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MacKenzie Patrick Landscape Architecture Portfolio
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landscape architecture portfolio table of contents 4-13 Site Scale
Urban Fibers Site Plan - Rome, Italy 4 Landscape Materiality - Campus Plaza 8 Landscape Materiality - Lakeview Apts 12 Landscape Materiality - Gabion Module 13 Center for Environmental Conservation Design 14
13-27 City Scale
Baltimore Ecological Study - Baltimore, MD 18 Community Design Studio - State College 22 Community Design Studio - Juniata Valley 24
27-35 Region Scale
Great Lakes Harbor Islands Design 26
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[Re]Creating Piazza dei Ponte Sant’ Angelo
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Urban Fibers Site Master Plan - Rome, Lazio
URBAN FIBERS
MASTERPLAN
Location: Rome, Lazio Year: Fall 2011 - Study Abroad Software: Adobe Suite CS5 AutoCAD 2011 Google Sketchup Concept: The re-creation of Piazza di Ponte Sant’ Angelo is intended to utilize and revitalize life along the Tiber River. The Piazza will expand and assign both new and existing public spaces. It will connect people to the city of Rome through carefully structured viewsheds. Structural Sphere Framework -A steel structure with metal wires will create permeable enclosure over the new piazza. -The design emphasizes and reveals connections to Castel Sant’Angelo, by framing it’s shape and providing many viewing opportunities -Vegetation cover is hidden within the structural beams and provides shade to people inside -Viewing space is provided on the exterior balcony and through structural ‘doors’ Via dei Coronari: -Help to expand the dominance of pedestrian spaces and pathways over vehicular traffic -Spaces are linked to Tiber River through views and circulation
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Urban Fibers Site Master Plan - Rome, Lazio
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Framing of Castel Sant’ Angelo
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Urban Fibers Site Master Plan - Rome, Lazio
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Urban Fibers Site Master Plan - Rome, Lazio
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6 2 87 "
iddle Wall Segment
1' 10 21" Wall Segment
2" Tube Aluminum Railing End Post *Similar End Post
2'3 81 "
2" Tube Aluminum Base Rail
1 41" Aluminum Hand Rail 3 4
Aluminum Railing Posts
Aluminum Railing Posts 2" Tube Aluminum Railing End Post
2'5" 3'
2" Gap Under Railing Concrete Coping *See 1b Copper Flashing, No Weep Holes
3'8" 6" Coping
*See Construction Notes
Railing & Anchor at Coping *See Detail 1b
4'6" Stair
Nosing Bar *See 1c Brick Veneer Cheek Wall *See L2
See 1c
Height
Stairs Foundation & Landing *See Detail 1c
Stairs Foundation & Landing *Similar to Detail 1c
8'6 78 " Length Between Foundations
Prepared Subgrade
9' 10" Concrete Coping 9'7 34 " Stair Concrete Length
Stair, Wall, and Railing Scale 1" 1' 0
8
6"
1'
2'
Section
Construction Notes
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1. Rebar: All rebar and nosing bar should be minimum 5. Brick: Standard Modular 3 85" by 2 14" by 7 85". Mortar 2" from the edge of concrete to prevent breaking. should be concave or rooded. Masonry grade should Landscape Studio Rebar should Materiality not go through key joints. - Campus Plaza be Sx. Brick wall is Flemish coursing. Brick coping 1
LANDSCAPE MATERIALITY 28.45
28.45
28.18
28.18
28.18
28.25
28.18
28.25
L2
3
28
TOS 28.15
26
1 2
1 2
. .
. .
2
25
BOS 24.65 1 L3
24.15
24.15 Wall, Paving and Planter Plan L4
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Limestone Paving Pattern Detail L4
26
BW 23.62
BW 23.55
BW 23.5
BW 23.5
1 L2
BW 23.5
BW 23.35
BW 23.45
BW 23.3
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Site Plan Scale 41
2 L2
9
1
1
2
4
8
Landscape Materiality Studio-Campus Plaza
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Bric
ortar *See Construction Notes
Flemish Pattern Chee
*See Construction Notes
3 4"
Bric
wide
ortar *See Construction Notes
Flemish Pattern Chee
*See Construction Notes
6"typ.
