My name is Danielle Apap, and I recently graduated with a Master of Architecture from the University of Technology, Sydney. My final graduating design project, ‘Inverted House’ was placed third in the d3 Housing Tomorrow international design competition. In response to the brief for new housing strategies for living in the future, the ‘Inverted House’ rethinks the home, land ownership and subsequent relationships to neighbour and street. The ‘Inverted House’ was also exhibited at the Mississippi State University School of Architecture Giles Hall Gallery. ‘Inverted House, Spring 2011
In 2011 I was selected by UTS to attend a study tour of Los Angeles and Chicago. This opportunity allowed me to attend lectures and guided tours, interview Frank Gehry and participate in a symposium with Cal Poly students. Case Study House 22, Los Angeles 2012
In 2010 I was employed by Beverley Garlick Architects. While at Beverley Garlick Architects I worked on a range of domestic projects and small council works. I was exposed to all stages of the architectural process from feasibility studies through to project completion. As such working in a small architectural practice has allowed for a breadth of experiences to be gained included but not limited to physical model making, visualisations (Adobe Design Suite), 3D modeling (Rhino + Sketchup), drafting documentation (Vectorworks + AutoCAD) and client consultations. The creative possibilities enjoyed at university being not so constrained as in my place of work, has been directed towards urbanism and the implications of architecture on the surrounding context. House Extension, Annandale 2010
| M.Arch 1|ACADEMIC Inverted House, 2011
| M.Arch 3|ACADEMIC Hybrid Tower, 2010
| M.Arch 2|ACADEMIC Epping 2030, 2011
| B.Arch 4|ACADEMIC MCA Extension, 2009
T +61 430 380 610 E danielle.apap@student.uts.edu.au DOB 17 June 1988
EDUCATION
Univesity of Technology Sydney
Master of Architecture
2010-2011
University of Technology, Sydney
Bachelor of Design, Architecture
2007-2009
Marian College Kenthurst, NSW 2001-2006 Advanced English, Ancient History, Studies of Religion, Mathematics Extension 2, Design & Technology
Skills
Rhino
Illustrator
Photoshop
Vectorworks
Ecotect
Laser Cutting
Sketchup
3D Printing
PREVIOUS EMPLOYMENT
Beverley Garlick Architects Architectural Technician February 2010 - February 2012 Documentation | feasibility study, design applications, construction certificate, and contract administration Model Making |Physical , Digital, visualisation Liasing | Council, Contractors Myer
Sales Assistant
December 2007-December 2010
PROFESSIONAL & ACADEMIC OVERVIEW 2012 Study Tour | Selected by UTS to tour Chicago and Los Angeles, which involved a symposium with Cal Poly university students, attending lectures and interviewing Frank Gehry Competition | Graduating Project ‘Inverted House’ selected as Third Prize for the d3 Housing Tomorrow international architectural design competition Exhibition
| Inverted House exhibited at Mississippi State University School of Architecture
Graduated
| Master of Architecture, Distinction Average
2011
Competition |Runner up in the HASSELL Award for Architectural Advocacy as part of the Sydney Archiecture Festival. Exhibition | Semester 1 Epping 2030 exhibited in UTS end of year show INDEX Exhibition |Semester 2 Inverted House exhibited in UTS end of year show INDEX Exhibition |Semester 2 Special Project, City Mapping, exhibited in UTS end of year show INDEX
2010 Experience | Gained Employment at Beverley Garlick Architects Pty. Ltd. Exhibition
| Semester 2 Barangaroo Tower exhibited in UTS end of year show INDEX
2009 Graduated
| Bachelor of Design in Architecture, Distinction Average
Experience |Occupational health and safety general induction for construction work in NSW
2006
Graduated | UAI 92.55 Award
| First place in Design and Technology, Marian College
Inverted House, 2011
Farnsworth House, USA 2012
Gamble House, USA 2012
Case Study House 22, USA 2012
Culver City, USA 2012
d3 HOUSING TOMORROW 2012 ŝŶƚĞƌŶĂƟŽŶĂů ĂƌĐŚŝƚĞĐƚƵƌĂů ĚĞƐŝŐŶ ĐŽŵƉĞƟƟŽŶ
MCA Extension, UTS Autumn, 2010
WORK OFF STREET
DY
STU
ING
/LIV
ING
DIN
EN
CH KIT
GE RA Y STO+ NDR U LA
zoning + excess space
morning
noon
evening
an Inversion of the house in terms of privacy thresholds provides the opportunity for the house to perform the role as mediator between maintaining the independence of the inhabitant and capitalising on the benefits of the collective. circulation traditionally placed internally with rooms on the boundary means neighbouring properties are overlooking into potentially private areas, whereas circulation which is more public is internal. Circulation being a more public zone in the house by placing it on the periphery provides a buffer between private areas and the street and neighbours. this buffer rather than simply circulation is considered equally in terms of its economical, environmental and social potential. Expansion and contraction of the buffer zone provides moments of heat exchange, social exchange and monetary exchange with the introduction of work.
Team: Danielle Apap, Lishi Li, Miguel Silva Studio: NextGen II Affordable Housing Tutor: Tom Barker, Nick Sargent Year: 2011 THE
INVERTEDHOUSE
1.
