LANDSCAPE ARCHITECTURE PORTFOLIO
CHRISTINE TARULLO
2009 - 2014 | Pennsylvania State University | College of Arts and Architecture
BIO + CONTENTS
CHRISTINE N. TARULLO BLA, ASLA Member PENNSYLVANIA STATE UNIVERSITY College of Arts and Architecture Bachelors of Landscape Architecture
tarullo.christine@gmail.com 412.370.2845 2373 Southwood Dr, Pgh, PA 15241 http://issuu.com/christinetarullo/docs
A
SELECTED WORKS
Academic Projects | 2009 - 2014 4 - 45
01
B
RESUME
BUILDING INFORMATION MODELING Campus Student Enrichment Center | Harrisburg, PA 4 - 17
02
URBAN GREENWAY DEVELOPMENT
03
REGIONAL ENVIRONMENTAL PLANNING
04
URBAN STREETSCAPE REVITALIZATION 1
05
URBAN STREETSCAPE REVITALIZATION 2
06
STORMWATER MANAGEMENT
07
PLANTING DESIGN
Education | Work Experience | Profecional Relations | Proficiencies 46 - 47
Großmarkt Halle | Cologne, Germany 18 - 23
Wissahickon Watershed | Philadelphia, PA 24 - 27
Route 195 Greenway | Providence, RI 28 - 33
Flushing Avenue | Brooklyn, NY 34 - 37
Center for Sustainability | University Park, PA 38 - 41
West Campus Commons | University Park, PA 42 - 45
CONTEXT | LOCATION
Campus Student Enrichment Center Harrisburg, PA
DAUPHIN COUNTY
The Student Enrichment Center at the Penn State Harrisburg campus is a newly planned student union building. Working as an interdisciplinary and collaborative team among architects and architectural engineers, we proposed to establish a strong campus core that involved both building and site design. In an effort to achieve this result, every step in the design process required integration among architecture, landscape architecture, and architectural engineering.
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SITE LOCATION PENN STATE HARRISBURG
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Our goals included: A holistic design that incorporates sustainable technologies for optimal life cycle assessment Clear spatial relationships between both interior and exterior spaces Optimal site orientation for views, as well as sustainable endeavours
SU
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+ Penelope Peralta
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BUILDING INFORMATION MODELING
CONTEXT | BACKGROUND
EXECUTION | WORKFLOW
START
02.06
02.13
03.06
04.24
05.05
BIM execution planning
schematic design
design development
final design
design goals
schematic site design
sustainability strategies
final site design
design documentation
design criteria
site analysis
conceptual grading
building / site relationship
project booklet graphics
preliminary materials
develop site design
revit
adobe suite
documentation
END
outdoor program analysis
ADOBE SUITE
sketchup
revit
adobe suite
auto cad
SKETCHUP
auto cad
05
BUILDING INFORMATION MODELING
06
CONTEXT | ANALYSIS Several factors were taken into consideration when establishing the final design of the Student Enrichment Center.
CAMPUS
SITE
CAMPUS BUILDINGS
FUTURE BUILDINGS
PEDESTRIAN CIRCULATION
VEHICULAR CIRCULATION
SOIL
VIEWS
CONCEPT | STRATEGY CIRCULATION SYSTEM
VISUAL CONNECTION SYSTEM
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
The siting of the SEC and the exterior circulation system that has been developed provides a physical connection to Vartan Plaza and the adjacent library on the northern side.
STORMWATER SYSTEM
When keeping in mind the orientation of the SEC and the opportunities and constraints that accompany it, there are several visual connections of interest. While hiding the service area and screening the parking lot from viewers is important, the location of the SEC and its potential roof garden offered strong views not only from within the SEC, but also the libarary, and are of upmost consideration.
The proposed stormwater system manages as much stormwater runoff on site as possible. To prevent water from flowing off the eastern side of the site, three depressed biofiltration areas collect runoff and pipe the water to the western side of the site. Runoff exits the site through an existing swale along the road, but in order to accommodate the increased runoff from the proposed building and surrounding hardscapes, infiltration points along the swale absorb water along the way as well.
07
BUILDING INFORMATION MODELING
08
CONCEPT | PROGRAM Represented in the following diagrams is the relationship between interior and exterior programs. None are indicative of a building plan or site design, so note that there is no delineation between indoor spaces and outdoor spaces. Heavily taking into consideration these relationships, as well as natural circulation patterns, the programmatic system has culminated in a relationship that looks like this. A primary goal of our design was to create a fluid environment.