6"
#3 Rebar Reinforcement
*See Construction Notes
3' or to frost depth
Concrete Footing Compacted Aggregate
2'
8 stairs: 15" tread, 6" rise Nosing Bar *See Construction Notes
15" typ.
1 2"
Expansion Joint (see plan) Key Joint Joint owel Limestone Paver in Setting Bed w/ Concrete Base (See L2)
2% wash
6"
6"typ.
6"
5. Brick: Standard Modular 3 85" by 2 14" by 7 85". Mortar Rebar should Reinforcement should be concave or rooded. Masonry#3grade *See Construction Notes 3' or to wall is Flemish coursing. Brick be Sx. Brick coping frost depth Concrete Footing of wall. Aggregate should extend mimimum 14" over edge Compacted Prepared Subgrade 6. Limestone: Stones should be cut according to sizing
kept minimal. 6"
10
4" 4" 4"
approved by the Landscape Architect 1'
Stairs, Railing and Foundation Construction Notes
1'
Landscape
6"
rawn By: acKen ie Patric ecember , 2 12 Chec ed By: Revised By: Revision ate:
Railing and Anchor at Coping Scale 1" 1' etail
ateriality Final Pro ect
etail
2'8 "
all
6"
Foundation and Landing mpStairsLandscape Materiality Studio - Campus Plaza Scale 1"
1'
6"
1'
2'
1 2" Expansion Joint (see plan) Key Joint Joint owel Limestone Paver in Setting Bed w/ Concrete Base (See L2)
Prepared Subgrade
6" 4" 4" 4" 1'
Stairs Foundation and Landing Scale 1" 1' etail 6"
1'
2'
Stairs, Railing and Foundation
ole for Epoxy
6"
221"
2% wash
Landscape
2" Aluminum Railing End Post etal Fastener for Coping Epoxy Fill *See Construction Notes
15" typ.
Baird, Bur holder, Kew
ubes
Nosing Bar *See Construction Notes
Fall 2 12
elded Aluminum
2'
8 stairs: 15" tread, 6" rise
Aluminum Railing Posts he Pennsylvania State niversity epartment of Landscape Architecture College of Arts and Architecture
3 4"
1'
rawn By: acKen ie Patric ecember , 2 12 Chec ed By: Revised By:
6"
Revisions:
Railing and Anchor at Coping Scale 1" 1' etail
ateriality Final Pro ect
etail
2'8 "
all
he Pennsy epartment College of A
4"
L3 3 of 4
ew
e Penns lvania State niversit Department of Landscape Arc itecture College of Arts and Arc itecture
Concrete Base Foundation
LANDSCAPE MATERIALITY #3 Rebar Reinforcement
Brick Seating Scale 1 " 1
all End Elevation 0
6"
2
1
50 mm (2") Cut Limestone w/ 38" mortar joints *See Detail 1b
Brick Paver Edging 1 2" Expansion Joint and Dowel Fastener Brick Coping (1") *See Construction otes eneer Fastener Concrete Expansion Joint and Dowel Fastener 6" Aggregate Basecourse Flemis Coursing Brick eneer Seat all *See 1a (Mortar) *See Construction otes Concrete Base Foundation
allSeeFront Elevation 3b 4
8
#3 Rebar Reinforcement
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Prepared Subgrade
1 382"
Brick Seating Wall all & Pavement Detail Scale 1 " 1 0
6"
1
2
Brick Paver (At Expansion Joint) 1 2"
Expansion Joint and Dowel Fastener
Brick Seating Scale 1 " 1
all
Pavement Detail 0
6"
1
2
Brick Paver (At Expansion Joint) 1 2"
Expansion Joint and Dowel Fastener
50 mm (2") Cut Limestone w/ 38" mortar joints *See Detail 1b 25mm (1") Mortar Setting Bed 100mm (4") Concrete Base #3 Rebar Reinforcement 6" Aggregate Basecourse Prepared Subgrade
2"
4" 6"
Drawn B Mac en ie Patrick December 2012 C ecked B Revised B Revision Date
012
1 382"
L
Limestone Paving and Expansion Joint Scale 1 " 1 0
6"
1
2
50 mm (2") Cut Limestone w/ 38" mortar joints *See Detail 1b 25mm (1") Mortar Setting Bed 100mm (4") Concrete Base #3 Rebar Reinforcement 6" Aggregate Basecourse Prepared Subgrade
2"
4" 6"
Revisions
and
Prepared Subgrade
Baird
16
Fall 2012
8
Final Project
4
Landscape Materialit
012
all Site Section
Brick Seating all Pavement Details Building Stairs and Site Elevation
s and
Burk older
See 3b
Limestone Paving and Expansion Joint Scale 1 " 1 0
6"
1
2
L2
2 of 4 Landscape Materiality Studio-Campus Plaza
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PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
(46
)
(46)
(47)
(47
)
(45)
(48)
(48
46 47
49
)
48
49
50
1.63%
TC 40.70 BC 49.20
TC 50.10 BC 49.60
%
TC 49.98 BC 48.48
(50)
TC 50.70 BC/DI 50.20
TC 50.64 BC 50.24
49
%
TC 52.18 BC 51.68
1.50
TC 51.12 BC 50.62
%
3%
%
6%
2.00%
2%
51.57 51.74 51.93
FFE
51.91
HP 52.56
2.00%
%
45.10
2.00
o
TW 47.50 BW 47.40
% 96
2.8
3%
1.
