GEZHI | 2015 by Gezhi Huang

GEZHI HUANG LANDSCAPE ARCHITECTURE PORTFOLIO

EDUCATION

September 2009 - June 2013 Bachelor Degree of Engineering in Landscape Architecture, Tongji University, Shanghai, China September 2014 - Now Graduate 2 rd Year in Master of Landscape Architecture, University of Toronto, Toronto, Canada PROFESSIONAL EXPERIENCE

June-September, 2014 Internship at PFS Studio, Vancouver, Canada Position : Project Designer Project : Foshan Urban Design Competition, Guangdong, China - Assist with Construction Drawings, 3D Modelings, Plan/Section Renderings, Specification Documents

July-September, 2012 Internship at HDD, Shanghai, China Position : Assistant to Landscape Architect Project : River Waterfronts Urban Design, Lanzhou, China Jinhui路Shengshi Tiancheng Residential Landscape Design, Xinjiang, China - Assist with case analysis and documented and produced plan and section design sketches .

June-July, 2011 Internship at XWHO, Hangzhou, China Position: Assistant to Landscape Architect Project: Bridge Theme Park, Zhenzhou, China - Assist with park sign system design and case study, produce CAD drawings, models and design sketches.

COMPUTER SKILLS

Adobe Creative Suite, Sketch Up, AutoCAD, Rhino, GIS

SPACE GENERATOR

CONCEPT COLLAGE

Gezhi Huang, Xiang Ren SPRING

CONCEPT

ENVIRONMENTAL MODULATIONS BEE NEST ANALOG DESIGN

Unity, clarity, contrast Unmistakable, pronounced, distinctive Jarring, surprising contextual effects Planting design can be the result of existing spatial conditions in the context, such as buildings, paths, or plazas, but planting design can also be the generator of spatial conditions for the context. Rather than being designed afterwards or as an afterthought, planting design becomes the dominant force that actually drives the character, form, and spirit of a space.

URBAN NEST

With respect to this concept, the design of the garden uses the planting design as the space generator for creating the functional requirements of the garden. Planting is made on a regular diagonal stepped grid pattern. Open spaces for activities and gatherings, as well as spaces for circulation paths, are derived from this generator grid by “magnifying” the stepped pattern’s geometry at certain points to form the different sizes and types of spaces needed. This way, the paths and open spaces comprising the hardscape will become derivative of the planting design’s logic rather than the other way around.

SUMMER

clear, and have stronger contrasts between plants and hardscapes than if many more plant varieties are used. All selected plants are native to North America. Two of the selected plants are evergreen in order to provide a reference point throughout the seasons, and the other two plants are selected for their high color and character variation over the seasons in order to create distinctive combinations of the four plants over the seasons. This way, variety is created without the need for a large variety of plants. Furthermore, the additional consideration of plant height, and plant placement based on height, creates various levels of openness appropriate to the three different open spaces: large group gathering, small group gathering, and individual space.

4 10 18 30 36 46 48 For the purposes of this project, we have assumed the site’s location to be in Toronto, Ontario, Canada. We have assumed that the site is enclosed by a sidewalk around its perimeter and is bordered by small streets on all sides except to the north, where a low-rise community center building is located. All other buildings in the area are also assumed to be low-rise.

DESIGN

GENERATOR GRID

SEASONAL CALENDAR

FALL

Blue Arrow Juniper Juniperus scopulorum “Blue Arrow”

Holmstrup White Cedar Thuja occidentalis “Holmstrup”

SPATIAL CHARACTERISTICS

Fragrant Sumac Rhus aromatica

WINTER

Openness of Space

Height/Density of Plants

High

Low

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

High

Spring

STREET PARK REGIONAL PARK BERZCY PARK REVITALIZATION HIGH PARK DESIGN URBAN PERIPETEIA

RE-CONNECTION AFTER SEPERATION

URBAN DESIGN ALLEN X-WAY SUPER STUDIO

Summer

Fall

Winter

COMMUNITY PARK RIVERDALE PARK RE-DESIGN

ECOLOGICAL PLANNNING PLANTING DESIGN HONG QIAO ECO-REVIVAL GEOMETRY PLANTING

Plant

Height (Maximum)

Spread

Density

Foliage Type

Sunlight Requirement

Hardiness Zone

Maintenance

Blue Arrow Juniper Juniperus scopulorum “Blue Arrow”

3.7 m

1.2 m

Dense

Evergreen

Full Sun

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passed.

Holmstrup White Cedar Thuja occidentalis “Holmstrup”

2.4 m

1.2 m

Dense

Evergreen

Full Sun or Partial Shade

Relatively low maintenance shrub, recommend to only trim back new growth of current season and remove any dieback.

Fragrant Sumac Rhus aromatica

0.9 m

1.8 m

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

0.9 m

P1 CASE STUDY+RATCHET+GROW P2 RETAIL/POCKET PARK+NEW RULES P3 UNFOLDED CITY

URBAN WHIRLPOOL

BRING BACK GREEN AND ENERGY TO DISTRICT

Dense

Deciduous

Full Sun, Partial Shade, or Full Shade

Requires occasional maintenance and upkeep, and can be pruned at anytime.

Dense

Deciduous

Full Sun or Partial Shade

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passed.

PLANTS AS DRIVING FORCE IN CONTEMPORARY GARDEN

OTHER WORK SITE TECHNOLOGY TOPOGRAPHIC REVEALS SAND-WOOD CHINESE GARDEN STEM RESEARCH 1:100

STREET PARK URBAN PERIPETEIA

A Reversal in Story with Reflection of Transition

11/2013-12/2013 | 1st SEMESTER MLA | BERZCY PARK | 5242 Sqm | TORONTO

K refelction of post-modern architecture

Context Analysis

Site Analysis

reflection from the oppos 4 corner-entrances

material material & facade

1802

time 2010s

1940s

time

people coming from different direction sense the change of the atmosphere and feture of architecture surround the park. by creating refection of buildings which has the opposite characteristic of where the viewers stands, the park would enhance the sudden reverse and perform to audiences an urban peripeteia. reverse and perform to audiences an park would enhance the sudden of where the viewers stands, the which has the opposite characteristic by creating refection of buildings

mid-point on north&south pedestrian

the park. and feture of architecture surround sense the change of the atmosphere people coming from different direction