| INVERSION
1. 3RWHQWLDO 1. _ WKH EXIIHU ]RQH | INVERSION |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
Dining Dining
LIVING LIVING
SLEEPING SLEEPING
([LVWLQJ _ 3ULYDWH ([LVWLQJ _ 3ULYDWH ([LVWLQJ _ 3ULYDWH ,QIOH[LEOH URRPV DQG OD\RXW ,QIOH[LEOH URRPV DQG OD\RXW ,QIOH[LEOH URRPV DQG OD\RXW
SLEEPING
&RQFHSW &RQFHSW &RQFHSW /LYLQJ _ 6OHHSLQJ =RQHV /LYLQJ _ 6OHHSLQJ =RQHV /LYLQJ _ 6OHHSLQJ =RQHV
2. MONETARY | EXCHANGE 2. MONETARY 2. MONETARY | EXCHANGE | EXCHANGE (FRQRPLFDO 3RWHQWLDO _ WKH EXIIHU ]RQH DOORZV IRU OHVV WUDGLWLRQDO PRGHV
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
11
00 16
Circulation Circulation
00 16
00 25
00 16 00 25
00 25
Kitchen Kitche
Circulation
SLEEPING SLEEPING
StorageStorage
SLEEPING
Storage
Work Work
Work
([LVWLQJ _ VHPL SULYDWH &RQFHSW ([LVWLQJ _ VHPL SULYDWH ([LVWLQJ _ VHPL SULYDWH &RQFHSW &RQFHSW ,QWHUQDO FLUFXODWLRQ DV FLUFXODWLRQ SULPDU\ ,QWHUQDO FLUFXODWLRQ ,QWHUQDO DV SULPDU\ DV SULPDU\ +DELWDEOH FLUFXODWLRQ RQ SHULSKHU\ +DELWDEOH FLUFXODWLRQ RQ SHULSKHU\ +DELWDEOH FLUFXODWLRQ RQ SHULSKHU\ RUJDQLVHU FRPSDUWPHQWDOLVHV OLYLQJ RUJDQLVHU FRPSDUWPHQWDOLVHV RUJDQLVHU FRPSDUWPHQWDOLVHV OLYLQJ OLYLQJ DQG ,QWHUQDOLVHV PRYHPHQW DQG ,QWHUQDOLVHV PRYHPHQW DQG ,QWHUQDOLVHV PRYHPHQW
&LW\HQJLQH &LW\HQJL 3URSRVHG _ VHPL SULYDWH 3URSRVHG _ VHPL SULYDWH 3URSRVHG _ VHPL SULYDWH &LW\(QJLQH &LUFXODWLRQ DV EXIIHU EHWZHHQ SULYDWH DQG SXEOLF &LW\(QJ &LUFXODWLRQ DV EXIIHU EHWZHHQ SULYDWH DQG SXEOLF &LUFXODWLRQ DV EXIIHU EHWZHHQ SULYDWH DQG SXEOLF PDWLF IORZV PDWLF IOR PUBLIC D EXISTING VKDUH D EXIST VKD EXISTING | RI PUBLIC EXISTING | RI EXIST No activation of street No activatio No activation of street Noact acti No RPLWWHG WKH RPLWWHG Area ofArea Dwelling 80m2 + 97m2 Area Dw of Dwelling 80m2 +of Area 97m2 of Area o Area ofArea AreaofofArea open 135m2 ofspace open space Area 135m of Area of Are Area o EXW ZDV WKH EXW ZDV
3. SOCIAL |3.EXCHANGE 3. SOCIAL SOCIAL | EXCHANGE |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
Entry Entry
Location of Pivot PointsPoints Location of Pivot Lo Function Function Location O Location
function function
Entry
Furniture Furniture
Living Z Living Zone
zone behind Living Living zone behind
Furniture
Work Work
Work
(;,67,1* _ 38%/,& (;,67,1* _ 38%/,& &21&(37&21&(37 (;,67,1* _ 38%/,& &21&(37 $FWLYDWLRQ 2I )DFDGH 1R SHGHVWULDQ 1R SHGHVWULDQ SDWK RU DFWLYDWLRQ SDWK RI RI $FWLYDWLRQ 2I )DFDGH $FWLYDWLRQ 2I )DFDGH 1R SHGHVWULDQ SDWK RU DFWLYDWLRQ RI RU DFWLYDWLRQ QDUURZ VWUHHW RYHUVKDGRZHG QDUURZ ODQHV RYHUVKDGRZHG ODQHV ODQHV VWUHHW VWUHHW QDUURZ RYHUVKDGRZHG EHWZHHQ GZHOOLQJV EHWZHHQ GZHOOLQJV EHWZHHQ GZHOOLQJV
(;,67,1* _ 38%/,& (;,67,1* _ 38%/,& (;,67,1* _ 38%/,& $FWLYDWLRQ RI VWUHHW ZLWK :RUN $FWLYDWLRQ RI VWUHHW ZLWK :RUN $FWLYDWLRQ RI VWUHHW ZLWK :RUN Sleeping zone behin $FWLYDWLRQ RI FRXUW\DUG ZLWK IXQLWXUH $FWLYDWLRQ RI FRXUW\DUG ZLWK IXQLWXUH Sleeping Sleeping zone behind $FWLYDWLRQ RI FRXUW\DUG ZLWK IXQLWXUH Sleeping Zo DQG YLVXDO FRQQHFWLRQ ZLWK UHVLGHQWV LQVLGH DQG YLVXDO FRQQHFWLRQ ZLWK UHVLGHQWV LQVLGH DQG YLVXDO FRQQHFWLRQ ZLWK UHVLGHQWV LQVLGH
4. HEAT 4.| HEAT EXCHANGE | EXCHANGE 4. HEAT | EXCHANGE
(QYLURQPHQWDO (QYLURQPHQWDO 3RWHQWLDO 3RWHQWLDO WKH SRO\FDUERQDWH _ WKH SRO\FDUERQDWH EXIIHU DQG LQWHUQDO ]RQH DQG LQWHUQDO (QYLURQPHQWDO 3RWHQWLDO _ WKH _ SRO\FDUERQDWH EXIIHU ]RQH ]RQH DQG EXIIHU LQWHUQDO WKHUPDO PDVV DFWV DV D WKHUPDO EXIIHU WKHUPDO PDVV DFWV DV D WKHUPDO EXIIHU WKHUPDO PDVV DFWV DV D WKHUPDO EXIIHU bedroom bedroom 50 or 1100
bedroom
bedroom bedroom
bedroom
living living
living deciduous treedeciduous tree deciduous tree
50 or 1100
