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Ground Floor:Foyerand Retail
707.09m2
Second Floor:Retail
552.24m2
Thid Floor:Office
532.00m2
Fourth Floor:Office
580.00m2
Fifth Floor:Learning Centre
513.22m2
Podium, Amphitheatre
151.00m2
Transitional Floor
138.00m2
Sixth Floor:Residential Units
616.57m2
Seventh Floor:Residential Units
640.77m2
Eighth Floor:Residential Units
593.23m2
Ninth Floor:ResidentsCommonRoom
590.00m2
Total Area:5614.12m2
Roof
Kaiapoi to Kairaki Avonhead to Pegasus Bay
-50
50
100
-100
-150
(m)
Hornby to Pegasus Bay
Kaiapoi River to Banks Penisula
-50
(m)
50
100
-100
-150
-200
-50
50
100
-100
-150
(m)
INTERIOR VIEW ON THE FIFTH FLOOR TRANSITION BETWEEN LEVELS BUILDING VIEWED FROM ARMAGH STREET
COURSE
THE UNIVERSITY OF AUCKLAND
ADVISORS
2nd Semester 2012 Design 6
School of Architecture and Planning
Camia Young & Jordon Saunders
FUTURE CHRISTCHURCH V2
DESIGN CONCEPT
DESIGN INVESTIGATION
RESEARCH
PROJECT DESCRIPTION
The proposal is a mixed-used building in Christchurchs
urban context. The complex will include retail stores,
ofce space, a learning centre and apartment units.
The building is located on the north side of the central
core of the city, 127 Armagh Street one of the most
severely damaged areas after the 2011 earthquakes.
Whilst CCDUs blueprint has designated the surrounding
area of the site as a new performing art precinct, the
purpose of this project is to accommodate the diverse
nature of this part of the city and its further growth. Along
with two other collaborative team members who each
proposed an apartment building and a riverside market,
we are aiming to bring a series of programme of work,
play and live to this part of the city.
The concept behind the design is based on the research
of Christchurch artesian aquifers. The distribution
patterns and geological properties of the aquifers offer
an immense amount of potential and connections toarchitectonics; it also puts up a wider scope on the
mechanism of liquefaction and other seismic hazard of
the Christchurch landscape.
The subterranean condition of aquifers is fully formed
by different layers connecting; creating a free owing
circulation without destroying the hierarchy of the
space. The design literally incorporates the extrapolated
geometry of the aquifers, wrapped in a bu ilding envelop
created by projecting the trajectories of the surrounding
buildings and Avon river. Glazings and op enings are
determined according to functions on various parts of
the interior.
Sectional patterns of the aquifers also suggested
programme for the building. Enclosed volumes are
interpreted as residential units, whereas long, open
volumes are made into public space. The transition
between these levels is integrated by ramps, stairs and
level changes of the oor plate, creating a free-owing
circulation.
HYDROCITY| ARMAGH STREET MIXED-USEDingle Yang
EXTRUDE
Plan
Extrusion
Distortion
Morph
SouthFacadeSouth-west Facade East Facade North Facade West Facade
SouthFacadeSouth-west Facade East Facade North Facade West Facade
Section ofaquifers
Group ofpoints
Eliminating cellsaccording to building shapeand interiorfunctions
Finished facadewrapping
Generating voronoi, selecting feasiblearea
according to facadadimensions
Generating randomdividing pointson curves
Level One
Level Two
Level Three
Level Four
Level Five
Level six
Level Seven
Level Eight
Level Nine
Level Ten
Level Eleven
Cambridge Tce and Oxford Tce is accessible to cars ,publictransportation and pedestrians.
Pre-earthquake CCDUPlan
Cambridgetce
Oxfordtce
Kilmoretce
Armagh St
ColomboSt
ManchesterSt
Cambridgetce
Oxfordtce
Kilmoretce
Armagh St
ColomboSt
ManchesterSt
Cambridge Tce and Oxford Tce is accessible to publictransportation and pedestrians.
Cambridgetce
Oxfordtce
Kilmoretce
Armagh St
ColomboSt
ManchesterSt
2
1
3
21
3
KEY
R e si d en t ia l (S o ph i a) M a rk e t ( N at a le e ) Daniel (Hybrid)
Proposal
Cambridge Tce and Oxford Tce is accessible to pedestrians onlybus stops are reallocated to the west and east end of the market.
Vehicular route
Public transportation route
Pedestrian route
Bus stop
Cambridgetce
Oxfordtce
Kilmoretce
Armagh St
ManchesterSt
KEY
Roof
NinthFloor
EighthFloor
SeventhFloor
Wireframe Plan Plan AxonometricSouthE levation West E levat ion
SixthFloor
TransitionalFloor
AmphitheatrePodium
FifthFloor
FourthFloor
ThirdFloor
SecondFloor
GroundFloorFoyer; Shops
Shops
Cafe; Office
Cafe; Public Space
LearningCentre
Residents CommonRoom
ResidentialUnits
ResidentialUnits
ResidentialUnits
ARMAGH STREET JOINED VIEW MATRIX OF POTENTIAL BUILDING SHAPES
WEST ELEVATION
Scale 1: 200
GROUND FLOOR PLAN: FOYER AND RETAIL
Scale 1: 200
EXPLODED FLOOR PLATES AND PROGRAMME SCHEMES
PROGRAMME ARRANGMENT PIE GRAPHExisting casestudy: The Entrepot Macdonald, Paris, France, 2006-2013
PROGRAMME ARRANGMENT PIE GRAPH
Existing casestudy: De Rotterdam, Rotterdam, The Netherlands, 1998-2011
PROGRAMME ARRANGMENT PIE GRAPH
Proposed programme arrangment 127 Armagh Street
SECOND FLOOR PLAN: RETAILS
Scale 1: 200
FLOOR PLATES AND PROGRAMME ARRANGMENT
THIRD FLOOR PLAN: OFFICE
Scale 1: 200
SIXTH FLOOR PLAN: RESIDENTIALUNITS
Scale 1: 200
CIRCULATION BUILDING CIRCULATION
FREE-FLOW CIRCULATION
FACADE DEVELOPMENT
ELEVATORSTAIRCASE 2
also an emergency exit
STAIRCASE 1
also an emergency exit
SECTION A
Scale 1: 200
EXTENDING THE URBAN TRAJECTORIES TO DETERMINE BUILDING OUTLINE
AqUIFER SECTION: KAIAPOI RIVER TO BANKS PENISULA
WATER FLOW DIRECTION ANALYSED BYGRASSHOPPER
AqUIFER CIRCULATION
C H RIS TC H UR C H A qU IFE R C O NF ININ G Z ON E A q UIF ER W A TE R q U AL ITY A C CO R DIN G T O C ON F IN ING Z O N E S E CT ION ING C H R IST C HU R CH A q U IF E RS
A qU IF ER S EC TI ON : A VO NH EA D T O P E GA SU S B AY A qU IF ER S EC TI ON : K AI AP OI RI VE R T O K AI RA KI A qU IF ER S E CT IO N: HO ON H AY T O P EG AS US BA Y
EXTRAPOLATING THE AqUIFERS
Extruding Aquifer layers as an implication to the building envelop, adding interior quali ties to the building
DISSECTING THE LAYERS
Selected layers have the potential to be made into occupiable space
FREE FLOWING INTERIOR SPACE