two year masters program, while other content is a combination of work completed in the Bachelor of Environments and Master of Architecture programs.

    S K/B

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    RECEPTIONMEETING &EXHIBITION

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    servicesbelowstairs

    A2GROUND FLOOR PLAN1:50

    AA8

    AA9

    FFL 44.79

    FFL +44.79FFL +44.79

    B C

    W1

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    W3 W

    4 W5 W

    6W7

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    W10 W

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    1800 1000 1000 1000 1000 1000 1000 1000 1000 494 1785 481 1000 1000 1100

    D1

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    A1

    A1

    A1

    A1A1A1

    A1

    A1

    A2 A2

    A2DIS. WC CT

    F. WC CT

    M. WC CT

    A

    A11DETAIL

    STORAGE UNDER STAIR

    FFL +44.79

    DG WINDOWS

    EAVES LINE

    EAVES LINE

    LEGEND

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    NOTES

    STUDENT NAME

    STUDENT NUMBER PROJECT DESCRIPTION:

    DRAWING DESCRIPTION: SCALE:DATE:DRAWN BY:

    DRAWING NO: REVISION NO:

    ASUBJECT NAME:

    TUTOR:

    ABPL30041 CONSTRUCTION DESIGN

    CHRIS JENSEN

    1:50

    A. JOHNSON

    GROUND FLOOR PLAN

    PC - Polished ConcreteCT - 200X200 Ceramic TileM.WC - Male BathroomF.WC - Female BathroomDIS.WC - Disabled BathroomS - StorageK/B - Kitchen/BathroomFW - Floor Waste TrapDG - Double Glazed Window

    1:50ALISTAIR JOHNSON

    390031

    WALL TYPESA1 - THERMOMASS Precast concrete sandwich panel

    Total thickness: 260mm consisting of:

    150mm structural concrete 60mm internal insulation 60mm external concrete

    A2 - 90mm Internal stud wall consisting of: 90mm timber stud 13 mm plasterboard

    150mm concrete slab with 50mm screed on top, polished to finish260mm prefabricated Thermomass walls with 90mm stud intermediatewalls. Polished concrete flooring except bathrooms, were a ceramic tile is used. Staircase platform cantilevers outon second storey, with servives loc-ated below.Double glazed Northern windows

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    p 18-25

    p 26-33

    p 34-41

    p 42-45

    p 46-49

    arboreal architecture

    st kilda green stage

    tokyo replay centre

    710 barkly street

    construction drawings

    model making

    contents01

    02

    03

    04

    05

    06

    07 galapagos p 50-51

  • 401Arboreal architecture

    masters design thesis

    A locavore restaurant, heirloom preservation centre and accomodation which utilises existing trees as living

    structure.

    The project was centred around the analysis of the complexity and implications of global material flows, which

    led to the final design using locally sourced and natural materials. The dynamic form is derived from the location

    of existing eucalypt trees on site, which are then used as key supports, allowing the structure to rest within the

    trees with a very light footprint.

    arboreal architecture

  • 55arboreal architecture

  • 6 site location within gellibrand6 arboreal architecture

  • 7site plan 7arboreal architecture

  • 8 concept diagrams using tree locations

    The trees existing on site were plotted with location, size and species recorded.

    arboreal architecture

    Potential structural connections between the trees was mapped. More potential for an intervention found at the north end of the site.

    A number of formal iterations were trialled, with the final outcome resulting in a dynamic form that utilises the largest number of trees whilst also creating distinguishable spaces.

    It was hypothesised that the remaining trees could also be brought into the structure and used as whole tree columns to create a continuous aesthetic.

  • 9plan 9arboreal architecture

  • 10 arboreal architecture10

  • 1111arboreal architecture

  • 1212 arboreal architecture

  • 13perspectives 13arboreal architecture

  • 14 section one14 arboreal architecture

  • 15section two 15arboreal architecture

  • 16 structural detail section16 arboreal architecture

    01

    02

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    04

    05

    07

    06

    01 -

    02 -

    03 -

    04 -

    05 -

    06 -

    07 -

    garnier limb (GL), specialised tree fastener allows lateral movement of the tree in two directions.

    timber stumps are placed to allow continuous spans of the bearers, concealed from sight.

    skillion roof trough supported internally by structural door frame at entry to kitchen.

    trafficable decking roof designed so to allow cleaning of detritus safely and easily.

