Garvey
CHASE CONK
LANDSCAPE ARCHITECTURE PORTFOLIO
CHASE CONK Landscape Designer (760) 828-8780 chaseconk90@gmail.com issuu.com/chaseconk
TABLE OF CONTENTS +DENCITY - TORONTO, ON, CANADA
2
URBAN
+ECOLOGY OF ACCRETION - RIO HONDO, EL MONTE, CA
12
CIVIC
+SUBURBAN VISION - RIVERSIDE, CA
20
RESIDENTIAL
+INTERNSHIP - C2 COLLABORATIVE
30
APPLICATION
1
urban planning
DENCITY
A TAKE ON PLANNING THE FUTURE OF CITIES
WOODBINE RACETRACK. TORONTO, ON winter 2017 // in collaboration with SWA TEAM Aldo Barajas, Brianne Moreno, Alexa Miranda dense // the degree of compactedness of a substance dense + city // city of the future Inefficient systems, population growth, and advancements in technology, have created a world that is constantly under going extreme change. With changes in our urban landscapes so rapid and drastic, comes the need to take new approaches towards design that analyze trends and address the future of the modern city 20-100 years down the road. Taking advantage of the largest individually owned tract of undeveloped land in Toronto, the project DENCITY aims to lay the foundation for a city of the future. This is accomplished by addressing regional and global trends/ patterns to develop an urban fabric that is site specific, generative, and flexible. The result is an urban landscape that focuses on density as a typology to generate form in a city based on efficiency, intensity, and experience. Consisting of dense districts, interwoven with vast open space, DENCITY provides this region of Toronto with a model of a sustainable mixed use urban site. High density complemented by large open space enables the site to operate effectively through flexible programming and dynamic infrastructure. This will promote a sustainable city for the future of the Toronto region.
2
goals: a local city, an efficient city, a walkable city
DENSITY IN THE GREATER TORONTO AREA
AIRPORT
LAKE ONTARIO
The GTA is a mix of downtown districts amidst vast urban sprawl. Toronto’s urban sprawl extends outward to the green belt that surrounds the region. The green belt stands as the cut off for future expansion. Any future development in the GTA must come in the form of urban infill and vertical development. This has been a common trend in Toronto, transforming the city into a dense metropolis with high rise development springing up rapidly. The Woodbine site is poised to fill a large gap that exists in regional density.
BRAMPTON SITE: WOODBINE
MISSISSAGUA TORONTO SCARBOROUGH MARKHAM YORK VAUGHAN
2
4
8
Miles
N 3
CAPACITY // SITE COMPARISON
DOWNTOWN TORONTO High Density Mixed Use Space
640 Acres
SITE: WOODBINE Low Density Single Use Space
684 Acres
WOODBINE: SITE INVENTORY primary entry woodbine stand/casino paddocks tracks water retention basin
walking ring open space/trail network
airport flyover
4
STRATEGY // URBAN FABRIC
175 Acres
AREA OF FOCUS
RACETRACK
50 m
CAPACITY POTENTIAL
50 m
vertical expansion, density no horizontal expansion in GTA
PRIMARY SITE CONNECTIONS establish major streets, use track as destination
SECONDARY SITE CONNECTIONS establish minor streets and parcels
5
STRATEGY // URBAN FABRIC
DISTRICTS dense cores buildup of density at track
DEFINING THE GRAIN
density through grain mass vs void streets/alleys/plazas
OPEN SPACE CONNECTIONS green links green infrastructure open space vs built environment
EXISTING STREET GRID
6
PROPOSED STREET GRID
DENCITY SITE PLAN HWY 27
FWY
LVD
427
ALE B REXD
REXD ALE B
LVD
27
427
HWY
FWY 30
60
120
N
meters
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
racetrack woodbine stand/casino mixed use district academic core oďŹƒce core retail core hotel casino additions transit center housing/top floors open space humber river retention basin green belt adjacent existing housing/retail adjacent parcels/not a part
12 13
14
4
3
16 11
7
6 10
9
11
5
5 11
13
15
15
3
15
8
3 2
7 1
16
14
7
FIGURE GROUND
racetrack 30 60 120 meters
PROGRAM hotel / casino academic oďŹƒce housing retail / commercial transit
ne
ian zo
p:
uildu
ity b dens
8
str pede e v i t ac
OPEN SPACE STRATEGY
DENSITY TYPOLOGIES mounds
forest
OPEN SPACE SITE PLAN
links
ravine
DENSITY THROUGH OPEN SPACE
N
meters
9
PROGRAMMING
TOPOGRAPHY STRATEGY
meadow/gathering
water/seasonal
view deck/plaza "
"
promenade/street
forest/adventure ravine/drainage
N
10
SECTION A-A
OPEN SPACE VISION
SEASONAL
5
10
20 meters
11
civic scale
ECOLOGY OF ACCRETION
REDISCOVERING FORGOTTEN SPACE
RIO HONDO. EL MONTE, CA spring 2015 TEAM Ernesto Esquer, Timothy Tay Under utilized spaces are a common happening in our current urban environment. Often times slivers or irregular shaped pieces of land remain following the establishment of the grid which systematically divides up the land. This is the case along the Rio Hondo River in El Monte along Rosemead Blvd and Garvey Ave. The site is at a crossroads of connection between urban and natural features resulting in a space that is primed for intervention. Site specific elements generate form based on accumulation and ideas focused on creating a local vibe through landscape elements that reflect the regional character. The promotion of native habitat is crucial to this concept as we expect the site to grow to accomodate many species through the site’s alignment along the Rio Hondo River. The site will contribute to the repair of the river system by working with the natural processes to create a new link among the urban environment.