height & proportion

mid-point west pedestrian

Intersection

landuse

Business Commercial

Commercial Business Art&Exhibition Residence

Residence Cafe&Restaurant Art Exhibition

activitie & flows

site side sight line reflection lines reflection area

t Fron

.E t S t Scot

St. n o t ling l e W

time sight building activity

t on

E . t

experience

Fr 8

N 10m

20m

50m

PROPOSED CONTOUR LINES

t. E

refelction of historical buildings refelction of gooderham buildings

RIGIONAL PARK RE-CONNECTION AFTER SEPERATION

Oak Savannah Regeneration

02/2014-04/2014 | 2 rd SEMESTER MLA | HIGH PARK | 1.61 Sqkm | TORONTO

URBAN DESIGN P1 CASE STUDY+RATCHET+GROW P2 RETAIL/POCKET PARK TYPOLOGY+NEW RULES P3 UNFOLDED CITY

NEW URBAN TYPOLOGY

09/2014-12/2014 | 3 rd SEMESTER MLA | ALLEN EXPRESS-WAY | 7.51 Sqm | TORONTO

ALSO BE REVERSED TO BE ‘BUILT SPACE’ ACCORDING TO THE CONTRAST OF SCALE. THE FLEXIBILITY OF THE PRESENCE OF ‘OPEN SPACE’ IN THIS CASE BRINGS DYNAMIC IN THE ARRANGEMENT OF PROGRAM AND THE POSSIBILITY OF CREATING NEW TYPE OF

Merchandise Mart levels (x5)

International Trade Center level

Hotel Levels

FLOOR FIGURE GROUND 1:2000

INTERFACE OF “BUILT SPACE” AND “OPEN SPACE”

COLUMN GRID

200% OPEN SPACE RATCHET

50% FAR RATCHET

FAR GRADIENT RATCHET

TYPE D

TYPE C

PLACE BONAVENTURE, MONTREAL CASE STUDY

PLACE BONAVENTURE, MONTREAL GEZHI HUANG BY MULTIPLYING PARTS OF THE “BUILT SPACE” INSIDE THE MASSIVE STRUCTURE WITHOUT INCREASING FLOOR AREA “OPEN SPACE”, THE RATCHET HAS POSITIONS OF STATEMENT CREATED VARIETY OF VERTICAL CORE SPACE (ATRIUM), WHICH ACTHE CONCEPT OF ‘OPEN SPACE’ IN THE CASE OF PLACE BONAVENTUREPROVIDE COULD BE REDEFINED, SO DOES THE RELATIONSHIP BETWEEN ‘INDOOR’ AND ‘OUTDOOR’ SPCAE. CESSIBILITY OF SIGHT LIGHT AND INTERACTIVE OPPORTUNITY BETWEEN DIFPROGRAMS AND VARIED FUNCTIONS THAT WERE TRADITIONALLY DISTRIBUTED IN URBAN SPACE ARE NOW INTEGRATED INTO A MASSIVE BUILDING WITH LITTLE OPEN FERENT LEVELS . SPACE IN BETWEEN. THE MODE OF CIRCULATION AND PUBLIC SPACE HAS BEEN 1:1000

Lower Shopping Level

C.N.R tracks

TYPE B

1:5000 CONTEXT GROUND TO SWITCHED FROM OPEN SPACE (STREET,FIGURE SQUARE,PATH...) ‘PUBLIC’ SPACE (INDOOR OPENSPACE).

St. Antoine St.

IN EACH “UNIT” THAT HAS BEENININSTALLED WITH OF THIS URBAN ENCLAVE, ‘OPEN SPACE’ATRIUM INCLUDES PUBLIC HAS PORTIONS THE OF LOBBY,FORM PEELEVATOR, CORRIDORS...BUT NOT EXISTS AS A FIXED SPACE, RATHER THAN “OPEN THAT ARE MORE DESTRIAN, TO STREETSCAPE THE IDEA OF 50% FARSPACE” RATCHET ASIMILAR INEXPLICIT AREA(SINCE ‘OPEN’ AND ‘BUILT’ HAS SAMESPACE. ATTRIBUTE AS INDOOR 50% FAR RATCHET FARTHE GRADIENT RATCHET SPACE). IT COULD BE AFFECTED BY THE SURFACE OF THE BOUNDARY (INSTALLED DOORS OR NOT) AS WELLIN AS THE (ON GOING EXHIBITION BOOTH). IT COULD RE-ASSEMBLYING URBAN CONFIGURATION A ACTIVITY MASSIVE BLOCK HAS BEEN INPOSITIONS STATEMENT ALSO BE REVERSED TO BE ‘BUILT SPACE’ ACCORDING TO THE CONTRAST OF SCALE. TENSIFIED. THE FLEXIBILITY OF THE PRESENCE OF ‘OPEN SPACE’ IN THIS CASE BRINGS DYNAMIC TYPE A

Metro Tunnel

200% FAR FAR RATCHET RATCHET 200% FAR RATCHET 200%

PLACE BONAVENTURE, MONTREAL

1:1000

GEZHI HUANG

BY MULTIPLYING PARTS OF THE “BUILT SPACE” INSIDE THE MASSIVE STRUCTURE WITHOUT INCREASING FLOOR AREA OF “OPEN SPACE”, THE RATCHET HAS CREATED VARIETY OF VERTICAL CORE SPACE (ATRIUM), WHICH PROVIDE ACCESSIBILITY OF SIGHT LIGHT AND INTERACTIVE OPPORTUNITY BETWEEN DIFFERENT LEVELS .

THE CONCEPT OF ‘OPEN SPACE’ IN THE CASE OF PLACE BONAVENTURE COULD BE REDEFINED, SO DOES THE RELATIONSHIP BETWEEN ‘INDOOR’ AND ‘OUTDOOR’ SPCAE.

PROGRAMS AND VARIED FUNCTIONS THAT WERE TRADITIONALLY DISTRIBUTED IN URBAN SPACE ARE NOW INTEGRATED INTO A MASSIVE BUILDING WITH LITTLE OPEN SPACE IN BETWEEN. THE MODE OF CIRCULATION AND PUBLIC SPACE HAS BEEN SWITCHED FROM OPEN SPACE (STREET, SQUARE,PATH...) TO ‘PUBLIC’ SPACE (INDOOR OPENSPACE).

