Emily Miller Landscape Architecture Portfolio - Spring 2022

Landscape Architecture Portfolio 2021 The Pennsylvania State University emiller1818@yahoo.com 814.594.8853

Contact

814.594.8853 emiller1818@yahoo.com 232 Seneca Road, St. Marys, PA 15857

Education

The Pennsylvania State University University Park, PA Major Bachelor of Landscape Architecture Minor Sociology Anticipated Graduation: Spring 2022 Current GPA: 3.94

Skills

Proficient In: Adobe Acrobat Adobe Illustrator Adobe InDesign Adobe Photoshop AutoCAD Google Suite Hand Rendering Microsoft Office Knowledge of: ArcGIS Online ArcGIS Pro Rhino SketchUp OpenStreetMap

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Projects Urban Design: Forest City pg 4

Planting Design: Pollinator Meadow pg 10

Coastal Resilience: Buckroe Shorefront

pg 14

Park Design: The Urban Ridge pg 18

Park Design: Civic Mediation

Technical Work

pg 28

Stormwater Design

pg 22

pg 28

Planting

pg 30

Materials

pg 32

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Urban Design: Forest City Cleveland, OH - Fall 2021 10 Weeks

AutoCAD, Adobe Photoshop, Adobe Illustrator, SketchUp, Lumion Forest City is a multidisciplinary, urban design project within downtown Cleveland. With a team consisting of two Architect students and two Landscape Architect students, Forest City is a thoroughly designed, multiuse city block that reflects on Cleveland’s histortical title of “Forest City” while also keeping consistent with the current urban context of the city. The irregular stacked architecture facilitates cohesive landscape spaces that foster elements of a designed urban forest as an ode

BUILDING MASSING

FOREST CITY TREE ARRANGEMENT

WOOD DECKING WALKWAY

TOPOGRAPHY

FOREST CITY SITE DESIGN

Forest City Layers

Graphic created in collaboration with teammate Abigail Merlos

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to both Cleveland’s origins and present structure.

The design encompasses a wide range of programs such as a Salvation Army homeless shelter, a rooftop garden and other rooftop amenity spaces, an outdoor performance area, a performance arts charter school, apartment style housing, office space, a green streetsinspired streetscape, an outdoor flex space, the urban forest, and several other design features.

T PROSPEC

AVE.

A

B

E. 18TH ST.

A

C

E

E. TH

14 ST.

PROPOSED PROGRAM A : MIXED-USE RETAIL / APARTMENT BUILDING

D

G

F

H

B : FOREST CITY URBAN FOREST C : HOTEL D : PARKING GARAGE

I

E : THE CLEARING OUTDOOR PERFORMANCE SPACE F : OFFICE BUILDING G : PERFORMING ARTS CHARTER SCHOOL

.

AVE E I EG ARN

H : FLEX SPACE

C

I : SALVATION ARMY CAMPUS

0’

50’

100’

200’

Forest City Master Plan & Program

FOREST CITY

5

A A’ MIXED-USE APARTMENTS

HOTEL & AMENITIES

THE CLEARING OUTDOOR PERFORMANCE SPACE

ENTRANCE PLAZA

A 0’

15’

30’

60’

Urban Forest & The Clearing Section

Graphic created in collaboration with teammate Kaila Colley

Perspective From the Clearing

Graphic created by teammate Abigail Merlos

6 FOREST CITY

FOREST CITY URBAN FOREST

A’

Urban Streetscape Perspective

Graphic created by teammate Abigail Merlos

0’

2’

4’

8’

Urban Streetscape Detail Section

FOREST CITY

7

0’

15’

30’

60’

Urban Forest Plan

0’

2’

4’

8’

Boardwalk Hammocking Detail Section

8 FOREST CITY

Entrance to the Urban Forest

Graphic created by teammate Abigail Merlos

0’

10’ 20’

40’

Salvation Army Campus Plan

0’

8’

16’

32’