50 or 1100 ZLQWHU GD\ VXQ KHDWV XS WURPEH ZDOO ZLQWHU GD\ VXQ KHDWV XS WURPEH ZDOO ZLQWHU GD\ GLUHFW VXQOLJKW LQ OLYLQJ DUHDV ZLQWHU GD\ GLUHFW VXQOLJKW LQ OLYLQJ DUHDV ZLQWHU QLJKW WKHUPDO PDVV ZLQWHU QLJKW WKHUPDO PDVV ZLQWHU GD\ GLUHFW VXQOLJKW LQ OLYLQJ DUHDV ZLQWHU GD\ VXQ KHDWV XS WURPEH ZDOO ZLQWHU QLJKW WKHUPDO PDVV +RW DLU ULVHV DQG HQWHUV EHGURRP +RW DLU ULVHV DQG HQWHUV EHGURRP VXQ KHDWV XS FRQFUHWH WKHUPDO PDVV VXQ KHDWV XS FRQFUHWH WKHUPDO PDVV UHOHDVHV KHDW UHOHDVHV KHDW +RW DLU ULVHV DQG HQWHUV EHGURRP VXQ KHDWV XS FRQFUHWH WKHUPDO PDVV UHOHDVHV KHDW WKURXJK YHQWV EX QDWXUDO YHQWLODWLRQ WKURXJK YHQWV EX QDWXUDO YHQWLODWLRQ WKURXJK YHQWV EX QDWXUDO YHQWLODWLRQ
bedroom bedroom
bedroom
bedroom bedroom
bedroom living living
living deciduous treedeciduous tree deciduous tree
liv living
ZLQWHU QLJKW WKHUPD ZLQWHU QLJ ZLQWHU QLJKW WKHUPDO P
TWO STOREY WORK + Two Sto TWO STOREY WORK + SLEEP Two Storey
liv living
VXPPHU GD\ VXQ LV EORFNHG WKURXJK VXPPHU GD\ VXQ LV EORFNHG WKURXJK VXPPHU QLJKW FURVV YHQWLODWLRQ VXPPHU QLJKW FURVV YHQWLODWLRQ VXPPHU GD\ GLUHFW VXQOLJKW LV EORFNHG IURP HQWHULQJ VXPPHU GD\ GLUHFW VXQOLJKW LV EORFNHG IURP HQWHULQJ VXPPHU QLJKW FURVV VXPPHU Q VXPPHU GD\ VXQ LV EORFNHG WKURXJK VXPPHU QLJKW FURVV YHQWLODWLRQ VXPPHU GD\ GLUHFW VXQOLJKW LV EORFNHG IURP HQWHULQJ VXPPHU QLJKW FURVV YH VKDGLQJ +HDW EXLOW XS LQ EXIIHU ]RQH VKDGLQJ +HDW EXLOW XS LQ EXIIHU ]RQHIDFLOLWDWHV WKH UHPRYDO RI H[FHVV KHDW IDFLOLWDWHV WKH UHPRYDO RI H[FHVV KHDW LI UHTXLUHG VOLGLQJ ZDOO SDQHOV SUHYHQW WKH KHDW IURP LI UHTXLUHG VOLGLQJ ZDOO SDQHOV SUHYHQW WKH KHDW IURP WKH UHPRYDO RI H[FHVV WKH UHPRY VKDGLQJ +HDW EXLOW XS LQ EXIIHU ]RQH IDFLOLWDWHV WKH UHPRYDO RI H[FHVV KHDW LI UHTXLUHG VOLGLQJ ZDOO SDQHOV SUHYHQW WKH KHDW IURP WKH UHPRYDO RI H[FHVV K LV UHPRYHG WKURXJK YHQWV LV UHPRYHG WKURXJK YHQWV HQWHULQJ OLYLQJ ]RQHV DGGLQJ DQ H[WUD OD\HU RI LQVXODWLRQ HQWHULQJ OLYLQJ ]RQHV DGGLQJ DQ H[WUD OD\HU RI LQVXODWLRQ LV UHPRYHG WKURXJK YHQWV HQWHULQJ OLYLQJ ]RQHV DGGLQJ DQ H[WUD OD\HU RI LQVXODWLRQ
Kitchen Living Bath Kitchen LivingKitchen Living Bath
Dining
Bath
Work Work
Bed WorkBed
Bath Bed Bath
Bath
,WHUDWLRQV _ /LYLQJ =RQHV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV QH ,WHUDWLRQV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV _ /LYLQJ =RQHV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV G &LW\HQJLQH ,WHUDWLRQV YROXPHV RI_ /LYLQJ =RQHV SURJUDPV ZHUH HVWDEOLVKHG 8WLOLVLQJ &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV WKH VFULSWLQJ SURJUDP &LW\(QJLQH HQDEOHG LVHG YROXPHV RIYROXPHV SURJUDPV ZHUH HVWDEOLVKHG 8WLOLVLQJ WKH VFULSWLQJ HQDEOHG HQDEOHG 6WDQGDUGLVHG RI SURJUDPV ZHUH HVWDEOLVKHG 8WLOLVLQJ WKH SURJUDP VFULSWLQJ &LW\(QJLQH SURJUDP &LW\(QJLQH IV RI SURJUDPDWLF IORZV RI OLYLQJ DQG VOHHSLQJ ]RQHV WR EH SURGXFHG EDVHG RQ WKH LQLWLDO VWDQGDUGLVHG SURJUDPDWLF IORZV RI OLYLQJ DQG VOHHSLQJ ]RQHV WR EH SURGXFHG EDVHG RQ WKH LQLWLDO VWDQGDUGLVHG YDULDWLRQV RI SURJUDPDWLF IORZV RI OLYLQJ DQG VOHHSLQJ ]RQHV WR EH SURGXFHG EDVHG RQ WKH LQLWLDO VWDQGDUGLVHG IIRUGDELOLW\ 9DULDWLRQV ZHUH EDVHG RQ UXOHV RI UHODWLRQVKLSV EHWZHHQ URRPV QXPEHU RI LQKDELWDQWV U DIIRUGDELOLW\ 9DULDWLRQV ZHUH EDVHG RQ UXOHV RI UHODWLRQVKLSV EHWZHHQ URRPV QXPEHU RI LQKDELWDQWV URRPV IRU DIIRUGDELOLW\ 9DULDWLRQV ZHUH EDVHG RQ UXOHV RI UHODWLRQVKLSV EHWZHHQ URRPV QXPEHU RI LQKDELWDQWV UHH RI FROOHFWLYH OLYLQJ HJUHH RI FROOHFWLYH OLYLQJ DQG WKH GHJUHH RI FROOHFWLYH OLYLQJ
en
Semi Private Work Semi Private Work Semi Private Work
L Laauund nd ry ry
Laundry Storage Kitchen Laundry Storage Laundry Storage
Work Work
Storage Work Storage
Lau
ry
Extended Semi Private Living Work Off Street Work Off Street Work Off Street
Extended Semi Private Living
n
WorkOff OffStreet Street Work ENTRY
n
che Kit
K
Extended Semi Extended Semi Private Living Private Living
ry
nd
Lau
n
e itecnh itcKh
Storage Extended Semi Extended Semi Private Living Private Living
ry
rnyd Lnadu Lau
nd
n Work Off Street hne cithce KitK
nhe chitec Kit K
n
che Kit
n
che Kit
ENTRY