system linkages // ecology and narrative structures // accretion, swallow
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13
SAN GABRIEL MOUNTAINS
SITE ANALYSIS SAN GABRIEL RIVER MINING
ARCADIA
TEMPLE CITY
ROSEMEAD
EL MONTE
SOUTH EL MONTE
SYSTEM LINKAGES WHITTIER NARROWS
SAN GABRIEL MOUNTAINS
SITE
ROSEME
AD
RIO HONDO
14
GARVEY
narrative structures
WHITTIER NARROWS
COASTAL SAGE SCRUB
Baccharis salicifolia // Mule Fat Platanus racemosa // Sycamore Encelia californica // Coastal Sunnower Salvia apiana // White Sage Eriogonum fasciculatum // Buckwheat Artemesia californica // Sagebrush Salvia mellifera // Black Sage Rhus integrifolia / Lemonade Berry
20’
40’
80’ 15
BUILT FRAME SYSTEMS
system linkages // rivers, crossings narrative structures // accretion, occupation
16
system linkages // water, pollution narrative structures // accretion, trash
TYPOLOGY STUDIES Use rules to generate form founded on site characteristics and systems specific to this portion of the Rio Hondo watershed.
Site strategy 17
SITE PLAN A B
site perfromace
C
RI
ead
sem
Ro d Blv
C
B
A
10’
60’
15’ 20’
60’
18
O
ND
O OH
VISION
Roseme
ad Blvd
60’
19
residential scale
SUBURBAN VISION
RE-ENVISIONING THE POTENTIAL OF RESIDENTIAL LANDSCAPES
UC RIVERSIDE CHANCELLOR’S RESIDENCE, RIVERSIDE, CA winter 2016 // in collaboration with EPT TEAM Adrian Arevalo, Aldo Barajas, Chris Gutierrez, Amanda Florez Southern California is a landscape dominated by urban sprawl and lawn dotted residences. With drought and water shortages occurring in recent years, sustainability is at the forefront in rethinking how we use the landscape surrounding our homes. The reality has set in that we live in a desert, and that water is our most precious resource, providing us as landscape architects with an opportunity to rethink how we approach our urban sprawl and lawn addiction.This project looks to transform the UC Riverside chancellor’s residence into a model of a sustainable residential landscape that can be applied throughout southern California on a massive scale. This sustainable residential landscape focuses on eco-logic design as the foundation for the remodel. This requires meeting the needs of the residents (increased entertainment space), while working with the natural systems in place to promote their ability to continually function. The system focus of this project is concentrated on water infrastructure and plant communities as a means of achieving a sustainable residence. 20
Fontana Rattlesnake Mountain
Rialto
Bloomington
Santa Ana River potential impact
urban sprawl
RIVERSIDE _ 100,000 HOMES UC RIVERSIDE
1.2 ACRES
+ UC RIVERSIDE CHANCELLOR’S RESIDENCE, RIVERSIDE, CA
21
CULTURE // LANDSCAPE SHIFT Riverside
CULTURE // LANDSCAPE SHIFT
NATIVES AMERICANS
MEXIC
spanish settlers/missions
native americans
ranchos SPANISH SETTLERSmexican / MISSIONS Moderate Impact Cleared Land for Ag
Low Impact Worked with Land Low Water Use
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Using Lands Readil Available Resource
AMERICAN AGRICULTURE
CAN RANCHOS
ly es
american agriculture
SUBURBIA / AMERICAN FAMILY
SUBURBIA / AMERICANFAMILY