Healing Garden Detail Section

Healing Garden Perspective

Graphic created by teammate Abigail Merlos

FOREST CITY

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Planting Design: Pollinator Meadow West Campus Commons, University Park, PA - Fall 2019

2 Weeks

AutoCAD, Adobe Photoshop, SketchUp, Adobe InDesign The concept of the Pollinator Meadow is to provide an on-campus pollinator refuge that benefits both people and the environment. This largely self-sustaining plant community serves as a learning environment for students, faculty, and visitors exploring meadow ecology and establishment techniques. Organic pathways of varying hierarchies weave through the

Mix 2

prairie, mesic, and rain meadow planting beds to allow for ephemeral discoveries between the different meadows. The planting beds work to create landscape rooms in each seating node, while also accommodating the commuting pedestrian or cyclist by providing desire line pathways through the site.

Mix 2 Mix 1

Mix 5

Mix 1 Mix 1

Mix 6

Mix 3 Mix 4

Mix 5 Mix 3

Mix 6

Mix 2

Mix 3 Mix 4

Site Design Plan

10

Mix 2

Mix 1

Prairie Meadow Asclepias speciosa

Asclepias syriaca Chamaecrista fasciculata Chasmanthium laxum Eragrostis spectabilis Monarda fistulosa Ranunculus fascicularis Solidago simplex Sporobolus heterolepis Symphyotrichum prenanthoides

Showy milkweed Common milkweed Partridge pea Slender woodoats Purple lovegrass Wild bergamot Early buttercup Mt. Albert goldenrod Prairie dropseed Crooked-stem aster

Andropogon gerardii Chasmanthium latifolium Eryngium yuccifolium Liatris pycnostachya Penstemmon digitalis Silphium perfoliatum Sorghastrum nutans

Big bluestem Northern sea oats Rattlesnake master Cattail gay feather Foxglove beardtongue Cup plant Indian grass

Mix 4

Mix 3

Mesic Meadow

Antennaria neglecta Asclepias purpurascens Carex grisea Coreopsis lanceolata Danthonia compressa Festuca subverticillata Monarda punctata Agastache nepetoides Asclepias syriaga Circium discolor Elymus hystrix Solidago argula

Mix 6

Mix 5

Rain Meadow

Cardamine douglassii Elymus riparius Glyceria canadensis Juncus filiformis Lobelia siphilitica Pycnanthemum muticum Sedum ternatum Calamagrostis canadensis Calopogon tuberosus Deschampsia caespitosa Eutrochium fistulosum Filipendula rubra Juncus marginatus Leersia virginica Lovelia cardinalis Symphyotrichum racemosum

Plant Palette and Mixes

Field pussytoes Purple milkweed Wood gray sedge Lanceleaf coreopsis Flattened oat grass Nodding fescue Spotted beebalm Yellow giant hyssop Common milkweed Field thistle Eastern bottlebruch grass Atlantic goldenrod

Concept Sketching

Targeted Pollinator Species

Limestone bittercress Riverbank wildrye Rattlesnake mannagrass Thread rush Blue cardinal flower Clustered mountain mint Wild stonecrop Blue joint grass Tuberous grass-pink Tufted hairgrass Hollow joe pye weed Queen of the prairie Bog rush White cutgrass Cardinal flower Smooth white oldfield aster

People and Pollinators Perspective

POLLINATOR MEADOW 11

Bird’s Eye Perspective

Mix 1

A

Site Design Section Elevation

12 POLLINATOR MEADOW

Wooden Bench

Mix 3

Mix 4

PRODUCED BY AN AUTODESK STUDENT VERSION 11

92

Earth and Engineering Sciences (EES) Building

Permeable Paver Sidewalk PM (120)

Ballard Path Lighting Wooden Bench

Retaining Wall PM (55)

TPM

MM (165)

MM (75)

1194

MM (160)

1186

MM (270)

LRM

PM (265)

1187

URM

PM (145)

1185

SPM

RM (105)

1187

11

96

11 95

11 97

TPM PM (330)