FFE 54.20 45.20
5 o 4
TW 48.00 BW 45.20
47
Pati
TC 50.76 BC 50.26 50.33
50.15
46
50.41 TC 50.99 BC 50.49
50.25
(47)
BW 45.99
45.20
BW 47.25
50.45
45
50.44
50.50
Porc
50.50 50.50
0.50
TW 48.00 BW 45.90
(44)
BS/BW 51.30 BS 51.30
Porc
h FF
(46)
45
51.10
E5
TW 46.00 BW 44.90
44.90
50.51 TW 52.00 BW 51.03
h FF
44.90
(45)
46 TW 47.50 BW 45.00
49.88
(48)
TW 46.00 BW 45.20
48
48 TW 48.50 BW 48.00
47
47.50
FFE 54.20 45.20
49
44.80
BW 48.50
TW 48.50 BW 47.90
47.90
53.00
51
14.30%
% 2.00
45
Pati
)
54.20
50
44.80
(43
FFE
2.00%
TW 46.00 BW 44.60
Porch
1.47%
FFE 54.10 45.10
54.20
2.00%
52
TW 46.00 BW 45.10
)
Porch
52.50
FFE
51.76
52.20
2.00%
1 Stair @ 6" Rise x 1' Run
TS 51.80
51.10
E5
1.80
51.30
FFE 50.50
44 (43)
44
TC 50.26 BC 49.76 TC 50.52 BC 50.02
) (42
2.8
50.12
50.42
%
50.22
(41)
50.32
BS/BW 50.10 50.22
50.60
50.60
3%
5 Stairs @ 6" Rise x 1' Run
2.8
TS 52.60
TS 52.60
0 52.6 FE BW 52.60
hF
Porc
FE
F rch
BS 50.10
(40)
)
50.00
50.40
TW 53.00 BW 50.52
50.32
(41
50.36
3%
1.9 6%
(42)
4.00
L A K E
53.00
4 Stairs @ 6" Rise x 1' Run
TS 54.20
BW 45.10
(44
%
% 51.92
4 Stairs @ 6" Rise x 1' Run
54.10
3% 1.1
FFE 54.10 45.10
45.80
5 Stairs @ 6" Rise x 1' Run
TS 54.20
See Plan Detail 2
FFE 50.60 41.60
FFE 53.00 47.00
BS 51.70 TW 54.00 BW/BS 52.20
BS 52.20
52.50
)
50.60
0%
Porch
FFE
51.88
52
BS 52.10
54.10
Porch
2.5
FFE
52.60
51.96
7%
Porch
45.75
Porch
FFE
52.50
51.64
52
BS 52.10 51.80
(45
1.7
2.67
52.51
FFE 52.3 43.30
46.00
TC 51.52 BC 51.02
51.88
50.00
51.40
51.65
54.10
45
7%
1.1
1.7
46
51.80
TC 51.65 BC 51.15
TC 51.64 BC 51.14
11.22%
)
(46
FFE
0%
FFE 50.50 41.50
Porch
1.50%
50.50
50.36
TC 51.32 BC 50.82
2.00%
FFE
48 47
TC 51.25 BC 50.75
2.83
TC 51.51 BC 51.01
Porch
2.5
R O A D
%
1.13
See Plan Detail 1
TC 50.26 BC 49.76
HP 51.40 TC 51.35 BC 50.85
50.25
)
(47
(48)
50
0%
2.5
51
49.88
50.15
49
TC 49.30 BC/DI 48.80
TC 50.06 BC 49.76
TC 51.41 BC 50.91
TC 51.65 BC 51.15
51
(47)
1.3
TC 49.75 BC 49.25
TC 49.97 BC 49.47
2.00
%
TC 51.47 BC 50.97
1.50%
48.99
50
TC 51.26 BC 50.76
2.00
50.25
(50)
49.28
49.50 TC 50.69 BC 50.19
(52)
TC 51.32 BC 50.82 TC 50.15 BC 49.65
49
00%
1.
