emilyhahn Landscape Architecture Student | Portfolio
717.606.8468 | ech5127@psu.edu | Lancaster, Pennsylvania
[contents] 4 - 17 Conceptual Design 18 - 23 Technical Design | Analysis 24- 27 Professional Work | Internship Experience 28- 29 Contact Information
03
[penn state arts courtyard] conceptual design The redesign of the Penn State Arts Courtyard uses stress and its relation to student life on campus to create a contemplative space. A series of terraces divide the courtyard into three zones, each providing a different level of stress relief. All photographs were taken from a model created using chipboard and a laser cutter along with various other materials.
daily traffic
social gathering
social gathering
daily traffic
self reflection
AutoCAD 2014 + Photoshop + Laser Cutter + Physical Modeling
04
05 05
[bellefonte revitalization]
e ut Ro
conceptual design
PA
Riparian Habitat
0
Infusing the core of Bellefonte, PA with a connective, community-oriented, landscape, structured along a central pedestrian spine. Revitalization occurs at the interface of community gathering spaces and the landforms of Spring Creek. These dynamic interfaces create a vibrant edge with a variety of plants, animals, and human activities.
15
Lawn Amphitheater Parking
Wetlands Recreation/ Viewing Lawn
Wetlands
Street homas South T
Parking Riparian Edge
Wetlands on
C et
Riparian Forest Habitat
Riparian Interface
Riparian Lawn
g
as Street
Parking
South Thom
ade
Wetland Amphitheater
Con
nec
to tion
High
Riparian Mound Habitat
Spring Creek Dam
Riparian Interface
treet P
romen
Hi
The Summit
The Summit
treet P
S
Overlook Path
High S
Bioretention Garden
Riparian Grasses
h
B
High S
tre
A
Riparian Forest Habitat
tion
nec
PA Route 150
Pedestrian SpineTrolley Connection
Events Lawn
A
Events Lawn
A’
Parking
Wetlands
romen
ade
Riparian Habitat
Immersive Black Willow Wetlands Point
Wetlands Spring Creek Entry Steps
Wetlands
Rail Yard Plaza
Wetland Amphitheater Wetlands Riparian Forest Habitat
ch
Mat
de
ena
om y Pr
or Fact
Riparian Buffer Mounds
Wetlands
Playground Outdoor Movie Theater
PA
Ro
ut
e
15
0
Parking
AutoCAD 2014 + Rhino 5 + Photoshop + Illustrator + InDesign
06
et
Stre
Eco Types
Riparian Forest Wetland Edge Open Lawn/ Lawn Alternative
Building Program
Housing Community Office Commercial Other
[A] Bird’s Eye View of the Living Edge
Primary Circulation Promenade
Pedestrian Spine
Promenade Vehicular Circulation
Spring Creek Flood Levels
Average Flow 100 Year Storm 13.50’ 200 Year Storm 15.00’
[B] High Street/ Pedestrian Spine Intersection [A - A’] Proposed Section
pocket rain garden
high street promenade
pedestrian spine
riparian forest
07
[experimenting with landform] conceptual design Pablo Picasso’s Girl Before a Mirror painting provided a base for abstracting into a series of landforms. These landforms were then developed into a detailed grading plan in autocad, a 3D foam core model, and a digital Rhino Model which was used to create a series of renderings depicting the possible uses of the space.
AutoCAD 2014 + Foam Core Model + Rhino 5 + Photoshop
08
Sunset Rendering Published in Nadia Amoroso’s Digital Landscapes, 2015
09
[the old orchard wildlife preserve] conceptual design The wildlife preserve conceptual plan for the old prison orchard site facilitates the creation of a variety of recreational opportunities while enhancing and preserving valuable wildlife habitat. The habitat maintained by the preserve works to increase the presence of natural lands within the Spring Creek Watershed and creates a large patch of habitat within the fragmented landscape.