ENTRY ENTRY ENTRY ENTRY H LWHUDWLRQV _ FRUULGRUV RII OLYLQJ ]RQHV &LW\HQJLQH LWHUDWLRQV __ FRUULGRUV RII VOHHSLQJ ]RQHV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV LQH LWHUDWLRQV _ FRUULGRUV RII OLYLQJ ]RQHV &LW\HQJLQH LWHUDWLRQV _ FRUULGRUV RII OLYLQJ ]RQHV &LW\HQJLQH LWHUDWLRQV &LW\HQJLQH LWHUDWLRQV FRUULGRUV RII VOHHSLQJ ]RQHV _ FRUULGRUV RII VOHHSLQJ ]RQHV &LW\HQJLQH ,WHUDWLRQV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV &LW\HQJLQH ,WHUDWLRQV &LW\HQJLQH ,WHUDWLRQV H DVVLVWHG LQ IRUPLQJ VHFRQGDU\ SURJUDP :RUN DQG VWRUDJH ZHUH SODFHG RII SODFHG WKH RII WKH JLQH DVVLVWHG LQ IRUPLQJ VHFRQGDU\ SURJUDP :RUN ]RQHV ]RQHV DQG ]RQHV VWRUDJH ZHUH SODFHG &LW\(QJLQH DVVLVWHG LQ IRUPLQJ VHFRQGDU\ SURJUDP :RUN DQG VWRUDJH ZHUH FURNITURE FURNITURE FURNITURE FURNITURE FURNITURE FURNITURE V EDVHG RQ LQLWLDO LWHUDWLRQV H J LQ WKH FDVH RZV EDVHG RQ LQLWLDO LWHUDWLRQV H J LQ WKH FDVH VOHHSLQJ ]RQHV PDWLF IORZV EDVHG RQ LQLWLDO LWHUDWLRQV H J LQ WKH FDVH VOHHSLQJ ]RQHV VOHHSLQJ ]RQHV WORK WORK WORK WORK WORK WORK HG KRXVH WKH LQLWLDO SURJUDPPDWLF VFULSW DUHG WKH LQLWLDO SURJUDPPDWLF VFULSW KRXVH D EXISTING VKDUHG KRXVH WKH LQLWLDO SURJUDPPDWLF VFULSW G | PUBLIC CONCEPT CONCEPT EXISTING | PUBLIC EXISTING TING | PUBLIC | PUBLIC TING | RI PUBLIC CONCEPT CONCEPT CONCEPT CONCEPT EXISTING | PUBLIC EXISTING| |PUBLIC |PUBLIC PUBLIC EXISTING | PUBLIC EXISTING Activation Work on of street ACTIVATION OF FACADE Activationofofstreet streetwith with Work Activation of street with with Work Work ivation of street tivation of street No activation of street ACTIVATION OF FACADE ACTIVATION OF FACADE Activation of street Activation OfOf Facade Activation of street Activation with Workof street with Work Activation Facade Activation Of Facade Activation with funiture H NLWFKHQ RU ODXQGU\ IURP WKH OLYLQJ ]RQH Activationofofcourtyard courtyard with Activation funitureof courtyard with funiture WKH NLWFKHQ RU ODXQGU\ IURP WKH OLYLQJ ]RQH RPLWWHG WKH NLWFKHQ RU ODXQGU\ IURP WKH OLYLQJ ]RQH welling 80m2 97m2 Activation of courtyard with f Dwelling 80m280m2 ++ 97m2 of Dwelling Area of + 97m2 Dwelling 80m2 + 97m2 Activation of courtyard Activation with funiture funiture of courtyard with funiture and visual residents inside and visualconnection connectionwith with and residents visual connection inside with residents inside and visual connection inside m2 f Area open space 135m2 ea ofofopen space and visual connection and with visual with residents residents connection inside with residents inside of Area of open Area space of135m2 Area 135m2 of open space 135m2 HQ SODFHG E\ WKLV VFULSW LQ WKH EXIIHU ]RQH WKHQ SODFHG E\ WKLV VFULSW LQ WKH EXIIHU ]RQH EXW ZDV WKHQ SODFHG E\ WKLV VFULSW LQ WKH EXIIHU ]RQH
Vertical - door- door socation ofVertical Pivot Points
Horizontal Vertical Horizontal - door- 2100 - 2100 secondary access secondary access
Horizontal Horizontal Horizontal - 2100- 1700 - 1700 visual connection secondary visual access connection
- 500/800 HorizontalHorizontal - 1700 Horizontal - 500/800 furniture visual connection furniture
Horizontal - 500/800 Horizontal Horizontal- top/bottom - top/bottom Horizontal - top/bottom ventilation furniture ventilation ventilation
Ofn Pivot Point Horizontal-2100 Horizontal-1700 HorizontalOf Function Pivot Location PointVertical Of Vertical Pivot Point Horizontal-2100 Vertical Horizontal-2100 Horizontal-1700 Horizontal-1700 Horizontal-500/800 500/800 Horizontal-Horizontal-top/bottom Horizontal-top/bottom 500/800 Horizontal-top/bottom n function Door Door Secondary Door Access Access Secondary Visual Access Connection Visual Connection Furniture Furniture Ventilation Ventilation Ventilation Secondary Visual Connection Furniture
ENTRY ENTRY
Entry Entry
ENTRY
Entry