IN THE ARRANGEMENT OF PROGRAM AND THE POSSIBILITY OF CREATING NEW TYPE OF Lower Shopping Level

200% O 200% OPEN SPA

Merchandise Mart levels (x5)

IN EACH INSTALLED WITH ATRIUM HAS THE FORM OF Upper Shopping Level“UNIT” THAT HAS BEEN Exhibition Hall Level

IN THE 50% FAR THE STRATEGIES INCLUDES THE SAME FROM 200%(BY MULTIPLYING PARTS OF THE “BUILT SPACE”), AS WELL AS CARVING CERTAIN FLOOR AREA TO FORM CORE SPACE. BOTH FAR CASE HAS SIMILAR SPACE FEATURE. “OPEN SPACE” THAT ARE MORE SIMILAR TO STREETSCAPE SPACE. THE IDEA OF RE-ASSEMBLYING URBAN CONFIGURATION IN A MASSIVE BLOCK HAS BEEN INTENSIFIED. IN THE 50% FAR THE STRATEGIES INCLUDES THE SAME FROM 200%(BY MULTIPLYING PARTS OF THE “BUILT SPACE”), AS WELL AS CARVING CERTAIN FLOOR AREA TO FORM CORE SPACE. BOTH FAR CASE HAS SIMILAR SPACE FEATURE.

IN THIS URBAN ENCLAVE, ‘OPEN SPACE’ INCLUDES PUBLIC PORTIONS OF LOBBY, PEDESTRIAN, ELEVATOR, CORRIDORS...BUT NOT EXISTS AS A FIXED SPACE, RATHER THAN A INEXPLICIT AREA(SINCE THE ‘OPEN’ AND ‘BUILT’ HAS SAME ATTRIBUTE AS INDOOR SPACE). IT COULD BE AFFECTED BY THE SURFACE OF THE BOUNDARY (INSTALLED DOORS OR NOT) AS WELL AS THE ACTIVITY (ON GOING EXHIBITION BOOTH). IT COULD ALSO BE REVERSED TO BE ‘BUILT SPACE’ ACCORDING TO THE CONTRAST OF SCALE. THE FLEXIBILITY OF THE PRESENCE OF ‘OPEN SPACE’ IN THIS CASE BRINGS DYNAMIC IN THE ARRANGEMENT OF PROGRAM AND THE POSSIBILITY OF CREATING NEW TYPE OF

Merchandise Mart levels (x5)

International Trade Center level

Hotel Levels

FLOOR FIGURE GROUND 1:2000 TYPE C

TYPE D TYPE D

1:1000 1 1000

TYPE C TYPE C

1:1000 1:1000 C.N.R tracks

TYPE D

St. Antoine St.

INTERFACE OF “BUILT SPACE” AND “OPEN SPACE”

TYPE C

TYPE C C.N.R tracks C.N.R tracks

INTERFACE OF “BUILT SPACE” AND “OPEN SPACE”

TYPE B TYPE B

St. Antoine St. St. Antoine St.

COLUMN GRID

C.N.R tracks

TYPE A TYPE A

1:1000 1 1000

1:1000 1:1000

Metro Tunnel Metro Tunnel

TYPE B

TYPE A

1:1000

Metro Tunnel

50% FAR FAR RATCHET RATCHET 50%

FAR GRADIENT GRADIENT RATCHET RATCHET FAR

50% OPEN SPACE

BY MULTIPLYING PARTS OF THE “BUILT SPACE” INSIDE THE MASSIVE STRUCBY MULTIPLYING PARTS OF THE “BUILT SPACE” INSIDE THE MASSIVE STRUCTURE WITHOUT INCREASING FLOOR AREA OF “OPEN SPACE”, THE RATCHET HAS TURE WITHOUT INCREASING FLOOR AREA OF “OPEN SPACE”, THE RATCHET HAS CREATED VARIETY OF VERTICAL CORE SPACE (ATRIUM), WHICH PROVIDE ACCREATED VARIETY OF VERTICAL CORE SPACE (ATRIUM), WHICH PROVIDE ACCESSIBILITY OF SIGHT LIGHT AND INTERACTIVE OPPORTUNITY BETWEEN DIFCESSIBILITY OF SIGHT LIGHT AND INTERACTIVE OPPORTUNITY BETWEEN DIFFERENT LEVELS . FERENT LEVELS .

1:1000

IN EACH “UNIT” THAT HAS BEEN INSTALLED WITH ATRIUM HAS THE FORM OF IN EACH “UNIT” THAT HAS BEEN INSTALLED WITH ATRIUM HAS THE FORM OF “OPEN SPACE” THAT ARE MORE SIMILAR TO STREETSCAPE SPACE. THE IDEA OF “OPEN SPACE” THAT ARE MORE SIMILAR TO STREETSCAPE SPACE. THE IDEA OF RE-ASSEMBLYING URBAN CONFIGURATION IN A MASSIVE BLOCK HAS BEEN INRE-ASSEMBLYING URBAN CONFIGURATION IN A MASSIVE BLOCK HAS BEEN INTENSIFIED. TENSIFIED. IN THE 50% FAR THE STRATEGIES INCLUDES THE SAME FROM 200%(BY MULTIIN THE 50% FAR THE STRATEGIES INCLUDES THE SAME FROM 200%(BY MULTIPLYING PARTS OF THE “BUILT SPACE”), AS WELL AS CARVING CERTAIN FLOOR PLYING PARTS OF THE “BUILT SPACE”), AS WELL AS CARVING CERTAIN FLOOR AREA TO FORM CORE SPACE. BOTH FAR CASE HAS SIMILAR SPACE FEATURE. AREA TO FORM CORE SPACE. BOTH FAR CASE HAS SIMILAR SPACE FEATURE.

C.N.R tracks St. Antoine St. TYPE C TYPE C

TYPE B

1:1000 1 1000 1 1000 1:1000

TYPE A

1:1000

Metro Tunnel

C.N.R tracks St. Antoine St.

C.N.R tracks C.N.R tracks

TYPE B

C.N.R trac

St. Antoine St. St. Antoine St.

