Wen Po (Paul) Hsu Landscape Architecture Portfolio
Wen-Po(Paul) Hsu 25 W Randolph St, Apt 1705, Chicago,IL 60601 (206)954 9534 wenpoh@uoregon.edu, paulsformalacc@gmail.com
Education September 2017 - Present Eugene, OR
September 2015 - June 2017 Seattle, WA
University Of Oregon Department Of Landscape Architecture Bachelor Of Landscape Architecture
Seattle Central College Associate in Arts
Experience January 2019 - October 2020 Eugene, OR
Reception Desk Attendant Office Of Global Engagement /University Of Oregon My duty was to assist the offce of Global Engagement by setting up appointments with students that are planning to study abroad or internationl students to provide information of how and where to seek help with their concerns.
September 2016 - June 2017 Seattle, WA
Event Coordinator Student Leardership/Seattle Central College I was a part of being a student leader at Seattle Central College, my main responsibilities were to organize tournaments, games, and fun day activities that are open to all Seattle Central College students
Awards September 2018 September 2020 September 2020
Recipient of the Lafky Family Scholarship Recipient of the Jane Kerr Platt Memorial Scholarship Recipient of the Kenneth Ghent Student Scholarship
Skills Adobe Creative Suite (Illustrator, Photoshop, InDesign)/ Rhino 6/AutoCAD / Microsoft Office/Landfx/ ArcGIS /Sketchup /Laser Cutter/Microsoft Teams/ Zoom/ Miro
Languages
Fluent: English, Chinese Conversation: Malay
Organization January 2020 - Present
September 2018 - June 2020
American Society of Landscape Architects Student Member Hua Feng Magazine Editor
CONTENT
01 VENETA VILLAGE
outdoor pop-up market design Ankeny
academic group work
02 ANKENY PARK
food cart pod park design academic group work Circuit Court 03 CIRCUIT COURT ROOFTOP GARDEN Rooftop rooftop pollinator garden in the Chicago area Garden personal work
Pp
04 POTTER PARK
community urban farm park design acedemic technical drawing
05 DISNEYLAND MAIN ST FIELD STUDY digital hand drawing & analysis of Disneyland personal work
06 JOINT HOOP
urban outdoor seating design personal work
Spring 2019, Academic Group Work Team: Aaron Woolverton Instructor: Michael Geffel Main work in group: Design(50%)/Digital Modeling(30%)/Drawing(70%) Site: Veneta, Oregon, USA
Design Description
Creating diverse public spaces and charming atmospheres within Veneta’s community has been the driving concept behind this proposal. Utilizing historical motifs of the town’s recent past, the idea of spatial “living rooms”, and pocket sized outdoor spaces introduces a dynamic relationship between Veneta’s existing residential community and its weekly Farmer’s Market. The goal of this project’s phase is to introduce a new kind of marketing platform to advance the development of downtown Veneta. This phase will only exist for 10 weeks throughout the Summer of 2019; phase two will explore a more permanent installation for the potential growth of the downtown district of Veneta.
Cross section #1
1”=15’ scale
Cross section #2
1”=15’ scale
Cross section #3
1”=15’ scale
plan view room b
1”=20’ scale
room a 3
1
2 c
c
c c
c
a
c
d
d
b
a
c c
a. b. c. d.
awning structure street painting (typ) planter (typ) astroturf/play
a
c helikite installation
d
Installation Concept Veneta Village’s installation is inspired from the town’s rich industrial past: The logging industry, a historical piece to the local identity, is artistically referenced by an interactive helikite anchored to an abstracted piece of lumber upon the site. As seen in the image to the left, Eugene and Veneta share an innovative logging technique known as balloon logging that was thoroughly explored in the late 1960s. Bringing back this practice with modern technology in mind, the helikite at Veneta Village will monitor movement throughout the week, analyze usage at the site, and provide interactive feedback as seen below.
Helikite + Camera
Reference (Above): https://www.osha.gov/SLTC/ etools/logging/manual/yarding/example_systems.html
Spectators
Pod + Screens
+8’ abv
+8’ abv
phase 1 phase 2 program gathering space Phase 1 + 2 Diagram
not to scale
Featured On Veneta’s Local News Paper
Design and drawn by Aaron and me (WenPo)
Ankeny
Project Goals and Objective
Fall 2020, Academic Group Work Team: Su Li, JaiWei Luo, Sophia Lui Instructor: Yekang Ko Main work in group: Site Analsis(50%)/ Design(100%)/Drawing(100%) Site: Portland, Oregon, USA
Ankeny
Design Description
Reestablishing a sense of character and community for the newly relocated food cart pod within Midtown Portland has been the driving concept for this proposal. By utilizing the history Midtown had with it’s food cart pod community, the idea of a outdoor jazz club came into play. The park is spatial framed by food carts and has a center stage frame by two existing buildings. The goal of this project is to activate Ankey Park in order to reconnect the south and north ends of midtown, as south midtown has been underutilized after the disperse of one of the largest food cart pod community in Portland.
W Burnside St
My goal is to connect the North and South ends of Midtown to eliminate dead zones, uplift local businesses, and honor Portland’s important food cart culture. By redesigning Ankeny Park as an attraction, I plan to up lift the poorly activated North Midtown, which will ripple down and connecting North and South Midtown.