[A] Tree Canopy Walk
A lightweight steel path winds through the native oak hickory forest surrounding the orchard and provides visitors with a new way to experience the forest canopy
[A - A’] Tree Canopy Walk AutoCAD 2014 + Geographic Information Systems (GIS) + Photoshop
10
Visitor Center Complex Bat roost, pollinator garden, bee houses, information center
ne
a sL
Outdoor Classroom
n ar
B
Access
Restored Orchard
Renovated parking area with 22 spaces, 3 ADA accessible
Native Oak Hickory Forest
A A
Canopy Walk
A’
Re-purposed Barn Visitor Center
Upper Meadow Restored Orchard
[B] Lower Meadow Path B
One of two restored meadow ecosystems within the preserve
Lower Meadow
Rockview Water Tower
C
Forest Meadow/ Pine Barrens Native Grasses
Pedestrian Access
Spring Cre ek
The Upland Pine Barrens Native Oak Hickory Forest
Gate Power Line Viewing Deck Gravel Path Mulch Path Tree Canopy Walk
[C] Pine Barrens Boardwalk 0
200
400
800
1600
The pine barrens educates visitors about this diverse ecosystem while providing opportunities for viewing wildlife 11
[philadelphia master plan] conceptual design Group project with Joe Ignatius and Crystal Dai Taking a divided city, connecting the pieces and engaging the community through a variety of connection typologies. The project resulted in rerouting and simplifying the highway network, and enhancing/ increasing the underpass connections to reduce the divisions between the neighborhoods and to the waterfront. Connection Typologies
Under Highway Park
BINDING
weave
D
Existing Street Network
compress
insert Highway Towers
C
Revitalized Willow Street
I 95
insert
transport
weave
gra
>
ging id r transport b
>
ging id r b
insert
ay
relationships
insert
insert
Ben Fra
nklin B
I 95
ridge
A’
A
B
A
insert
insert
relationships
t Expressw
weave
transport
ging id r b
>
fting
transport
compress
ging id r b
BINDING
fting gra
compress
Vine Stree
>
compress
BINDING BINDING
weave
insert
Waterfront Pathway
Vine Street Greenway Park relationships
New Callowhill Boulevard (Diverted Vine Street Expressway) relationships
AutoCAD 2014 + Illustrator + Photoshop + InDesign
12
[A - A”] Existing
vine street expressway
Vine Street Expressway
Unused Space with on/ off ramps
Callowhill St
Parking Lot
[A - A’] Proposed
new callowhill boulevard and commercial corridor
Vine Street Greenway Park
[A] New Callowhill Boulevard
Commercial and Mixed Use Buildings
[B]
Activated Trolley Line
[C]
Expanded Callowhill Blvd. with Diverted Expressway Traffic
Revitalized Underpass Connection
Residential and Mixed Use Infill
[D] Under Highway Park
13
[philadelphia stormworks @ willow] conceptual design Revitalizing the forgotten curvilinear street within Philadelphia’s grid. The design process behind the Stormworks @ Willow focused on the street’s history as a natural stream corridor. Urban forms were determined by abstracting the natural stream typologies of the curves along Willow Street. A series of pools/ cut banks, riffles and runs became forms of buildings and street furnishings. In the urban condition the flow of people act as the water. 1682
1682-1750
1750-1829
1829-1960
1960’s
-Cohoquinoque Creek (Grove of Long Pines) -Cliff overlooking marsh -Lenni Lenape Indians
-Pegg’s run -Farm fields -Transport of farm goods
-Transport of waste -Slaughterhouses, Tanneries, Dye Factories -Polluted and foul smelling
-Culverted into sewer -Reading Railroad by 1834 -Urban Blight
-Urban Renewal -Wiped clean -Degrading sewer structure
1960’s-2014
-2 way Willow Street -Sinking sewer -Stream dried up -Uninviting buildings
fishtown
I 95
northern liberties
vine stre
et expre
old city
delaware river
ssway
AutoCAD 2014 +Illustrator + InDesign + Photoshop + SketchUp + Photography
14
Natural Stream Typologies pool
riffle
run
erosive under-cutting + pooling
shallow “agitated” flow
pool/ cut bank mid depth with efficient flow
riffle
run
thalwag (path of deepest flow)
riffle
Urban Form Abstractions undercut and sloped buildings direct flows paving aligned with water flow
channelized with efficient pedestrian movement