Visual VISUAL CONNECTION Visual Connection VisualConnection Connection INTERNAL/EXTERNAL SEATING SEATING Internal/external Seating Seating INTERNAL/EXTERNAL SEATING INTERNAL/EXTERNALInternal/external Internal/external Seating SHOPSHOP Shop ShopSHOP
VISUAL CONNECTION VISUAL CONNECTION
VENTILATION Ventilation Ventilation Ventilation MAINTAIN PRIVACY Maintain MaintainPrivacy PrivacyMaintain Privacy
VENTILATION VENTILATION MAINTAIN MAINTAINPRIVACY PRIVACY
Zone Behind Living Zone Behind e Behind Living zone behind
ENTRY ENTRY
Entry Entry
Shop
INTERNAL/EXTERNAL SEATING Internal/external Seating Internal/external Seating Internal/external Seating
INTERNAL/EXTERNAL SEATING INTERNAL/EXTERNAL SEATING
ENTRY
Entry
Sleeping zone behind Zone Behind g Zone Sleeping Behind one Behind
nd
ving g
VENTILATION
VENTILATION MAINTAIN PRIVACY
VENTILATION MAINTAIN PRIVACY Visual Connection Visual Connection VISUAL CONNECTION MAINTAIN PRIVACY Visual Connection BENCH Bench Bench Bench
VISUAL CONNECTION VISUAL CONNECTION BENCH BENCH
$FWLYDWLRQ RI )DFDGH $FWLYDWLRQ RI )DFDGH _ 6OHHSLQJ =RQHV /LYLQJ =RQHV _ 6OHHSLQJ =RQHV /LYLQJ =RQHV $FWLYDWLRQ RI )DFDGH _ 6OHHSLQJ =RQHV /LYLQJ =RQHV
living
5RRI VORSH PD[LPL]HV VXQOLJKW WR DGMDFHQW RSHQ 5RRI VORSH PD[LPL]HV VXQOLJKW WR DGMDFHQW RSHQ 5DLVHG ZDOOV DOORZ QDWXUDO VXQOLJKW 5DLVHG ZDOOV DOORZ QDWXUDO VXQOLJKW ZLQWHU KHDW JDLQHG LV VWRUHG LQ OLYLQJ ]RQHV ZLQWHU KHDW JDLQHG LV VWRUHG LQ OLYLQJ ]RQHV DO PDVV UHOHDVHV KHDW JKW WKHUPDO PDVV UHOHDVHV KHDW 5RRI VORSH PD[LPL]HV VXQOLJKW WR DGMDFHQW RSHQ 5DLVHG ZDOOV DOORZ QDWXUDO VXQOLJKW ZLQWHU KHDW JDLQHG LV VWRUHG LQ OLYLQJ ]RQHV PDVV UHOHDVHV KHDW VSDFHV DQG XQLWV VSDFHV DQG XQLWV VSDFHV DQG XQLWV + SLEEPING TWO STOREY ABOVE WORK + SLEEPING ABOVE SINGLE LOTSingle + WORK Lot SINGLE LOTSingle + WORK Lot + Work SHARED LIVING SHARED LIVING ENCLOSED COURTYARD +Enclosed ENCLOSED WORKSHOP COURTYARD + WORKSHOP OPEN COURTYARD + WORK OPEN COURTYARD + WORK orey Work +Two Sleeping Storey Above Work + Sleeping Above + Work Shared Living Shared Living Enclosed Courtyard + Workshop Courtyard + Workshop Open Courtyard + Work Open Courtyard + Work
PING ABOVE Work + Sleeping Above
ving g
SINGLE LOTSingle + WORK Lot + Work
SHARED LIVING Shared Living
ENCLOSED COURTYARD + WORKSHOP Enclosed Courtyard + Workshop
OPEN COURTYARD + WORK Open Courtyard + Work
SEMI PRIVATE SEMI PRIVATE
living
sleeping sleeping
sleeping living living
PUBLIC/WORK SEMI PRIVATE PUBLIC/WORK
LIVING PUBLIC/WORK LIVING
SLEEPING LIVING SLEEPING
SLEEPING
living
'RXEOH VNLQ GHILQHV D WKHUPDO EXIIHU ]RQH 'RXEOH VNLQ GHILQHV D WKHUPDO EXIIHU ]RQH UDLQZDWHU FROOHFWLRQ VWRUDJH UH XVH LQ UDLQZDWHU FROOHFWLRQ VWRUDJH UH XVH LQ VXPPHU DLU FLUFXODWLRQ H[SHOV KHDW EXLOG VXPPHU DLU FLUFXODWLRQ H[SHOV KHDW EXLOG 'RXEOH VNLQ GHILQHV D WKHUPDO EXIIHU ]RQH QLJKW FURVV YHQWLODWLRQ IDFLOLWDWHV YHQWLODWLRQ IDFLOLWDWHV UDLQZDWHU FROOHFWLRQ VWRUDJH UH XVH LQ VXPPHU DLU FLUFXODWLRQ H[SHOV KHDW EXLOG HQWLODWLRQ IDFLOLWDWHV JUHHQE DUHDV DQG WRLOHWV 3KRWRYRODWDLF JUHHQE DUHDV DQG WRLOHWV 3KRWRYRODWDLF XS NHHSLQJ OLYLQJ ]RQHV FRRO XS NHHSLQJ OLYLQJ ]RQHV FRRO YDO RI H[FHVV KHDW V KHDW JUHHQE DUHDV DQG WRLOHWV 3KRWRYRODWDLF XS NHHSLQJ OLYLQJ ]RQHV FRRO KHDW SDQHOV IRU HQHUJ\ SDQHOV IRU HQHUJ\ SDQHOV IRU HQHUJ\
Two Bedroom House Price: $AUD85,715 Per Sqm: $AUD 739
Roof: Zinc Aluminium Coated Roof Sheeting $3405 Pitched Roof Framing $ 4068 Roof Sarking $722.7 Plasterboard Ceiling $2832
Sleeping Zone: Concrete Precast Panel $ 10,282 Fibreboard Wall Linings $ 2407 Aluminium Window $2131 Internal Timber Flush Door $ 397.3 Wet Area Floor Tiling $ 502 Fibreglass/ Polyester $ 251 Carpet Wool/nylon $648
Living Zone: Pine F7 H4 Posts $ 728.4 Standard Timber Wall Framing $ 4440 Wall Sarking $ 974 Plasterboard Wall Lining $ 1926
Skin and Floor: Pine Wall Framing $17575 Polycarbonate Tinted Uv $16869 Glasswool Insulation $ 1760 Concrete Precast Floor Panels $6015