TYPE B TYPE B Metro Tunnel Metro Tunnel

1:1000 1:1000

TYPE A

TYPE A TYPE A

Metro Tunnel

INTO ONE CONTINUOUS VERTICAL STRUCTURE WITH LARGE FOOT PRINT, WHILE MAINTAINING THE CONNECTION WITH URBAN COMPONENTS IN MULTIPLE LEVELS(UNDERGROUND\STREET LEVEL AND UPPER LEVELS, CONNECTE THROUGH CORRIDOR, TRAIN TRACK, EXPRESSWAY, SUBWAY, STREET ENTRANCE, ETC.) TO INTEGRATE URBAN FABRIC INTO THIS MEGA- BLOCK

OPEN SPACE’ IN THE CASE OF PLACE BONAVENTURE COULD BE RETHE RELATIONSHIP BETWEEN ‘INDOOR’ AND ‘OUTDOOR’ SPCAE. 1:5000

CONTEXT FIGURE GROUND C.N.R tracks

ARIED FUNCTIONS THAT WERE TRADITIONALLY DISTRIBUTED IN NOW INTEGRATED INTO A MASSIVE BUILDING WITH LITTLE OPEN . THE MODE OF CIRCULATION AND PUBLIC SPACE HAS BEEN PEN SPACE (STREET, SQUARE,PATH...) TO ‘PUBLIC’ SPACE (INDOOR

Lower Shopping Level

St. Antoine St.

Upper Shopping Level

PUBLIC

TYPE C

TO CREATE MULTIVARIANT URBAN SURFACE WITH VARIOUS DEGREE OF OPENESS AND MULTIPLE FUNCTION

Exhibition Hall Level 1:1000

GROW

TYPE B

PRIVATE

Place Bonaventure

1:1000

+ Recreational/Leisure

CLAVE, ‘OPEN SPACE’ INCLUDES PUBLIC PORTIONS OF LOBBY, PEOR, CORRIDORS...BUT NOT EXISTS AS A FIXED SPACE, RATHER THAN SINCE THE ‘OPEN’ AND ‘BUILT’ HAS Metro SAME ATTRIBUTE Tunnel AS INDOOR BE AFFECTED BY THE SURFACE OF THE BOUNDARY (INSTALLED WELL AS THE ACTIVITY (ON GOING EXHIBITION BOOTH). IT COULD D TO BE ‘BUILT SPACE’ ACCORDING TO THE CONTRAST OF SCALE.

AS WELL AS OTHER URBAN TRANSPORTS

TYPE A

1:1000

THE PRESENCE OF ‘OPEN SPACE’ IN THIS CASE BRINGS DYNAMIC ENTUpper OF PROGRAM THE POSSIBILITY OF Exhibition CREATINGHall NEW TYPE OF ShoppingAND Level Level

EN SPACE RATCHET

Merchandise Mart levels (x5)

RECREATIONAL/LEISUREC ONFIGURATION IS INSERTED INTO THE STRUCTURE IN MULTIPLE LEVELS IN THE FORM OF ONE 1:1000 BLOCK WHICH CONNECT PROGRAM SPACE SURROUNDING THEM BY THE CARVING OF ATRIUM/INCREASE OF PERIPHERAL OPEN SPACE.

C.N.R tracks

International Trade Center level

Hotel Levels

TO CREATE MULTIVARIANT St. Antoine St.URBAN SURFACE WITH VARIOUS DEGREE OF OPENESS AND MULTIPLE FUNCTION Metro Tunnel

1:1000

OPEN SPACE GRADIENT RACHET C.N.R tracks

USE COLUMN GRID AS MODULE TO FIT IN DIFFERENT URBAN CONFIGURATION/PROGRAM CONTEXT SECTION

FIGURE GROUND

1:5000

St. Antoine St.

FLOOR FIGURE GROUND 1:2000

TYPE B

TYPE A

Metro Tunnel

IDEOLOGICAL PRINCIPLES

1:1000

IT COULD BE CONCEIVED AS A PROCESS OF INSERTION+EXTHE DESIGN INTEGRATE VARIETY OF FUNCTION AND SPACE OF BU INTO ONE CONTINUOUS VERTICAL STRUCTURE WITH LARGE FOOT OPEN SPACE GRADIENT RACHET 50% OPEN RATCHET CAVATION, AS ISSPACE OPERATED IN THE RATCHET. ON BY THEINSERTING LEVEL OPEN SPACE IS INCREASED OPEN SPACE IN BETWEEN DIFFERENT MAINTAINING THE CONNECTION WITH URBAN COMPONENTS IN M CIRCULATION METRICS USE COLUMN GRID AS MODULE TO FIT IN DIFFERENT URBAN CONECTED TO STREET QUARE OPEN SPACE OPEN SPACE IS INCREASED BY INSERTING OPEN SPACE IN BETWEEN DIFFERENT ELS(UNDERGROUND\STREET LEVEL AND UPPER LEVELS, CONNEC 1:1000 LEVEL,FORMS ALSOABY CARVING FLOORTHAT AREACONFIGURATION/PROGRAM (OF “OPEN SPACE” AS WELL AS SOME LEVEL, ALSO BY CARVING FLOOR FARAREA (OF “OPEN SPACE” AS WELL AS SOME CORRIDOR, TRAIN TRACK, EXPRESSWAY, SUBWAY, STREET ENTRA COULD FUNCTION AS A STAGE/RINK/LARGE GATHERING “BUILTELEVATOR SPACE”) TO CONNECT OPEN SPACE IN DIFFERENT LEVELS. THE STRATEINTEGRATE URBAN FABRIC INTO THIS M GIES INCLUDE MANIPULATING VARIOUS AMOUNT OF FLOOR AREA TAKEN OUT TO “BUILT SPACE”) TO CONNECT OPEN SPACE IN DIFFERENT LEVELS. THE STRATESPACE. TWO LARGE STEPS/STAIRS IN TWO SIDES CONNECT CREATE SEVERAL TYPE OF OPEN SPACE: PLAZA, CORRIDOR OR FRAGMENTED DENSITY FREIGHT ELEVATOR GATHERING SPACE... INCLUDE VARIOUS AMOUNT OF FLOOR AREA TAKEN OUT TO IT TO THE UPPERGIES LEVEL WHICH ISMANIPULATING A NEW LEVEL INSERTED UTILIZE OVER TRACK AIR SPACE TO CREATE MULTIFUNCTIONAL IDEOLOGICAL PRINCIPLES Building Program Metrics THE AXIOM REMAINS THE URBAN SAME MASIVE ESCALATOR SEVERAL TYPE OF OPEN CORRIDOR OR FRAGMENTED TO BE FUNCTIONCREATE AS SPORTS/PLAZA/GATHERING SPACE,SPACE: PLAZA, WHILE THE DYNAMIC AND TYPE OF OPEN SPACE/CIRCULATION ARE INETC. THE ATRIUM CONTINUE TOSPACE... THE EXHIBITION LEVEL, TOGATHERING URBAN TRANSPORT TENSIFIED.THE IDEA OF BRINGING IN CIRCULATION METRICS DIFFERENT URBAN CONFIGURATION GETHER WITH A OUTDOORN TERRAIN. THOSE NEW “OPEN HAS BEEN STRENGHTENED BY CONGROW FAR SIDERING OPEN SPACE AS A SIGNIFI+ Recreational/Leisure C.N.R tracks SPACE” ADDED WILL HAVE ACCESSIBILE SUN LIGHT , AS ELEVATOR CANT PORTION OF URBAN FORM RECREATIONAL/LEISUREC ONFIGURATION IS INSERTEDCONINTO (WHILE THE CONVENTIONAL St. Antoine St. WELL AS DIRECT SIGHT LINE INTERACTED WITH DIFFERENT THE STRUCTURE IN MULTIPLE THESAME FORM ONE DENSITY CEPT OFLEVELS OPEN IN SPACE HAS OF MORE THE AXIOM REMAINS THE GROW BLOCK WHICH CONNECT FREIGHT ELEVATOR PROGRAM SPACE SURROUNDING AMBIGUOUS FORM COMPARED TO + Recreational/Leisure CONSIDER CIRCULATION SYSTEM AS “OPEN SPACE” TO MAKE THE THEM THE CARVING OF ATRIUM/INCREASE OF PERIPHERUTILIZE OVER TRACK AIR SPACE TO BY CREATE MULTIFUNCTIONAL LEVELS. BUILT SPACE). SPACE. Building Program Metrics MEGA STRUCTURE WHILE THEAL OPEN DYNAMIC AND TYPE OF FUNCTION AS WHOLE