TC 50.72 BC 50.22
1.7
)
1.62
1.50%
TC 51.24 BC 50.74
TC 49.75 BC 49.25
TC 49.97 BC 49.47 TC 50.54 BC 50.04
7%
50
TC 50.02 BC 49.52
(51)
(48
(51) TC 50.78 BC 50.28
TC 50.00 BC 49.50
TC 50.58 BC/DI 50.08
2.2
TC 40.70 BC 49.20
TC 49.40 BC 48.90
49.08
TC 50.30 BC 49.80
TC 49.18 BC 48.68
TC 48.53 BC 48.03
48.99
TC 49.86 BC/DI 49.36
TC 50.56 BC 50.06
1.88
(48.13)
49.18
50
TC 50.02 BC/DI 49.52
49
(46)
TC 49.30 BC/DI 48.80
1.50%
TC 48.53 BC 48.03
(49)
2.2 7%
TC 49.18 BC 48.68
Po
0
50.6
50.60
TW 53.00 BW 50.60
51.16
52.50
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Landscape Implementation - Lakeview Apartments Construction PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
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FFE 50.60
VACANT LOT DESIGN
PLANTER
n site and may erent ways (not rock).
de opportunity unity to grow
be low bly native.This ile still tainability of
s within the ive to ing spaces.
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Landscape Implementation - Gabion Module System
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Center for Environmental Conservation - State College, PA
CENTER FOR ENVIRONMENTAL
CONSERVATION Location: State College, PA Year: Spring 2010 - Design Studio Software: Adobe Suite CS4 AutoCAD 2011
Concept: Revealing underlying geology of the site through the flow of nature while subtly recognizing the history of the site through a grid. •The organic flow of the design represents the underground streams which run through the site due to the karst topographic structure •The paved paths, trails, roads and programs are all organized organically •The trees on site are arranged in a sparse grid. The grid represents the existing hedgerows which show the history of the site as a farm •The existing hedgerows have been preserved and a subtle grid organizes all the trees within the site and prairie
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Center for Environmental Conservation - State College, PA
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Center for Environmental Conservation - State College, PA
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Center for Environmental Conservation - State College, PA
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Environment
Environmental Awareness Pride in Neighborhood “Take-home� Values
Soil Quality Soil Dependence Water Quality Habitat Creation Air Quality
Community
Education
Resident Involvment NPO involvement Elderly Residents Ownership Responsibility
Elementary Schools Behavior Changes Soil Education Water Education Plant Education Food Education
Chain of Information Summer Programs Generational Overlaps
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Baltimore Ecological Study Urban Design Project
Environmental Awareness Curiosity Psychological Benefits Recreation Benefits
ECOLOGICAL STUDY
BALTIMORE
Location: Baltimore, MD Year: Spring 2012 - Design Studio Software: Adobe Suite CS5 AutoCAD 2011 Google Sketchup ArcMap Concept: Design phasing will begin at the Baltimore City Public School System, and expand to utilize vacant lots throughout the neighborhood of Oliver. Potentially, the impact of this expansion will overlap many neighborhoods and create a ecological network through the entire city. Integrating the environment and ecological awareness back into the city could benefit not only the environment, but also the culture and values of the residents. Through education, community involvement, and vacant lots reclamation, this design will bring nature back into the city. The design aims to eliminate the presence of biophobia by utilizing vacant lots as educational spaces in Oliver, a neighborhood of Baltimore.
