Landscape Architecture Portfolio by Jinhee Ha

Jinhee

landscape architecture portfolio MLA 2016

I am committed to the field of landscape architecture through the engagement of collaborative, innovative, and experimental design processes. I have interest in design strategies that are grounded in place and responsive to larger environmental and social processes. My passion for the field stems from previous study in history and studio art and experiences in community service, environmental justice, and education.

TABLE OF CONTENTS 03 04

Contact Info Resume

LARGE SCALE 05 11 15

The Salt Exchange Neighboring Waters Energize Mantua

SITE SCALE 19 21

Yeager Residence Library Steps

EXPLORATORY 23 25

Model Studies Landscape Research

Jinhee Ha ha.jinhee@gmail.com 952 . 797 . 6613 www.jinheeha.com

EDUCATION

COMMUNITY SERVICE

2013 - 2016

CORNELL UNIVERSITY Ithaca, New York

2013 - 2016

PROGRAM LEADER & INSTRUCTOR Ithaca, New York

2006 - 2010

CARLETON COLLEGE Northfield, Minnesota

2014 - 2015

CO-LEADER & COLLABORATOR Ithaca, New York

Master of Landscape Architecture

Bachelor of Arts in History

EXPERIENCE 2015 - 2016 2014 2014 2012 - 2013 2011 - 2012

Design Teach

Landscape Architects Address Equity & Identity

AWARDS & HONORS LAB TECHNICIAN Ithaca, New York

Landscape Change Lab

2016

EXHIBITION OF “THE SALT EXCHANGE”

9th Int’l Biennial of Landscape Architecture Student Exhibit

GRADUATE TEACHING ASSISTANT Ithaca, New York

UNIVERSITY OLMSTED SCHOLAR

RESEARCH ASSISTANT Ithaca, New York

DISTINGUISHED STUDENT AWARD NOMINEE

Landscape Architecture Foundation

Landscape Architecture Freshmen Studio

Borderlands Research Group & Water Resources Institute

WORKSHOP COORDINATOR Ann Arbor, Michigan

Hollander’s School of Book & Paper Arts

NY Upstate ASLA Chapter 2015

CLARENCE S. STEIN FELLOWSHIP

Clarence S. Stein Institute for Urban & Landscape Studies

CORNELIA V.W. KELLOGG SCHOLARSHIP

MUSEUM & EXHIBITS TECHNICIAN Ignacio, Colorado

National Garden Clubs

Southern Ute Cultural Center & Museum

MELLON SYMPOSIUM TRAVEL AWARD

Dumbarton Oaks Garden & Landscape Studies

E. GORTON DAVIS TRAVELING FELLOWSHIP

SKILLS Software

Language

Adobe Creative Suite Grasshopper ArcGIS Rhino 3D AutoCAD SketchUp English - native Korean - fluent German - conversational

Cornell Department of Landscape Architecture

SIGNS OF SUSTAINABILITY AWARD Sustainable Tompkins 2014

EXHIBITION OF “AERIAL AGENT”

8th Int’l Biennial of Landscape Architecture Student Exhibit

ACADEMIC ENRICHMENT GRANT

Cornell Agriculture & Life Sciences Alumni Association

MLA THESIS 2016

THE SALT EXCHANGE Material as identity at the Cayuga Salt Mine ADVISORS:

Katie Jenkins Jamie Vanucchi

In northeastern United States, a common use of salt manifests through its distribution for deicing roads, becoming an agent and vector of maintenance regimes, the impact of which is largely unseen. With a subterranean footprint of 18,000 acres at 2,300 feet underground, the Cayuga Salt Mine has been producing rock salt at the lake edge since 1920 in Lansing, New York. The mine plans to develop a new site to maintain subsurface production, creating a future model of simultaneous expansion up Cayuga Lake and closure of sites where salt is depleted underground. This design thesis exercises the landscape architectâ&#x20AC;&#x2122;s approach to visualizing the materials and processes of a largely invisible subterranean landscape in order to keep alive the historical, cultural, and economic significance of salt and adapt for its reuse in the face of transition. It does this through a speculative design proposal cultivating salt-tolerant vegetation and brine pools while developing a public waterfront. Funded by E. Gorton Davis Traveling Fellowship and Clarence S. Stein Fellowship