OPEN ACE RATCHETSPACE RATCHET

50% OPEN SPACE RATCHET

GROW

C.N.R tracks

St. Antoine St.

Metro Tunnel

Within Site Street included

International Trade Center level

Hotel Levels

4.36 6.36

741290 - 834523 people per sqm

FLOOR FIGURE GROUND 1:2000

BUILDING PROGRAM METRICS

OFFICE [43.68%]

Within Site Street included

4.36 6.36

COMMERCIAL [33.49%] CIVIC [10.16%]

741290 - 834523 people per sqm

PARKING [9.77%]

BUILDING PROGRAM METRICS

ESCALATOR

INTERFACE OF “BUILT SPACE” AND “OPEN SPACE”

COLUMN GRID

URBAN MASIVE

OPEN SPACE/CIRCULATION ARE INTHE “BUILT SPACE” THAT ARE CARVED OUT WOULD BE TENSIFIED.THE IDEA OF BRINGING IN MADE UP BY INTERIOR SPACE ADDED ON THE NEW LEVEL AS DIFFERENT URBAN CONFIGURATION COMMERCIAL/LEISURE FACILITY SPACE. HAS BEEN STRENGHTENED BY CONCONSIDER CIRCULATION SYSTEM AS “OPEN SPACE” TO MAKE THE PROGRAMS TAKEN FROM URBAN COMPONENTS IN MEGA STRUCTURE FUNCTIONOPEN AS WHOLE SPACE AS A STACKING SIDERING SIGNIFIONE BLOCK WITH LOGICAL CORRELATION CANT PORTION OF URBAN FORM (WHILE THE CONVENTIONAL CONCEPT OF OPEN SPACE HAS MORE AMBIGUOUS FORM COMPARED TO TYPE C STACKINGBUILT PROGRAMSSPACE). TAKEN FROM URBAN COMPONENTS IN ONE BLOCK WITH LOGICAL CORRELATION URBAN TRANSPORT

SSubway Tunnel

OFFICE [43.68%]

Street Tunnel

TYPE C

COMMERCIAL [33.49%] CIVIC [10.16%]

PARKING [9.77%]

OPEN SPACE [2.55%]

Open space Program Metrics

1:1000

C.N.R tracks

S Subway Tunnel

COLUMN GRID

OPEN SPACE [2.55%]

RECREATIONAL/LEISUREC ONFIGURATION IS INSERTED INTO THE STRUCTUREITIN MULTIPLE LEVELS INASTHE FORM OFOFONE COULD BE CONCEIVED A PROCESS INSERTION+EXBLOCK WHICH CONNECT PROGRAM SPACEIN SURROUNDING Open space Program Metrics CAVATION, AS IS OPERATED THE RATCHET. Metro ON THE Tunnel LEVEL THEM BY THE CARVING OFTO ATRIUM/INCREASE OF PERIPHERCONECTED STREET FORMS A QUARE OPEN SPACE THAT AL OPEN SPACE.COULD FUNCTION AS A STAGE/RINK/LARGE GATHERING

St. Antoine St.

Expressway

Train Track

1:1000

SPACE. TWO LARGE STEPS/STAIRS IN TWO SIDES CONNECT

Metro Tunnel

1:1000

C.N.R tracks

St. Antoine St.

Metro Tunnel

1:1000

C.N.R tracks

St. Antoine St.

THE “BUILT SPACE” THAT ARE CARVED OUT WOULD BE MADE UP BY INTERIOR SPACE ADDED ON THE NEW LEVEL AS COMMERCIAL/LEISURE FACILITY SPACE.

Street Tunnel

1:1000

IT TO THE UPPER LEVEL WHICH IS A NEW LEVEL INSERTED IT COULD BE CONCEIVED AS A PROCESS OF INSERTION+EXBE FUNCTION AS SPORTS/PLAZA/GATHERING CAVATION, AS ISTOOPERATED IN THE RATCHET. ON THE LEVEL SPACE, ETC. THEFORMS ATRIUMACONTINUE TO THE EXHIBITION CONECTED TO STREET QUARE OPEN SPACE THAT LEVEL, TOGETHER WITH A OUTDOORN TERRAIN. THOSE NEW “OPEN COULD FUNCTION AS A STAGE/RINK/LARGE GATHERING SPACE” ADDED WILL IN HAVE ACCESSIBILE SUN LIGHT , AS SPACE. TWO LARGE STEPS/STAIRS TWO SIDES CONNECT WELL AS DIRECTSEMI-PUBLIC SIGHT[62.31%] LINE INTERACTED WITH DIFFERENT IT TO THE UPPER LEVEL WHICH IS A NEW LEVEL INSERTED LEVELS. TO BE FUNCTION AS SPORTS/PLAZA/GATHERING SPACE, ETC. THE ATRIUM TOSTREET THE EXHIBITION LEVEL, TO[25.57%] ARE CARVED OUT WOULD BE THECONTINUE “BUILT SPACE” THAT GETHER WITH AMADE OUTDOORN TERRAIN.SPACE THOSEADDED NEW ON “OPEN UP BY INTERIOR THE NEW LEVEL AS PRIVATE [12.11%] SPACE” ADDED COMMERCIAL/LEISURE WILL HAVE ACCESSIBILE SUN SPACE. LIGHT , AS FACILITY WELL AS DIRECT SIGHT LINE INTERACTED WITH DIFFERENT LEVELS.