shallow enclosure with obstructions reducing pedestrian speed
6 stories 5 stories
4 stories
3 stories
5 stories
3 stories
stormwater overflow channel
Typology Application + Preserved Views
POOL RIFFLE
POOL
RIFFLE
POOL
RIFFLE
RUN
POOL
POOL
RIFFLE RUN
POOL RIFFLE
RUN
15
[philadelphia stormworks @ willow] 4’ ice wall
oulev
ard
tidal yards
front s treet
I 95 north
I 95 south
t
3rd stree
2nd stree
t
C
4th street
5th street
6th street
7th street
8th street
relocated ramp
park and king’s plaza
10’ ice wall courtyard 9th street
planted amphitheater
front street falls
colum bus b
sycamore bosque
B A
start of bio-retention bridge ice rink/ plaza
sycamore bosque naturalized overflow channel
existing building proposed building
columbus boulevard bridge
preserved pilings trolley line
Experiential Sequence fastt
OPEN
pace rian t s de pe
ENCLOSURE
CUT AWAY slow w
Historic Points
NARROW
S
W VIE
16
[View A] Run Typology
[View B] Pool Typology
Shade Structures in pool locations
located at cut bank, arcing form enhances the cut under feel while providing dappled shade
Grate Designs [View C] Riffle Typology
stormwater overflow channel and tree grates
stormwater overflow channel and pervious paving tree grate variations
Seating Variations pool
riffle
run
17
[west campus commons] technical design | analysis The west campus commons planting strategy provides a functional and ecologically sound planting scheme that allows faculty, students and visitors to interact with an ever changing landscape. The project resulted in a complete set of construction documents for implementing the design (including planting schedules, custom seed mix specifications, diagrams, construction notes, and details). Meadow Establishment Notes
Engineering Sciences Building (EES)
1. Soil Preparation 1.1
Site Preparation
a. Contractor shall obtain soil tests at least one month
b. Contractor shall contact Penn State's Office of the P
c. Contractor shall conduct a PA 1 Call three (3) days p 1.2
Removal of existing vegetation
a. Existing trees to be removed with a tree spade and
b. Contractor to remove all existing turf grass with a so the exposed soil shall be immediately covered with 1.3
Soil Amendment and Tillage
a. All wheeled equipment used when amending, prepa
b. Any vehicles with leaks shall not be permitted within
c. All vehicles shall be parked in the nearby parking lo
d. In mid-fall prior to first tillage operations, contractor hardwood leaf litter over the extents of the meadow
e. Compost and leaf litter must be locally obtained. C
f. The following spring, contractor shall use a chisel p
g. Contractor must till three (3) times. The second two h. Ensure soils are relatively dry for adequate mixing.
i. Immediately after, using a deep ripper shank plow, spacing, soils must be relatively dry to allow for ade
j. Immediately after deep ripping the soil, the contrac passes; the second shall be perpendicular to the fir the LA. No fertilizers shall be used on the tall grass
k. Rototill the disked soil to a 3 - 4� depth to create a f l. Fine grading of the wet meadow shall be led under
m.All plowing, tilling, ripping and disking of the soil sha 2. Wall Construction 2.1
Meadow division walls shall be constructed after th
a. Locally sourced limestone, ranging in size from 1 - 3
b. Vehicles shall not be allowed to drive on the prepar
c. LA shall be contacted during wall construction to pr
d. Any disturbed soil around the constructed walls sha
Extent of Work
Applied Sciences Building
3. Seed and Plug Arrivals and Installation 3.1
Seed Preparation
a. Contractor shall ensure seed for the wet meadow a
b. A copy of the supplier's voucher shall be given to th
c. Mesic Meadow seeds do not require pre-treatment. 3.2
Seed and Plug Arrivals
a. All seeds and plugs shall be stored out of the sun in b. Plugs shall be watered once (1) daily until installed 3.3
General Seeding Installation
a. Contractor shall use a Truax Seed Slinger (or simila
b. Forb seeds shall be placed in the separate hopper s
c. Contractor shall only seed into workable, moderatel or muddy soils.