Mod- High Impact Monoculture of Ag Using Lands Resources Regularly Altering Regional Systems and Fluctuations
High Impact Suburban and Urban Development Using Lands Resources Heavily Highly Altered Regional Systems
23
SAN BERNARDINO MOUNTAINS
RSI DE CA RIV E
GAGE CA
NAL
SAN
TA A
NA
RIV ER
NAL
SITE ANALYSIS
UCR
100,000 HOMES IN RIVERSIDE POTENTIALLY COLLECT AND INFILTRATE 6 BILLION GALLONS OF WATER A YEAR
WOODCREST
24
CONTEXT // SITE
UCR CHANCELLOR’S RESIDENCE TECHNOSPHERE ECOSPHERE
SUPPORT HUMAN CIVILIZATION
LIFE SUPPORT FOR THE PLANET
ECO-LOGIC DESIGN
25
SITE PLAN
5’ 10’
MATERIALS
20’
MATERIALS
CONSISTENT
FLUCTUATING
California Palette
Riverside Palette
Merging Palette 26
N
SECTION A-A
8’
16’
VISION
27
PLANTING PALETTE MERGING PALETTE CALIFORNIA PALETTE RIVERSIDE PALETTE Cercis occidentalis Salvia apiana Encelia californica Aslepias speciosa Ribes spp. Quercus agrifolia Prunus ilicifolia Arctostaphylos glauca Ceanothus spp. Salvia clevelandii Muhlenbergia rigens
TOPOGRAPHY STRATEGY
28
Acacia greggii Chilopsis linearis Parkinsonia x Desert Museum Agave shawii Dudleya pulverulenta
SITE INFRASTRUCTURE // WATER CURB CUTS
ROOF 5,000 SQ. FEET
- Capture Runoff - Reduce Pollution
- Avg Year of Rain 10.3 inches - Potential Capture Quantity 32,000 gallons
BIO-SWALE - Retains all water that falls on site - Allows for infiltration and capture - Creates habitat
RAIN GUTTERS W/ DRAINPIPE - Collect water at roof edge - Funnels water through pipes to collection point
UCR ORCHARDS
RAVINE
WATKINS DRIVE
Dimensions: 10’ H x 30’ L 30,000 Gallon Storage Capacity
SITE CAPACITY
CISTERN (2)
SITE CAPACITY: WATER MODERATE WATER
BIOSWALE
BIOSWALE
Carex pansa//Carex spissa//Nassela spp.
HIGH WATER
LOW WATER
Juncus pallidus//Juncus effusus Baccharis pilularis//Muhlenbergia spp.
CURB CUTS
Allows for greater water capture Elimates runoff pollutants
BARRIERS- Create pooling and slow down water Allows for groundwater infiltration
PHYTOREMEDIATION
Plants filter water through roots, creating cleaner water
GROUNDWATER INFILTRATION Recharges aquifers
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landscape architecture
INTERNSHIP C2 COLLABORATIVE, SAN CLEMENTE, CA summer 2014, 2015, 2016 I gained experience in a landscape architecture ďŹ rm as an intern with C2 Collaborative over a period of 3 summers. I participated in various stages of projects that ranged from residential to the masterplan scale both internationally and regionally. Work consisted of CAD drafting, Photoshop rendering, Indesign project documents, and many other tasks associated with a project designer position.
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31
C2 Collaborative
PROJECT SAMPLE
32
Schematic Design Diar Ave, Al Houara, Morrocco
33
CONSTRUCTION DOCUMENTS
40 feet
60
LEGEND SYMBOL
NORTH
DESCRIPTION
Winter 2016
REVISION
BY
AGGREGATE BOTTOM OF WALL FINISH FLOOR ELEVATION FINISH GRADE NOT TO SCALE PLANTING AREA TOP OF CURB TOP OF WALL TYPICAL
DATE
AGG BW FFE FG NTS PA TC TW TYP
UESUGI MATSUI
20
1" = 20'
LA 332L
0
SITE DESIGN BASED ON JAPANESE FRIENDSHIP GARDEN, SAN DIEGO. ARCHITECT: LINE AND SPACE ADJUSTMENTS BY KEIJI UESUGI FOR ACADEMIC USE.