The food carts of Portland were displaced after being there for 20+ years
The food carts of Portland were displaced after being there for 20+ years
Rapid Deactivation in Midtown within the Past Year
O’Bryant park closed down due to structural failure caused by the parking lot underneath O’Bryant park closed
down due to structural failure caused by the parking lot underneath
Rapid Dea
Service industry had to shut down operation due to COVID
past
The food carts of Portland were displaced after being there for 20+ years
past
the is i ove off sto lot
current
disturbance
disturbance
current
O’Bryant park closed down due to structural failure caused by the parking lot underneath
the south pa is activitaed running bus slower and s
past
homeless camps
street interface
homeless camps
street interface
the north part of M is inactive due to overwhelming am office buildings an storefronts and pa lots
current
disturbance
shopping
easy crossing
shopping
cafe
easy crossing
shopping homeless street building with low contrubtion in activating space camps interface
home cam
cafe
easy
cafe
streetscrossing with fast traffic
building with medium contrubtion in activating space
the south part of Midtown is activitaed by up and running bussinesses with slower and safer streets
streets with moderate traffic streets with slow traffic streets with fast traffic
buildingwith withlow highcontrubtion contrubtionininactivating activating space space building recently vacant & underutilized buildings
building with medium contrubtion in activating space
streets with moderate traffic
building with with highlow contrubtion space building contrubtionininactivating activating space
streets withtraffic slow traffic streets with fast
building with&medium contrubtion in activating space recently vacant underutilized buildings
streets with moderate traffic streets with slow traffic
building with high contrubtion in activating space
Site Option Within Midtown For Revitalization
recently vacant & underutilized buildings
Ankeny Square Current abandon park , high potential for reactivation.
NORTH PARK BLOCKS
ANKENY SQUARE
O’Bryant Square Current abandon park , due to structural failure in the park lots underneth the park it was forced to close down. Cannot be redesign before the structural issue have been fixed.
O’BRYANT SQUARE
BLOCK 216 (FOOD CART DISPLACED )
Block 216 Current under construction to be built into a hotel, before the construction this place was home to one of the larges food cart pod community in Portland OR. The lost of this foodcart pod furture contribute to the deactivation of south Midtown.
Green Loop route within Midtown Green Loop route into Midtown Previously the portland food cart area Vacant DIRECTOR PARK
Recently vacant due to Covid Multi Residential Housing Hotel Commercial Mixed Use School
SOUTH PARK BLOCK
Non-profit Park
0’
100’
200’
400’
600’
800’
Furniture Design
Food Cart Design Top View
Water Tank Exhaust Hood Side View
Awning
Front Serving Window
Fire Supression System
Power (50 AMP)
Propane
Back Door Tow Hitch
Side Serving Window
Double Axle Stabalizer
Greywater Tank / Grease tank
Front View
7’
16’
20’
Sidewalk
Mixed-use raised area
Car path
Bike path
Park path
Fire truck access
50’
20’
W Burnside St
SW Ankeny St
0’
10’
20’
40’
60’
100’
14’
6’
24’
Circuit Court Rooftop Garden
Compression U
Fall 2020, Independent Work Site: Chicago, Illinois, USA
Rooftop Entrance Building
Design Description
Creating a charming public space for pollinators to strive in has been the driving concept behind this proposal. This project addresses the micro-climate problems that Chicago, Illinois is currently facing through using the implications of rooftop gardens. The three main topics which this rooftop garden aims to address are: the Urban Heat Island effect, stormwater management, and supporting pollinators in Illinois.
Viewing Spot
Glass Barrier
3’ Width Path (typ)
Compression Unit
Rooftop Entrance Building
Pollina (7 Bee H
Study Area The Loop in Chicago was chosen as the study area as I was
Pollinator Area (7 Bee Hive Towers)
looking at the City Hall Rooftop Garden as a president. The green outline denotes the boundary of the study area as shown on the below.
Unit
ator Area Hive Towers)
Glass Barrier Small Gathering Area
20’
Viewing Spot
Large Gathering Area
50’
Viewing Spot
Met with all four criteria Met with three criteria Met with two criteria
Viewing Spot Building Height Map Value (Feet) High : 1438.09
BUILDING HEIGHT MAP
Low : 586.826
Hill Shade Esri, HERE, Garmin, (c) OpenStreetMap contributors, and the GIS user community
Value High : 254
HILL SHADE STUDY MAP
Low : 0
Esri, HERE, Garmin, (c) OpenStreetMap contributors, and the GIS user community
Building Rooftop Slope Value (Degree) 0 - 15 15 - 34
ROOFTOP SLOPE MAP
35 - 54 55 - 72 73 - 88
Esri, HERE, Garmin, (c) OpenStreetMap contributors, and the GIS user community
Solar Exposure Map Value High : 593427
ROOFTOP SOLAR RADIATION MAP
Low : 130.469
Sources: Esri, HERE, Garmin, USGS, Intermap, INCREMENT P, NRCan, Esri Japan, METI, Esri China (Hong Kong), Esri Korea, Esri (Thailand), NGCC, (c) OpenStreetMap contributors, and the GIS User Community
Legend
0
0.1
0.2
0.4
0.6
0.8 Miles
box
Esri, HERE, Garmin, (c) OpenStreetMap contributors, and the GIS user
¯
Lost Of Bee Colonies 2006-2019 Total Winter Bee Colonies Lost Acceptable Winter Bee Colonies Lost -50%
-40%
-30%
-20%
-10%
-0%
20062007
20072008
20082009
20092010
20102011
20112012
20122013
20132014
20142015
20152016
20162017
20172018
20182019
Bees Thrive in an Urban Environment National average bee lost
Urban bees have access to greater biodiversity, resulting in a more varied diet and stronger immune systems.
