S U N Y O U N G R O H 2 0 1 6 P O R T F O L I O
NEWTOWN CREEK REVITALIZATION
Master’s report | Individual project
PRAHA 07
Interdisciplinary studio | Team project
TRI URBAN HOUSING
Architecture studio | Team project
AN IMAGINATION EXPLORATION
Planting design studio | Individual project
CONTRIBUTIONS TO PROJECTS DURING !melk INTERNSHIP SITE ENGINEERING SAMPLES HAND CRAFTING & DRAWINGS
NEWTOWN CREEK REVITALIZATION Regional boundary : 2,100 hectares | Newtown Creek Hub : 55 acres Location : Newtown Creek area, Brooklyn and Queens, NYC Services : Mixed use development with open spaces along the creek Duration | Due Date: : 1 year | May 2015 Master’s Report University of Arizona | Master of Landscape Architecture Committee Chair: Mark Frederickson Committee Members: Margaret Livingston, Beth Weinstein The Newtown Creek waterfront, which is located between Brooklyn and Queens, has high potential for industrial development as well as opportunities for mixed use and recreation to bring the surrounding neighborhood together. Although industries in Newtown Creek are less active than in the past, the area is still heavily used by industry and can take advantage of being at the waterfront and having water-dependent transportation. Due to serious and definite contamination, including crucial oil spills and dumping of raw sewage, Newtown Creek has become one of the most polluted industrial sites in the U.S. Another important issue about the site is the lack of public access points for the waterfront, which are difficult to find and can be unsafe for users. This project explores sustainable waterfront development in Newtown Creek, focusing on a water purification strategy while enhancing economic and social values of the site. Analyses include evaluation of efforts, needs, and issues of the local communities and organizations concerned with the site. The design is intended to connect neighborhoods to the waterfront, offering safe and pleasant public access, allowing people to celebrate an underused opportunity. Pocket park and various trails connect along the creek within broader open space network. Various public routes are improved with water taxis, bike lanes and pedestrian trails to the creek. The ecological functions of the Creek have been restored by utilizing constructed wetlands, habitat restoration, upland site remediation, and green infrastructure. The Newtown Creek Hub is a multi- functional hub which includes workforce housing.
SITE ANALYSIS | OPPORTUNITIES AND CONSTRAINTS
OPPORTUNITIES and CONSTRAINTS
NEW
SUPPORT FROM THE CITY AND COMMUNITIES
PU BL
CONTAMINATED WATER
ER
POOR SITE INFRASTRUCTURE RTA TION: W IVE AT A CT
NO SAFE PUBLIC ACCESS TO THE CREEK
WETLAND HYDROLOGY
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GR
BROWN FIELDS
ING NEIGHBO R OW
S
TIST
AR UNG
ABANDONED LOTS
S
XI TA
HYDROLOGY
INDUS TR IE
ORS RI D R O C KEY
MA
ANS IC TR
PO
SP
ETH
OD
YO
SEWAGE OVERFLOW
DG E WO O D RI
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MOBILITY
OPEN SPACE & VACANT LOTS
OPPORTUNITIES & CONSTRAINTS
Newtown Creek Revitalization | Brooklyn & Queens, NYC
94
EAST RIVE
R
REGIONAL MASTER PLAN
NEWTOWN CREEK HUB
1/4 MILE RADIUS
POCKET PARKS REPURPOSED WAREHOUSES BIKE / PEDESTRIAN CONNECTION
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SUBWAY CONNECTION BUS CONNECTION
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0.25
0.5
Mile 0.75
NEWTOWN CREEK HUB Each public space within Newtown Creek Hub has its own distinct character, which helps identify programmed elements with their proximity to the surrounding buildings. The streetscape and building frontages are designed to reduce the visual, acoustical, spatial, and environmental impact of cars while still providing
MASPETH
minimum parking capacity. Sustainable elements, such as bioswales located along the street, and perforated street pavement are important resiliency control measures for storm water and runoff and make a pleasant street environment.
ST. REMEDIATION WETLAND BASINS
B
MAIN STREET
ND
GRA
LAND BERM PLAYGROUND
ST.