Metro Tunnel

1:1000

C.N.R tracks

St. Antoine St.

SEMI-PUBLIC [62.31%]

Expressway

Metro Tunnel

STREET [25.57%]

Train Track

PRIVATE [12.11%]

St. Antoine St.

METRICS

TYPE B

200% FAR RATCHET

TYPE A

Metro Tunnel

1:1000

FAR 7.53

DENSITY

OPEN SPACE GRADIENT RACHET

E RATCHET

OPEN SPACE IS INCREASED BY INSERTING OPEN SPACE IN BETWEEN DIFFERENT LEVEL, ALSO BY CARVING FLOOR AREA (OF “OPEN SPACE” AS WELL AS SOME “BUILT SPACE”) TO CONNECT OPEN SPACE IN DIFFERENT LEVELS. THE STRATEGIES INCLUDE MANIPULATING VARIOUS AMOUNT OF FLOOR AREA TAKEN OUT TO CREATE SEVERAL TYPE OF OPEN SPACE: PLAZA, CORRIDOR OR FRAGMENTED GATHERING SPACE... THE AXIOM REMAINS THE SAME WHILE THE DYNAMIC AND TYPE OF OPEN SPACE/CIRCULATION ARE INTENSIFIED.THE IDEA OF BRINGING IN DIFFERENT URBAN CONFIGURATION HAS BEEN STRENGHTENED BY CONSIDERING OPEN SPACE AS A SIGNIFICANT PORTION OF URBAN FORM (WHILE THE CONVENTIONAL CONCEPT OF OPEN SPACE HAS MORE AMBIGUOUS FORM COMPARED TO BUILT SPACE).

1000000 - 124523 people per sqkm

METRICSBuilding Program Metrics

METRICS

Open space Program Metrics OPEN SPACES PROGRAM METRICS

200% FAR RATCHET FAR 7.53

DENSITY

200% FAR RATCHET

CIRCULATION

OFFICE [43.68%]

1000000 - 124523 people per sqkm Building Program Metrics

STR STREET LEVEL

COMMERCIAL [33.49%]

FAR

CIVIC [10.16%]

ELEVATOR

PRIVATE [12.11%]

200% OPEN SPACE RATCHET

GROW

FAR

OFFICE [43.68%]

DENSITY

3.77

1000000 - 124523 people per sqkm Building Program Metrics

941290 - 1034523 people per sqkm

801290 - 854523 people per sqkm STREET [25.57%]

Building Program Metrics BUILDING PROGRAM METRICS

PARKING [9.77%]

Open space Program Metrics OPEN SPACES PROGRAM METRICS

SEMI-PUBLIC [46%]

801290 - 854523 people perCIVICsqkm [7%] PARKING [5%]

Open space Program Metrics OPEN SPACES PROGRAM METRICS

PUBLIC [42%]

OPEN SPACE [22%]

St. Antoine St.

RECREATIONAL PRIVATE [12%]

SEMI-PUBLIC [62.31%]

SEMI-PUBLIC [45%]

OPEN SPACE [22%]

STREET [25.57%]

PARKING [9.77%

OPEN SPACE [2.5

COMMERCIAL [38%]

CIVIC [7%] CIVIC [7%]

PUBLIC [42%]

COMMERCIAL [33.49%]

COMMERCIAL OFFICE

COMMERCIAL [33%]

PARKING [5%]

CIVIC [10.16%]

OFFICE [35%]

St. Antoine St.

TYPE A

PUBLIC [43%]

OPEN SPACE [15%]

PRIVATE [12.11%]

OFFICE [43.68%]

CIVIC

Open space Program Metrics OPEN SPACES PROGRAM METRICS

PARKING [5%]

COMMERCIAL [3

TYPE B Metro Tunnel

OFFICE

CIVIC [7%]

Building Program Metrics BUILDING PROGRAM METRICS

OFFICE [33%]

Metro Tunnel

COMMERCIAL

SEMI-PUBLIC [46%]

OFFICE [43.68%]

cks

URBAN TRANSPORT SEMI-PUBLIC [45%]

COMMERCIAL 941290 - 1034523 people per[38%] sqkm

COMMERCIAL [33%]

Building Program Metrics BUILDING PROGRAM METRICS

741290 - 834523 people

Building Program M BUILDING PROGRAM METRICS

OFFICE [35%]

4.20

DENSITY

ESCALATOR

Open space Program Metrics OPEN SPACES PROGRAM METRICS

GROW FAR

OFFICE [33%]

3.77

C.N.R tracks

Building Program Metrics BUILDING PROGRAM METRICS

Within Site Street included

PRIVATE [12.11%]

OPEN SPACE [2.55%]

200% OPEN SPACE RATCHET FAR

STR STREET LEVEL

DENSITY

COMMERCIAL [33.49%]

Open space Program Metrics OPEN SPACES PROGRAM METRICS

FREIGHT ELEVATOR

4.20

SEMI-PUBLIC [62.31%]

DENSITY

CIVIC [10.16%]

FAR

STREET [25.57%]

PARKING [9.77%] OPEN SPACE [2.55%]

7.53

METRICS

SEMI-PUBLIC [62.31%]

Open space Program Metrics OPEN SPACES PROGRAM METRICS

PRIVATE [12.11%]

PARKING [5%]

OPEN SPACE [15%]

STR STREET LEVEL

CIVIC

PUBLIC [43%]

RECREATIONAL

PRIVATE [12%]

S Subway Tunnel

Open space Progra

COMMUNITY PARK URBAN WHIRLPOOL

An installation to Restore Water and Inspire

CONCEPT IMAGE

DESIGN STRATEGIES Reduce Slope Gradient

COMPREH Increase accessibility Easily collect water

CURRENT ISSUES

Add Water Restoration/ Food Control Installation Flooding

Stormwater

Chaotic

Inaccessible

Recycle water for program use Water-based program/view

Flood control

Loosely defined space with high efficiency

Water restoration Water recycling

Add Sifferent Sized Activity Unit

Potentially guiding distribution of people/activity in terms of activity heirarchy