28.6% The bee lost percentage of 2018-2019
37.7%
In rural environments, modern monoculture farming exposes bees to less diverse plants types and more pesticides.
due a spike in winter bee lost cause by the Polar Vortex in 2019
Historical Floods & Heatwave In Chicago
1957- The Great Subway Flood
1961- Chicago Suburban Flood
Hurricane Carla swept across northern Illinois on Sept. 12 and 13, 1961, producing heavy rainfall and strong, gusty winds. The greatest rain total in Illinois, 8.18 inches, was recorded at Mount Carroll. Rainfall across the Chicago area from the 12th through the 14th: 4.46 inches at O’Hare and 5.21 inches at Midway.
1973- 1973 Chicago Flood
The area of Chicago experiance the wettest year on record, which failed the stromewater management system in rural areas.
The Great Chicago Flood
1995 Chicago Heatwave
The source of the flood was a deceptive whirlpool in the Chicago River at Kinzie Street that appeared sometime after 7 a.m. in the morning of April 13, 1992. It left water gushing like a racing rapid into the vast and antiquated web of freight tunnels that run under the Loop.
Around 600 people died in the mid July heat wave, making this the deadliest weather event in Chicago history. Humidity was extremely high with dew point temperatures in the upper 70s to lower 80s. The hottest day was July 13. The high of 104 at O’Hare (official Chicago observatory) was the second highest official temperature in Chicago.
1987- 1987 Chicago Flood
Flash flood hit the Chicago area cause by a record rainfall in a day.
1996- Aurora Flood
The rainstorm on July 17-18, 1996, produced several rainfall records and was the second most costly weather disaster in Illinois behind the 1993 flood. The 16.94 inches recorded at Aurora still stands as the statewide record for the most rain from a single 24-hour period. The 10.99 inches on the west side of the Chicago metro area was the most recorded in the Chicago urban area.
1987- Chicago Heatwave
There were 47 days with temperatures in the 90s and 7 days in the 100s, both records. Drought led to lower humidity and lower minimum temperatures than other hot summers. So, despite all the 90 and 100 days, 1988 ended up only the 10th warmest summer.
2008- Midwest Flood
The June 2008 Midwestern United States floods were flooding events which affected portions of the Midwestern United States. After months of heavy precipitation, a number of rivers overflowed their banks for several weeks at a time and broke through levees at numerous locations.
2012Riverwalk Flood
Detail Section Of Green Roofing 6” to 10”
Engineered Soil Filter Fabric Reservoir Layer Moisture Retention Layer
Thermal Insulation Drainage Layer Root Barrier Protection Course Waterproofing Membrane Structure Deck
Aeration Layer
Project Specific Plant Choice Criteria
Success Under Shallow Soil
Species Native To Illinois (Zone 6-7)
High Diversity Of Blooming Plants
Blooming Through Spring, Summer & Fall
Seasonal Bloom Timetable Drought Tolerant Plants
WINTER
Common Spiderwort
(TO)
Cream Wild Indigo
(BB)
Prairie Smoke
(GT)
Pale Penstemon
(PD)
Butterflyweed
(AT)
Purple Prairie Clover
(DP)
White Prairie Clover
(DC)
Rough Blazingstar
(LA)
Showy Glodenrod
(SSP)
Stiff Aster
(AL)
Junegrass
(KM)
Prairie Dropseed
(SH)
SPRING
SUMMER
FALL
Moisture Tolerant Plants Virginia Spiderwort
(TV)
Wild Larkspur
(DT)
Culver’s Root
(VV)
Purple Milkweed
(AP)
Savanna Blazingstar
(LS)
Purple Coneflower
(EPU)
Sky Blue Aster
(SNA)
Little Bluestem
(SS)
Tall Border Plant Foxglove Beardtougue
(PD)
Pale Purple Coneflower
(EPA)
Prairie Blazingstar
(LP)
Wild Bergamot
(MF)
New England Aster
(SNA)
Rattlesnake Master
(ZA)
Rosinweed
(SI)
Indiangrass
(SN) WINTER
SPRING
SUMMER
FALL
SHRUBS
CODE
BOTANICAL NAME
QTY
AP
Asclepias purpurascens
356
AT
Asclepias tuberosa
366
AL BB DC
Aster linariifolius Baptisia bracteata Dalea capitata
4,458
SN