INDIVIDUAL HOUSE
Plywood Flooring $ 2389 Skylight $ 572 Plumbing $ 112.88
ADJUSTABLE ADJUSTABLE ALONGLIVING FACADE TREES SHADING AREAS IN SUMMERSHADING ALONG FACADE TREES SHADING LIVING AREAS IN SUMMERSHADING ADJUSTABLE SHADING ALONG FACADE ADJUSTABLE SHADING ALONG FACADE
work company
commerce connect in-out Work Zones Lot sizes from CityEngine iterations
AND COLD WINTER WINDS COURTYARDS AND OPENINGS ALONG EASTE CO NORTH EASTERLY BREEZES COURTYARDS COURTYARDS AND OPENINGS ALONG EASTERN BORDERAND FOR OPENINGS COOLINGNOA DO A THERMAL BUFFER ZONE AND EASTERLY BREEZES NORTH EASTERLY BREEZES DOUBLE SKIN NORTH DOUBLE A THERMAL BUFF DOUBLE SKIN A THERMAL BUFFER ZONE AND FLOWSKIN OF AIR VENTILATION
entrepreneur connect existing-new around dwelling
Living zones
Sleeping Zones
community exchange knowledge
work studio self-employment
Work Zones
intimate community
work infrustructure
community infrustracture
Two Storey Work + Sleeping Above
SITE | SECTION
SITE SECTION
CLUSTER PLAN
Open Courtyard + Work
Shared Living
Single Lot + Work
Enclosed Courtyard + Workshop SEMI PRIVATE
PUBLIC/WORK
LIVING
SLEEPING
01 09 9400
5100
02 10
1300
7650
3500
5000
TWO STOREY AND BRICK RESIDENCE SLATE ROOF No. 26
RENDERED WINDOW HEAD 26.16 SILL 25.51
0
+R1000 L 19 .6
POOL FENCE
ST
LAP POOL
1700
+
RL
19 .6 340
RAMP UP
STUDY AREA 1000
2300
RL 20.75
STUDY/BEDROOM 2950
LINE OF EXISTING WALLS
ENTRY UP
CRESCENT
RL 20.75
LINE OF EXISTING RIDGE
ST
STORE
F
6000
PANTRY
KITCHEN
UNDER
S 4200
.8 19 L +R
28 B FROGGATT
1100
7260
11000
EXISTING VERANDAH
0
19 .7 8
COURTYARD RL 20.75
UP
BREAKFAST
UP
20 STORE
20
900
20 +
RL
2 .2
BINS
+R
L
20
.3
.2
5
0
3280
CPD LAUND
1000
2400
2320
DINING UP
.2
LIFT
1
1040
ENTRY RL 20.75
2500
FROGGATT
SH/WC COURTYARD 9000
1650
+R
L
28 A FROGGATT
3048
19
.3
6
LINE OF STRUCTURE BELOW
5100
WINDOW HEAD 23.55 SILL 22.20 1st FLOOR WINDOW HEAD 27.41 SILL 25.79
1300
4250
WINDOW WINDOW HEAD 24.00 HEAD 23.99 SILL 22.491st FLOOR SILL 22.49 WINDOW HEAD 27.41 SILL 25.75
800
1400
2600
WINDOW WINDOW 1st FLOOR HEAD 24.05 HEAD 24.05 WINDOW SILL 22.351st FLOOR SILL 22.35 HEAD 26.85 WINDOW SILL 25.39 HEAD 26.85 SILL 25.39
RENDERED RESIDENCE TILE ROOF No. 30 01 02 09 10
LEVEL PLAN 1:100
800
3050
3000
WINDOW HEAD 23.65 SILL 21.75 COVERED TIMBER DECK
beverleygarlick ARCHITECTS
Beverley Garlick Architect ABN 27 003 590 163 135 Catherine Street, Leic Phone: +61 2 9564 5183 Email: beverley@beverleyg NSW Architects Registratio LFRAIA A+ member AIA
DRAWING TITLE: PROJECT:
CLIENT:
EXISTING
MASONRY
WALLS
NEW WALLS EXISTING
WALLS DEMOLISHED
DRIVEWAY BELOW
Project | Extension to one dwelling + new duplex Involvement| feasibility, pre DA, DA
PROPO
PRE D TWO S FOR 23 TWO S FROGG PARK 2 QUINN
SCALE:
DRAWN
1:100 @ A2
JD
JOB NO: 09-347
CURVED STEEL BEAMS TO ENG DTEAILS ENDS TO BE CLOSED GALVANISED AS SPEC
RL 26.92
PLY LINING TO CURVED CEILING
COLORBOND CUSTOM ORB SURFMIST ON TIMBER BATTENS 50X50 AT MAX 600MM CENTRES
G
AN
H ER
00
OV
N1
MI
NO LINING TO EAVES
W5
W6
LOUVRE WINDOW AS SCHEDULED
STEEL BEAMS TO ENG DETAILS EXISTING SKILLION ROOF
COLORBOND FLAT SHEET & FLASHING
CURVED COLORBOND CUSTOM ORB ROOFING COLOUR SURFMIST ON TIMBER BATTENS 75X50 AT MAX 600 CENTRES
COLORBOND FLAT SHEET CLADDING & FLASHING PLY CEILING LININGS AS SPECIFIED STEEL POSTS TO ENG DETAILS
RL 24.72 R3 POLYESTER INSULATION
TIMBER PURLINS TO ENG. DETAIL
ADJUSTABLE SHELF
TIMBER CEILING BATTENS & PLY LINING
03 02 05 10
EXISTING CEILING STRUCTURE WITH NEW GYPROCK AQUA CHECK
ADJUSTABLE SHELF
GYPROCK LINING WITH CORNICE-SHADOWSET PROFILE-PLUSH
TIMBER STUD WITH ECOCL
3900
04 09
ADJUSTABLE SHELF
EXISTING BRICK WALL
ADJUSTABLE SHELF
PROPOSED TWO STOREY DWELLING
LAUNDRY BATHROOM
DINING
KITCHEN
CONC BLOCK TO ENG DETA GYPROCK LINING
VOID
RL 22.32 CONC SLAB TO ENG DETAIL
100 YEAR FL