RM (95)

RM (80)

1193

1184

SMM

1185

PM (150) MM (120)

MM (140)

9 118

SPM

1190

1191

RM (140) MM (105)

1186

URM

LRM

1187

TPM

1188

1192

SMM

1186

TMM

SPM

RM (130)

MM (200)

SMM PM (115) PM (110) TMM

PM (115)

MM (110)

Gravel Walkway

Retaining Wall MM (155)

1193

PRODUCED BY AN AUTODESK STUDENT VERSION

PM (195)

1191

Leonhard Building

1192

Planting Scheme Construction Document 1

Planting Plan

Scale: 1"=20'-0"

Legend Short Prairie Meadow

Ballard Path Lighting Plug Schedule

Tall Prairie Meadow

Drain Inlet

Short Mesic Meadow

Plugs (1 Dot = 5 Plugs)

Mix 3

Tall Mesic Meadow

Wooden Bench

Upper Rain Meadow

Existing Major Contour

Bollard Lighting

Common N Scientific Name Prairie Meadow Plug MixMix 3 (PM) Asclepias speciosa

Showy milkw

Asclepias syriaca

Common mil Early butterc

Ranunculus fascicularis Symphyotrichum prenanthoides

Mesic Meadow Plug Mix (MM) Antennaria neglecta

Field pussyto

Coreopsis lanceolata

Lanceleaf co

Monarda punctata

Spotted beeb

Rain Meadow Plug Mix (RM)

Existing Minor Contour

Cardamine douglassii

Gravel Walkway

Proposed Major Contour

Sedum ternatum Lobelia siphilitica

Permeable Paver Sidewalk

Proposed Minor Contour

2

Limestone b Wild stonecr

Blue cardina

Plug Schedule

A’ RODUCED BY AN AUTODESK STUDENT VERSION

Lower Rain Meadow

Crooked-stem

POLLINATOR MEADOW 13

Coastal Resilience: Buckroe Shorefront Hampton, VA - Spring 2021 3 Weeks

AutoCAD, Adobe Photoshop, Adobe Illustrator, SketchUp Hampton, VA, is located in the heart of the Hampton Roads region on the coast of Virginia. Due to its location, it has a rich cultural history that is suffering under the threat of climate change and sea level rise. This design concept aims to create a resilient solution to creating a historic- and community-based revitalization of the Buckroe shorefront as sea-level rise continues to change the landscape.

Buckroe beach was historically a segregated beach that was one of the largest coastal tourist destinations in the U.S. As time went on, the tourist draw disappeared and the commercial significance dwindled. Through speaking with Hampton residents, it is clear that they

History of Buckroe Beach

14

desire that tourist and commercial character again, but are unable to bring it back with the threat of sea-level rise. This design proposes a new style of shorefront commercialization that is relatively low cost, can host a variety of uses, and does not compromise the resiliency of the area.

This concept hosts commercial business in fully moveable, transportable shipping containers. These businesses can be placed on the ground and hooked up to utilities in a similar way to a mobile camper, but are fully able to be removed and relocated on the back of a shipping truck in the event of a storm or permanent sea-level rise.

Pilot Area 1

Phase 1 (Now)

Pilot Area 2 Phase 2 (Later)

Phase 3 (Future) Implementation Phasing and Pilot Area Map

COASTAL RESILIENCE 15

Phase 1 Plan - Before

Phase 1: Commercial Bordering Existing Neighborhood

16 COASTAL RESILIENCE

Phase 1 Plan - After

Phase 2 Plan - Before

Phase 2 Plan - After

Phase 2: Commercial Shorefront

COASTAL RESILIENCE 17

Park Design: The Urban Ridge

Sidney Friedman Parklet, State College, PA - Spring 2019 7 Weeks Graphite Hand Rendering, Physical Modeling, Adobe Photoshop, Adobe Illustrator Urban Ridge Park is a redesign of what is currently known as Sidney Friedman Parklet in downtown State College. The concept for the park is to take features from the natural topography around Centre County and incorporate them into a designed space that acts as an escape into nature. Specifically aimed at those who spend most of their days inside, this design allows for relaxation in a nature inspired greenspace within downtown State College. The design captures a hint

Concept Development

Site Location

Context Plan

18

of the rock formations, vegetated meadows, forests, and water features found in nature around the Centre County region, which were explored through physical modeling and drawn sections. Urban Ridge Park is a designed landscape that not only allows for escape from the daily downtown life but for exploration and relaxing fascination within the local context, too.