DT
Dalea purpurea Delphinium tricorne
TO PP
MF
2,768
Echinacea pallida
258
EPU
Echinacea purpurea
2,072
GT
Geum triflorum
4,754
KM
Koeleria macrantha
890
Liatris aspera
KM
LS
Liatris pycnostachya Liatris scariosa nieuwlandii
AT GT
PD
Penstemon digitalis
266
DC
AL GT
GT
GT
Penstemon pallidus
1,244
SS
Schizachyrium scoparium
992
SI
Silphium integrifolium
214
SSP
Solidago speciosa
2,082
SN
Sorghastrum nutans
510
SH SNA TO
Sporobolus heterolepis Symphyotrichum novae-angliae
DC
Tradescantia ohiensis
1,404
TV
Tradescantia virginiana
DC
DC
DC
PD
Veronicastrum virginicum
208
ZA
Zizia aurea
86
SSP
KM
GT
AT
SS
SNA
BB
AL PD
AL
BB
GT
DC
SN AL
D
GT PD
LA
B PD
AL
DP
LA
GT EPA
AT GT
AP TV
SNA
EPU
DC AT
LA
GT
BB
SNA GT
GT BB SSP
SS
TV
DC
SS
DT
EPU SS
AT SI
SN
DT
BB TV
SSP
1,254
VV
DP
BB
TO TV
DC
BB
LA
DP
GT
DT
SS
BB
442 690
EPU
AP
DT
BB
AL
PP
GT GT
PD
DC
340 388
GT
DP
PD
786
Monarda fistulosa
SH
SSP
3,024
MF
DC
DC DP
SSP LP
DP AL
AT
3,565
EPA
LA
BB
KM
SH
DP
LA
SSP
TO
AL
LA
2,707
3,442
LA
TO
AL
SNA
SI
BB DP
LP
SI
PD TO
LA BB
GT AL
DC
SN
LP
SI
SN
LP
TO
C
EPU LA DT
PD
DP
DC
AP
SSP SNA
DT
DP
TV
BB GT
SNA
AL
DP
SHGT
SSP
PD
GT
AP
AL
SH
BB
SSP
GT
DP
BB DC
AL
GT
DP
SSGT
EPA
LA
TV
TO
AL
DC PD GT
SSP
KM
LA
PD AL
DC LA
LA
DP
SS
PD
DT
AL
ALDP
TO GT
BB KM
DC
GT
SNA MF
SS
SH
GT
GT GT
SH
SSP
AL TV SSP SSP AT
LA
GT
BBTO
SSP
GT
SSP BB
SI
EPU DT TV
BB
KM
SS AT
ALTO
B
DT
EPA
SSSS DC
SNA
DP VV PD
BB TV
A
DP
DP
AP
BB SNA
AL
SSP
EPU
TV
SNA
SSP
LA
SNA
BB
TV
VV
BB SSP
DT
SS
SSP
PP TV
LA
EPA AT DC DT GT
BB
KM
GT
EPU
DC
PD
TO
EPU
BB
AP S
SS
DC
DP SS
SS
SN DT
BB
DC
LA
DP SNA
DC
BB
AL
BB
GT BB
AT
EPA
DT
SH
BB
PD
DC
GT
AT
EPU
AP
DT
GT
PD
LA
DP
BB
BB
DT
AL
DP
SSP
LA
SH
DC
GT
C
BB
ALGT
BB
BB
LA
AL
PD
DT GT
LP
VV SSP LALeaving Bare Area SNA BB Of Soil S KM GT Many native bees nest in bare soil often at the DT GT base of their favorite AL PD DC plants. B DC AL PD GT EPUPD AL GT AT LA BB LA DP GT AP DC TO SNA AL PD DP EPU BB BB BB AL AL SSP AL DP GT DT SSP SH
SN
AT
DP
GT
TO
GT
AT
SH
BB TO GT
DC EPA
DTAL
SSP
BB
GT
DP
KM
DC
SN
LA
TV
DC
DP AL
DCSI
LA
PD GT
TV
BB
AT
VV
GT
PD
AT
PD GT
PD
SSP
EPU
SS
BB
KM
LA
TO
SSP
AL
DP
BB
SSP
EPA
DT
SS
DP
TO TO
MF GT BB EPA
TO
SSP
BB
SH
LP
SN
LP
AT
DP
BB
KM
NA
BB
GT
PD
PD
SNA
LA
TO
AL
AL
LA
SS
TO
AL
PP SSP
DT
MF
P
LP
SH
DP SSP
DC AL Species Cluster Plant Of The Same DP GT When DC the same flowers grown together, pollinators doesn’t have to travel GT as far GT between blossoms.
SNA
SNA
LP
DC
AT
SS
DT
SI
SI
DC
SNA
AL
SN
SH
PP
BB EPU
BB
EPU
SS
MF
SSP
KM
SH
BB
EPU
AL
GT
AT
DP
PP
VV
SNA
BB
LA
KM
SNA
SSP
AT
BB
T
VV
SSP
AL
PP
SS
SS
DT
MF
SN
EPA
PP
Planting Design Strategies TO
SI
LP
MF
KM
SNA
SI
SNA
AL
BB
SNA DT SSP EPU LA BB TV AT SNA
AT
TV DC GT
TV
DT
AL
EPUG SS GT
Potter Park
Pp
9 3/4" 2"
6" X 1" THK ROUGH SWAN SPRUCE STAINED WITH "SANDSTONE" SOLID WOOD STAIN BY CLOVERDALE PAINTS.
5 1/2"
1'-6 1/2"
5'-5 1/2"
2" X 9" WOOD CAP.MAHOGAY HARD WOOD BASE WITHSTANDS EXTREME WEATHER
1'-10 1/2"
5'5" X 5.5" IPE AND JARRAH BROWN PAINTED WOOD RECYCLED PLASTIC PROFILED SLATS. NO. D748,422. CAST ALUMINUM PARTS COME IN EITHER A POWDERCOATED OR ANODIZE FINISH.
PRODUCED BY AN AUTODESK STUDENT VERSION
6"
4" X 6" PT.SPRUCE POST
Spring 2020, Academic Technical Drawing Work Team: Su Li, Sophia Lui Instructor: Brad Stangeland Site: Lebanon, Oregon, USA
1'-10 1/2"
2"
2 1/4" MERCURY COLOR ALUMINUM TUBE
1 1/2"
2" X 6" S4S SPRUCE (TYPICAL)
1'-8 1/4"
5'-5 1/2"
4" X 6" PT.SPRUCE POST
4" X 6" PT. SPRUCE POST
6" X 1" THK ROUGH SWAN SPRUCE STAINED WITH "SANDSTONE" SOLID WOOD STAIN BY CLOVERDALE PAINTS. 2"
2'-0"
1'-8"
2 1/4"
6"
4"
By Francisco Gomez Paz.
(My team and I developed a complete set1"=1' of SCALE: construction drawings, 100% of the sheets shown is drawn by myself) 2"
PORTER PARK
5'5" X 5.5" IPE AND JARRAH BROWN PAINTED WOOD RECYCLED PLASTIC PROFILED SLATS. NO. D748,422. CAST ALUMINUM PARTS COME IN EITHER A POWDERCOATED OR ANODIZE FINISH.