    Whole tree columns are used where no living trees were available, allowing for floor and roof connections.

    gutterless roof drains along valley trough straight into gravel pit and raingarden.

    tensile steel wire is used to brace edge beams, allowing them to span between available trees.

  • 17exploded axonometric 17arboreal architecture

  • 18 st kilda green stage

    02st kilda green stage

    masters studio e

    A green landscaped shell with boardwalk prominade.

    The Green Stage was a proposition for the infill of the St Kilda Triangle carpark located next to the Palais theatre in Melbourne. The project, which used the council brief

    as a basis, resulted in a landscaped park with a perimeter boardwalk, large public plazas and terraced seating with retail, bars and restaurants tucked below as well as an

    underground car park.

    The main design constraint was the maintenance of viewlines from the upper esplanade to the foreshore whilst providing a space which would act as a cultural producer, a

    stage and a synthesiser of subcultures for St Kilda.

  • 1919st kilda green stage

  • 20 site locationst kilda green stage

  • 21

    circulation diagram

    concept diagrams

    above plan

    1. pedestrian crossing2. childrens playground3. sculptural timber seating4. slipway for carpark5. entry via upper esplanade6. central open green space7. central kiosk8. entry via acland st9. public performance space10. palais theatre forecourt11. palais theatre12. secondary entry to palais13. main public square14. secondary public square15. grassy north facing slopes16. rooftop kiosk & beer garden17. pedestrian bridge18. st kilda cultural complex19. elevated promenade

    st kilda green stage

    sight lines from upper esplanade established.

    buildable area below these uninterrupted sight lines.

    void areas removed to create shelter from wind and traffic.

  • 22 st kilda green stage22

  • 23

    below plan

    20.Public amenities Cafe21.Multipurpose Community Centre22.Underground Car Park Entry23.Nightclub24.Small Retail Spaces25.Restaurant & bar26.Two Bars Facing Eachother27.Live Music Venue28.Drop off/ Pick up Slipway29.Cafe with Bicycle Racks30.Art Gallery & Bar31.Restaurant

    23st kilda green stage

    32.Book Shop33.Cafes34.Restaurant with alfresco35.Small Seasonal Stalls36.Public toilets & Changerooms37.Burger Bar38.Take Away Restaurant39.Lettable Spaces40.Local Organic Food Market41.Cheap viewless Spaces42.Hidden Alleyway Bar

  • 24

    ST KILDABEACH BEACHSIDEPATH

    PROPOSEDSTOKEHOUSE

    JACKABOULEVARD

    PUBLICBATHROOMENTRY

    KIOSK

    2NDSQUARE

    WEST KIOSK CENTRAL

    KIOSKELEVATEDPROMENADE

    PALAIS FORECOURT

    st kilda green stage24

  • 25

    UPPER ESPLANADE GREEN

    SPACE AXIALPATH

    GREENSPACE

    CAFEBELOW

    2NDPUBLIC SQUARE

    GRASSSLOPES

    GALLERY/BARJACKA

    BOULEVARD

    CULTURALCOMLEX

    PEDESTRIANBRIDGE

    PORT PHILLIP

    BAY

    25st kilda green stage

  • 26

    03tokyo replay centre

    masters studio d

    A complex of private technological entertainment spaces, located as a central hub of Otaku culture in Akihabara,

    Tokyo.

    This studio was driven by process based design, where the area surrounding the site was analysed to uncover underlying relationships. These relationships were then replicated in a physical mnemonic model which became the basis for an iterative design process for the Replay Centre. The resulting design of interlocking geometry, which is offset to create circulation space within the

    building, was a result of mapping the relationships and cultural differences between the main, highly organised

    arterial roads in Akihabara compared to the small ad-hoc nature of the laneways which connect them.

    tokyo replay centre26

  • 2727tokyo replay centre

  • 28 MNEMONIC CONCEPT MODELtokyo replay centre

  • 2929tokyo replay centre

  • 30

    GENERATIVE DIAGRAM

    CELL OFFSET DIAGRAM

    CELL-FLOORPLATE INTERACTION

    ITERATI

    ON

    ONE

    ITERATI

    ON

    TWO

    ITERATI

    ON

    THREE

    Conceptual diagram based on mnemonic site model

    Resulting geometry applied to building volu-metric requirements. Circulation space remains

    in tact yet reconngured

    Building Envelope Cells Cell oset resulting in circulation space

    Merging of cells

    Starting Cell Geometry

    Floorplates incerted as guide

    Cell provides inhabitable volume

    Floor plate removed

    tokyo replay centre

  • 31perspective section tokyo replay centre

  • 3232 tokyo replay centre

  • 33exploded axonometric diagram tokyo replay centre

  • 34

    04710 barkly street

    masters studio c

    A sustainable, mixed use, medium density redevelopment of a double block in Footscray.