8.

5.

1.

9.

2.

6.

3.

7.

3.

4.

1. Playful Boulder Paths 2. Layered Rock Enclosure 3. Naturalistic Leisure Area

4. Terracing Rock Drainage Hill 5. Interactive Waterfall 6. Waterfall Centerpiece

7. Performance Field 8. Caved-In Cove 9. Stepping Stones

Site Plan

Concept Collaging - Rocks, Water, and Meadow

URBAN RIDGE 19

Interactive Waterfall

Naturalistic Leisure Area

Site Section

Walk Near Layered Rock Enclosure Perspective

Stepping Stones Site Perspective

Waterfall

Water Collection Tank Water Pump Splash Pad

Detail Section - Splash Pad

20 URBAN RIDGE

Layered Rock Walls Black Chokeberry

Rock

Stone Path

Soil

Detail Section - Layered Rock Enclosure Terraced Rock

Stone Path

Water

Grass

Gravel

Rock

Materials Palette

Design Through Modeling

URBAN RIDGE 21

Park Design: Civic Mediation Bartram’s North, Philadelphia, PA - Fall 2019 9 Weeks AutoCAD, Adobe Photoshop, Adobe Illustrator, Hand Rendering This design focuses on easing the power struggle between commercial business/development proposed by the Philadelphia Industrial Development Corporation (PIDC) and the existing community. With new development gradually making its way into the neighborhoods of west Philadelphia, there is a tension between those living in the surrounding neighborhood and the businesses that are seemingly beginning to dominate their environment. Through a series of

individually connected spaces, this design places the proposed buildings so they are separate from the park.

It also provides areas of interest that are created to serve both neighborhood members of the community and nearby members of the business and commercial district of Philadelphia, while acknowledging the nearby Schuylkill River and historic Bartram’s Garden.

5.

2.

9.

6.

10.

1.

4.

3.

7.

Schuylkill River 1. Community Boat House

6. Natural Remnants Park

2. PIDC Innovation District Buildings

7. Cityscape Lawn

3. People’s Plaza

8. Layered Wetland Walk

4. Sunken Stage

9. Bridged Bioretention Pond

5. Industrial Park

10. Planted Meadow Maze

Side Design Master Plan

22

8.

SCHUYLKILL RIVER

* Bartram’s North - Site Location

Schuylkill River Trail

Surrounding Greenspace

Unfinished Schuylkill River Trail

Schuylkill River Connecting Roads

*

Bartram’s Garden

Surrounding Greenspaces

Concept Development

Commercial Use

Neighborhood Use Schuylkill River Trail

Site Design Concept Diagram

CIVIC MEDIATION 23

Diospyros virginiana

1

Andropogon gerardii

Key 1

Pycnanthemum incanum

2

Solidago caesia

Myrica pensylvanica

Carex pensylvanica

Planting Pallete - High Ground Meadow

3

High Ground Meadow: Andropogon gerardii Carex pennsylvanica Diospyros virginiana Myrica pensylvanica Pycnanthemum incanum Solidago caesia

Big bluestem Pennsylvania sedge Common persimmon Northern bayberry Hoary mountainmint Blue-stemmed goldenrod

Middle Ground Meadow: Actaea Racemosa Hydrangea quercifolia Iris cristata ‘Alba’ Phlox subulata Symphoricarpos orbiculatus Tradescantia subaspera