Trails through the geologic pools inhabited by the public

View to the surface site of mine from Pier 23

Vegetated gradient shown through salinity on shale mounds

NURSERY BUILDING

FOREST MOUND

PARKING

NON-SALTY TERRACES

WATERFRONT TRAIL

GEOLOGIC POOLS SHALE MOUNDS

TRAIL NETWORK

BRINE POOL

CONTROLLED WETLAND PIER 23

SWIMMING HOLE

1 / DISCONTINUE OPERATIONS store salt in overflow pads make room for excavation

2 / CEASE STOCKPILING

3 / DEMO BUILDINGS

develop accessible waterfront test brine pools and plots create excavation mound

accentuate drainage retrofit infrastructure manipulate surface

4 / ESTABLISH FLOW

5 / SHIFT USE

create trail network vegetate plots of different conditions

PUBLIC EXPERIENCE THROUGH POOL EARTHWORK FOR DIFFERENT VEGETATIVE AND HYDROLOGIC CONDITIONS

FLUCTUATING WATER LEVELS

expand public use adapt for changing factors

DRAINAGE & FOREBAY FILTER

SEASONAL CHANGES

LAND LEVELED 0

Phasing of the design implementation capitalizes upon existing materials and processes onsite

40 ft

L AK E C ITHA

Montezuma National Wildlife Refuge

Long Point State Park

2,800

Sampson State Park

A ~1

Seneca & Geneva Country Clubs

Keuka Lake State Park

YEAR

Myers Point Taughannock Falls State Park

CAYUGA SALT MINE

S AG O

Catherine Creek Wildlife Management Area

Bedrock Limestone, sandstone, shale Lacustrine sand Associated with large body of water Kame Deposits Coarse to fine gravel/sand

CAYUGA SALT MINE

Bedrock Stipple Variable rock debris and glacial till

Till Variable texture

CAYUGA SALT MINE

700

1400 ft

+0’

OVER 75% OF TOMPKINS COUNTY CAYUGA WATERFRONT PRIVATE

BEDROCK

-1000’

FOSSILS

UPLIFT

LIMESTONE

MOSCOW FORMATION

LUDLOWVILLE FORMATION

EVAPORATE

-2000’

SALT

HALITE

SALT

ABSORB -3000’

LIME MUD + MAGNESIUM

DOLOSTONE

-4000’

CORNELL UNIVERSITY

COMPACT

-5000’

FINE MUDS 0

2500

SHALE

ERODE

5000 ft

-6000’

DEPOSIT

-7000’

reef

SEA

Finger Lakes and Cayuga Lake location and geologic section of mine location

WEST RIVER SHALE TULLY LIMESTONE

SPREAD FLOOD SUBMERGE

BEACH SAND

SANDSTONE

DRAINAGE FALLS

GEOLOGIC

GLACIAL LAKE

HYDROLOGIC VEGETAL

FLUID

UNINTENDED POOLING

1.3 mi wide

PHRAGMITES FIELD

40 mi long

SLOPING FOREST FLUID + GEOLOGIC PATTERN

~20% slope

SALT STOCKPILE

FOSSIL PIT

SHALE BERM

32 angle of repose 40 ft tall

STRUCTURAL

TRUCK DISTRIBUTION

HEADFRAME & CONVEYOR

overflow storage

RAILYARD

FT PRODUCTION SHA

+0’

-500’

IL RA

-1000’

mixing loading

SALT HOISTED

storing conveying pooling

-1500’

-2000’

-2500’

Site sketches and diagrams analyzing material relationships and processes

ON TI BU RI

depth of shaft = 7+ Statue of Liberties

Sketches and diagrams that contributed to the final design in this birds eye view

MATERIAL OF ERASURE VESSEL OF COLLECTION inverted pile = pool

CONSIDERATIONS

PROTOTYPE

10’

COLLECT WATER

drainage connection

bench/wall geologic wall

outcrop spillway GATHERING SPACE sloped edge

bottom of pool VOLUME - SIZE/DEPTH public space at grade

100’ depth 6’

FUNCTIONAL EDGE

EVENT

GEOLOGIC CONDITIONS

MATERIAL MAKEUP

shale emphasize limestone

surficial geologic limestone

FALL 2015 STUDIO

NEIGHBORING WATERS Weaving water infrastructure with neighborhood public space ADVISORS:

Brian Davis Justine Holzman

NEIGHBORHOOD PLAZA D

This studio examined the paradox of water excess and scarcity in Sao Paulo, Brazil. My question was how water infrastructure neighborhood amenities be hybridized through design and form to decrease flooding and increase perception of hydrological processes and their impact. My strategy was to locate opportunities where water movement and neighborhood and transportation activity intersect. Some examples are where basins, revetments, and water-slowing obstructions have a spatial relationship to neighborhood recreation zones and public transit stops. The design concept was to use form and extrusions to heighten water conditions for increased legibility.