d. Contractor must lightly rake the soil after the seeds
e. Mulch with clean, chopped oat or wheat straw, free
f. After meadow is seeded, contractor shall install tem 3.4
Mesic Meadow Installation
a. Contractor shall seed the mesic meadow in early to 3.5
Tall Grass Prairie and Wet Meadow Installation
a. Contractor shall seed the tall grass prairie and wet
b. Seeds shall be mixed with kitty litter or similar (appr
Leonhard Building
3.6
Plug Installation
a. Landscape plugs shall be inserted into already seed thoroughly. Plug placement shall be led under the s
b. Plugs shall be inserted by hand so as not to compac
c. Do not insert plugs during dusty dry or muddy wet c 4. Extended Meadow Management
AutoCAD 2014 + Illustrator + Rhino + Vue + Photoshop General Planting Notes
4.1
1. General 1.1
18
General Adaptive Management
a. The temporary restrictive measures shall be remove
b. Contract includes a three (3) year Warranty and Ext not present after years 2 and 3 shall be overseeded extreme drought etc.) shall be replaced by the contr
Vehicles i. Installation of sod shall occur after all planting and construction on site is completed and shall be installed as per
c. LA and Contractor shall conduct meadow site inven
Human Activities
Seating Nodes
Primary Pedestrian Route
Gathering Area
Plant Communities Evergreen Screen General Soft Landscape
Treed Plaza Paving Detail
Mixed Meadow Ecosystem Rain Meadow
Mixed Entry Garden Quaking Aspen Bosque
Spatial Sequence
Wind and Visual Barrier Open Meadow
Overhead Plane Created by the Bosque of Trees
19
[philadelphia historical analysis] technical design | analysis Group project with Jon Van Wagoner Discovering the complex history of Philadelphia on a site specific, regional and international scale. Investiating alteratives to the classic timeline approach of portraying history with the creation of snapshot montages.
90 K
80 K
70 K
60 K
50 K
40 K
30 K
Population
1750 - Philadelphia surpasses Boston as the largest port city in British America
20 K
10 K
1630 - Boston
1624 - New York City
Photoshop + InDesign
1682 - Philadelphia
1729 - Baltimore
0K
1790 - Washington D.C. 20
1682
1700
1750
1776
1790
1800
1850
1875
1900
1925
1950
2000
21
.01 Acres Per Person Component Mixed Vegetables and Fruit Herb Spiral w/ pond (1 per household) Nut Trees (3 at 4 -‐ 5' tall)
Area (acres) 0.01 0.00 0.00
[permaculture] technical design | analysis
Area (sf) 500.00 33.00 80.00 Total Cost (1 person) Total Cost (4 people) Total Cost (45 people)
Initial Cost $ 290.00 $ 290.00 $ 80.00 $ 660.00 $ 1,770.00 $ 19,913.00
Annual Cost -‐ -‐ -‐ .01 acres .04 acres .45 acres
Gross Annual Profit -‐ -‐ -‐
Net Annual Profit -‐ -‐ -‐
Years 2 1 5 -‐ 6
Researching the techniques and costs/ revenues involved with permaculture as an alternative to traditional agriculture Model 2 with a focus on theSystem Ridge and Valley region and its applications in the design of a small scale community. Community Permaculture 1 Acre Total
Homestead Scale Permaculture System Component Mixed Vegetables and Fruit Mixed Herbs Guilds within the Nut Trees permaculture farm create self sustaining Aquaculture (84 fish + 1/3 surface miniature crop cover) ecosystems Egg Production (45 hens free range w/in garden) Honey Production (10 hives) Mushrooms (250 logs) Other (paths, play area, compost etc.)