2 1/4" ALUMINUM SUPPORT
2 1/4" ALUMINUM TUBE
SECTION OF FENCE
4" X 6" PT.SPRUCE POST
2" X 9" WOOD CAP. MAHOGAY HARD WOOD BASE WITHSTANDS EXTREME WEATHER
2" X 6" S4S SPRUCE
6" X 1" THK ROUGH SWAN SPRUCE STAINED WITH "SANDSTONE" SOLID WOOD STAIN BY CLOVERDALE PAINTS.
4 1/2"
PRODUCED BY AN AUTODESK STUDENT VERSION
PLAN VIEW OF FENCE ON THE CURVING EDGE
WOOD BENCH WITHOUT BACKREST
4
2 1/4" ALUMINUM TUBE
Design Description
A complete set of construction drawings for a mid scale urban farm park in Lebanon, Oregon. While the schematic design was provided by Stangeland and Associates, we as a team were able to establish unique detail and design elements within the provided guidelines. This project emphasizes the quality community based engagement and constructibility, aiming to be a space of labor and love within the community. 10"
6'-0"
3"
4"
6"
By Francisco Gomez Paz.
2'-0"
" X 6" S4S SPRUCE
2 1/4"
6" X 1" FENCE BOARDS TO BE CLOSE NAILED. SPACE DIA. OF ONE NAIL.
W STR 5" NAIL WITH TOE-SCREW TO CONNECT FENCE BOARDS
2" X 6" S4S SPRUCE
BENCHES ARE AVAILABLE AS FREESTANDING, SURFACE MOUNT, OR EMBEDDED.
SCALE: 1"=1'
WOOD FENCE
6
PRODUCED BY AN AUTODESK STUDENT VERSION
（359.79）
359.79
S
S
PRODUCED BY AN AUTODESK STUDENT VERSION
359.65
359.39
359.07
S
S
S
S
S
S
S
359.44
S
S
S
S
P
S
359.32
359.9
EXISTING SPOT ELEVATION PROPOSED SPOT ELEVATION
MIN. SLOPE ON PAVING SURFACE 3/16 PER FOOT, OR 1.5%.
S
S
S
S
S
358.95
DATUM
DIRECTION OF SLOPE PLANES -
359.79
S
S
S
369.65
S
(47.84) 51.85
S
S
359.47
SCALE: 1"=1'
GRADING PLAN LEGEND
（359.47）
PERFORATED DRAIN LINE - LOCATE 4" PERFORATED PIPE IN 12"X12"
NON ANGULAR GRAVEL SURROUNDED BY FABRIC SEPARATOR. LOCATE BEHIND WALLS PER DETAIL (SHEET L8), AND CONNECT TO 4" SOLID DRAIN LINE. BEST PIPE ROUTE TO BE RESOLVED ON SITE.
4" SOLID SCHEDULE 40 PVC DRAINLINE
LOCATE IN APPROPRIATE LOCATIONS, TO BE DETERMINED ON SITE. LOCATE AT MIN. DEPTH OF 6" BELOW FINISH GRADE OF CONCRETE TO ENSURE ADEQUATE MINIMUM COVERAGE AND PIPE SLOPE.
S DIRECTION OF SLOPE PLANES -
S
MIN. SLOPE ON PAVING SURFACE 3/16 PER FOOT, OR 1.5%.
S
360.09 S
S
6" NDS SATIN BRASS GRATE (ROUND 918B IN CONCRETE, SQUARE # 921B IN PAVERS) W/ SPEE-D BASIN ASSEMBLY. SEE GRADING PLAN FOR RIM ELEVATIONS. DRAIN LINE TO TIE INTO ADJACENT LINES AND DRAIN TO APPROVED LOCATION, TBD. SEE DETAIL 7, TYPICAL RESIDENTIAL DETAILS SHEET 1.
360.05
360.1
L
STANGELAND & ASSOC. INC., LANDSCAPE ARCHITECTS EXPRESSLY RESERVES ITS COMMON LAW COPYRIGHT AND OTHER PROPERTY RIGHTS IN THESE PLANS. THESE PLANS ARE NOT TO BE REPRODUCED, CHANGED, OR COPIED IN ANY FORM OR MANNER WHATSOEVER, NOR ARE THEY TO BE ASSIGNED TO A THIRD PARTY WITHOUT FIRST OBTAINING THE WRITTEN PERMISSION AND CONSENT OF STANGELAND & ASSOC. INC., LANDSCAPE ARCHITECTS. IN THE EVENT OF
WOOD BENCH WITH BACKREST
5
date 6/ SL d.b. dwg. rev.
ELEVATION OF FENCE
S
S
S S
S
S
S
S
360.7
359.31
360.06
359.21 LP
360.08
359.59
S
358.75
GRADING PLAN NOTES
S
359.34
S
1. VERIFY LOCATION OF EXISTING UNDERGROUND UTILITIES PRIOR TO EXECUTION OF WORK. REPAIR ANY DAMAGE TO EXISTING UTILITIES, PIPES, OR RELATED FACILITIES AT CONTRACTORS EXPENSE AND IN A MANNER APPROVED BY LANDSCAPE ARCHITECT.
S S
S S
360.1 S
S
S
S
2. THIS SHEET SHOWS ALL VERTICAL LAYOUT. FOR HORIZONTAL LAYOUT REFER TO SHEET L2 LAYOUT PLAN.
S
S
S
3. LANDSCAPE ARCHITECT SHALL BE NOTIFIED OF ANY DISCREPANCIES IN GRADING PRIOR TO EXECUTION OF WORK.
S
S
4. LANDSCAPE ARCHITECT SHALL BE NOTIFIED 48 HOURS IN ADVANCE OF ALL SITE OBSERVATIONS. 5. STAIR RISER HEIGHT VARIES 6"-7". TREAD LENGTH 14"TYP.
