finding spac
balancing parking needs and ur in the city of camden
Site 2: Rutgers-Camden
Garage Fact
690 sta
Dimensions: Height: Footprint:
114’x31 7 lev 35,340
Efficiency: Retail:
307ft2/st 15,200
Cost: $/stall:
$12.36 milli $18,00
PORTFOLIO
Capacity:
Site 7: Block N
MICHAELRUANE
“We shall never achieve harmony with land, any more than we shall achieve absolute justice or liberty for people. In these higher aspirations, the important thing is not to achieve but to strive” -Aldo Leopold
finding spac
balancing parking needs and ur in the city of camden 02
rome, italy
urban design
04 philadelphia, pa
productive design
06 pittsburgh, pa
transformative design
Site 2: Rutgers-Camden houston, tx
Garage Fact
urban design
10
Capacity:
690 sta
Dimensions: Height: Footprint:
114’x31 7 lev 35,340
Efficiency: Retail:
307ft2/st 15,200
various projects
Cost: $/stall:
$12.36 milli $18,00
16
Site 7: Block N
new haven, ct
urban design
12 technology
14 various projects
site design various projects
technical+dwg
CONTENTS
08
master plan. concept. design challenge. With the proposal of Metro C below Corso VE there exists an opportunity to revitalize the pedestrian access within historic Rome. This project focuses on recreating a lively public piazza in the vicinity of Piazza di San Spirito. Following the completion of a master plan for Corso Vittorio Emmanuele, a detailed design for the assigned piazza was created. The piazza exists along one of the busiest roads in Rome. The piazza is one of many public spaces in Rome that have gone to waste due to the dominance of vehicles.
piazza di san spirito, roma, italy fall 2008
02
design proposal. The proposed design for the piazza focused on reorienting the pedestrian, pulling them toward a very important structure along a very important path. The site as it existed focused attention down Corso VE, an invention of the 20th century. Hidden was the axis of the Papal Path that dissects the Piazza
site plan.
and leads to Castel St. Angelo. The design uses a vertical plane of trees and the combination of surface treatment changes to redirect the visitor. The use of lighting enhances the nighttime security
02
01 04
03 01. nightview toward castel 02. seating birds-eye 03. daytime seating 04. lighting model
while along
increasing the
path.
URBAN DESIGN
experience
.
as e3
ph
phase 2.
phase 1a.
as e3
phase 1a.
b.
phase 1a.
as
phase 2.
operation.
circulation.
phase 2.operation. pot-in-pot production.
circulation.
[field grown]
pot-in-pot evolutionproduction: [field grown nursery to passive recreation] evolution [field grownuse nursery Intended as an extended for theto passive recreation] northern end field of the site,grown this type of<1” cal.[field prepared harvested final thinning of large stock 1-2” cal. evolution grown recreation] nursery toharvested passive recreation] evolution [field nursery to passive plugs planted second plug planting install path and meadow production requires a higher capital investment. Plants are potted up based on species and size approximately every 6-12 months. This requires staging areas for pot-pot growth as well as sizes ranging from 3-25 gallon sockets.
operation.circulation.
pot-in-pot production.
on species and size approximately every 6-12 months. This requires staging areas for pot-pot growth as well as sizes ranging from 3-25 gallon [year 1] [year 3] sockets.
as
phase 1a.
phase 1a.
phase1a. 1a. phase
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.
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context.
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[year 3]
[year 6]
.
[year [year 10+] [year 6]9]
phase 2: 1100
[year 12+] [year 10+]
as
[year 3]6] [year
[year 10+]
field grown: Field grown patche are planted once an carefully thinned to mee the requirements of th design. Trees are sent t planting sites throughou the city as need. 3-7 years 1-2.5” caliper phase 1a: [output] 1900 3-7 years phase1-2.5” 2: 900 caliper (tree counts are of tree tree sales: phase for 1a: sale) 1900 available
.
wn
aple
circulation.
phase 2.
phase phase2.2.
pot-in-pot production.
b.
e1
Intended as an extended use for the Intended as anofextended use type for the northern end the site, this of production: pot-in-pot pot-in-pot production: northern end of the site, this type of production requires higher capital Intended as the an extended use for the Intended as an aextended use for production requires a higher capital investment. Plants up based northern end of the site, this type of northern endare ofpotted the site, this type investment. Plants are potted up based on species and requires size approximately requires a higher capital production aproduction higher capital on species size approximately every 6-12 and months. requires Plants are potted up based investment. PlantsThis areinvestment. potted up based ge
ple
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phase 2.
ph
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edge edge
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[year [year1]3]
e2
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ph
context.
e1
as
ph
se se program. 2. 2.
spring 2010
field grown
field field grown grown
[year 1]
urban arboretum, philadelphia, pa. michael ruane | larch 414.1
a.