    The proposal is borne out of three main design principles: the first is based on the idea of creating a community

    within the development where interaction between the inhabitants can occur. The second is division of the site into public, agricultural and natural zones, resulting in a privacy gradient. The third principle is the connective boardwalk,

    which runs as a ribbon through the length of the site, linking all the elements together.

    710 barkly street

  • 3535710 barkly street

  • 36

    SITE LOCATION

    privacy gradient broken viewline connective boardwalk

    710 barkly street

    Twisting, addition and subtracted geometry was applied to a basic shape and used as the basis for the form.

    DESIGN CONCEPT

  • 37

    solar panels are utilised on roof sections which are angled for optimum solar gain in order to power the site.

    cantilivered upper floor creates a setback for the front door of each dwelling. this, when combined with screening vegetation creates a private space for the entry of each dwelling.

    heavily planted section of site along water overflow drainage for uptake of excess water.

    roof garden accomodates the need for open private space while also providing a secondary area for a food garden. a green roof also helps to insulate the building and deciduous plants can be used to provide seasonal shading.

    Dwellings are rotated on site in order to face north, these angles are carried through the dwellings with addition and subtraction of form in order for each dwelling to gain the maximum natural light.

    Timber cladding continues up to the second story where glazing is punched in between panels to create a light, airy room.

    Central decking is communal area at centre of development with a chicken coop, outdoor kitchen and veggie garden. There is rainwater storage under the decking which is used for drinking water as well as a grey and blackwater treatment system. A pergola sits over the top which can have a shading system attached or netting to protect the food garden from pests.

    fruit tree orchard.

    Planted lightwell illuminates the semi-underground carpark from the west while creating a green view from the cafe.

    Pathway moves between garden beds to facilitate interaction between inhabitants.

    Pergola over courtyard with deciduous vine forseasonal shading . The entrance is framed between the cantilevered first floor and garden shed and set down half a meter to create different zoning from the boardwalk.

    3937710 barkly street

  • 38

    SECTION AA

    roof

    solar panels.

    dwellings are designed to create individual privacy

    within.stanhope street.

    38 710 barkly street

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    barkly street.

    studio apartment.

    semi-undergroundcarpark.

    thermal chimney effect utilised

    central communal

    decking/veggie garden.

    storage area/ barbeque.

    chicken coop.

    39710 barkly street

  • 40 710 barkly street

  • 4141710 barkly street

  • 42

    05construction drawings

    various work

    construction drawings

  • 43

    PAVEDAREA

    GARDEN

    GARDEN

    HOLMWOOD PLACE

    3 STOREYUNITS

    PLAYGROUND

    KINDER GARTENSINGLE STOREY

    2 STOREY RESIDENCE UNION PLACE

    A1SITE PLAN WITH ROOF PLANA1:100

    DP

    DP

    DP

    FALL

    FALL

    FALLFALL

    FALL

    BG BGBG

    BG

    BG

    18.0

    2M6

    27'

    30"

    18.0

    2M6

    22'

    20"

    19.23M96 32' 20"

    19.21M96 32' 20"

    BROWNBUILT 305 STEEL ROOFING

    COLOURBOND FLASHING

    SITE BOUNDRY

    SITE BOUNDRY

    +44.50400x400mm granite tiles

    SW DISCHARGE POINT

    SW

    SW

    SWSW

    SW

    SW

    SW

    SW

    SW

    SW

    SW

    SWSW

    SWSW

    SW

    SWSW

    SW

    SW

    STORM WATER DRAIN

    EASEMENT

    EXISTING WALL

    BG - 300mm Box Gutter

    DP - 150mm Downpipe

    SW - Stormwater pipe

    LEGEND

    A1

    Site to be cleared and leveled prior toslab being laid

    Easement must be assessed beforeslab is laid

    Roof to be brownbuilt 305 steel deckingwith 1500mm intermediate spacing

    Roof to have 3 degree slope

    Outdoor paving to use 400mm granitetiles

    NOTES

    STUDENT NAME

    STUDENT NUMBER PROJECT DESCRIPTION:

    DRAWING DESCRIPTION: SCALE:DATE:DRAWN BY:

    DRAWING NO: REVISION NO:

    ASUBJECT NAME:

    TUTOR:

    ABPL30041 CONSTRUCTION DESIGN

    CHRIS JENSEN

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    17.04.2012

    ALISTAIR JOHNSON

    SITE PLAN

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    S K/B

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    servicesbelowstairs

    A2GROUND FLOOR PLAN1:50

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    FFL +44.79FFL +44.79

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    D1

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    A2DIS. WC CT

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    A11DETAIL

    STORAGE UNDER STAIR

    FFL +44.79

    DG WINDOWS

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    EAVES LINE

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    NOTES

    STUDENT NAME

    STUDENT NUMBER PROJECT DESCRIPTION:

    DRAWING DESCRIPTION: SCALE:DATE:DRAWN BY:

    DRAWING NO: REVISION NO:

    ASUBJECT NAME:

    TUTOR:

    ABPL30041 CONSTRUCTION DESIGN

    CHRIS JENSEN

    1:50

    A. JOHNSON

    GROUND FLOOR PLAN

    PC - Polished ConcreteCT - 200X200 Ceramic TileM.WC - Male BathroomF.WC - Female BathroomDIS.WC - Disabled BathroomS - StorageK/B - Kitchen/BathroomFW - Floor Waste TrapDG - Double Glazed Window

    1:50ALISTAIR JOHNSON

    390031

    WALL TYPESA1 - THERMOMASS Precast concrete sandwich panel

    Total thickness: 260mm consisting of:

    150mm structural concrete 60mm internal insulation 60mm external concrete

    A2 - 90mm Internal stud wall consisting of: 90mm timber stud 13 mm plasterboard

    150mm concrete slab with 50mm screed on top, polished to finish260mm prefabricated Thermomass walls with 90mm stud intermediatewalls. Polished concrete flooring except bathrooms, were a ceramic tile is used. Staircase platform cantilevers outon second storey, with servives loc-ated below.Double glazed Northern windows

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    construction drawings

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    ZINCALUME STEEL CLADDING

    200MM STEEL UB

    120mm SLAB WITH SL82REINFORCEMENT TOP AND BOTTOM

    260mm THERMOMASS PANEL

    FILL

    MASS CONCRETE

    50MM SAND BED50MM SCREED

    90MM TIMBER STUD WALL

    200MM STEEL UB

    TIMBER PACKING TO SUIT

    ZINCALUME STEEL CLADDING

    12MM BONDEK SLAB50MM SCREED10MM SKIRTING

    10MM SKIRTING

    13MM PLASTERBOARD

    BROWNBUILT 305STEEL ROOFING COLOURBOND CAPPING

    AND FLASHING

    C20015 PURLINSAT 1200 CENTRESROOF SARKING WITH ANTICON

    INSULATION AND SAFETY MESH

    .2MM POLYTHENEWATERPROOFMEMBRANE

    A10DETAIL1:20

    A

    CEILINGHANGER

    RONDOSUSPENDED

    CEILING

    A10STUDENT NAME

    STUDENT NUMBER PROJECT DESCRIPTION:

    DRAWING DESCRIPTION: SCALE:DATE:DRAWN BY:

    DRAWING NO: REVISION NO:

    ASUBJECT NAME:

    TUTOR:

    ABPL30041 CONSTRUCTION DESIGN

    CHRIS JENSEN

    1:20

    15/05/2012

    A. JOHNSON

    DETAILALISTAIR JOHNSON

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    06model making

    various work

    model making

  • 4747model making

    physical model for 710 barkly street

    Balsa model placed within surrounding suburban context, handcut

  • 48 construction drawings

    construction design model, lasercut from boxboard

    three dimensonial voronio model

  • 49

    balsa model for the design of a car showroom and carpark, handcut.

  • 50

    07international architecture studio

    galapagos 2015cities in protected areas

    In 2015 I was selected among a small group of students from Melbourne University to participate in a month long design studio based in the Galapagos Islands, Ecudaor. The studio was run with two other groups of students from Mexico and Ecuador and was based around the analysis of the interactions between the fragile protected natural

    systems and the human ones existing within the islands. The final project culminated in a video which was presented to the community in Puerto Ayora, which outlined a boardwalk intervention which aimed to reconnect the city with the sea and provide

    spaces where humans and animals can exist in unison.

    galapagos 2015

  • 51

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    thank you.