A
1 DECK WALKWAY ALONG THE WETLAND BOAT TERMINAL & WATER FRONT PARK
2
EXHIBITION PLAZA
SUNKEN FOREST
OUTDOOR RECREATION PLAZA
WETLAND
2 minutes 30 seconds
500ft
A. LAND BERM PLAYGROUND Playful landscape created with four feet high land berms and microbasins between mixed use workforce housing.
0’
10’
20’
30’
B. REMEDIATION WETLAND BASINS Reservoir cisterns are connected to street sewer drains to divert excess street runoff. Collected water is distributed into the constructed wetland basins for remediation. This section describes the water purification mechanism of constructed wetland.
Reservoir Cisterns
Planted Basins: Shrub Wetland
Terraces for Aeration and Bio-Purification Subsurface Filtration
Planted Basins: Deep Marsh
1. WATER TAXI TERMINAL & WATERFRONT PLAZA Extended water taxi system to Newtown Creek will be the optimal alternative as a new transportation for the local workers and people who travel to Manhattan everyday. Collected and purified storm water will run through the site and will be celebrated with fountain and water fall.
2. REPURPOSED RECREATION CENTER All kinds of outdoor activities can happen here. Canoeing, skateboarding, bike riding, basketball, and climbing. On the roof of the recreation center, which is repurposed from existing food cooperation building, generating energy from solar panels and hydroponic urban gardening can happen.
PRAHA 7 Size : About 231 acres Location : Bubny, Prague 7, Czech Republic Services : Post Industrial Urban Waterfront Revitalization Duration | Due Date: 4 month | May 2015 Prague Interdisciplinary Studio University of Arizona & Tejido Group Role: Project management, Masterplan development Instructor: Mark Frederickson Our first steps for creating a new master plan for Praha 07 was to do preliminary research of the Prague city and region. Our research focused on economical, socio-cultural, functional, environmental, and aesthetic conditions. We also spent many hours discussing, sketching and drafting master plan after master plan to flush out ideas both humble and outrageous so that no good idea would be left undiscovered . After experiencing the city and the Bubny site, we returned and develop our final master plan. The proposed final master plan for Praha 7 is a layered approach that aims to create a place that gives gifts to the surrounding community in the form of jobs, livelihood, connection, and sustainability.
SUSTAINABLE URBAN INFILL STRATEGIES AS A PROTOTYPE FOR PRAGUE
The Bubny site has split the east and west of Prague 7 into two discrete units for more than 100 years. There have been many plans for redeveloping this brownfield site, including Prague’s most current municipal master plan. The Tejido Student Group from the University of Arizona has approached this project from a new direction that considers larger contextual conditions. Our group has developed three new master plans that turn this former industrial schism into a prototype for sustainable urban living in Prague.
FIRST PHASE IN PRAGUE_THREE STRATEGIES
AERIAL VIEW
PIER & HOTEL HARBOR
FISH HATCHERY CULINARY HUB
EAST-WEST BRIDGE
ARTS CENTER
RIVER TOWN MARKET
TERRACE GARDEN SPORTS CENTER TRAIN STATION
INDUSTRIAL PARK
SKATE PARK VOCATIONAL SCHOOL
MIXED-USE RESIDENTIAL COMPLEX
MEMORIAL OF SILENCE
SOUTH HARBOR
FINAL MASTER PLAN FUNCTIONALLY SUSTAINABLE: Two major roads connect the site from east to west, while smaller access roads are used elsewhere to reduce noisy and dangerous through-traffic. New harbors provide a place for boat taxi’s and ferries to stop. ECONOMICALLY SUSTAINABLE: Praha 7 is designed to offers space for industry and training so that families can live where they work. The mixed-use residential model is used to keep necessities like markets and schools. SOCIALLY SUSTAINABLE: The Praha 7 Master Plan promotes equality and interaction through affordable housing, mixed-use, and shared cultural and recreational gathering spaces.