Area (acres) Area (sf) 0.75 32670.00 0.03 1306.80and Greenhouse catches sunlight 0.10 4356.00 allows plants to grow throughout the winter while helping to heat the 0.07 2970.00 chicken coop 0.01 450.00 0.00 30.00 0.02 1000.00 0.02 871.20 Total Cost
Stormwater the roof and Initial Cost flows offAnnual Cost Gross Annual Profit Net Annual Profit Years is captured in a rain barrel which $ 12,500.00 provides the$ chickens 40,500.00 with water $ 67,500.00 $ 27,000.00 1 -‐ 7 Pigs in the marshy1 $ 42.00 $ 84.00 $ 328.00 $ wallow 244.00 pond and $ 60.00 $ 100.00 $ 150.00 $ land near the 50.00 7 -‐ 12 remove unwanted plants and $ 395.00 $ 78.00 $ 245.00 $ 167.00 fallen fruit1 $ 715.00 $ 1,039.00 $ 2,114.00 $ 1,075.00 1 $ 5,442.00 $ 500.00 $ 1,200.00 $ 700.00 2 -‐ 3 $ 729.00 $ 1,286.00 $ 3,217.00 $ 1,931.00 4 $ -‐ $ 19,883.00 $ 43,587.00 $ 74,754.00 $ 31,167.00
Model 3 Community Food Forest *1 Acre Total Component Area (acres) Mixed Vegetables and Fruit 0.75 Mixed Herbs 0.75 Nut Trees 0.75 Aquaculture (240 fish + 1/3 surface crop cover) 0.20 Egg Production (45 hens free range w/in forest) 0.01 Honey Production (10 Hives) 0.00 Mushrooms 0.04 Fruit Trees provide food for humans and chickens (via fallen fruit and insects)
Area (sf) 32670.00 32670.00 32670.00 8712.00 450.00 30.00 2000.00 Total Cost Total Cost (10% reduction)
Initial Cost Annual Cost Gross Annual Profit Net Annual Profit Years $ 12,500.00 $ 40,500.00 $ 67,500.00 $ 27,000.00 1 -‐ 7 $ 1,050.00 $ 2,088.00 $ 8,221.00 $ 6,133.00 1 $ 450.00 $ 750.00 $ 1,125.00 $ 375.00 7 -‐ 12 $ 1,131.00 $ 223.00 $ 700.00 $ 477.00 1 $ 715.00 $ 1,039.00 $ 2,114.00 $ 1,075.00 1 $ 5,442.00 $ 500.00 $ 1,200.00 $ 700.00 2 -‐ 3 $ 1,458.00 $ 2,572.00 $ 6,434.00 $ 3,862.00 4 $ 22,746.00 $ 47,672.00 $ 87,294.00 $ 39,622.00 Chicken Coop provides heat $ to the greenhouse 21,346.00 $ the 43,338.20 $ 79,609.40 $ 36,271.20 during Grain Field chickens clean evening while the manure is used Island provides protection for ducks and up remaining grain that would fertilizer geese creates within *area for each planted omponent is stacked vertically within the forest, i.e. nut trees, mixed fruit and vegetables and as mixed herbs fit within the same .75 acres with 10% and reduction in additional initial cost, edges annual cost athe nd gross otherwise go tocwaste pond profit for each component to account for reduced density per acre
Permaculture Profits Profitable Permaculture Farm
10.31 Acres Total Component Mixed Vegetables and Fruit Mixed Herbs Rotational Pastures (for Nubian Goats) Feta Cheese (40 Nubian Goats barn and facilities) Honey Production (20 Hives) Egg Production (500 hens in coops, graze in fields) Aquaculture (1,200 fish + 1/3 surface crop cover)
Area (acres) 1.50 0.50 7.00 0.20 0.00 0.11 1.00
Hand Sketching + Photoshop + InDesign + Excel
Area (sf) 65340.00 21780.00 304920.00 8712.00 60.00 5000.00 43560.00 Total Cost
Initial Cost Annual Cost Gross Annual Profit Net Annual Profit $ 37,500.00 $ 81,000.00 $ 135,000.00 $ 54,000.00 $ 700.00 $ 1,392.00 $ 5,481.00 $ 4,089.00 $ 13,800.00 $ 9,800.00 $ (9,800.00) $ 57,460.00 $ 10,000.00 $ 96,190.00 $ 86,190.00 $ 10,884.00 $ 1,000.00 $ 2,400.00 $ 1,400.00 $ 7,951.00 $ 11,552.00 $ 23,495.00 $ 11,943.00 $ 5,656.00 $ 1,116.00 $ 3,500.00 $ 2,384.00 $ 133,951.00 $ 115,860.00 $ 266,066.00 $ 150,206.00
Years 1-7 1 1 1 2-3 1 1
22
Swale Guild an example of a grouping of plants and animals working together as a self sustaining ecosystem
Pond Aquaculture System the systematic cultivation of plants and animals in ponds throughout a permaculture site (used for irrigation, sun reflectors, storm water holding etc.)