CERAMIC TILES AS SPEC
CERAMIC TILES AS DETAILED
RL 21.82
600
600
WATERPROOFING REQUIREMENT LEVEL
VOID
VOID
NEW FLOOR LEVEL
be AR
EXISTING GROUND LEVEL
k
Be AB 135 Ph Em NS LF
ct Pty Ltd
C
ichhardt NSW 2040 Australia Fax: +61 2 9950 0261 garlick.com.au ion Board. No. 3771 LFRAIA
DRA TITL
PRO
OSED
GROUND FLOOR PLAN
DEVELOPMENT APPLICATION LINE OF STEPS SEMI DETATCHED DWELLINGS BEHIND 23/25 WRIGHT ST, CROYDON 2132 STOREY DWELLING FOR 28 GATT CRESCENT CROYDON 2132
EXISTING TIMBER FLOOR STRUCTURE
CONC BEAM & PIERS TO ENG DETAIL
BLOCK WORK PIERS & FOOTINGS TO ENG. DETAIL
CLIE
SCA
1:20
N AND FIONA LEDDEN
WN:
JOB
REV:
DATE: 15/2/11
DWG NO: DA 04
Work Experience involved: Documentation | feasibility study, design applications, construction certificate, contract administration, practical completion. Model Making |Physical , Digital, visualisation Liasing | Council, Contractors
Project | Extension exisiting dwelling Involvement | Development Application, Construction Certificate, Contract Administration
Office: Beverley Garlick Architects Pty. Ltd. Projects: Domestic + Extensions Year: 2010-2012
PROFESSIONAL
il
reta
expres
3m
express
il
reta
Affordable housing UHTXLUHV HPEUDFLQJ PXOWLSOH FULWHULD ZLWKLQ WKH GHVLJQ SURFHVV $Q LQWHJUDWHG DSSURDFK RI H[SHULPHQWLQJ ZLWK GHVLJQ W\SRORJLHV FKDOOHQJLQJ WUDGL WLRQDO GRPHVWLF PDWHULDOV DQG FRQVWUXFWLRQ UHVSRQGLQJ WR WKH Program distribution QDWXUDO HQYLURQPHQW DQG FDSLWDO LVLQJ RQ WKH EHQHILWV RI WKH FROOHFWLYH SURYLGHV D GLYHUVH HQJDJHPHQW WR UHWKLQN WKH KRPH ODQG RZQHUVKLS DQG VXEVHTXHQW UHODWLRQVKLSV WR QHLJKERXU DQG VWUHHW
hote
an Inversion RI WKH KRXVH LQ WHUPV RI SULYDF\ WKUHVKROGV SURYLGHV WKH RSSRUWX QLW\ IRU WKH KRXVH WR SHUIRUP WKH Split the mass Office side into hybrid side UROH DV PHGLDWRU feeds EHWZHHQ PDLQ WDLQLQJ WKH LQGHSHQGHQFH RI WKH LQKDELWDQW DQG FDSLWDOLVLQJ RQ WKH EHQHILWV RI WKH FROOHFWLYH
l
ss express express
hotel
express express
reside
lobby
ntial lob
il
reta
il
reta
l
ntia
ide
res
t
ran
tau
res
by
NR
KSO
HIC D OA
circulation WUDGLWLRQDOO\ SODFHG LQWHUQDOO\ ZLWK URRPV RQ WKH ERXQGDU\ PHDQV QHLJKERXULQJ SURSHUWLHV DUH RYHUORRNLQJ LQWR SRWHQWLDOO\ SULYDWH DUHDV ZKHUHDV FLUFXODWLRQ Box andLV blob system ZKLFK LV PRUH SXEOLF LQWHUQDO for hybrid side &LUFXODWLRQ EHLQJ D PRUH SXEOLF ]RQH LQ WKH KRXVH E\ SODFLQJ LW RQ WKH SHULSKHU\ SURYLGHV D EXIIHU EHWZHHQ SULYDWH DUHDV DQG WKH VWUHHW DQG QHLJKERXUV this buffer UDWKHU WKDQ VLPSO\ FLUFXODWLRQ LV FRQVLGHUHG HTXDOO\ LQ WHUPV RI LWV HFRQRPLFDO HQYLURQPHQWDO DQG VRFLDO SRWHQWLDO (FRQRPLFDOO\ for better views & VLQFH WKH ]RQH LV Twist D OLJKWZHLJKW solar gain for residential VWUXFWXUH DOORZV WKH KRPH WR DEDQGRQ WKH WUDGLWLRQDO QHFHVVLW\ RI GRZQVL]LQJ ZKHQ LW FRPHV WR In the Hybrid Tower DIIRUGDEOH KRXVLQJ (QYLURQPHQ not only co-exist like in mixed use WDOO\ VLQFH WKH programs SRO\FDUERQDWH tower but their mixing leads to new social RXWHU ]RQH DQG LQWHUQDO WKHUPDO experiences and dynamic spaces through PDVV DFWV DV D WKHUPDO EXIIHU program mixing based on categorising flexible and inflexible spaces to allow for a 6RFLDOO\ VLQFH WKLV ]RQH SURYLGHV D level of indeterminacy and spaces to overlap. GLIIHUHQW UHODWLRQVKLS EHWZHHQ WKH The inflexible space is then enclosed as KRPH DQG WKH VWUHHW DFWLYDWLQJ boxes and the flexible spaces are open areas. WKH VWUHHW GLIIHUHQWO\ WKURXJKRXW The section WKH GD\ LQ UHVSRQVH WR WKH LQKDE has been the focus of this project to LWDQWV PRYHPHQWV DQG DFWLYLWLHV understand and then communicate the cross breeding of programs over several levels
Expansion and contraction challenging the typical stacked floor plate. RI WKH EXIIHU ]RQH SURYLGHV PRPHQWV RI KHDW Team: H[FKDQJH Lishi Li, Yinhui Zhou, Xiao Xiao Caio Competition Studio VRFLDO H[FKDQJH Studio: DQG PRQHWDU\ Tutor: Ben Hewitt H[FKDQJH ZLWK WKH LQWURGXFWLRQ Year: 2010 RI ZRUN THE