ECONOMIC EDUCATIONAL
GREEN TECH SCHOOL
A/C
ENERGY HVAC
TURBINE GENERATOR
ELECTRICITY
850 DEGREE STEAM
ENVIRONMENTALLY SUSTAINABLE: Taking into account recent flooding in Praha 7, green corridor connect habitats and manage water-runoff, while highlighting strings of recreational spaces.
JOBS
CULINARY SCHOOL
GROW LIGHTS BIO GAS PLANT WASTE
NITRITES CO2
COMMERCIAL KITCHEN
FOOD WASTE
FISH WASTE
PLANTS ANAEROBIC DIGESTER
AMMONIA
URBAN AGRICULTURE RESEARCH
FISH O2
SPENT GRAIN
BREWERY
SLUDGE
CLEANED WATER
JOBS
FERTILIZER ALGAE, DUCKWEED
MARKET JOBS
JOBS
SPENT BARLEY
WASTE
FOOD WASTE FROM NEIGHBORING BUSINESSES
0m
200m
400m
SOUTH ZONE The southern edge of the site is dedicated to improving the quality of the environment.
A vocational education campus offers a variety jobs which support the local food cycle, throughout the site’s urban agriculture enterprises, a culinary school, restaurants, and research facilities regarding algae farming, water purification systems and energy production.
A hierarchy of landscape emphasizes public routes that attract people across the site, and provides additional smaller pocket parks and paths on a more private, residential scale.
The Praha 7 Master Plan connects plazas and major hubs within a network of green pathways. Two of these paths run from riverto-river, north-south through the site containing a series of flood remediation detention basins. Opening up the waterfront as an amenity for Praha 7, the new harbours make the Southern zone a stop for boat taxis and ferries connecting Old Town Prague and its plentiful tourism resources.
The existing market receives new life with the integration of green paths into the surrounding urban context.
The water’s edge is revitalized with a buffer of landscape all the way around the edge of Praha 7, connecting the district and providing each neighborhood with green space.
0m
50m
100m
150m
NIKKI HALL_THE STATION The relocated train station centralizes the modes of transportation on the southern edge of the site for more efficient local and regional travel.
CENTRAL ZONE The Central zone is characterized by the preservation and adaptive reuse of three historic buildings alongside new mixed-use development and two strong east-west connections.
A new north-south scenic curved road is created, including a new tram route. Pedestrian friendly development throughout the entire site promotes accessibility of mixed use clusters and emergency access, narrow roads connect between the main north-south road and parking structures in each block.
An underutilized soccer field is transformed into Neighbourhood Park and infill with mixed use clusters. Green houses between the bridge and a large warehouse produce food for the adjacent culinary school and local restaurants.
A major east-west path connects the old harbor on the eastern edge of the peninsula to the large Krรกlovskรก Obora Park in the west. With this access, people will experience residential blocks with revegetated green streets, the large warehouse, and a pedestrian arch bridge over the train track, a skateboard park and a trail to the park beyond.
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50m
100m
150m
AMANDA SCHWARZ_LIVING BRIDGE Connecting two roads, the bridge completes the missing link in the connection between the East and West of Praha 7, and employs sustainable and energy producing strategies.
NORTH ZONE Revitalizing the north waterfront creates a local attraction for Praha 7, providing energy, produce, industry, and income for the surrounding area.
The space in front of the proposed new hotel becomes a lively public plaza through the implementation of temporary and permanent markets, as well as landscape features that provide shade and shelter.
VLTAVA RIVER
Collected and filtered rain water and grey water from the buildings on the site are celebrated by daylighting water ways, water fountains and cascades on the way to the north harbour.
A new bus platform and parking structure are introduced with the remaining open space transformed into an entrance plaza towards north waterfront development.
A north-south green pathway includes wetlands, bioswales, land berms, rain gardens and an urban forest which works with the environmental systems of mitigating storm-water run-off and filtering water across the site. In this way, the sustainable strategies become an amenity for the Praha 7 Master Plan environmentally as well as socially. Urban infill strategies are applied to northern parts of the site to support a community redevelopment program.
0m
50m
100m
150m
RYAN BAXTER_FISH This fish hatchery grows local fish that provide produce for the nearby restaurants and markets along the revitalized waterfront. Native fish are also raised and released into the Vltava River to revitalize the area.