Freshwater Mussels/ Clams
2
Floating Plants Submerged Plants
Partially Submerged Log Floating Rooted Plants
Marginal Plants Edge Plants
Swale periodically floods bringing water and nutrients Chickens eat harmful insects and clean up fallen fruit while fertilizing the guild
5 Bees pollinate and create honey within the system
6
4
1
7 3
Honey Locust roots act as miners and fix nitrogen at the same time
1. Food for Us 2. Food for the Soil 3. Diggers/ Miners 4. Groundcover
5. Climbers 6. Supporters 7. Protectors
23
[mount joy sportmen’s club] professional work The Mount Joy Sportmen’s Club master plan involved the renovation of the existing parking lot, relocation of the existing rifle ranges and skeet shoot, detailing the backstops to increase the safety of the club and the design of a new pistol range to be used for SWAT training as well as recreational shooting. 17' 1"
17' 1"
12' 0" O.C. 24' 0" Center to Center 24' 0" Center to Center 26' 0" Edge to Edge 26' 0" Edge to Edge
+ 0.00
2.5
5
10
+ 0.00
15' 9" estimated 27 railroad ties total 15' 0" from ground to top of berm
0 8
2
12"
2' 0" O.C.
2' 0" O.C.
12"
3
Scale: 1" = wide 5' by 0 5 15 Ties (Stepped to hold back grade) 6" Extension of 9" 7" high 6"2.5Extension Railroad of Ties 9" (Stepped wide by107" to high hold Railroad back grade) 0
3
Scale: Sonotube 1" = 4' for0 targets2 Scale: 1" = 4' 4
4 12
8
12
Sonotube for targets
12' 0" O.C.
Schematic 50 Yard Timber Wall Detail Schematic 50 Yard Timber Wall Detail 2 Scale: 1" = 5'
Schematic 50 Schematic Yard Timber 50 Yard Wall Timber SectionWall Section
15
20' 6"
20' 6"
5' 8"
5' 8"
Schematic 50 Yard Timber Wall Section Schematic 50 Yard Timber Wall Section 3 proposed finished grade Approximate proposed finishedApproximate grade - See grading plan - See grading plan
Scale: 1" = 4'
Scale: 1" = 4'
0
2
0
4
2
5' 0"
4
8
8
12
12
5' 0"
0.5:1 slope
15' 0" From ground to top of berm
0.5 : 1 Slope
0.5 : 1 Slope
0.5 :: 1 1 Slope Slope 0.5 2' 0"
Sonotube for targets
0.5:1 slope 9" wide by 7" high railroad ties (double stacked and stepped 7" 9" wide by 7" high railroad ties to hold back (double stacked and stepped 7" grade) to hold back grade) Grade behind railroad ties Grade behind railroad ties
0.5:1 slope
0.5:1 slope
+ 2.00
+ 0.00
Sonotube for targets
16-18" Sonotubes for Targets 16-18" Sonotubes for Targets
+ 15.00 12' 0" O.C. 12' 0" O.C. 12" 12" 24' 0" Center to Center 24' 0" Center to Center
12"
26' 0" End to End of Railroad Ties 26' 0" End to End of Railroad Ties
34' 11" Mound Extension
Sonotube for targets
9' 0"
9' 0"
12' 0" O.C.
0.5 : 1 Slope
12' 0" O.C.