TRANSIT STATION

PISCINAO RINCAO II

EXISTING PATH

EXISTING RINCAO ENTRANCE

io Vidigal

nc Av. Dr. Ore

100

200 feet

Master plan of design and sections along street and channel

A) ENTRANCE PLAZA large basin by first spillway ped bridge

connects to street

increased channel width, depth

walkway piscinao existing channel

B) PUMP STATION

EXISTING PARK NEIGHBORHOOD PLAZA C

ini Rua Dem

TRANSIT STATION

ENTRANCE PLAZA

connects to street, neighborhood plaza

forested section of channel pump station

revetments

Corrego Rincao

large basin

CONNECTING PATH Rua ha

din

an Mir

PISCINAO RINCAO I

piscinao trench water pumped out after rain event

C) TRANSIT STATION

PUMP STATION active street life

large basin by second spillway ped bridge

EXISTING RINCAO ENTRANCE

revetments

walkway

piscinao

obstructions

D) NEIGHBORHOOD PLAZA

more shaded areas

walkway slope

adjacent convenience store

obstructions

piscinao trench

E) TRANSIT STATION

transit plaza vocational school

ped bridge

walkway

revetments

piscinao

60 feet

auto unio no op tica ffice l

con

ven ie

tion

al s

cho

rep a

gas

ir s

cha

nic

vencafe a ien nd ce b sto ar re chu flo rch rist

con voc a

nce

Neighborhood Hotspots

pre com scho ple ol x

sto

par

kb ys

sta

tion

foo soc tball iety

Rin

cao

tre am

Park Land

field

path

Vila Me Mati tro lde

Transit Stops

spo field rting s R. D R. emin Mir and i and inh a

Av. Vid Dr. O iga ren cio l

Pe nh

Neighborhood Context

etr o

Overflow Hydrology

pum

tati

on low

int

firs com t ove r ofte partmlow nf loo ent ds

sec com ond o occ partmverlo asio e w nall nt y flo od s

Topography

flo o 6ft- dpla dep in w it th cha hin nne l

View of transit station during wet season

FALL 2015 COMPETITION

SCARITY OF JOBS and long commute times create need for a more localized economy

DISCONNECTED GREEN SPACE and lack of tree canopy indicates need to offset stress of the urban environment

>20% unemployment >75% over 30 min commute 20-30%

tree canopy parks/open space multiuse trail bike network

ENERGIZE MANTUA Activate + Engage + Connect ADVISORS:

Brian Davis Katie Jenkins

UNUSED RESOURCES calls for investment in corridors and reuse of materials

Energize Mantua is the product of a group collaboration for the 2016 Better Philadephia Challenge at the Philadelphia Center for Architecture. We proposed a design for the Mantua and Belmont neighborhoods of Philadelphia that stimulates physical activity and mental wellness by initiating a community-driven approach to reactivating resource flows. Incubators concentrate resources and ignite activity within the neighborhood. Arteries radiate the energy of this collective work throughout the neighborhood. Local job stability and improved exercise opportunities help decrease stress and depression through the steady cultivation of resources and community. The project challenges the typical capital-driven development of cities by investing in the latent human capital and the community’s history of grassroots initiative. Group members include Garrett Craig-Lucas, Amelia Jensen, Catherine Joseph, and Judith Yang

LACK OF HEALTHY FOOD ACCESS calls for local food production and distribution

vacant lots 2500 people 250 x 100 lbs/person/yr

grocery stores healthy corner stores farmers markets >80 % receiving SNAP benefits <9% 1/8-mi

PRODUCE PRODUCTION

RESOURCE RENEWAL

ZOO

PLANT PROPAGATION

MUSEUM OF ART

INCUBATING OPPORTUNITY NEW JOBS AND ECONOMIES RECLAIMING STREETS SAFETY, ACTIVITY, CONNECTION

30TH STREET STATION

UTILIZING VACANCY EMPTY LOTS TO BE RENEWED BRIDGING THE GAPS NEW OVER-RAIL LINKS

BUILDING SOCIAL CAPITAL COMMUNITY STEWARDSHIP

DREXEL UNIVERSITY UNIVERSITY OF PENNSYLVANIA

VACANT LOTS

N 0

400

800’