AERIAL VIEW LOOKING TOWARDS SOUTH-EAST
TRI URBAN HOUSING Size : 52870m² Location : 62, Ohyeon-ro 35gil, Gangbuk-gu, Seoul, Republic of Korea Services : Mixed-use housing Complex Duration | Due date : 3 month | 2009 December Architectural studio Seoul National University of Science and Technology | Bachelor of Architecture Team project with Munseon Lim Instructor : Booseong Kang We divide Korea’s present urban housing into three different types: flat-type apartment housing, towertype apartment housing and hill terraced housing. By strengthening the weaknesses of these types of urban housing, we hoped to meet the needs of different peoples’ lifestyles and values. From there we took into consideration climate factors such as wind turbulence, topography and solar orientation and combined flat-type and tower-type housing to ultimately reach our goal. Then terrace type homes were then placed higher from ground level to hopefully raise security levels and lessen potential threat.
Nature Community Network
Flow Path
Reflection of site
Arrangement
Residence Neighborhood around
Movement + cross link
Education Area
Bicycle path
Commercial
Plaza
Sports center, Parks
Circulation
TYPES OF HOUSING
SITE PLAN 1. Terraced house 3
Proper view, sunshine Less runoff Personal garden
1
2
2. Flat-type Apartment High security Low cost Good ventilation
3. Tower-type Apartment Efficient land use High privacy Good view
N 0 10 20
40
60
meter 120
AN IMAGINATION EXPLORATION Size : 14000 ft² Location : Imaginary location in Tucson is located right next to the Children’s Museum and gives users a contemporary labyrinth. It is not shaped Services : Adventure garden for Children’s Museum as a formal labyrinth and requires way-finding. It offers different scenes with six different zones and Duration | Due date : 1 month | 2014 October “Adventure Come True” is a mysterious playground for not only children and but also adults. This garden
Planting design studio University of Arizona | Master of Landscape a different feeling, like ‘Calm’ and ‘Enjoy’, but interpretation of the areas is up to the users. It is meant Architecture to sometimes squeeze you through a narrow area and bring you to a point. Are you ready to start your Individual project Instructor : Margaret Livingston adventure?
CHILDREN’S MUSEUM
diverse plant palettes, hardscape, changes in ground level, and structures. Each zones’ design starts with
LANDSCAPE PLAN 00
55
10 10
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80 80 Feet Feet
PROCESS The mission of this project was: 1. Getting inspiration from abstract art, 2. Using landscape language and style from a landscape architect
Serenade to Sam FrancisBlue Fauna - FB.401 Acrylic on Canvas Author unknown
Burle Marx Bold foliage, Combination of organic shape and ridged lines, accent colors, mosaic pattern, diversity of plants and the use of sculptural plants.
Bright
Adventurous Playful
Colorful
Calm
Artistic
CREATING 6 DIFFERENT ZONES AND CONNECTIONS
MASS vs VOID
PLANTS PALETTE
Teucrium Fruticans Shrubby germander 1gal*18
Brahea Armata Mexican blue palm 24”box*11
Myrtus Communis ‘Compacta’ Compact myrtle 5gal*10
Trachelospermum Jasminoides Star Jasmine 1gal*33
Mulenbergia c. ‘Regal Mist’ Regal Mist muhly 1gal*24
Lantana Montevidensis Trailing Lantana 1gal*34