Sonotube for targets
0.5:1 slope
0.5 : 1 Slope
+ 15.00
4' 0"
19' 8"
4' 0"
2' 0" 19' 8"
+ 15.00
Grade behind railroad ties
5' 0"
+ 15.00
+ 2.00
Grade behind railroad ties
15' 0" From ground to top of berm
+ 15.00
12"
5' 0"
4' 0"
19' 8"
4' 0"
+ 0.00
+ 15.00 + 0.00
Approximate proposed finished grade - See grading plan Approximate proposed finished grade - See grading plan
6" Extension of 9" wide by 7" high Railroad Ties (Stepped to hold back grade) 15.00 6" Extension of+9" wide by 7" high Railroad Ties (Stepped to hold back grade) + 0.00
+ 15.00 19' 8"
0.5 : 1 Slope
0.5 : 1 Slope
0.5:1 slope
9" wide by 7" high railroad ties9" wide by 7" high railroad ties (double stacked and stepped 7" (double stacked and stepped 7" to hold back grade) to hold back grade)
0.5:1 slope
0.5:1 slope
18' 5" 20' 11"
18' 5" 20' 11" 34' 11" Mound Extension
15' 9" estimated 27 Railroad Ties
12' 0" O.C.
3
15
15' 0" From ground to top of berm
10
18' 8" estimated 32 railroad ties
5 15
2' 11"
2.5
15' 9" estimated 27 Railroad Ties
12"
0 10
18' 8" estimated 32 railroad ties
12' 0" O.C.
Scale: 1" = 5' 5
15' 0" From ground to top of berm
2.5
A
0
A
Scale: 1" = 5'
15' 9" estimated 27 Railroad Ties
2
+ 0.00
Approximate proposed 5' 8" 5' 8" grade - See finished Approximate proposed 20' 6" finished grade - See Grading Plan Grading Plan
20' 6"
18' 8" estimated 32 railroad ties
+ 2.00
2' 0" O.C.
15' 9" estimated 27 Railroad Ties 2' 11"
A
A
16 - 18" Sonotubes 16 - 18" Sonotubes for Targets for Targets
Schematic 50 Schematic Yard Timber 50 Yard Wall Timber Detail Wall Detail + 0.00
Sonotube for targets
2' 0" O.C.
2' 0"
+ 2.00
9" wide x 7" high 12" railroad ties (stepped 9" wide x 7" high railroad ties (stepped7" to hold back grade) 7" to hold back grade)
0.5:1 slope
18' 8" estimated 32 railroad ties
12' 0" O.C.
24' 0" Center to Center 12" 26' 0" Edge to Edge
Approximate proposed Approximate proposed finished grade - See finished0.5:1 gradeslope - See Grading Plan Grading Plan 9" wide by 7" high railroad ties (double stacked and stepped 7" to 9" wide by 7" high railroad ties hold back (double stacked and stepped 7"grade) to hold back grade) Grade behind railroad ties Grade behind railroad ties 0.5:1 slope
2' 0"
16 - 18" Sonotubes for Targets
Grade behind railroad ties
5' 0"
5' 0"
0.5:1 slope
15' 9" estimated 27 railroad ties total 15' 0" from ground to top of berm
A' A' 0.5 : 1 Slope
12' 0" O.C. 12' 0" O.C.
24' 0" Center to Center 12" 26' 0" Edge to Edge 0.5 : 1 Slope
12"
16 - 18" Sonotubes for Targets
Sonotube for targets
+ 15.00 12' 0" O.C.