ACADEMIC AREA
ATRIUM
1. COUNSELING CENTER 2. OUTDOOR CLASSROOM 3. OFFICES
2
PROGRAMMATIC ELEMENTS
1
ACADEMIC AREA
ATRIUM
SOCIAL AREA
STUDENT SERVICES
3
SOCIAL AREA
STUDENT SERVICES
1. BOOKSTORE 2. NORTH PLAZA 3. SEATING AREA 4. SEATING AREA 5. SEATING AREA
1. FOOD SERVICES 2. CONVENIENT STORE
2 1
3 4
5
1 2
PLAN | PROPOSED GRADING
PLAN | SITE
SECTION | NORTH
BUILDING INFORMATION MODELING
ms overview
PLANTING SCHEDULE | GREEN ROOF
SHRUBS
12
VIEW | GREEN ROOF
QUANTITY
BOTANICAL NAME
COMMON NAME
CONDITION
SPACING
480
Perovskia atriplicifolia
Russian Sage
Plug
2-4’
1,450
Coreopsis verticillata
Threadleaf Coreopsis
Plug
1-1.5’
2,175
Festuca glauca ‘Elijah Blue’
Fescus ‘Elijah Blue’
Plug
0.5-0.75’
DETAIL | SOUTH PLAZA
PERMEATING GRASS SQUARES
SITTING STEPS - OUTDOOR CLASSROOM
INTEGRATED STEP VEGETATION
DETAIL | SITTING WALL
TREES PROVING DAPPLED SHADE
SITTING WALL ELEVATED GRASS LAWN
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BUILDING INFORMATION MODELING
14
DETAIL | SOUTH PLAZA
TREES PROVING DAPPLED SHADE
COVERED EATING AREA
DETAIL | EAST ENTRY
VIEW | SOUTH PLAZA
VIEW | NORTH PLAZA
VIEW | NORTH PLAZA
CONTEXT | LOCATION
GroSSmarkt Halle Cologne, Germany
NORTH RHINE-WESTPHALIA
SITE LOCATION GROßMARK HALLE
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BE LT
AR RO KT ßM HA AR LLE KT HA LL E
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This transformation of the Grossmarkt creates a landmark within a vibrant new living quarter of Cologne. The Grossmarkt Halle is re-purposed for weekly concerts and events. The hall is the focal point in the design and is highlighted by a complex grid system with a monumental scale. The enormous area is broken up by small garden spaces that double as bio-retention cells that filter water on-site. Land around the hall is bountiful and welcomes temporary uses like markets, food carts, exhibitions, concert overflow, festivals, and outdoor shows. This new landscape is surrounded by mixed-use buildings that contain residential units, offices, parking, and commercial units on the ground floor. Striking design will complement the new influx of population and give surrounding residents a place to be proud.
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URBAN GREENWAY DEVELOPMENT
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CONTEXT | BACKGROUND
+ Bita Khajeh
CONTEXT | CIRCULATION ANALYSIS PEDESTRIAN
N WA MI
LKABI
LIT Y
NE ZO
5
CONCEPT | STRATEGY
bonner straSSe
BICYCLE
1M
IN BIKING
greenbelt
ZO N
E
AUTOMOBILE 1M
IN DRIVING
ZO NE
bonner straSSe
PUBLIC TRANSPORTATION
greenbelt connection
AREA OF INF LU C EN
E
M
400 200
M
plaza
bonner straSSe
19
PLAN | SITE
URBAN GREENWAY DEVELOPMENT 7m
10m
22
PLAN | KEY B
A
SECTION | A
20m
5m
17m
132m
26m
5m
17m
132m
17m
67m
12m
67m
17m
30m
9m
38m
12m
5m
7m 7m
24m
24m
SECTION | B
5m 5m
11m 11m
4m 4m
11m 11m
6m 6m
11m 11m
3m 3m
57m
57m
20m 20m
40m
40m
4m 4m
8m 9m
1m 9m
17m 17m
1.2m
4m 4m
SECTION | C
9m
PLAN | DETAIL
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24 AG
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M E RA DIU SS M
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SO
AG G
RA TE
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URBAN GREENWAY DEVELOPMENT VIEW | INFILTRATION SYSTEM VIEW | ENTRY PLAZA
VIEW | GROSSMARK HALLE VENUE
E
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ST AG E
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TA G
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IN
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KS
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&
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BA E
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RE S W SIN C G
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FIRST FLOOR
TC
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GROUND FLOOR EN
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SE AT I
E D
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AT IN G
PLAN | INTERIOR FLOOR
BASEMENT
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CONTEXT | LOCATION
Wissahickon Watershed Philadelphia, PA
WISSAHICKON WATERSHED
The Wissahickon Watershed covers Montgomery County and Philadelphia County. It is a subbasin of the larger Delaware Valley Watershed. It is a model environment of an open green space system surrounded by the dense urban environment of Philadelphia.