S
S
S
6. NO SLOPES IN PLANT BEDS SHALL EXCEED A 3:1 RATIO.
S
S
PRODUCED BY AN AUTODESK STUDENT VERSION
S
S
360.02
S
HP
S
S
S
GRADING CONVERSION CHARTS
358.23 S
S
DECIMAL VALUE
HP
358.49 S
S
S
S
358.49 S
S
S
S
359.24
S
S
S
S
S
S
S
S
S
S
S
S
S
358.84
S
S
S
S
S
S
（359.19）
S
HP 359.19
S
358.79
S
S
S
S
（359.24）
INCHES
.08
1
.16
2
.25
3
.33
4
.42
5
.50
6
.58
7
0.5%
1/16"
.66
8
1.0%
1/8"
.75
9
1.5%
3/16"
.83
10
2.0%
1/4"
.92
11
2.5%
5/16"
1.00
12
3.0%
3/8"
SLOPE IN %
DROP PER F00T
CLIENT NAME
S
358.49
S
S
HP
PORTER PARK
S
LP
359.09
LIGHTING PLAN LEGEND OUTLET FOR TRANSFORMER POWER SOURCE - SPECIFY WATERPROOF FOR EXTERIOR LOCATIONS. VERIFY POWER SOURCE, MIN. VOLTS @ OUTLET = 120 VOLTS. CHECK VOLTAGE ON TRANSFORMER SIDE TO BE 12.0 VOLTS.
1
8
4
LIGHTING TRANSFORMER - WITH NUMBER UNIQUE 1120SS-TPC STAINLESS STEEL, MULTI-TAP, TIMER & PHOTOCELL 20
2
(E) SLEEVING- EXISITNG SLEEVING IN PLACE, AS SHOWN ON PLAN.
5
ELECTRICAL WIRE - LOW VOLTAGE WIRE. 12-2, 10-2, 8-2 ETC.
11
LOCATE AS SHOWN ON PLAN WIRING HUB - WITH CIRCUIT NUMBER LOCATE WIRE JUNCTION CONNECTIONS INSIDE UTILITY VAULT (CARSON OR APPROVED). USE ACE CONNECTORS FOR ALL WIRE UNIONS AND JUNCTIONS.
3
6
9
(X) UP LIGHT - ALLIANCE OUTDOOR LIGHTING BL110 (4W) BRONZE FINISH. DIRECT TOWARD TREES.
21
(X) PATH LIGHT -
STANGELAND & ASSOC. INC., LANDSCAPE ARCHITECTS EXPRESSLY RESERVES ITS COMMON LAW COPYRIGHT AND OTHER PROPERTY RIGHTS IN THESE PLANS. THESE PLANS ARE NOT TO BE REPRODUCED, CHANGED, OR COPIED IN ANY FORM OR MANNER WHATSOEVER, NOR ARE THEY TO BE ASSIGNED TO A
PRODUCED BY AN AUTODESK STUDENT VERSION
RUSSELL DRIVE
ALLIANCE OUTDOOR LIGHTING AL100 (2.5W)
12
7
(X) AREA LIGHT - FX LUMINAIRE RW (2.5W)
PO
WILLOW STREET
ER RT
10 18
19
VOLTAGE DROP CALCULATIONS
E RE ST
13 22
CIRCUIT (1-10): .000233 x 10-12.5W x 73-146FT = .17-.425 (USING 4-5 WIRE) CIRCUIT (11-20):.000233 x 8-12.5W x 10-110FT = .0186-.20 (USING 4-5 WIRE)
T
17
CIRCUIT (21-30):.000233 x 8-12.5W x 65-118FT = .121-.343 (USING 4-5 WIRE)
23
CIRCUIT (31-40):.000233 x 8-12.5W x 65-160FT = .121-.466 (USING 4-5 WIRE)
14
CIRCUIT (41-47):.000233 x 8-12.5W x 105-185FT = .195-.539 (USING 4-5 WIRE)
15
24
16
PRODUCED BY AN AUTODESK STUDENT VERSION
30
CIRCUIT #: R x W x L = VOLTAGE DROP
39 29 32
LIGHTING NOTES
34
1. LANDSCAPE CONTRACTOR SHALL BE RESPONSIBLE FOR THE LAYOUT & DESIGN OF LOW-VOLTAGE LIGHTING WIRE RUNS.
36
33
35
2. ALL WIRE RUNS TO USE THE "HUB" METHOD AND VOLTAGE DROP AT FIXTURES MUST FALL WITHIN THE ACCEPTABLE PARAMETERS OF THE INDUSTRY STANDARD.
38
40
47
42
3. LIGHT FIXTURES THAT PROVIDE LESS THAN THE IDEAL OUTPUT AS PER INDUSTRY STANDARD WILL BE DEEMED UNACCEPTABLE AND MUST BE RE-WIRED OR ADJUSTED AT THE MULTI-TAP TRANSFORMER.