Birds eye view of design system Specialty Houseplants

Resource Renewal Hub

Community Garden

Produce Trucks

Apiary

Apothecary

Farmer's Market

Penn Compost

Recycled Art Park

Bike Repair

Plant Propogation Hub

Mulchmaking

Core Artery

SEED

SEED SEED

SEED

RESOURCE USE

RESOURCE PRODUCTION

7,250 sq ft

PRODUCE PRODUCTION

Lighting

Systems diagram

feeds 1 household per year

1,800 lbs vegetables

ARTERY

Sidewalk

Separated bike lane

Chicane

Crosswalks

Parking LEIDY

AVE

AV E

Circulation

TH O

M PS O

SEED

Incubator Extensions

Produce Market Indoor Production & Storage Facility

Seasonal Open-Air Market & Gathering Space

Agriculture Education Center & Seasonal Winter Market

RESOURCE RENEWAL VE

Local Employment + Subsidies SEED

$$$ $$$ $$$ $$$

474 lbs food waste per household per year

Energy Inflow

~4 cubic feet of compost

Invest in Small Business N 40

1,300 sq ft 5 blocks planted

15 young street trees

SEED

Attract Influx of Captial

AL W

Finished Mounds

Food Cooperative

Repurposing Zone

Energy Outflow Collection & Outdoor Composting

Materials Collection Warehouse

Bridge Canvas of Repurposed Art

Education N 37

PLANT PROPAGATION

Indoor Composting & Vermiposting

Cooperative Extension 1-2â&#x20AC;? caliper trees ready for planting Greenhouses 6-12â&#x20AC;? tall whip trees

Seed Bank & Learning Center

SEED

Spatially collapsed timeline You are here

2016 $ $

EMPOWER

2020 $ $

Promise Zone Funding provides training and salaries to employ community members. Volunteer positions are compensated with produce vouchers.

INVEST

2025 $ $

The first generation of trees from the plant propagation incubator are large enough to be transferred to the street.

ESTABLISH With the incubators fully established the corridors are beginning to grow. The City of Philadelphia invests to revive the Arteries, offering startup funds for the new businesses springing up in vacant spaces. SEED

SEED

Many residents are offered local, full-time employment opportunities to establish the incubators, allowing them to create a stable work-life balance within the neighborhood.

SEED

While working together, residents cultivate a strong social network, establishing new roots for the community.

Tree plantings begin to line the Arteries, lending openness and greenery to the streetscape and bringing residents together for exercise and stress relief.

An expansion of the streetscape activates the community while increasing safety and enhancing the walkability of the neighborhood.

2030 $

SUSTAIN

2035 $

The Incubators along with other successful spinoff programs establish a cooperative, pooling funds to invest in new vacant lot economies. The availability of resources, the successes of local businesses, and the innovation of residents sustain an economy of ideas.

2040 $

The economic growth of Mantua extends beyond the neighborhood, engaging the civic and educational institutions nearby. SEED

As the community continues to recharge spaces along the arteries, residents enjoy increased access to fresh food, recreation, and active work, allowing them to maintain healthy lifestyles.

SEED

SEED SEED

EXTEND

SEED

ATTRACT Mantua and its neighbors have become a steadfast feature of Philadelphiaâ&#x20AC;&#x2122;s culture. Residents of the greater metropolis make regular visits to the neighborhood to engage in the new economy. Residents are now experts in the cultivation and management of localized resources, and train the next generation to continue enriching their community.

Client started to implement the infiltration path design

SPRING 2015 STUDIO

YEAGER RESIDENCE Kingston, New York ADVISOR:

Josh Cerra

NAME NAME

BLOO

Prunus americ American Plum AprPrunus Mayserotin Ju Black CherryMar NAME BLOOMING AND FRUITING TIME Diervilla lonice Bush Honeysuckle Prunus americana American Plum verticillata Common Name AprPrunus Mayserotina Jun Jul Winterberry Aug Sep Oct Ilex Nov Dec Black CherryMar Cornus racemo Gray Dogwood DiervillaTIME lonicera Bush Honeysuckle Prunus americana BLOOMING NAME American Plum AND FRUITING Helianthus ann Ilex verticillata Winterberry Prunus serotina Black Cherry Common Name Mar Apr May Gray JunDogwood Jul Aug Cornus Sep racemosa Oct Nov Bergamot Dec-Feb Sun Diervilla lonicera Bush Honeysuckle Zizia aure Golden Alexander Helianthus annuus Prunus americana American Plum Ilex verticillata Winterberry Tradescantia o Spiderwort Bergamot Prunus serotina Black Cherry Cornus racemosa Gray Dogwood Symphyotrich New York Aster Zizia aure Golden Alexander Diervilla lonicera Helianthus annuus Bush Honeysuckle Tradescantia ohiensis New England aster Symphyotrich Spiderwort Ilex verticillata Winterberry Bergamot Flowering Dogwood Symphyotrichum novi-belgii New York Aster Cornus racemosa Zizia aure Gray Dogwood Golden Alexander Flowering Raspberry Rubus odoratu HelianthusSpiderwort annuus Tradescantia ohiensis New England aster Symphyotrichum novae-angliae Common Bearberry Arctostaphylo Flowering Dogwood Bergamot Symphyotrichum novi-belgii New York Aster Sambucus can Elderberry Flowering Raspberry Rubus odoratus Zizia aure New England aster Symphyotrichum novae-angliae Golden Alexander Common Bearberry Arctostaphylos uva-ursiNew England aster Symphyotrich Tradescantia ohiensisDogwood Spiderwort Flowering Iris versicolor Sambucus canadensis Blue Flag Iris Elderberry Symphyotrichum novi-belgii New York Aster Flowering Raspberry Rubus odoratus Echinacea pur novae-angliae New England aster Symphyotrichum Common Bearberry Arctostaphylos uva-ursiNew England aster Symphyotrichum novae-angliae Carex grayi Gray's Sedge Iris versicolor Flowering Dogwood Sambucus canadensis Blue Flag Iris Elderberry Betula nigra River Birch Echinacea purpurea Flowering Raspberry Rubus odoratus New England aster Symphyotrichum novae-angliae Cornus amom Silky dogwood Carex grayi Gray's Sedge uva-ursi Common Bearberry Arctostaphylos Blue Flag Iris Iris versicolor Lindera benzo Spicebush Betula nigra Sambucus canadensis Elderberry Echinacea purpurea River Birch Lobelia cardin Cardinal Flower Cornus amomum Silky dogwood New England aster Symphyotrichum novae-angliaeCarex grayi Gray's Sedge Lilium superbu Turk’s Cap Lily Lindera benzoin Spicebush Blue Flag Iris Iris versicolor Betula nigra River Birch Lobelia siphilit Great Blue Lobelia Lobelia cardinalis Cardinal Flower EchinaceaSilky purpurea Cornus amomum dogwood Lilium superbum Turk’s Cap Lily Carex grayi Gray's Sedge Lindera benzoin Spicebush Lobelia siphilitica Great Blue Lobelia Betula nigra River Birch Lobelia cardinalis Cardinal Flower Cornus amomum Silky dogwood Lilium superbum Turk’s Cap Lily Lindera benzoin Spicebush Lobelia siphilitica Great Blue Lobelia Improve planting area Lobelia cardinalis Cardinal Flower Sustainable design Lilium superbum Turk’s Cap Lily Improve planting area Stormwater management Lobelia siphilitica Great Blue Lobelia Rain Garden

Sustainable design Stormwater management Restore water quality Improve bird habitat Improve pollinator habitat

Wild Life Garden

Rain Garden

Improve planting area Sustainable design Stormwater management Improve planting area Restore water quality Sustainable design Improve bird habitat Stormwater management Improve pollinator habitat

Wild Life Garden

Rain Garden

Common Name

Wild Life Garden

I worked with Kathleen Yeager and her residence in the Clifton neighborhood for YardWorks, an outreach design studio based out of the Cornell Landscape Architecture Department working directly with New York landowners. Students worked with twenty landowners in two neighborhoods in Kingston, NY. Each student collaborated with one landowner and a community organization to develop landscape designs for their properties that would increase the overall environmental benefit to their neighborhood. The goal of the project is to demonstrate that coordinated changes on small urban parcels can still have a cumulative beneficial impact to birds, pollinators other wildlife and the environment. For the Yeager residence, drainage and increasing pollinator potential were main factors, as well as developing more defined garden rooms surrounding the house. Some of my ideas were implemented and constructed by the client.

Restore water quality Improve bird habitat Improve pollinator habitat

ROCK GARDEN

CARPORT & ARBORS

Hay es S

WILDFLOWER CORNER

tree

EDIBLE ZONE

INFILTRATION PATH

Clif

ton Ave nu

WOODY GARDEN & PATIO

SHADE ZONE

raised planters

covered driveway

trash barriers pollinator plants

wet tolerant plants

20 feet

infiltration corner path

12 feet

L-6

SPRING 2015 COURSE

Stair and ramp integration prototype

LIBRARY STEPS Cornell University Olin & Uris Library Plaza Redesign Brian Davis

2'-6" TYP.

34'

2'-6" TYP.

28' TYP.

2'-6" TYP.

34'

14' TYP.

(2.63', 106.4')

(-38.38', 106.4') R2'

1'-2"

29'

TYP

25'

21'

98'-9"

2'-6" TYP.

(11.5', 127.5')

6' TYP.

6" TYP.

(-83.5', 127.5')

JXH Urban Design

12'

(-27', 103') 7'

34'

16'

30'

42'

11'

20'

130'

15'

26'

24'

17'

(2.63', 64.4') R2'

TYP

19'

22' 7'

7'-01 8"

(-22.65', 57.33') 1 13'-38"

R2'

TYP

14' TYP.

19'

2'-6" TYP.

4'-51 2"

(-49.5', 24.29')

28' TYP.