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SITE LOCATION GERMANTOWN AVE
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Contemporary land use of the Wissahickon Watershed is a study that analyzes open space land use, developed land use, and various land use intensities. The relationship between population and land use is explored, and various opportunities and constraints are evaluated. This information is intended to assist in future land management and predict the severity of future urban encroachment.
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REGIONAL ENVIRONMENTAL PLANNING
26
CONTEXT | BACKGROUND
CONTEXT | ANALYSIS Developed Soft Open Space Planned green space is considered developed soft open space, and includes everything from parks and golf courses to gardens and backyards. recreation
Developed Hard Open Space Man-made paved open spaces include everything from parking lots to plazas, and can be both public and private. These spaces tend to be scattered and fragmented when isolated because they are commonly found adjacent to buildings. parking vacant
Conservation Open Space The mostly undisturbed, naturally existing green space consists of water and woodland. These areas offer protection of natural resources, opportunities for recreation and scenic values. water woodland
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REGIONAL ENVIRONMENTAL PLANNING
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LAND USE | OPEN V. DEVELOPED Open Space
Developed Space
CONSERVATION OPEN SPACE water woodland
MINING
DEVELOPED HARD OPEN SPACE
COMMERCIAL
PARKING
INDUSTRIAL
VACANT
AGRICULTURAL
DEVELOPED SOFT OPEN SPACE
RESIDENTIAL
RECREATION
TRANSPORTATION
DEVELOPED LAND
UTILITY
LAND USE | INTENSITIES Population per Area
Houses per Area
JARRETTOWN
AMBLER
SPRING HOUSE
SPRING HOUSE
SPRING HOUSE
BLUE BELL
JARRETTOWN
AMBLER BLUE BELL
LAFAYETTE HILL
ORELAND
BLUE BELL
LAFAYETTE HILL
ORELAND
ORELAND FLOURTOWN WYNDMOOR
WYNDMOOR
WYNDMOOR
CHESTNUT HILL
CHESTNUT HILL
CHESTNUT HILL EAST MOUNT AIRY
EAST MOUNT AIRY ROXBOROUGH
EAST MOUNT AIRY ROXBOROUGH
WEST MOUNT AIRY
WEST MOUNT AIRY
WEST MOUNT AIRY
GERMANTOWN
GERMANTOWN
GERMANTOWN
EAST FALLS
EAST FALLS
EAST FALLS
0.0 - 3,852.52
0.0 - 1,619
0.0 - 2.24
3,852.53 - 9,807.93
1,620 - 4,518
2.25 - 3.24
9,807.94 - 19,055.18
4,519 - 9,711
3.25 - 11.00
19,055.19 - 41,684.17
9,712 - 22,300
11.01 - 31.44
41,684.18 - 82,651.88
22,301 - 48,900
31.45 - 56.50
MILES
0
0.75
1.5
3
4.5
6
MILES
0
0.75
1.5
3
JARRETTOWN
AMBLER
FLOURTOWN
FLOURTOWN
ROXBOROUGH
NORTH WALES WEST POINT
NORTH WALES WEST POINT
NORTH WALES WEST POINT
LAFAYETTE HILL
Population per House
4.5
6
MILES
0
0.75
1.5
3
4.5
6
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CONTEXT | LOCATION
Route 195 Greenway Providence, RI
PROVIDENCE
PR VI O VI DE DE NC NC E E CI RI TY VE W R AL K O PR
ED
RT
19
5
SITE LOCATION RT 195 PARCEL
UT
L CE RT
19
5
PA R
The Providence City Walk is a proposal for the vacant land parcel left behind by the relocation of Route 195. The rarity of such an expansive open space within a dense urban environment called for quick action because of developmental demands. The efforts of this project went to establishing the missing link left behind by Route 195 in a different way that provides for the local community.