45 46
44
43 41
TAYLOR STREET
PRODUCED BY AN AUTODESK STUDENT VERSION
RUSSELL DRIVE
C
IRRIGATION LEGEND
IRRIGATION_ SCHEDULE SYMBOL
XX
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
MANUFACTURER/MODEL/DESCRIPTION
Q
T
H
F
Q
T
H
F
HB
HB HB Q
10
T
H
12
12
12
12
12
08HE-VAN
12HE-VAN
10HE-VAN
12
12
8 Q
12
12
12
Q
12 10
T
H
HB HB
10 10
12
12
HB
12
10
12
12
12
12
Q
T
H
TQ
F
8
10
15
15
15
15
15
Q
T
H
TQ
F
10
10
10 10
10 10
8
HB
4 6 18 4V 6V 18V
10
10 10
10
8
8
PO
15 15 10
6
10
10
6
HB HB
15 4
4
10
8
10
10
10
8
10
10
10
8
10
8
6
6
10
10
12
XX
ET
10
C
RE
HB
10
HB
ST
15
8 08HE-VAN 12 12HE-VAN 10 10HE-VAN 15 15HE-VAN
SYMBOL
ER
WILLOW STREET
10
RT
6
12
15 HB
10
#
12
10
12
HB
8 10
10 HB
PRODUCED BY AN AUTODESK STUDENT VERSION
10 4
4
30
82
30
Rain Bird RD-12-S-P30-F 8 Series MPR Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
26
30
Rain Bird RD-12-S-P30-F 10 Series MPR Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
50
30
Rain Bird RD-12-S-P30-F 12 Series MPR Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
23
30
Rain Bird RD-12-S-P30-F 15 Series MPR Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
46
30
Rain Bird RD-12-S-P30-F ADJ Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
41
30
Rain Bird RD-12-S-P30-F HE-VAN Series Shrub Spray, 12.0" Pop-Up, with 30 psi in-stem pressure regulation, Seal-A-Matic check valve, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
199
30
MANUFACTURER/MODEL/DESCRIPTION
QTY 38
Rain Bird ESP8LXME with (03) ESPLXMSM12 44 Station Commercial Controller. Mounted on a Plastic Wall Mount. Without flow sensing.
1
Rain Bird WR2-RC Wireless Rain Sensor Combo, includes 1 receiver and 1 rain sensor transmitter.
1
Irrigation Lateral Line: PVC Schedule 40
4,408 l.f.
Irrigation Mainline: PVC Schedule 40
1,458 l.f.
#
12
10
10
10
10
10
4
12
HB
HB 4
4
L6
Valve Flow
4
4
16
Valve Number
10 10
12
12
10
VALVE SCHEDULE
8
12
12
8
Matco-Norca 203IF 3/4" Brass Inverted Nose Garden Valve Hose Bibb. Female Inlet. Same size as mainline pipe.
8
PIPE SIZE CHART
10
10 4
4
HB
10
10
12
4
4
SCALE : 1" 0
Valve Size
12
4
4
4
date 5/31 SL,LS d.b. dwg. rev.
10
10
4
LIGHT
10
4
15
15
30
60
Rain Bird RD-04-P30-F HE-VAN Series Turf Spray, 4.0" Pop-Up, with 30 psi in-stem pressure regulation, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
8 4
10
10
8
15
3
Rain Bird RD-04-P30-F ADJ Turf Spray, 4.0" Pop-Up, with 30 psi in-stem pressure regulation, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
10
8
10
8
#"
8
10
10 10 15
15
Rain Bird RD-04-P30-F 15 Series MPR Turf Spray, 4.0" Pop-Up, with 30 psi in-stem pressure regulation, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
Valve Callout
10
10
15
30
12
8
10
8
8
4
HB
6
8
4
8
12 6
8
10
12
HB
10
12
12
10 12
4
10
HB
8
10
10
HB
8
10 8
4
15
12
8
12
12
8 12
HB
8
12
10
10 4
15
8
10
10
8 6
4
4
HB 4
12
10
12
8
4
HB
8
8
4
HEAD SCHEDULE
HB
8
8
12
8
6
8
4
HB
HB
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
HB
12
HB
HB HB
HB
15
15
15
15
15
15
15
15
15
PORTER PARK
15
HB
15
30
127
10
10
15
12
10
10
10
10
15
F
8
8
15
15
8 F
10 10 10 10
12
12
8 H
12
10
12
15
15
15HE-VAN
8 T
12
10 10
15
PSI
3
Rain Bird RD-04-P30-F 10 Series MPR Turf Spray, 4.0" Pop-Up, with 30 psi in-stem pressure regulation, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
12
PRODUCED BY AN AUTODESK STUDENT VERSION
10
10
F
HB
12
12
12
12
TQ
6V 18V
4V
8 8
QTY
Rain Bird RD-04-P30-F 8 Series MPR Turf Spray, 4.0" Pop-Up, with 30 psi in-stem pressure regulation, and Flow-Shield Technology. 1/2" NPT female threaded inlet.
10
10
10
10
10
TECH STUDIO
NOTE: LAYOUT OF LIGHTS AND HUBS INTENDED TO KEEP VOLTAGE DROP TO 1.00 VOLT OR LESS. CHANGES TO LAYOUT SHOULD REFLECT THIS GOAL. ALL LIGHTS TO BE PROVIDED WITH A RANGE OF 10.8V TO 12V.
37
28
27 31
STANGELAND & ASSOC. INC., LANDSCAPE ARCHITECTS EXPRESSLY RESERVES ITS COMMON LAW COPYRIGHT AND OTHER PROPERTY RIGHTS IN THESE PLANS. THESE PLANS ARE NOT TO BE REPRODUCED, CHANGED, OR COPIED IN ANY FORM OR MANNER WHATSOEVER, NOR ARE THEY TO BE ASSIGNED TO A
26
PORTER PARK
R = RESISTANCE IN 12-2 WIRE (OREGON STANDARD) X .67 RESISTANCE FOR 10-2 WIRE X .39 RESISTANCE FOR 8-2 WIRE W = TOTAL WATTAGE ON CIRCUIT L = LENGTH OF RUN TO HUB OR FIRST LIGHT
25
TAYLOR STREET
NOTES 1.
SURVEY INFORMATION SUPPLIED 975 LINCOLN STREET EUGENE, OREGON 97440 PH. (541) 686-8478
2.