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Baltimore Ecological Study Urban Design Project
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Baltimore Ecological Study Urban Design Project
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Baltimore Ecological Study Urban Design Project
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Process Sketches Drawn By: MacKenzie Patrick
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Community Design Studio - State College, PA
Group members: Travis D’Onofrio, Lucas Merrill
CALDER WAY DESIGN
DOWNTOWN
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Community Design Studio - State College, PA
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Process Sketches Drawn By: MacKenzie Patrick
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Community Design Studio - Lewistown, PA
Group members: Brendan August, Lucas Merrill
COMMUNITY DESIGN
JUNIATA
Illustrative Masterplan Drawn By: MacKenzie Patrick Group members: Brendan August, Lucas Merrill
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Community Design Studio - Lewistown, PA
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Utilizing the currents of Lake Erie to
collect plastic and build dredge islands, which connect shoreline cities
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Lake Erie Harbor Islands Design - Analysis
HARBORLANDS
LAKE ERIE JAN
Detroit River Detroit River Convergence Convergence ZoneZone
MAR MAR MAY MAY JUL SEPT SEPT
Toledo, Toledo,Ohio Ohio
NOV NOV
lake lake erie erie currents currents
NOAA Great Lakes Current Map NOAA Great Lakes Current Map http://www.glerl.noaa.gov/res/glcfs/currents/glcfs-currents-avg.html http://www.glerl.noaa.gov/res/glcfs/currents/glcfs-currents-avg.html
Location: Lake Erie Harborlands Year: Spring 2012 - Design Studio Software: Adobe Suite CS5 AutoCAD 2011 Rhino 4.0
Concept: Recently in national news, it has been reported that there is a large amount of plastic polluting the Great Lakes. The flow of water in the Great Lakes results in a particularly large accumulation of plastic in Lake Erie. This plastic is detrimental to the fish and wildlife, but also to the residents of nearby cities and towns, such as Toledo, OH. It is imperative that mitigation is made to reduce the pollutants coming through the Detroit River. The plastic pollutants should be captured and creatively converted to a usable energy source. Additionally, while protecting the prized walleye of Lake Erie, this new system can create secure habitat for the fish spawning season. As a large system, the islands will serve as a social destination for jogging and biking as a new kind of experience for residents and visitors.
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Lake Erie Harbor Islands Design - Analysis
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Lake Erie Harbor Islands Design - Analysis
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Lake Erie Harbor Islands Design - Masterplan
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L AKE
ERIE
ISL AN
DS
ERIE
•N MON ROE
TO
OT
LE
DO
R V E GE R I EFU EE E R M IF M ILDL AU W M TAWA
Lake Erie Harbor Islands Design - Trail System
L AKE
LE
KE
E I ER SL IE AN D
•F •V •V •V LA
PE
E R IE
OT
M TAWA
D OIVERUGE L EEE RE REF TAOUMWMILDLIF
L AKE
Bike Barge L AKE
DS
ERIE
IS L A N
MONRO E
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•Nodes for relaxation
DETROIT RIVER
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Lake Erie Harbor Islands Design - Trail System
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Lake Erie Harbor Islands Design - Trail System
arches on the pedestrian highway create prospect to venture out across the water
miles of
LEE E E ISL RIE AN D
TRAIL
.1
.3
PE
LA
K
.2 .2
RED TRAILS > 2 MILES
4.7
.7
2.6 miles
2.8 miles
3.1 miles
BLUE TRAILS < 2 MILES
trails and recommended routes
1.2 miles
1.6 miles
1.8 miles
5k run
.1
.6
.4
.2 .2
.3 .1
L AKE
ERIE
L AKE
ISL AN
DS
ERIE
.2
.4 .3
.4
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HARBOR ISLANDS LAKE ERIE Lake Erie Harbor Islands Design - Trail System mp
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Interests - Photography
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Interests - Photography
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MacKenzie Patrick Undergraduate of Landscape Architecture The Pennsylvania State University E-mail: mqp5082@psu.edu Phone: (443) 553-4427