2' 0"
2' 0"
13' 5"
13' 5"
+ 15.00
0.5 : 1 Slope
4' 0"
+ 15.42
+ 15.42 + 0.00
9" wide x 7" high railroad ties (stepped 7" to hold back grade)
2' 0"
20' 6"
4' 0"
2' 0"
20' 6"
+ 15.00 + 2.00
+ 15.00 + 0.00
9" wide x 7" high railroad ties (stepped 7" to hold back grade)
Grade behind railroad ties
2' 0"
+ 13.67
+ 13.67 + 2.00
2
0.5 :: 11 Slope Slope 0.5
13' 5"
7' 1"
7' 1" 13' 5"
+ 0.00
+ 0.00
2
+ 0.00
+ 0.00 + 15.00
+ 15.00
17' 1"
17' 1"
+ 15.42
0.5 : 1 Slope
4' 0"
8' 9"
12"
[100 Yard Backstop]
8' + 9"15.00
20' 6"
4' 0"
20' 6"
[50 Yard Backstop]
+ 13.67
+ 15.00 + 15.42
0.5:1 slope
9" wide by 7" high railroad ties9" wide by 7" high railroad ties (double stacked and stepped 7" (double to stacked and stepped 7" to hold back grade) hold back grade)
0.5:1 slope
0.5:1 slope
15' 9" estimated 27 railroad ties total15' 9" estimated 27 railroad ties total 15' 0" from ground to top of berm 15' 0" from ground to top of berm 2' 0"
+ 0.00
+ 13.67
5' 0"
0.5:1 slope
0.5 : 1 Slope
0.5 : 1 Slope
+ 0.00
5' 0"
+ 0.00
7' 1"
7' 1"
+ 0.00
A'
8' 9"
A'
8' 9"
2' 0"
+ 0.00
Scale: 1" = 5'
12"
0
12"O.C. 12' 0"
2.5
Scale: 1"O.C. = 5' 5 12' 0"
16-18" Sonotubes for Targets 16-18" Sonotubes for Targets
0 10
2.5
5 15
10 12' 0" O.C.
15
12"
12' 0" O.C. 12" 24' 0" Center to Center 24' 0" Center to Center 26' 0" End to End of Railroad Ties 34' 11" Mound Extension 26' 0" End to End of Railroad Ties 34' 11" Mound Extension 60' 11" to Lowest Contour of Backstop 60' 11" to Lowest Contour of Backstop
5
2' 11"
2' 0"
+ 0.00
Schematic 100 Schematic Yard Timber 100 Yard Wall Timber Detail Wall Detail AutoCAD 2014 + Photoshop 4 4 Company | David Christian and Associates, Inc. - Landscape Architecture
2' 11"
60' 11" to Lowest Contour of Backstop 60' 11" to Lowest Contour of Backstop + 2.00
+ 2.00
Schematic 100 Schematic Yard Timber 100 Yard Wall Timber SectionWall Section Scale: 1" = 4'
5
0
9' 0"
2
Scale: 1"0"= 4' 4 9' 18' 5" 20' 11"
0 8
2
4 12
18' 5" 20' 11"
8
12
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Rendered Plan For marketing club renovations and safety improvements to the community and existing/ potential members
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[residential landscape plan] professional work deck and backyard renovations This residential design focuses on providing shade along the eastern edge of the building while allowing space for entertaining. Design inspiration was drawn from Mediterranean plantings and worked to create a shaded, tropical feel in the warm sunny conditions. Challenges involved a low budget, inability to plant shade trees and utilizing the existing pergola and deck. Some plants used within the design were Sky Rocket Juniper, Lavender, Trailing Rosemary, Yucca, Lilac, Wisteria, Palms, Ferns, Dwarf Olive Trees, Big Blue Stem, Globe Boxwood and vines/ trailing plants for the hanging baskets.
Conceptual sketch of proposed pergola structure with wisteria vines, hanging baskets of vines and trailing plants and hanging candle holders
AutoCAD 2014 + Hand Sketching Company | David Christian and Associates, Inc. - Landscape Architecture
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Conceptual sketch of existing pergola structure with hanging baskets and candle holders
Conceptual perspective sketch of existing pergola with fabric woven through support beams for shade Current/ Other Projects
north
0’
4’
8’
12’
+ Manheim Police and EMS Facilities Land Development Plan (NPDES Permit, Storm Water Report, etc.) + Mount Joy Borough Rain Garden + Manheim Farm Show Planting Plan 27 + Various Landscape Plans for a Range of Land Development Projects
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[contact] Emily Hahn Bachelor of Landscape Architecture | expected December 2015 Minor in Environmental Inquiry College of Arts and Architecture Pennsylvania State University 717.606.8468 ech5127@psu.edu 608 Mitchell Avenue Mount Joy, PA 17552
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