Space Definition Activity Heirarchy

In to park In to water

Add Slope and Level route for Circulation

Provide different spatial experience while determine space heirarchy for activity Access to water/park

Unit Structur

HENSIVE DESIGN INSTALLATION Water Restoration/Recyclation/Flood Control Structure

re for Activity

sedimentation purification sedimentation

flood water

CONCEPT DIAG Hydrology

Program

100

150

250(m)

GRAMS Topography

Dry

Medium

Wet

Flooding

Short-Term/Low involved Short-Term/High involved Tour/Out door class/Events/Game

Long-Term/High involved Fishing/Festival/Game

Short-Term/Low Engaged

Short-Term/High Engaged

Long-Term/High Engaged

Long-Term/Low Engaged

Long-Term/Low involved Picnic/Sleeping/Stroll/Sun

Section A-A

Section B-B

ECOLOGY PLANNING HONGQIAO ECO-REVIVAL

Strategy to Bring Green and Energy Back to District

03/2012-06/2012 | 3rd YEAR UNDERGRADUATE | CHANGNING DISTRICT | 6,000,000 Sqm | SHANGHAI COLLABORATORS in SITE ANALYSIS, POPULATION PLANNING INDIVIDUAL WORK in AREA STRUCTURE ANALYSIS, DESIGN STRATEGY, DETAILED DESIGN(RAINWATER MANAGEMENT, DESIGN SKETCH, etc)

SITE CONDITION

EXISTING PROBLEMS

GREEN SPACE RESIDENCE

Uneven distributed existing green space cannot meet residents' need. Ecological green spaces are lack of integrity to form birds habitats. Rainwater collection system is not perfect enough to combined with green space system in

Irradiation loop Metro station surrounded by commercial circle BUSINESS & COMMERCIAL

TRAFFIC Viaduct without pleasant surroundings brings bad air quality and terrible spatial experience. Walking and cycling conditions are disordered with no seperated slow traffic system.

RECREATION & RESIDENCE

STREET SPACE Street environment is not comfortable that plants and landscape are not attentively designed. Streets are in the absense of dynamic open green space and penetrated afforest. Metro station surrounded by recreation circle Irradiation loop

RESIDENCE The general residential housing have low qualities and high density. Community green space are disordered and scarce. Environment of Infrastructures like metro stations and parking lots are poor without good facilities and green plantings.

LOCATION

CHINA 38

SHANGHAI

CHANGNING DISTRICT

SITE

DIAGRAMS

community green area park private green outdoor sports place

permeable impermeable

CONDITION

PERMEABLE GRADE

residential hospital & medical community green park land work & commercial industrial undeveloped

no building area high quality medium quality low quality demolition area

education & research EXISTING LANDUSE administration supply facilities parking land public transportation cultural

CONSTRUCTION QUALITY

1 2 3 4 5

removal area no resident area 0~1000 1001~2000 2001~3000 >3000 (in one person)

BIOTOPE

POPULATION

DESIGN STRATEGY SITE DIAGRAMS

MALL

vehicle-free promenade

non-motorized traffic green way plaza & square eco-park recreation park community park

metro line roadway cycle path parking lot pedestrian street

slow traffic switching station

VEHICLE

OPEN SPACE

METRO STATION

green space increased business centers commercial distribution development loop sewage treament station

metro station metro line route

DESIGN STRUCTURE To develop commercial and business centers with metro station at the core, the planning rearrange the commercial distribution with added open space as recreation guide. The green space system including green way, commercial parks and area parks serves as residential recreation space as well as ecology infrastructure,that is the urban habitat of bird and the rain collection system. 40

lowest priority low priority medium priority high priority highest priority

3's habitat corridor 4ă&#x20AC; 5's habitat corridor 2's habitat corridor

BIOTOPE CONSERVATION

HABITAT LINKAGE

wet coll coll rain

COMMERCIAL CENTER SPACE CONCEPT +838 -745 -171

+1523

+1647

-780

BaiSheng Gubei Station shopping center

Mall under construction

The open space strip can lead people both from metro station and residential area to the commercial area .

-1358

population changed area

MIGRANT POPULATION

Bike Facilities

To create a more comfortable and eco-friendly environment aroud the commercial center and metro station to attracion popularity.

population maintained no resident population >4000 3001-4000 2001-3000 1001-2000 1-1000 noresident population

Pedestrian street

Commercial Plaza

Street Squares RainGardens

RESIDENT POPULATION

BIRDS & PLANT DIAGRAM

Prunus persica Batsch. var. duplex Rehd

Acer buergerianum Miq.

Chinese sweet gum

Chaenomeles speciosa

Radix Ophiopogonis

Papermulberry

Koelreuteria paniculata Prunus ceraifera cv. Pissardii

Plants in the district which produce fruits as food of birds.

tland lection green way lection green space n garden

RAINWATER COLLECTION

Choose those plants which can attract birds in the locality to plant in the site as birds' habitat

Yellow-bellied Tit

Great Tit

Black-throated Bushtit White-browed Laughingthrush

Crow Light-vented Bulbul

Sparrow

VERTICAL RAINGARDEN FORM

water cistern

Plant purification p

ool

ornamenta

l wetland p

lant

S×

(

rainwater collection duc

60 %

VERTICAL RAINGARDEN DIAGRAM

70 %)

142 % ~ 167 %

per area

Rain water absorbed than before

S × 100

According to exsisting residential bui to different types of vertical rain gar be multifunctional to contain rain col ornamental greening, retail commercia

RAINWATER MANAGEMENT

NEIGHBORHOOD RAINWATER COLLECTION

Removal and reconstruct existing neighborhood according to the evaluated building quality to create new residential block with high greening quality . Aquifer Level

Select resonable locations of buildings (e.g. along the streets) which are waiting to be renewed to transform into Vertical Rain Gardens.

Purifying Level Cultivating Level Exhibiting Level

Roof Recreation Space

Those transformed rain gardens take less urban space and bring more ecological efficiency and are also multifunctional. They collected approximately 1.5 times rainwater and provid urban street with more greening and recreation space. It also gives the community public gardens for residents to grow plants while communicate with each others.

reconstructive verical rain garden

The rainwater collected by the Vertical Rain Garden can meet its own need of plant irrigation water use after self-purification.