Philodendron Selloum Selloum philodendron 1gal*6
Senna Phyllodinea Silverleaf Senna 1gal*9
Plumbago auriculata Plumbago 1gal*62
1. CHILDREN PLAYING AT THE FOUNTAIN
Mahonia Trifoliolata Agarita 1gal*5
Eremophila m. ‘Valentine’ Valentine emu bush 1gal*16
Feijoa Sellowiana Pineapple guava 5gal*11
Cenchus setaceus ‘Cupreum’ Purple fountain grass 1gal*19
Rosmarinus officinails Rosemary 1gal*20
Baileya Multiradiata Desert marigold 1gal*51
Justicia Candicans Red justicia 1gal*51
Asparagus d. ‘Sprengeri’ Sprenger’s asparagus 1gal*16
Zephyranthes candida Rain lily 1gal*143
Macfadyena Unguis-Cati Catclaw Vine
2. LOOKING THROUGH BAMBOO MASS
CANOPY
HIGHER / TREE CANOPY LOWER / MIDDLE SHRUB AND WATER FEATURE ACCENT
CONTRIBUTIONS TO PROJECTS DURING !melk INTERNSHIP 2020 WORLD EXPO DUBAI COMPETITION_perspective rendering
LARKIN TOWER, YONKERS, NY_3d modeling, section rendering
DE STRAAT EXHIBITION_diagram
PERSHING SQUARE RENEW COMPETITION_diagram
HANCE PARK MASTER PLAN, PHOENIX, AZ_concept development for the paving pattern, plants palette A
Lagerstroemia indica Crapemyrtle
Russelia equis Coral Fountain
B
Dasylirion acrotriche (N) Green desert spoon
C
AE
Parkinsonia florida (N) Blue palo verde
F
Lagerstroemia indica Crapemyrtle
Nolina nelsonII Blue nolina
Agabe vilmoriniana Octopus Agave
Opuntia turpinii Pine cone cactus
Euphorbia antisyphilitica Candelilla
Opuntia santa-rita (N) Purple pricklypear Teucrium chamaedrys ‘Prostrata’ creeping germander Pedilanthus macrocarpa Sedum morganianum Moraea tortilis Lady slipper Burro Tail Spiral Grass
Russelia equisetiformis Coral Fountain
Pachycereus marginatus Mexican fencepost
Leucophyllum frutescens Texas ranger
Lophocereus schottii monstrose Totem pole cactus
Dasylirion longissimum Mexican grass tree
Trichocereus pachanoi San padro cactus
Muhlenbergia capillaris Pink muhly grass
B Citrus ×paradisi Macfad Grapefruit
Ficus carica Edible fig
Prosopis juliflora (N) Velvet mesquite
Feijoa sellowiana Pineapple guava
Punica granatum Pomegranate
Callistemon bottlebrushes
D
Carissa macrocarpa Natal plum
G Euphorbia rigida Gopher plant
Cordia parvifolia (N) Littleleaf cordia Dasylirion acrotriche (N) Green desert spoon
C
E Agabe vilmoriniana Octopus Agave
Opuntia turpinii Pine cone cactus
Nolina nelsonII Blue nolina
Lophocereus schottii monstrose Totem pole cactus
Euphorbia antisyphilitica Candelilla
Pedilanthus macrocarpa Lady slipper
Sedum morganianum Burro Tail
Moraea tortilis Spiral Grass
Simmondsia chinensis (N) Dalea greggii Xylosma congestum Lantana montevidensis Jojoba Xylosma Trailing lantana Trailing dalea Hesperaloe parviflora ‘Yellow’ Gazania rigens ‘Sun Gold’ Encelia farinosa (N) Yellow Yucca Brittlebush Sun gold gazania
Tecurium fruticans Shrubby germander
Rosmarinus officinails Rosemary
Ericameria laricifolia Turpentine bush
Myrtus communis ‘compacta’ Compact myrtle
Santolina species Santolina
Caliiandra californica Baja fairy duster Parkinsonia florida (N) Blue palo verde
Trichocereus pachanoi San padro cactus
F
Callistemon bottlebrushes
Fouquieria splendens (N) Ocotillo
Agave ocahui Ocahui agave
Ficus carica Edible fig
Prosopis juliflora (N) Velvet mesquite
Punica granatum Pomegranate
Feijoa sellowiana Pineapple guava
Cordia parvifolia (N) Littleleaf cordia
Buddleia Marrubifolia Woolly butterfly bush