(11.5', 29.29')

35'

2'-6"

3 15'-84"

(-49.5', 31.25')

Ithaca, New York

Emphasis on detail design and use of landscape materials in project implementation was a main focus of the library plaza redesign for Olin and Uris Libraries at Cornell University in Ithaca, NY. It explores materials, including specifications, and methods used by landscape architects in project facilitation. We learned to interpret surveys and critically develop and utilize conventional drawings for design and construction processes. Throughout the semester, I developed a set of comprehensive construction documents and details. My design created large shallow steps in between the libraries that integrated with ramps to provide an accessible space where students may occupy and gather.

CORNELL UNIVERSITY OLIN & URIS LIBRARIES PLAZA REDESIGN

ADVISOR:

(9', 24.29') 28' TYP.

Document No.

100% CD SET

(11.5', 0)

Sheet Title

P.O.B. 0

Layout Notes

1. VERIFY DIMENSIONS AND ACCEPT CONDITIONS BEFORE PROCEEDING WITH WORK. REPORT DISCREPANCIES TO LANDSCAPE ARCHITECT FOR INSTRUCTION BEFORE PROCEEDING. DO NOT MEASURE DRAWINGS. 2. WALKS, DRIVES, PARKING & BUILDING LOCATIONS TO BE LAID OUT IN THE FIELD BY A LICENSED SURVEYOR. FINAL LAYOUT TO BE APPROVED BY LANDSCAPE ARCHITECT. 3. SEE GRADING PLAN L301 FOR SPOT ELEVATIONS AT SITE FEATURES INCLUDING TOP AND BOTTOM OF SITE WALLS AND CORNERS OF PAVEMENTS . 4. THERE IS NO GUARANTEE THAT ALL EXISTING UNDERGROUND OR OVERHEAD UTILITIES, WHETHER FUNCTIONAL OR ABANDONED WITHIN THE PROJECT AREA ARE SHOWN ON THE PLANS. THE CONTRACTOR SHALL DETERMINE THE EXACT LOCATION OF ALL UTILITIES BEFORE STARTING WORK AND SHALL BE RESPONSIBLE FOR ALL DAMAGE RESULTING FROM THE WORK AS SHOWN ON THE DRAWINGS . 5. CONTRACTOR TO PROVIDE TEMPORARY TRAFFIC SIGNS WHERE NECESSARY, CONSISTENT WITH ALL RELEVANT BUILDING CODES. 6. INSTALL EXPANSION JOINTS EVERY 30' IN CONCRETE AS NOTED ON PLANS AND IN AREAS WHERE CONCRETE ABUTS CURBS AND OTHER FIXED OBJECTS.

10'

20'

Layout Plan Date

Legend

14 May 2015 CONTRACT LIMIT LINE

TRENCH DRAIN

PAVED AREA

EXISTING TREE

PLANTED AREA

PROPOSED TREE

Scale

1" = 10'-0" Sheet No.

L - 200

1'-2"

COPING STONE, DARK GRAY CONCRETE, SMOOTH FINISH, PITCH 1/8" (5) ST. STL. PINS 1/8" X 4" CONCRETE VENEER, WOOD-TEXTURED, INTEGRAL DARK GRAY COLOR

BLUESTONE STAIR 6' X 10', THERMAL FINISH

3/8" EXPANSION JOINT 2'-8 1/2"

2'-5"

WEEP HOLE RECESSED 2 1/2" #4 REBAR CONTINOUS SMOOTH DOWEL 1/2" DIA. X 6" LONG ST. STL.

5 500

1 600

2 500

6'-6"

5'-5"

#4 REBAR

1/8" PITCH TYP. 4 3/4"

3 500

5% SLOPE 11'-7 1/2"

1/2" DIA. X 6" LONG ST. STL. DOWEL - 4 PER TREAD 1" MORTAR SETTING BED

4.5'

23 4"

12'

C.I.P. CONCRETE BASE, CONTRACTOR SHOULD POUR SO LIFT LINE IS NOT REVEALED ABOVE SURFACE 10'-6"

RADIUS 1/2" RAKED MORTAR JOINT

3 400

4 500

1' MIN

COMPACTED SUBGRADE

#4 REBAR AT 8" O.C. EACH WAY, TYP. CONCRETE BASE 8"

COMPACTED SUBGRADE 2'-3"

STONE STAIR & TEXTURED CONCRETE VENEER WALL

ENLARGEMENT PLAN OF RAMP & STAIR

SCALE : 3/4" = 1'-0"

SCALE : 3/16" = 1'-0"

STONE STAIR SCALE : 3/4" = 1'-0"

PRE-CAST CONCRETE PAVER, SANDBLAST FINISH EXPANSION JOINT 3/8" BLUESTONE 6' X 10', THERMAL FINISH 5% SLOPE 5" 1"

6 500

SEE PLANTING PLAN L-202

#3 SMOOTH DOWEL 5" MORTAR BED 1" #4 REBAR AT 8" O.C. EACH WAY, TYP. C.I.P. CONCRETE FOOTING

R2'