HYBRID TOWER $FDGHPLF
HYBRID TOWERB
Barrier
Streets and laneways in one direction
Connection to City
City grid with fan principle
Plazas in another direction
City walk and escalator connected to hub building
New Train Station
All towers are connected to hub building through bridges
SITE STRATEGY
Current Proposal
Residential & Hotel
Hybrid Building
Hotel
Station
Museum
Office Tower Retail
Residential
Office Tower Office
Porosity adjusted for solar radiation and program
NW S E
LIFT STRATEGY
Solar radiation study on unfolded surface
NE
SE
W
5HVLGHQ
*\P
0XVHX
0XVHXP
+RWHO
6WDWLRQ
TOWER SECTION
City | Farm
Town | Park
Block | Courtyard
Apartment | Atrium+backyard
For Epping’s transformation from a typical Sydney rail suburb to a unique city within a polycentric Sydney the existing identifiable green quality of Epping and proximity to farming in Sydney’s North-West was considered. To negotiate maintaining the current sense of place and capitalising on increasing density the design of open space was considered at multiple scales from the unit’s backyard, the block’s courtyard, the suburban park and urban farming at the scale of the city.
Studio: Urban Interventions Tutor: David Holm Year: 2011
EPPING 2030
Urban Interventions
Clarify identity zones
No lack of public space but lack of public life
BEECROFTRD
CIRCULATION ACTIVE STREET FRONTS RESIDENTIAL CHURCH/SCHOOL COMMERCIAL RETAIL
Existing
ORD
INGF
CARL
RD
EPPING RD
Town | Car
Preservation
Two towns + circulation
Town | Pedestrians
Epping Landscape School Parramatta Shopping Sport Business
Chatswood Shopping Business Central Interchange University
City | agricultural proximities
Masterplan
Town Centre
Housing
Logo and Poster for Hornsby’s Art Festival Client: Hornsby Council Year: 2012
DESIGN
Salk Institute
Case Study House 22
Farnsworth House
Goldstein House
Walt Disney Concert Hall Where: Chicago, Los Angeles, San Francisco, New York. Mentors: Desley Luscombe, Anthony Burke Year: 2012 USA
Study Tour
Studio: Arch Design|Field Tutor: Ben Hewitt Year: Autumn 2009, B.Arch Museum of
CONTEMPORARY ART
MCA offices Views out, daylight
Function Spaces Views Out + In, Sunlight
Circulation for gallery Views Out + In, Daylight MCA Store Views Out + In, Sunlight
The Museum of Contemporary Art (MCA) is currently housed in the original building for the Marine Services Board. This heavy and concealing building isolates the visitor and performs its original function of holding a demanding position within the harbour housing a powerful government authority of the time. With the opportunity to extend the MCA this static and heavy envelope disintegrates in areas as though the activities and unique experiences occurring between the visitor and art within has been building up and is now seeping through the rigid structure and flowing out into the surrounding landscape encouraging the interaction between the visitor. Based on sun studies of elevations the new structure pierces through the envelope like vines attracted to sunlight. Thus allowing light to seep through the building appropriate to the program behind, the porosity of the structure negotiates the black box requirements of gallery spaces against light filled circulation routes and gaining views in and out of the once introverted envelope.
Studio: Arch Design|Integration Tutor: Frank Minnaert Year: Spring 2009, B.Arch SYDNEY
CONCERT HALL
Existing circulation
Circulation existing
The proposal for a Sydney Concert Hall opposite the Sydney Opera House in the Sydney Botanical Gardens, takes inspiration from its natural surroundings. The form adjusts to enable visitors to continue to meander throughout the park with the columns mimicking the trunks and the ridge line of the trees dictating the form of the roof line.
Proposed circulation