Low Ground Meadow: Cephalanthus occidentalis Cornus sericea Itea virginica Osmunda cinnamomea Polygonatum biflorum Rhexia virginica

Black cohosh Oakleaf hydrangea Dwarf crested iris Moss phlox Coralberry Spiderwort

Buttonbush Red osier dogwood Virginia sweetspire Cinnamon fern Smooth solomon’s seal Virginia meadow beauty

2

Hydrangea quercifolia Iris cristata alba

Actaea racemosa

Phlox subulata

Symphoricarpos orbiculatus

Tradescantia subaspera

Planting Pallete - Middle Ground Meadow 1

3

3

Cephalanthus occidentalis Cornus sericea Rhexia virginica

Itea virginica

1 1

Osmunda cinnamomea

2

1

Polygonatum biflorum

Planting Pallete - Low Ground Meadow

24 CIVIC MEDIATION

3 3

Detail Design - Planted Meadow Maze

1

3

1

1 1

2

1

3

2

1 3

1 3 2

1

1

1

2 1

1

2 3 3

CIVIC MEDIATION 25

Site Perspective - People’s Plaza

Vegetated Site Barrier

Open Transition Space

Site Section

26 CIVIC MEDIATION

Bridged Bioretention Pond

Site Perspective - Industrial Park

Path-Defining Planting Beds

Cityscape Lawn

Layered Wetland Walk

CIVIC MEDIATION 27

Technical Work: Stormwater Design Penn State University, University Park, PA - Spring 2020 4 Weeks Project received an Award for Excellence in Stormwater Design The objective of this project was to accommodate a conceptual center for sustainability building on Penn State University Campus by preparing a grading and stormwater plan suitable for construction. This design demonstrates bioretention and stormwater management in order to keep all runoff water on site, while also having carefully crafted parking lots, an entrance plaza, and a lower back patio for the building.

28

STORMWATER DESIGN 29

Technical Work: Planting

Penn State University, University Park, PA - Fall 2020 4 Weeks Project received an Award for Excellence in Planting Design The objective of this project was to create a treed plaza outside of the Earth and Engineering Sciences building on Penn State University Campus. This plaza utilizes both engineered, structural soils and Silva Cells to ensure that the trees are able to thrive under the weight that is placed on a populated plaza. This design focuses on creating a shaded plaza with specifically placed open areas to allow sun to penetrate the

canopy.This design also aims to create two separate plaza spaces that are distinguished by both their elevation and tree species, with Betula lenta on the upper plaza and Cladrastis kentukea “Perkins Pink” on the lower level.

PRODUCED BY AN AUTODESK STUDENT VERSION

P2 L-103

P1 L-103

D2 L-103

PRODUCED BY AN AUTODESK STUDENT VERSION

D1 L-103

Treed Plaza Technical Plan Treed Plaza Plan 1 Scale: 1"=10'-0"

Plant Schedule Type

Key

Quantity

Scientific Name

Size

Condition

Remarks

BL

12

Betula lenta

Sweet birch

3.5" cal.

B&B

Single stem, first branches shall be 7'0 ball

CK

20

Clardrastis kentukea 'Perkins Pink'

Perkins Pink Kentucky yellowwood

3.5" cal.

B&B

Single stem, first branches shall be 7'0 ball

PRODUCED BY AN AUTODESK STUDENT VERSION

30

Common Name

Tree

PRODUCED BY AN AUTODESK STUDENT VERSION

1 4" 3"

3" 1 4" 2'

2'

1" 34

4'-73 4"

1'-11 5/8" TYP. 3" TYP.

3'-11 1/4" TYP.

2'

2'-23 8"

5" 2'-216

2'

PRODUCED BY AN AUTODESK STUDENT VERSION

1 4" 3"

3" 1 4" 2'

1'-11 5/8" TYP. 3" TYP.

2'

2'

2'

P2

Silva Cell Plan View Detail

D3

Silva Cell Steel Collar Detail

Scale: 2" = 1'-0"

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

715 16" 1'-1" TYP.