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STREETSCAPE REVITALIZATION PT 1
CONTEXT | BACKGROUND
30
CONCEPT | PROGRAM
BICYCLE
PEDESTRIAN
VEHICULAR
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STREETSCAPE REVITALIZATION PT 1
32
PLAN | SITE
SCALE: 1” = 20’ 0
SECTION | A
SECTION A
SCALE: 1” = 20’
CHRISTIN
PLAN | DETAIL
33
VIEW | AXON
34
VIEW | STREETSCAPE
CONTEXT | LOCATION
Flushing Avenue Brooklyn, NY
BROOKLYN
O
O KL US YN HI Q NG UE EN EA AV S E EX ST PY RIV ER BR O O KL YN NA VY ST YA RE RD ET SE G M EN T
SITE LOCATION FLUSHING AVE
FL
Flushing Avenue in Brooklyn, NY is a desolate streetscape surrounded by urban gentrification. An effort to instill cultural vitality along this site has been strongly encouraged due to the possibility of strengthening the local economy. Points along Flushing Avenue were selected for their weakness or potential to become something better. Vacant lots and empty parking lots were repurposed to provide local venues for the neighborhood community. Programming included interactive water plazas, outdoor art galleries, pop-up markets and outdoor eating.
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STREETSCAPE REVITALIZATION PT 2
36
CONTEXT | BACKGROUND
CONTEXT | LAND USE ANALYSIS Primary road secondary road tertiary road
VER EAST RI
river connector node
DO
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O
B RO O K
LYN QUEENS EXPY
ST
W N
FLUSHING AVE
RE
ET
SE
G
M
EN
T
NA VY
YA R
D
DU
M
BO
BROOKLYN TECH TRIANGE
I278
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STREETSCAPE REVITALIZATION PT 2
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PLAN | SITE
ALTERNATE GREENWAY WATER FEATURE PLAZA SPEED TABLE PLAZA & CAFE
BIOSWALE MEDIAN
OUTDOOR ART INTERACTIVE GALLERY WATER FEATURE
RAIN GARDEN
SECTION | A
ON-STREET PARKING GREEN INFRASTRUCTURE
PEDESTRIAN ACCESS
Riparian species
RAIN GARDEN Rain garden Stormwater STORMWATER overflow control OVERFLOW
REPURPOSED Repurposed WAREHOUSE warehouse
SECTION | B
Scale: 1”=4’
NATURALLY Extra filtrated continues FILTERED WATER water down stream CONTINUES DOWN STREAM
OUTDOOR CAFE Outdoor cafe
PLAN | DETAIL
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CONTEXT | LOCATION
Center for Sustainability University Park, PA
CENTRE COUNTY
This section focuses on the work I have completed in design implementation courses throughout my time at Penn State. The first project demonstrates grading and stormwater management in a proposal of Penn State’s Center for Sustainability.
TE R
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SITE LOCATION UNIVERSITY PARK
PE NN
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STORMWATER MANAGEMENT
CONTEXT | BACKGROUND
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DATA | PIPE SIZING PIPE NAME
PIPE FROM
DIA.
SLOPE (%)
LENGTH (FT.)
INV IN
INV OUT
A
D1 TO SWALE
8
1.0
117
1,100.83
1,100.00
B
D3 TO SWALE
8
1.0
296
1,104.08
1,099.50
DATA | BIORETENTION SURFACE
SURFACE TYPE
SURFACE AREA (SQ. FT.)
RUNOFF DEPTH (FT.)
TOTAL RUNOFF (C.F.)
A
IMPERVIOUS
26021
0.083
2159.74
B
IMPERVIOUS
126
0.083
10.46
26147
TOTAL
2170.2
SURFACE
SURFACE TYPE
SURFACE AREA (SQ. FT.)
RUNOFF DEPTH (FT.)
TOTAL RUNOFF (C.F.)
C
PERVIOUS
2756
0.0415
114.37
D
PERVIOUS
1040
0.0415
43.16
3796
TOTAL
157.53
SURFACE
SURFACE TYPE
SURFACE AREA (SQ. FT.)
RUNOFF DEPTH (FT.)