LANDSCAPE CONSTRUCTION PLAN
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
SITE PLAN
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
CHASE CONK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
SCALE:
1"=20'-0" DATE:
06.07.2016 SHEET NUMBER
LS-01 PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CHASE CONK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
A
PUMP SYSTEM AND VAULT SCALE: 41" = 1'-0"
B
WATER FEATURE FLOW DIAGRAM SCALE: 41" = 1'-0"
Winter 2016 UESUGI MATSUI
SCALE: 41" = 1'-0"
LA 332L
SECTION H
SCALE: 41" = 1'-0"
DATE
REVISION
BY
SECTION G
WATER FEATURE ENLARGEMENT PLAN
WATER FEATURE ENLARGEMENT PLAN SCALE: 41" = 1'-0"
SCALE:
As Noted
DATE:
06.07.2016 SHEET NUMBER
ELEVATION A
ELEVATION B
SCALE: 41" = 1'-0"
SCALE: 41" = 1'-0"
LS-02
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
8 feet
4
1/4" = 1'
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
NORTH 0
34
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
0
CHASE CONK
1.ALL PLANS ARE DIAGRAMMATIC AND INDICATE LOCATION AND GENERAL REQUIREMENTS ONLY. ALL FINAL LOCATION SHALL AND DETERMINED BY THE CONTRACTOR SUBJECT TO ACCEPTANCE BYTHE ENGINEER. ALL ROUTING FOR WIRING SHALL BE SELECTED AND DETERMINED BY THE CONSTRUCTOR COMPLYING WITH ALL REQUIREMENTS OF THE NEC. 2.ALL PLANELOADS SHALL BE CIRCUITED AS INDICATED ON THE DRAWING. DO NOT CHANGE WITHOUT THE APPROVAL OF THE ENGINEER. 3.ALL PLANELOADS SHALL HAVE TYPEWRITTEN DIRECTORIES AND IN THE FORMAT AS INDICATED ON THE SCHEDULES. 4.PROVIED A NEUTRAL CONDUCTOR FOR EACH SET OF PHASE CONDUCTORS. 5.PROVIDE A GROUNDING CONDUCTOR FOR ALL CIRCUITS. DO NOT USE CONDUIT OR RACEWAYS FOR CIRCUIT ROUNDING. WHERE INDICATED OR REQUIRED. ISOLATED GROUND SHALL BE PROVIDED. 6.PLANS MAY NOT ALWAYS INDICATE QUANTITY CONDUCTORS BY HASH MARKS. PROVIDE CONDUCTORS BASED ON CIRCUITING REQUIREMENTS. 7.DRAWING ARE INTENDED TO BE COMPLETE AS TO GENERAL INTENT AND REQUIREMENTS BUT NOT TO ACTUAL DETAILS OF CONSTRICTION INSTALLATION. 40 feet
20
1" = 20'
Winter 2016 UESUGI MATSUI LA 332L
DATE
REVISION
BY
LANDSCAPE LIGHTING PLANS
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
NORTH
SCALE:
As Noted
DATE:
06.07.2016 SHEET NUMBER
LS-03 PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CHASE CONK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT Wood Decking 6" x 10" Beam
Post For Shade Structure
2" x 10" Joist @ 24" O.C. Shade Structure Footing 6" x 6" Post
2" x 10" Joist @ 24" O.C.