Engineered Soils & Silva Cell Planting - Plan Details 1'-1" TYP. 1/2" TYP. 1'-7 1/2" TYP.

P1

CU Structural Soil Plan View Detail

1'-1" TYP. 1/2" TYP. 1'-7 1/2" TYP.

P2

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

Silva Cell Plan View Detail

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

D3 D3

D2

Silva Cell Technical Detail Section

D1

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

CU Structural Soil Technical Detail Section

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

PRODUCED BY AN AUTODESK STUDENT VERSION

Silva Cell Technical Detail Section

D2 Engineered Soil & Silva Cell Planting - Section Details Scale: 1/2" = 1'-0"

D1

CU Structural Soil Technical Detail Section

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

PRODUCED BY AN AUTODESK STUDENT VERSION

STUDENT VERSION

1'-1" TYP.

5" 2'-216

1'-1" TYP. 1/2" TYP. 1'-7 1/2" TYP.

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

1'-1" TYP.

PRODUCED BYVERSION AN AUTODESK PRODUCED BY AN AUTODESK STUDENT

D3

2'-23 8"

1'-1" TYP. 1/2" TYP. 1'-7 1/2" TYP.

CU Structural Soil Plan View Detail

1" 34

15" 716

3'-11 1/4" TYP.

1'-1" TYP.

P1

4'-73 4"

PLANTING 31

Technical Work: Materials

Penn State University, University Park, PA - Spring 2021 6 Weeks Project received an Award for Excellence in Materials Created during the middle of the COVID-19 pandemic, this design aims to create an outdoor classroom space that allows for social distancing while also encompassing variations in materiality to embrace the change of spaces within the site. Situated right outside the Stuckeman Family Building on Penn State University Park Campus, this classroom space incorporates concrete, permeable pavers, and wooden

benches to provide for a friendly outdoor space that blends with the surrounding context. It features curved seating around a small stage with built-in lighting and a buffer of planting to illuminate and distinguish the classroom space.

PRODUCED BY AN AUTODESK STUDENT VERSION 1 1/4" IMC

" 12 E HD

STMH128 C TOP1216.77 INV1203.501

RM

PIP

E

3 PROPOSED EMERGENCY SIDEWALK L7.0

2 L7.0

19 ELECTRIC

1220

p CONC STAGE WITH 1 3" 1L7.3 PAVER FINISH

12

19

5 TECHO-BLOC BLU 60 L7.0 POLISHED PAVERS

1220

PIPE

4 L7.3

1 L5.1

CONC STAIRS

1456

29AY 5 PROPOSED CONC WALL L7.3

tic

op

2 L7.3

tr

on

rc

fo

3 L7.3

1218

er

fib

17

6''TCP

2 L7.1

ols

FH26

12

12''CI

STMH133 TOP1221.55 INV1208.50

9

STORM MANHOLE

121

STORM

THEATRE BLDG

12

vc

26AY

SAMH436 1221.5 125.8

28AY

STORM PIPE

1 L7.1

18''

30AY

6 L7.0

21

12

4 2" L7.1 CR

AB 2"

179

STEAM

Rev

# 1

2

10''

LINE

3

4 5

8''AB

LEGEND

297

Limit of Work Concrete 6-5" PVC

Light Concrete Pavers 2-5" PVC

PRODUCED BY AN AUTODESK STUDENT VERSION

32

Is

Issu

1219

1

Treed Plaza Technical Plan

Is S

R

2"

P A Le

1 1/2" HPD 3" CR 6" HP

SSW

2"

2-5"pvc

12''CI

2-6" CWS&R

3"

3 L7.1

FORUM BLDG

FRP

1222.95

PROPOSED CONC WALK

1 1/2" HPD 3" CR 6" HP

" 15 E HD

6 CUSTOM WOODEN L7.1 BENCHES

2"

6''

5 L7.1

2 L5.1

4 L7.0

27AY

STORM DRAIN

MANHOLE

F 1 D 0

12''

951 STO

Finish Materials and Elevations Scale: 1" = 20'-0"

NORTH

S F P E

S L S

PRODUCED BY AN AUTODESK STUDENT VER

1" 92

4' 6"

6"

2'-85 8"

8" 1'-0"

Scale:Scale: 3/8" =1/2" 1'-0"= 1'-0"

REBAR

Revisions:

UNCOMPACTED SOIL 1 2" TYP. 1" 1'-0" TYP. 62

1 2" TYP.