TOTAL RUNOFF (C.F.)
E
GREEN ROOF
5054
0.0415
209.74
TOTAL
5054
209.74
SURFACE
SURFACE AREA (SQ. FT.)
TOTAL RUNOFF (C.F.)
FINAL TOTAL
5054
2537.47
41
PLAN | PROPOSED GRADING
legend EXISTING 1’ CONTOUR EXISTING 5’ CONTOUR PROPOSD 1’ CONTOUR PROPOSED 5’ CONTOUR SPOT ELEVATION tw
TOP OF WALL
bw
BOTTOM OF WALL
ts
TOP OF STAIR
bs
BOTTOM OF STAIR SWALE BUILDING RETAINING WALL STAIRS PARKING ROAD PATIO/SIDEWALK
top ffe
TOP FINISHED FLOOR ELEVATION
btm ffe
BOTTOM FINISHED FLOOR ELEVATION
di DROP INLET DRAINAGE PIPE rim
RIM ELEVATION
inv in PIPE INVERTS IN inv out PIPE INVERTS OUT
43
CONTEXT | LOCATION
West Campus Commons University Park, PA
CENTRE COUNTY
This section focuses on the work I have completed in design implementation courses throughout my time at Penn State. This second section demonstrates planting design, hand drawing and lettering in a proposal of the West Campus Commons at Penn State. The two planting areas highlighted are a mixed border showing a variety of trees, shrubs, perennials and groundcovers, and a treed plaza displaying 3D CAD details.
SITE LOCATION UNIVERSITY PARK
W
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T
CA M
PU
S
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ST AT E
PE NN
CO
M M O
NS
N
AT H
ER TO
N
ST
PLANTING DESIGN
CONTEXT | BACKGROUND
PLAN | MIXED BORDER PLANTING DESIGN
(8) - Hp (13) - Sj Cp (16) - Pp
Co
(11) - Ba (16) - Aad
Go
(9) - Hp (11) - Hbc (8) - Ba (20) - Tg
(11) - Dg (9) - Bm (23) - Ep (7) - Gb
(1) - Aj
Cp
(12) - Hbc (8) - Bm (12) - Hbc (18) - Ep
Ha Go Ha
(23) - Sj (7) - Bm (21) - Tg
(39) - Dg (35) - Pp Ha (9) - Hp
(12) - Hbc (12) - Aa
(28) - Tg (12) - Sj
Co
EES BUILDING
(86) - Pp (14) - Ls (8) - Ca Ha (20) - Ls
Cp
(21) - Sj
(5) - At (7) - Va
Lb Go
(1) - Cf
(4) - Ba
Le Ha
(15) - Ep
(6) - Iv
(32) - At
(45) - Ls
(11) - Tp (12) - Bm LE
(15) - Dg (8) - Hbc
(12) - Hbc
(35) - Dg
Go
(7) - Tp
(20) - Aad
Cp
45
TREES
PLANTING DESIGN
PLANTING SCHEDULE | MIXED BORDER
SHRUBS PERENNIALS GROUND COVER
46
KEY
QUANTITY
BOTANICAL NAME
COMMON NAME
SIZE
CONDITION
SPACING
Aj
1
Acer japonica var. Dissectum
Cutleaf Japanese Maple
2” cal
#5 pot
Cf
2
Cornus florida
Flowering Dogwood
2” cal
#5 pot
Bm
21
Buxus microphylla
Winter Green Boxwood
1’ hgt
#2 pot
2’ OC
Ca
7
Clethra alnifolia ‘Hummingbird’
Sweetpepper Bush
2’ hgt
#3 pot
3’ OC
Iv
5
Ilex verticillata
Winterberry Holly
2’ hgt
#3 pot
4’ OC
Sj
23
Spirea japonica
Japanese Spirea
1’ hgt
#2 pot
2’ OC
At
5
Asclepias tuberosa
Butterfly Weed
4” pot
18” OC
Aa
18
Astilbe x arendsi ‘Deutschland’
‘Deutschland’ Astilbe
6” pot
18” OC
Ba
3
Baptisia australis
Blue False Indigo
4” pot
2’ OC
Dg
44
Digitalis grandifolia
Yellow Foxglove
4” pot
18” OC
Ep
18
Echinacea purpurea
Purple Coneflower
4” pot
18” OC
Gb
7
Guara biennis
Biennial Gaura
4” pot
2’ OC
Ha
3
Heuchera americana
American Alumroot
4” pot
18” OC
Hbc
36
Hosta ‘Blue Cadet’
Blue Cadet Hosta
6” pot
18” OC
Hp
7
Hosta ‘Patriot’
Patriot Hosta
6” pot
2’ OC
Lc
19
Lobelia cardinalis
Cardinal Flower
4” pot
18” OC
Tp
7
Thalictrum pubescens
Tall Meadow Rue
6” pot
18” OC
Tg
21
Trillium grandiflorum
White Trillium
4” pot
18” OC
Cp
80
Carex pennsylvanica
Pennsylvania Sedge
4” pot
18” OC
Ls
5
Lobelia siphilitica
Geat Blue Lobelia
4” pot
18” OC
Ds
7
Dicentra specabilis
Bleeding Heart
4” pot
18” OC
Va
7
Verona altissima