Justicia spicigera (N) (S) Mexican honeysuckle
Carissa macrocarpa Natal plum
G EMILY BAUER
Hesperaloe parviflora Red yucca
D
Citrus ×paradisi Macfad Grapefruit
Xylosma congestum Xylosma
Lantana montevidensis Trailing lantana
Simmondsia chinensis (N) Jojoba
Dalea greggii Trailing dalea
Tecurium fruticans Shrubby germander
Rosmarinus officinails Rosemary
Myrtus communis ‘compacta’ Compact myrtle
Jacaranda mimosifolia Jacaranda
Ceanothus species (E) California Lilac
Agave vilmoriniana Blue agave
Plumbago scandens (N) Doctorbush
Liatris spicata ‘Purple Purple gayfeather
Buddleia species Butterfly bush
Hesperaloe parv Yellow Yucca
Pennisetum setaceum rubrum Purple fountain grass
KODRINA MASTERPLAN COMPETITION_concept development, CAD drawing
BRETT KESSKER
Jacaranda mimosifolia Jacaranda
Fouquieri Ocotillo
SITE ENGINEERING SAMPLES University of Arizona Master of Landscape Architecture Landscape Construction Instructor : Ron Stoltz
The grading plan is dealing with existing contours and proposing new ones according to road design standards. An appropriate drainage system with a proposed micro-basin around the building was technically designed to manage surface water, taking into consideration the parking lot at the building’s entrance. The layout plan shows the dimensions of the proposed road, parking lot, and adjacent elements. The planting plan shows the proposal throughout the site. The plants picked are mostly native to the region, ensuring tolerance to full sun exposure and arid conditions. At the same time, this plant palette give us variety in texture and color. PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
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281
2
W 394.33' N 7 46' 28"
.0
68
274
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
0+00
2
.3
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
278 LP
CURVE DATA R :100 L : 78 ∆ : 44d 41' 33"
274
1. Topographic information obtained from R. Stoltz surveying. 2. The contractor shall verify all dimensions and grades on the ground and report any discrepancies to the Landscape Architect for decision. 3. See architectural plans for detailed location of roof drains. 4. Contract limit line shall be property line 5. No materials shall be stored within the dripline of existing trees. 6. All dimensions are face to face unless otherwise specified. 7. Protect all vegetation during construction.
0
20
Firm Name & Address
.9
36
4+ 284
5
45' TYP
30' TYP
83'-7"
Project Name & Address
CURVE DATA R :100 L :67.82 ∆ : 38d 51' 33"
286
N 1d 0' 0" W
285 DG PICNIC AREA
Sunyoung Roh LAR 555 Landscape Construction Spring 014
Desert Park Recreation Center Layout Plan
287 288 291 290
25'±2'
289 284
283
282
281
280
279
278
7
27
5
6
27
27
274
285
287
286
289
288
291 290
Project
DPRC
Sheet
1 OF 4
Date
April 29, 2014 Scale
1" = 20' 0'
20'
40'
80'
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
274
275
276
Symbol
8
273
27
272
277
Trees
279
277.30 278.56
278.56
Quantity
Size
Ironwood
Quercus Virginiana
Southern live oak 24" box
Remarks
24" box
12
Pistacia Chinensis
Chinese pistache
24" box
22
Parkinsonia florida
Blue palo verde
24" box
95 57 44 34 92 35
Desert marygold Rosemary Desert senna Heavenly bamboo Brittle bush Compact myrtle
Shrubs
28
0
HP 1+ 02
1+00
PC 0+76.62
5 gal. 5 gal. 5 gal. 5 gal. 5 gal. 5 gal.