3' MIN

EXISTING MAGNOLIA TREE COMPACTED SUBGRADE

R8'

3 SMOOTH RIVER ROCKS, DARK GREY COLOR 1" ST. STL EDGE

1 500

PRE-CAST CONCRETE PAVER & BOTTOM OF RAMP

ENLARGEMENT PLAN OF SOUTH SIDE RECESSED PLANTED AREA

SCALE : 1 1/2" = 1'-0"

SCALE : 3/16" = 1'-0"

3 400

Docu

C OF TREE OPENING

1/2" DIA. X 6" LONG ST. STL. DOWEL - 4 PER TREAD

BLUESTONE 6' X 10', THERMAL FINISH

1'-10"

ROOTBALL

CU STRUCTURAL SOIL REMOVE TOP 1/4 OF BURLAP FROM BALL & REMOVE 2/3 OF WIRE BASKET COMPLETELY 5" 1"

GRAVEL RING AT BASE OF TREE PIT (TYP.)

2 LAYERS GEOTEXTILE (TYP.)

2' MIN

COMPACTED NATIVE SOIL

SMOOTH RIVER ROCKS, DARK GREY COLOR 1" ST. STL. EDGE

CONSULT PLANTING PLAN L-201

MORTAR BED 1" EXPANSION JOINT 3/8"

3 400

#3 SMOOTH DOWEL 5" 2"

CONCRETE BASE

CU STRUCTURAL SOIL

#4 REBAR AT 8" O.C. EACH WAY, TYP. COMPACTED SUBGRADE

3'-6"

WEST SIDE RECESSED TREE PLANTING AREA SCALE : 1" = 1'-0"

Date

COMPACTED SUBGRADE

4' MIN

Shee

RAMP & TOP OF STONE STAIR SCALE : 1 1/2" = 1'-0"

Scale

SOUTH SIDE RECESSED GRASS PLANTING AREA SCALE : 3/4" = 1'-0"

Shee

2015 - 2016 COURSES

MODEL STUDIES Workflows of making and fabricating ADVISORS:

Katie Jenkins Marc Miller

Experimenting with representation was an important element of my MLA education at Cornell. Making physical models were extremely helpful for my design projects. I made many models of existing conditions and design tests for my thesis project. They ranged from simple folded paper models to 3D digital models that were laser cut and assembled together. I became interested in a workflow that included the digital and physical. I experimented with using Grasshopper to generate forms in Rhino for a digital fabrication course. We designed and constructed a scale model of a bus shelter using just Grasshopper.

Conceptual physical models of surface and subsurface mine conditions and forms

Conceptual bus shelter model derived through use of Grasshopper; below is a portion of the definition that laid out extrusions to be cut

CHELSEA, MA 2014-2016 INDEPENDENT STUDIES

LANDSCAPE RESEARCH COLLABORATORS:

Brian Davis Qiuwei Liu Petra Marar Ian Peach Haikun Xu

Throughout my education, I have pursued research opportunities using different methods and explored ways of representing them. In the winter of 2014, I collaborated with Petra Marar and Ian Peach to test methods of aerial photography using a helium balloon at an industrial salt dock in Chelsea, MA. During the summer of 2014, I mapped and visualized combined sewer overflow (CSO) data in Troy, NY and the Hudson River as a research associate of Brian Davis. For my final design studio on Sao Paulo, Brazil, I utilized grasshopper and a geomorphology table with colleagues Qiuwei Liu and Haikun Xu to model conditions and interventions to incorporate into my design process. These different experiences showed me the value of field work, modeling, and fabrication in design and the potential of multidisciplinary approaches and tools in landscape architecture innovation. Funded by Cornell College of Agriculture & Life Sciences Alumni Association Enrichment Grant

+20â&#x20AC;&#x2122;

ANGLE OF REPOSE 32Â°

250°

+20’

ANGLE OF REPOSE 32°

PLAN-MAKERS 40’

30°

60°

180°

150°

120°

90°

Diagrams of salt stockpiling processes using aerial imagery from a camera attached to a helium balloon

High volume CSO 20+ MG

Mid volume CSO

Low volume CSO

outfall 1

outfall 5 outfall 6 outfall 7

outfall 13

1st Ave & 121st St

11.8 MG

1st Ave & 120th St

14.6 MG

1st Ave & 119th St

14.3 MG

1st Ave & 113th St

TROY, NY

0 - 10 MG

10 - 20 MG

17.8 MG

2nd Ave & Roosevelt Ave

0.3 MG

outfall 2 outfall 3

2nd Ave & 124th St 2nd Ave & 123rd St

1.1 MG 6.9 MG

outfall 4

1st Ave & 122nd St

2.0 MG

18 hrs

16 events

26 hrs

17 events

442 hrs

53 events

123 hrs

46 events

543 hrs

55 events 197 hrs

outfall 8 outfall 9 outfall 10 outfall 11 outfall 12 outfall 14 outfall 15 outfall 16 outfall 17 outfall 18 outfall 19 outfall 20