RESIDENTIAL GREEN PLAN RAINWATER UTILIZATION

Roof Recreation Space Non-drinking Water

Plant Irrigation

Ground Garden

Retail Store

ildings it can be transformed rdens, which are designed to llection and purifying system, al and recreational space.

Water Level Regulation

Rain water purifying Rain water storage

Rain water storage pond Rain water storage pond

ENVIRONMENTAL MODULATIONS URBAN NEST

BEE NEST ANALOG DESIGN

09/2014-12/2014 | 3rd SEMESTER MLA |

Spring

PLANTING DESIGN SPACE GENERATOR

Plant List Plant

clear, and have stronger contrasts between plants and hardscapes than if many more plant varieties are used. All selected plants are native to North America. Two of the selected plants are evergreen in order to provide a reference point throughout the seasons, and theArrow other two plants are selected Blue Juniper for their high color and character variation over the seasons in order to create distinctive combinations of the four plants over the seasons. This way, scopulorum variety is created without the need for a large variety of plants. Furthermore, the additional consideration of plantJuniperus height, and plant placement“Blue basedArrow” on height, creates various levels of openness appropriate to the three different open spaces: large group gathering, small group gathering, and Holmstrup White Cedar individual space.

Driven by Plants

Thuja occidentalis “Holmstrup”

For the purposes of this project, we have assumed the site’s location to be in Toronto, Ontario, Canada. We have assumed that the site is enclosed by a sidewalk around its perimeter and is bordered by small streets on all sides except to the north, where a low-rise community center building is Fragrant Sumac located. All other buildings in the area are also assumed to be low-rise.

02/2014-02/2014 | 2nd SEMESTER GRADUATE | 10m ×30m | TORONTO

Rhus aromatica

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

Height (Maximum)

Spread

Density

Foliage Type

Sunlight Requirement

3.7 m

1.2 m

Dense

Evergreen

Full Sun

2.4 m

1.2 m

Dense

Evergreen

Full Sun or Partial Shade

0.9 m

1.8 m

Dense

Deciduous

Full Sun, Partial Shade, or

0.9 m

Dense

Deciduous

Full Sun or Partial Shade

DESIGN

Generator Grid

Seasonal Calendar

GENERATOR GRID

SEASONAL CALENDAR

Blue Arrow Juniper Juniperus scopulorum “Blue Arrow”

Holmstrup White Cedar Thuja occidentalis “Holmstrup”

SPATIAL CHARACTERISTICS

Fragrant Sumac Rhus aromatica

Spatial Characteristics Openness of Space

Height/Density of Plants

High

Low

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

High

Spring

Openness of Space Openness of Space

Plant

Height (Maximum)

Blue Arrow Juniper Juniperus scopulorum “Blue Arrow”

3.7 m

Holmstrup White Cedar Thuja occidentalis “Holmstrup”

2.4 m

Summer

Fall

Winter

Spread

Density

Foliage Type

Sunlight Requirement

Hardiness Zone

Maintenance

1.2 m

Dense

Evergreen

Full Sun

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passe

Evergreen

Full Sun or Partial Shade

Relatively low maintenance shrub, recommend to only trim back new growth of current season and remove any dieback.

Height/Density of Plant 1.2 m

Dense

Height/Density of Plant

High

Low

Fragrant Sumac Rhus aromatica

0.9Low m

1.8 m

Dense High

Deciduous

Full Sun, Partial Shade, or Full Shade

Requires occasional maintenance and upkeep, and can be pruned at anytime.

High

Low

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

0.9Low m

0.9 m

Dense High

Deciduous

Full Sun or Partial Shade

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passe

Summer

Fall

Winter

Concept Collage SPRING

Spring

Hardiness Zone SUMMER Maintenance 3b

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passed.

Relatively low maintenance shrub, recommend to only trim back new growth of current season and remove any dieback.

ontext, such as buildings, paths, or plazas, but planting design can also be the gned afterwards or as an afterthought, planting design becomes the dominant

r Full Shade

Requires occasional maintenance and upkeep, and can be pruned at anytime.

g design as the space generator for creating the functional requirements of the pen spaces for activities and gatherings, as well as spaces for circulation paths, rn’s geometry at certain points to form the different sizes and types of spaces Relatively low 2a ape will become derivative of the planting design’s logic rather than the other

maintenance shrub, best pruned in late winter once the threat of extreme cold has passed.

n if many more plant varieties are used. All selected plants are native to North reference point throughout the seasons, and the other two plants are selected o create distinctive combinations of the four plants over the seasons. This way, more, the additional consideration of plant height, and plant placement based ee different open spaces: large group gathering, small group gathering, and

SUMMER

Summer

FALL

Autumn

to be in Toronto, Ontario, Canada. We have assumed that the site is enclosed FALL n all sides except to the north, where a low-rise community center building is e.

SEASONAL CALENDAR

Blue Arrow Juniper Juniperus scopulorum “Blue Arrow”

Holmstrup White Cedar Thuja occidentalis “Holmstrup”

WINTER

Fragrant Sumac Rhus aromatica

Winter

WINTER Height/Density of Plants

Abbottswood Potentilla Potentilla fruticosa “Abbottswood”

High

ed. Spring

Summer

Fall

Winter

Spread

Density

Foliage Type

Sunlight Requirement

Hardiness Zone

Maintenance

1.2 m

Dense

Evergreen

Full Sun

Relatively low maintenance shrub, best pruned in late winter once the threat of extreme cold has passed.

ed.

1.2 m

1:100 0

Dense

Evergreen

Full Sun or Partial Shade

Relatively low maintenance shrub, recommend to only trim back new growth of current season and remove any dieback.

OTHER WORKS Bench Re-design| Site Technology

Harthouse Farm| Topographic Reveals Millboard Model

Negative Plaster Cast

Sand-Wood|Cell Division

Pa Ta Shan Ren|Chinese Gareden

Svringa Vulgaris|Stem Research

Visual Communication|Booklet

ELEVATION FIGUREGROUND

SECTION

PLAN

VICISSITUDE

AXONOMETRIC

CHARCOAL VEGETATION

PERSPECTIVE LINES/VOLUMES

THANKS FOR VIEWING!

CONTACT Email: Mobile:

orangehgz@hotmail.com 1-647 865 0864