DECK FRAMING ENLARGEMENT PLAN
C
SCALE: 41" = 1'-0"
OVERHEAD FRAMING ENLARGEMENT PLAN
4
8 feet
1/4" = 1'
SCALE: 41" = 1'-0"
2" x 6" Rafters 2" x 10" Joist 2" x 10" Sandwich Beam
2" x 6" Rafters
6" x 6" Post
2" x 10" Joist
2" x 2" Baluster @ 6" O.C. 4" x 4" Post Fine Asphaltic Concrete
2" x 2" Baluster 4" x 4" Post
BY
2" x 10" Joist 1' Dia. Footing
Winter 2016
B
UESUGI MATSUI
SCALE: 41" = 1'-0"
LA 332L
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
DECK ENLARGEMENT PLAN
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
0
A
WOOD STRUCTURE ENLARGEMENTS AND ELEVATIONS
2" x 10" Sandwich Beam
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
2" x 10" Sandwich Beam
6" x 6" Post 12" Dia. Footing
REVISION
2" x 6" Decking 2" x 10" Joist 2" x 10" Sandwich Beam 6" x 6" Post 1' Dia. Concrete Footing
DATE
Finished Surface
SCALE: 1 4"
= 1'-0"
DATE:
06.07.2016
SHEET NUMBER
DECK SECTION-ELEVATION A
E
SCALE: 41" = 1'-0"
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
D
DECK SECTION-ELEVATION B SCALE: 41" = 1'-0"
Notes: 1. All Material Used Will Be Western Cedar Unless Otherwise Noted 2. All Wood Sizes Are Nominal Unless Otherwise Noted
LS-04
35
CONSTRUCTION DOCUMENTS
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2" x 6" Rail Cap 2" x 2" Baluster @ 6" O.C. 4" x 4" Post 3 8"
Galvanized Bolt/Nut/Washer 2" x 10" Sandwich Beam (2)
2" x 4" Bottom Rail 2" x 10" Joist
6" x 6" Post Simpson Strongtie Post Connection 1' Dia. Concrete Footing
Simpson Strongtie Beam Connection
#4 Rebar Finished Grade
#4 Rebar @ 16" O.C.E.W.
Galvanized Post Anchor Galvanized Bolt/Nut/Washer
Concrete Wall and Footing
SCALE: 21" = 1'-0"
2" x 6" Continuous Cap Rail
2" x 4" Top Rail
2" x 4" Top Rail 2" x 2" Baluster @ 6" O.C.E.W.
4" x 4" Post
TYPICAL ROUND FOOTING
D
SCALE: 1" = 1'-0"
4" x 4" Post
SANDWICH BEAM ON POST SCALE: 1" = 1'-0"
2" x 6" Rafter 2" x 10" Joist 2" x 10" Sandwich Beam
2" x 10" Sandwich Beam 2" x 6" Y-Brace Simpson Strongtie Connection 4" x 6" Brace Simpson Strongtie Connection
Galvanized Carriage Bolts 6" x 6" Post
E
TYPICAL HANDRAIL ON DECK SCALE: 1" = 1'-0"
F
BALUSTER SCALE: 1" = 1'-0"
3 8"
Galvanized Bolt/Nut/Washer
6" x 6" Post
Galvanized Screws 2" x 4" Bottom Rail
3 8"
G
Y-BRACE
SCALE: 1" = 1'-0"
2" x 4" Wood Frame 4" x 4" Post 1 21" Wood Nails
4" x 1" Plank Decking 2" x 4" Wood Frame 1 21" Wood Nails 4" x 4" Post
4" x 1" Plank Decking 2" x 4" Wood Frame 1 21" Wood Nails 4" x 4" Post
BY
2" x 6" Decking
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2" x 6" Continuous Cap Rail
C
Winter 2016
PRESSURE TREATED LEDGER
UESUGI MATSUI
B
SCALE: 1" = 1'-0"
LA 332L
TYPICAL BOARDWALK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
A
1 2" Gap Concrete Footing
WOOD STRUCTURE DETAILS
4" x 4" Post
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
Fine Asphaltic Concrete 2" x 6" Decking 6" x 10" Beam
CHASE CONK
6" x 6" Post
2" x 8" Pressure Treated Ledger
DATE
REVISION
4" X 1" Plank Decking Nailed to a 2"x4" Frame with 1 21" Wood Nails
SCALE:
As Noted
DATE:
06.07.2016
H
Notes: 1. All Material Used Will Be Western Cedar Unless Otherwise Noted 2. All Wood Sizes Are Nominal Unless Otherwise Noted
BENCH ON VIEW DECK SCALE: 1" = 1'-0"
SHEET NUMBER
LS-05
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CHASE CONK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
STAIRS ENLARGEMENT PLAN
FREESTANDING CMU WALL AND WOODEN SCREEN FENCE SCALE: 81" =1'-0"
Winter 2016 UESUGI MATSUI LA 332L
DATE
REVISION
BY
LANDSCAPE CONSTRUCTION ENLARGEMENT PLANS
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
SCALE: 81" = 1'-0"
SCALE: 1 8"
= 1'
DATE:
06.07.2016 SHEET NUMBER
LANDSCAPE ENLARGEMENT PLAN
VIEW DECK ENLARGEMENT PLAN
SCALE: 81" = 1'-0"
SCALE: 81" = 1'-0"
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
36
LS-06
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
3-Coat Stucco Plaster Furred Metal Lath Metal Control Joint 2" x 4" Top Rail
Waterproof Building Paper or Felt Limestone Wall Cap Grout
5' High CMU Wall
3 4" Thick Cut StoneDolomitic Limestone
Aggregate Base for Drainage
12" x 8" x 16" CMU Block
3' Wide Wooden Gate Stainless Steel Gate Hinge
Poured In Place Retaining Wall
#4 Rebar @ 16" O.C.E.W. Aggregate Base for Drainage 8" Dia. Perforated Drain Pipe
Gate Hinges on Rear Side
#4 Rebar @ 16" O.C.E.W.