51 events

662 hrs

1st Ave & 118th St

2.0 MG

1st Ave & 117th St

7.6 MG

1st Ave & 116th St

3.3 MG

1st Ave & 115th St

7.5 MG

1st Ave & 114th St

56 events 52 events

174 hrs 214 hrs

50 events 57 events

227 hrs 93 hrs

7.8 MG

44 events

181 hrs

48 events

396 hrs

1st Ave & 112th St

7.6 MG

1st Ave & 111th St

9.8 MG

2nd Ave & 109th St 2nd Ave & 108th St 2nd Ave & 107th St

23 events 168 hrs

4.6 MG 3.9 MG

4.4 MG

2nd Ave & 105th St

1.4 MG

44 events

119 hrs

40 events

214 hrs

1.8 MG

2nd Ave & 106th St

47 events

148 hrs

57 events

214 hrs

57 events 39 hrs

31 events

151 hrs

51 events

City of Troy

outfall 22 outfall 23

51 hrs

outfall 29 outfall 32 outfall 35

22 events

100 hrs

outfall 25 outfall 26

21 events

34 hrs

outfall 24

33 events

20 hrs

18 events

429 hrs

outfall 27 outfall 30 outfall 33 outfall 36

outfall 38

62 events

216 hrs

outfall 28

9 hrs

28 events

34 hrs

outfall 31

21 events

415 hrs

52 events 183 hrs

37 events

265 hrs

outfall 34

45 events 6 hrs

6 events

518 hrs

53 events

723 hrs

outfall 37

56 events 346 hrs

50 events 143 hrs

outfall 39

34 events

186 hrs

outfall 40

outfall 41

33 hrs

37 events 21 events

201 hrs

outfall 42

45 events

62 hrs

outfall 43

30 events

88 hrs

outfall 44

29 events 24 events

88 hrs

outfall 45

29 hrs

outfall 46A outfall 46B

12 events

185 hrs 76 hrs

outfall 47

50 events

10 events

61 hrs

102 hrs

51 events 40 events

41 events

0.5

Miles

Data visualization of CSO events in each outfall of Troy, including duration and volume

1952

Sewershed scale analysis and changes in forest cover

Municipal Boundaries Public Parks City of Troy Municipal Boundary Water ForestedArea 1952 ForestedArea 2011 Water VLC Boundary

Miles 2

% of the VLC Year Area (Acres) Boundary Area 1952 2967.1 21.6% 2011 3706.8 27.0% 2011

AREAS OF FOREST COVER

Growth of impervious surface over time

1952

2011

SAO PAULO, BRAZIL 3 elevated highways weave through Cebolao dam infrastructure

Rio Tiete from east

layered overpasses

concrete island

Rio Pinheiros from south

park area

3 hi side ghways s of on Cebo lao

river + road disperse at edges of city CEBOLAO + located at intersection of 4 subwatersheds

Rio Tiete

1,048 m3/sec

Rio

overpass only for public transit

iro

“entrance of the city”

elevated 3 lane one-way highway

elevated 4 lane one-way highway

Rio Tamanduatei from south canal

997 m3/sec

RIO TAMANDUATEI + located at intersection of 3 subwatersheds + considered one “entrance” to the city

Analysis and mapping of the transportation networks and speed limits of Sao Paulo using GIS and Grasshopper

1000 m

kph 12012 0kph

river + highway disperse at edge of city

120kph

ig ra st

ge ed ed st

1/4 highways feeding in elevated highways for buses

vege 45m bank tate d s?

3 lane one-way highway

2/4 highways feeding in

river + highway at similar elevations

4/4 highways feeding in

90 90kph kp h ph

90k

4 lane one-way highway

12m

3/4 highways feeding in layered overpasses concrete edges e 20m wid

river + highway merge as they approach city center

5 lane one-way highway and 3 lane highway feeding in

rail

6 lane one-way highway

bridge

45,720 m

4 lane one-way highway and 3 lane highway feeding in

22,860

90 90kph kp h

dam infrastructure

kph

120

500 m

250

e Ti

60k

ph 60kp h

120k 120pkh 12 0kph ph

500

180

360 m

Analysis and testing of the relationship between perforated walls and other forms and sediment in a water channel

Water Trajectories

Velocity

Sediment Sorting

T h a n k Yo u Jinhee Ha ha.jinhee@gmail.com 952 . 797 . 6613 www.jinheeha.com