Ironweed
6” pot
3’ OC
Go
6,000
Galium odoratum
Sweet Woodruff
3” pot
18” OC
Le
3,000
Liriope exiliflora
Silvery Lilyturf
3” pot
18” OC
PLAN | TREED PLAZA
5’x5’ IRON TREE GRATE W. 14” TREE OPENING 2.5’x6’ WROUGHT IRON BENCH
6.5”x6.5” STONE PAVERS
1/2” SAND SWEPT EXPANSION JOINT 1/2” SAND SWEPT 6’x6’ CIP GRAY BROOM FINISHED CONCRETE
20’x20’ CU STRUCTURAL SOIL FILLED ROOT ZONE
47
RESUME
EDUCATION Pennsylvania State University University Park, PA Class of 2014
College of Arts and Architecture Bachelor of Landscape Architecture Relevant Coursework: Visualization and Design Implementation I-IV
Academy for International Education Bonn, Germany Fall 2013
Semester study abroad landscape architecture program Focused on sustainable urban design, and historic and contemporary landscape design
WORK EXPERIENCE Residential Designer Sugar Run Nursery Venetia, PA Summer 2015 - Present
Responsible for completing initial surveys of existing grades and field measurements to develop site plans. Independently and collaboratively involved in residential design development. Knowledgeable of regional plant materials, their appropriate uses in landscape, and planting design.
Professional Organizer Squared Away Organizing Solutions Houston, TX Summer 2014 - Summer 2015
Worked in an energetic, team-oriented environment and utilized a strong sense of visualization and spatial awareness to implement organizational systems that created functional, efficient and maintainable living spaces that are aesthetically appealing.
Nursery Supervisor The Landscape Center by Evanovich, Bethel Park, PA Summer 2012 + Summer 2013
Assisted homeowners and landscape contractors on plant selection, care and disease diagnosis. Responsible for scheduling design consultations and providing cost estimates to maximize project workflow. Consulted with designer on project installations and assisted homeowners on personal designs.
Intern Ed Bayer Design Group, Pittsburgh, PA Summer 2013
Prepared site surveys and analyses. Developed preliminary concept designs and assisted in subsequent design processes. Provided digital and hand renderings of designs during intermediate design phases. Responsible for preparing client presentations and producing visual presentation materials.
Assistant Intern Thompson + Hanson, Houston, TX Summer 2011
Assisted in creation of site surveys, inventories and analyses. Developed preliminary concept designs, integrating residential hardscape and planting design. Hand rendered final design deliverables. Calculated material and plant cost estimates of final designs.
PROFESSIONAL RELATIONS
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Member, 2015 - Present Member, 2014 - Present Member, 2009 - Present Member, 2009 - Present Student Member, 2009 - 2014
Green Building Alliance Penn State Alumni Association American Society of Landscape Architects Upper St. Clair Citizens for Land Stewardship Landscape Architecture Student Society
PROFICIENCIES Photoshop
AutoCAD
ArcMap
Illustrator
Civil 3D
LUMION PRO
InDesign
Land F/X
Word
After Effects
Revit
Excel
Dreamweaver
SketchUp
PowerPoint
CONTACT
tarullo.christine@gmail.com
412.370.2845
2373 Southwood Drive Pittsburgh, PA 15241
http://issuu.com /christinetarullo/docs
49
THANK YOU FOR YOUR
TIME AND CONSIDERATION