279.46
.70
1.01 PVT 0+7
0+00
0+50
Manhole Rim Elev. 273.12 Inv. Out 264.26 Inv. In 264.46
Common Name
Olneya Tesota
23
279.46
273
Botanical Name
12
1+
278.40
PT
50
275
C T
.0
PV
61
1+
1 2
.0
78
277
2
276
.6
1+
54
6
PV
1+
27
5
4
27
27
277
2+ 00
276
278
LP
274
@ 0. 007
0
.0
Ø RC P
32
0+
HP
46'
2+ 68
0
.0
40
PC
0+
282.51
282.51
282.51
6+00
TS 6+12.19
5+50
PVC 5+33.56
5+00
1
.4
PC 5+ 11.05
54
HP 5+03.41
284
3.5 6
T4 +5
PV
3
0
.2
283
2
1+
Oscar
0+
74
.61
50
PC
.8
4+ 5
0
1+
96
4+ 43
.8
285
278
4
5
28
28
28 279.90
285
275.10
284
6
286
276.00
℄
278.50
275.50
Key Quantity Shrubs DM RM DS HB BB CM Trees IW 12 LO 23 CP 12 PV 22
Firm Name & Address
275.70
276.00 276.00 275.63
Note
2
PC
04
282.51
282
278
PT 1+
276.00 BP 275.80
FFE 276.5
.8
2+ 00
277.26
2+
36
HP 2+
275.70
275.50
TS
279.29
275.50
LP 274.30 INV. IN 274.69 275.50
283
0+50 LP
00
4+
281
277
275.31 275.30
9
00
275.80
27
1+
275.80
276.00
280
276
275.20 INV. OUT 274.62
276.00
274.60
279
1 274.95
275.80
LP 273.40
Sunyoung Roh LAR 555 Landscape Construction Spring 014
LP 274.30 BP 275.30 275.50
Project Name & Address
285.5
BP 274.90 LP 273.90 275.10
Desert Park Recreation Center Planting Plan
286 287 288
279.90
279.00
289 284
283
282
280
281
279
278
7
27
285
286
287
288
289
291 290
Project
DPRC
Date
April 29, 2014 Scale
1" = 20' 0'
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
27 6
27
5
274
291 290
BP 274.40
279.68
279.77
274.78
275.00
℄
28 0
275
.4
82
LP 273.80
281.97
3+ 50
278
274
278.51 277.74
282
Rim Elev. 274.50 Inv. Out 265.96 Inv. In 266.16
0+
275.00 BP 274.80
274.60
281
0.0
277
@
281.73
00
276
P
RC
281.73
275.26
05
'Ø
281.73
281.73
3+
W 394.33' N 7 46' 28"
2
.0
275.46
274
Rim Elev. 273.09 Inv. Out 265.52 Inv. In 265.72 52
30" � RCP
DECIDUOUS TREE PLANTING
C
275
5 27
Road
1 4
PV
274.72
274.98
Rim Elev. 277.76 Inv. Out 266.48
280
0+00
0.0
279
@
05
274
275
50
P
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
275.02
RC
2+
Ø
281.23
19 .3 2
5'
PT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2+
21
1. Contractor shall supply all plants in sufficient numbers and quality as per plan. 2. Report any discrepancies to the Landscape Architect. 3. Layout all plants on the site for approval by the Landscape Architect 4. Any discrepancy between the number of plants specified on the plan and the plant list, the plan shall take precedent. 5. Install all plants according to the details specified.
271
2
278
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT 27
20'
40'
80'
Sheet
3 OF 4
Botanical Name
HAND CRAFTING & DRAWINGS
EXHIBITION BOOTH This booth intended to showcase a winning architecture site model. Topography of the site model is reflected in the curves of the exhibition booth structure. The variety of sizes of the void allow people to experience new architecture in various views. Lights help to observe detail of the architecture model. EXHIBITION BOOTH INSTALLATION Cardboard with spray glue with lights PROJECT WITH MYEONGJAE WON WOORIDONGIN ARCHITECTS INC. 2011
BUS STOP SHELTERS Pomegranate, the main agricultural product, is known as a representative image of the town. This bus stop shelter is inspired by structure of pomegranate which composed of 60% edible portions and the remaining 40% skin structure. Functional parts such as chairs, screens, clock, mirror, book shelves and supporting structure take up 60% of shelter structure, while the other 40% of it remains as void. Hand drawings: pencil on paper Hand Crafting: acrylic pole, paper pole and styrofoam Individual Work 2007 1. STRUCTURE OF POMEGRANATE 2. PORTION STUDY DRAWING 3. STUDY MODELS 4. PLAN VIEW OF FINAL MODEL: ROOF STRUCTURE
1
2
3
4
SUNYOUNG ROH 520. 241. 7887 | sun8077@gmail.com