NOTIFY LANDSCAPE ARCHITECT OF ANY DISCREPANCIES IN THE LAYOUT OF WORK PRIOR TO EXECUTION OF THE WORK.
3.
LANDSCAPE ARCHITECT WILL BE NOTIFIED 48 HOURS IN ADVANCE OF ALL SITE INSPECTIONS.
4.
IRRIGATION LAYOUT IS SCHEMATIC. ADJUST ROUTING OF IRRIGATION LINES AND HEADS AS NECESSARY TO AVOID EXISTING UTILITIES OR CUTTING TREE ROOTS.
5.
VERIFY LOCATION OF EXISTING UTILITIES PRIOR TO EXCAVATION. DAMAGE TO EXISTING UTILITIES WILL BE REPAIRED BY CONTRACTOR.
6.
PROTECT TRUNKS, LIMBS AND ROOTS OF EXISTING TREES FROM ABRASION AND COMPACTION. CUT NO ROOTS OVER 3" IN DIAMETER WITHOUT APPROVAL BY LANDSCAPE ARCHITECT.
7.
SIZE IRRIGATION PIPE ACCORDING TO PIPE SIZE CHART.
8.
VERIFY LOCATION & SIZE OF EXISTING WATER METER AND MINIMUM STATIC WATER PRESSURE OF 83 P.S.I AND MINIMUM FLOW OF 1300 G.P.M. AT POINT OF CONNECTION AND IRRIGATION MAINLINE STUB-OUT. INFORM LANDSCAPE ARCHITECT OF PRESSURE AND FLOWS LESS THAN THOSE STATED.
9.
INSTALL SPRAY HEADS 6" FROM ADJACENT BUILDINGS AND WALLS OR WITHIN 3" OF ADJACENT PAVEMENT AND CURBS.
IRRIGATION SYSTEM 11. IRRIGATION SLEEVES TO BE SCHEDULE 40 P.V.C.. 12. IRRIGATION SLEEVE SIZES ARE AS INDICATED ON DRAWING. 13. IRRIGATION SLEEVE LAYOUT IS SCHEMATIC. VERIFY LOCATIONS AND NOTIFY LANDSCAPE ARCHITECT OF ANY DISCREPANCIES PRIOR TO INSTALLATION OF IRRIGATION SYSTEM.
IRRIGATION SYSTEM TO BE INSTALLED IN ALL LAWN AND PLANT BED AREAS IRRIGATION SYSTEM TO BE AUTOMATIC ELECTRIC SOLENOID CONTROLLED UNDERGROUND SPRINKLER SYSTEM WITH PVC PIPE AND FITTINGS, BACKFLOW PREVENTION DEVICE, AUTOMATIC CONTROLLER (IRRITROL, RAINBIRD OR APPROVED), ELECTRIC REMOTE CONTROL VALVES (RAINBIRD PEB-PRS SERIES OR APPROVED), WITH POP-UP SPRAY SPRINKLERS (RAINBIRD 1800 SAM-PRS SERIES OR APPROVED). ALL VALVES TO BE LOCATED IN UNDERGROUND VALVE BOX (CARSON OR APPROVED). AUTOMATIC CONTROLLER TO BE LOCATED IN WEATHER PROOF LOCATION.
IRRIGA
date 5/31 d.b. SL,LS dwg. rev.
SCALE : 1" 0
8
16
L4
10. IRRIGATION SLEEVES SHOWN ON DRAWING ARE TO BE INSTALLED AS FOLLOWS: * SLEEVES EXTEND 8" BEYOND ADJACENT PAVEMENT OR INSIDE FACE OF CURB. * OPEN ENDS ARE TO BE COVERED WITH DUCT TAPE * WOOD LOCATION STAKES (2 X 2 RED TOP) ARE TO BE PLACED AT ALL SLEEVE LOCATIONS AT FACE OF WALKS AND CURBS.
PRODUCED BY AN AUTODESK STUDENT VERSION
Room of introduction
Field study Drawing Of Main Street Disneyland
Path of buildup
Summer 2019, Independent Work Site: Anaheim, California, USA The reveal Choosing your adventure Main street is a transition room (stage) that prepares it's audience to immerse into their fairy tale world
This is a self started field study of Main Street Disneyland, to understand immersive theatrical pseudo public spaces. Main Street USA, Disneyland is an in transition space before you go into what is “known“ as Disneyland, it is the use of urban design to prepare the audience to be let into a fairy tale. A theatrical Mall design to look & feel like a public space.
Pictures, light sketch and notes taken in Disneyland on Aug 28 2019. hand Drawn digitally and edited on InDesign Oct 06 2020.
FRONT VIEW
The Joint Hoop is a two-part modular outdoor furniture for the “Design Competition Urban Chair: Rethinking Street Furniture” competition. It is designed to support social interaction, with the intention of acting as public art and bringing sculptural value. The Joint Hoop is designed to be customizable for vastly different social urban spaces; its flexibility allows it to be used for various activities. Social interaction can only occur when one is comfortable and active. The Joint Hoop is hollow and constructed with a plastic shell to be both lightweight and waterproof. I alway thought in order to trigger social interaction I needed to be comfortable and active, I then designed an outdoor furniture that enables you to actively shape comfort.
SECTION VIEW
3’ 4”
6”
3’ 10”
2” 2’ 2” 8”
7’ 6” 1’ 6” 2” 3”
8”
3”
2”
3”
3” 1’ 6”
6”
2”
2’ 6”
4’
2”
1’ 6”
6”
1’
2’
3'
Joint mechanism shelter
seat & table
seating
gathering
5’
Email:
wenpoh@uoregon.edu paulhsu101062@gmail.com hsuwenpo@outlook.com