1'-1"

3/9/21

SD Revisions

3

4/1/21

DD Set

6"

SD Set

4

4/11/21 DD Revisions

5

4/22/21

4"

2

11" 1'-816

2/16/21

8"

1

4"

1 2"

Description

4"

Date

AGGREGATE SETTING BED

1"

Issue Date: 4/22/21

TECHO-BLOC BLU 60 POLISHED PAVERS SAND SETTING BED

5" 216

Issue Record

CD Set

1'-2"

1'

1" 1'-72

2'-2" 1" 1'-72

Ramp to Stage Bollard Light

COMPACTED SOIL

Issue Schematic Design

#

1'-1"

1" 2'-82 1" 62

6"

PRODUCED BY AN AUTODESK STUDENT VERSION

Sheet Title Details Sheet Number Paving Pattern Edge PlanPaving - SitePattern DetailPlanSidewalkL7.0 Emergency Access and Paver Jointand - Site Detail Pedestrian Emergency Access Paver Joint 1 4 6 Sheet 11 of 19 Scale: 3/8"Scale: = 1'-0"3/4" = 1'-0" Scale: 3/4" = 1'-0" 1" 1'-72

AN AUTODESK STUDENT VERSION

3'

1' 3'

8"

4' 6"

2

PRODUCED BY AN AUTODESK STUDENT VERSION

Project Title PLANTING BED A&A Outdoor CONCRETE PEDESTRIAN WALKWAY Learning Space PAVER LAYOUT TO BE VERIFIED BY

1'-1" TYP.

2'

EMERGENCY CONCRETE WALKWAY

TECHO-BLOC BLU 60 POLISHED PAVERS

UNCOMPACTED SOIL

EMERGENCY CONCRETE WALKWAY TECHO-BLOC BLU 60 POLISHED PAVERS

AGGREGATE SETTING BED

SAND SETTING BED AGGREGATE SETTING BED

5 L7.

PRODUCED BY AN AUTODESK STUDENT VERSIO

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

COMPACTED SOIL

COMPACTED METAL LIGHT SOIL AGGREGATE ANCHOR BASE ELECTRICITY CONNECTIONS 1' OC CONCRETE SUPPORTING BASE

3 4 Bollard Light - Site Detail

Emergency Access Paving

AGGREGATE BASE

BOLLARD LIGHT

COMPACTED SOIL

6"

Concrete Stairs to Stage

LANDSCAPE ARCHITECT WELDED WIRE FABRIC

REBAR

AGGREGATE BASE

AGGREGATE BASE COMPACTED SOIL

4 - Site Detail Concrete Stairs to Stage Scale: 3/8" = 1'-0"

2

Scale: 2" = 1'-0"

8"

3'-03 4"

3'

Class Code EMERGENCY CONCRETE WALKWAY 131 ASPHALTIC REBAR FIBER BOARD File Name POURED AGGREGATE SETTING BED 131_CDset_v1 CONCRETE COMPACTED SOIL Date STAIRS UNCOMPACTED SOIL REBAR 04/22/2021 1'-0" TYP.

Stage Lighting

ADA METAL HANDRAIL CONCRETE ADA RAMP

6"

1' TREAD, TYP

5

1" 34

7"

6" RISE, TYP

RSION

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

1" 38 37 8"

8"

1'

Concrete Retaining Wall

5

6"

1'

8"

2'-5"

REBAR

MATERIALS 33 ASPHALTIC

PRO

Emily Miller 814.594.8853 emiller1818@yahoo.com

34