#4 Rebar @ 16" O.C.E.W.
CHASE CONK
1 4"
8" x 8" x 16" CMU Block
2" Dia. Weep Hole
1 2" Expansion Joint Concrete Footing
8" Dia. Perforated Drain Pipe 1 2"
1 2" Expansion Joint Concrete Footing
Expansion Joint
Concrete Footing Galvanized Post Anchor Concrete Footing
C
FREESTANDING CMU STUCCO WALL SCALE: 21" = 1'-0"
D
WOODEN SCREEN FENCE AND GATE SCALE: 21" = 1'-0"
Notes: 1. All Wood Material Used Will Be Western Cedar Unless Otherwise Noted 2. All Wood Sizes Are Nominal Unless Otherwise Noted
Expansion Joint 4" Concrete Walkway Aggregate Base 1 2"
Step
Radius At Nose Chamfer Edge
Rail Handrail Grouted Into Sleeve
4" Concrete Landing
Cheek Wall #4 Rebar @ 16" O.C.E.W.
LANDSCAPE CONSTRUCTION DETAILS
Concrete Footing
95% Compacted Subgrade #4 Rebar at 16" O.C.E.W.
RAIL EXTENSIONS
G
SCALE: 1" = 1'-0"
4" Concrete Ramp #4 Rebar @ 16" O.C.E.W.
CHEEK WALL AND HANDRAIL SCALE: 1" = 1'-0"
Rail Cheek Wall
Rail
F.S.
Cheek Wall
95% Compacted Subgrade
BY
F
SCALE: 1" = 1'-0"
#4 Rebar @ 16" O.C.E.W. 4" Thick Concrete Landing
95% Compacted Subgrade
REVISION
STAIRS SECTION
DATE
E
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
1 2"
Decomposed Granite
Winter 2016
SCALE: 21" = 1'-0"
UESUGI MATSUI
POURED-IN-PLACE CONCRETE RETAINING WALL
LA 332L
B
SCALE: 1" = 1'-0"
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
STONE VENEER CMU WALL
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
A
Galvanized Bolt/Nut/Washer
#4 Rebar @ 16" O.C.E.W.
Coastal Sand- Limestone
SCALE:
As Noted
DATE:
06.07.2016 SHEET NUMBER
H
ADA RAMP SECTION
I
SCALE: 1" = 1'-0"
ADA RAMP
LS-07
SCALE: 1" = 1'-0"
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CONCRETE PAVERS AT PLAZA
E
DECOMPOSED GRANITE
I
RAMP CONCRETE PAVING
B
PAVING BANDING SCALE: 1" = 1'-0"
C
COURTYARD STONE PAVING
D
SCALE: 1" = 1'-0"
SERVICE ROAD ASPHALT SCALE: 1" = 1'-0"
2215 PAN AMERICAN RD E SAN DIEGO, CA 92101
SCALE: 1" = 1'-0"
F
SIDE ACCESS PATHWAY SCALE: 1" = 1'-0"
G
LOADING AREA DRIVEWAY SCALE: 1" = 1'-0"
H
PATHWAY PAVING FROM WOODEN DECK SCALE: 1" = 1'-0"
REVISION
BY
LA 332L
UESUGI MATSUI
Winter 2016
LANDSCAPE PAVING DETAILS
SCALE: 1" = 1'-0"
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
DATE
SCALE: 1" = 1'-0"
SCALE:
1" = 1'-0" DATE:
06.07.2016
0
1" = 1'
1
2 feet
SHEET NUMBER
LS-08
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CHASE CONK
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
A
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CHASE CONK CALIFORNIA STATE POLYTECHNIC UNIVERSITY OF POMONA CLASS OF 2017
39