A city plagued by an abundance of vacant land and on a quest to plant 300,000 trees by 2015. The solution? This design demonstrates a hybrid system of nursery produciton on vacant lots. From initial grid of saplings a carefully articulated pastural landscape, the evolution [pot-in-potto production] open recreation of the nursery Nursery provides improved park space and a valuable of [year street trees. [year 10+] [year 1] [yearoutput 3] 6] pavillion/picnic production on viable parkland as well as vacant lots can be an Nursery production on viable parkland as vacant lots can be an efficient system to meet the active needs ofrecreation theas citywell of Philadelphia in their quest efficient system meet theThis needs of the city to of demonstrate Philadelphia in their quest for 300,000 treestoby 2015. design seeks the potential [year 1] event space Nursery viable parkland Nursery on design viable parkland as well asonvacant lots can beasanwell as vacant lots can be an fornursery 300,000 treesproduction by 2015. This seeks toproduction demonstrate potential of production on vacant lots. Divided into phases thethe project has efficient system toPhiladelphia meet the needs of the city of Philadelphia in their quest efficient systemontovacant meet the needs of the city of inhas their quest of nursery production lots. Divided into phases project two concepts. The first two seek to utilize the park as a the demonstrative for 300,000 trees by 2015. This the design seeks to demonstrate the potential for 300,000 trees by 2015. This design seeks toas demonstrate potential two concepts. The first two seek to utilize the park a demonstrative nursery by exposing a grid that already exists amongst the trees and using ofexists nursery production on vacant lots. Divided of nursery production on vacant lots. amongst Divided into phases the project has into phases the project has nursery already thebroken trees and using that for by theexposing basis ofaagrid newthat nursery. This grid is slowly apart as Thepark first as two seekas to utilize the park as a demonstrative two concepts. The first two two seek to utilize the aapart demonstrative that for basis of new nursery. Thisconcepts. grid slowly broken trees arethe removed foraplanting elsewhere. The is remaining trees compose nursery exposing atrees gridthe that already exists amongst the trees and using by exposing a grid that alreadybyexists amongst trees and using arenursery removed for design planting elsewhere. remaining compose atrees carefully articulated that is park-likeThe in nature. that for the basis of slowly a new broken nursery.apart Thisasgrid is slowly broken apart as thatarticulated for the basis of that a new nursery. This grid is aThe carefully design is park-like nature. thrid phase is a more long term project. in With proper interest from a Field grown patches trees areWith removed forinterest planting elsewhere. trees compose trees areisremoved for planting elsewhere. The remaining trees composeThe remaining The thrid phase more long project. proper nursery owner, theapotential forterm pot-in-pot production could exist from on thea are planted once and a carefully articulated design that is park-like in nature. aowner, carefully articulatedfor design that is production park-like in nature. nursery the pot-in-pot could exist on the upper portions of thepotential site. The user of this phase will be exposed to various carefully thinned to thrid phase isexposed a more long term project. interest from a The thrid phase is a more long term project. proper interest from a With proper upper portions of the ofThe this phase willas beWith various meet the requirements plant communities assite. wellThe as user spatial experiences they passtothrough nursery owner,production potential forexist pot-in-pot coulddesign. exist onTrees the nursery owner, the potential for pot-in-pot could on theproduction plant communities well as isspatial experiences asthe they pass through of the the site. The denseasnursery juxtaposed to various landscapes, such portions of the site. The user this phase willare be exposed to various portions of the site. Theupper user of thisvarious phase will be exposed toofvarious sent to planting themeadows site.upper Theand dense nursery is juxtaposed landscapes, such as lawns. The site progressiontocreates a flow from simple communities as as well assimple spatial experiences sites as theythroughout pass through plant and communities as wellprogression asplant spatial experiences they pass through the as meadows lawns. The creates a flow from monoculture communities to site a rich community that has accumulated all the site. The nursery is juxtaposed landscapes, such city as need. the site. The dense is juxtaposed to landscapes, monoculture to nursery ainrich community thatdense hasvarious accumulated all such to various of the nurserycommunities stock produced the various sections along the users path. as and lawns. The site progression as meadows and lawns. Thevarious sitemeadows progression creates flow from simple creates a flow from simple of the nursery stock produced in the sections along the ausers path. communities a rich community that has accumulated all monoculture communities tomonoculture a rich community that hastoaccumulated all pot-in-pot of production: produced in the various of the nursery pot-in-pot stock producedproduction: inthe thenursery various stock sections along the users path.sections along the users path.
the requirements design. Trees are planting sites thr the city as need. 3-7 years 1-2.5” caliper [to PHS] phase 1a: 1900 phase 2: 900 (tree counts are field grown: available for sale)
Field grown patches are planted once and carefully thinned to meet the requirements of the [to center city] design. Trees are sent to planting sites throughout [year 10+] [year 6] the city as need. 3-7 years 1-2.5” caliper phase 1a: 1900 phase 2: 900 [pot-in-pot] (tree counts are of trees available for sale)
circulation.
ph as e3 .
maple
pot-in-pot production.lawn
ph as e1 b.
a carefully articulated design that is park-like in nature. The thrid phase is a more long term project. With proper interest from a nursery owner, the potential for pot-in-pot production could exist on the upper portions of the site. The user of this phase will be exposed to various plant communities as well as spatial experiences as they pass through the site. The dense nursery is juxtaposed to various landscapes, such as meadows and lawns. The site progression creates a flow from simple monoculture communities to a rich community that has accumulated all of the nursery stock produced in the various sections along the users path.
pot-in-pot production.
operation.
maple
phase 1a.
lawn
edge
meadow
canopy
forest
field grown
b. e1 as ph
field grown
project description.
concept
edge
meadow program.
pavillion/picnic active recreation event space
context.
field grown
program.
context.
h blv d
michael ruane | larch 414.1
berg
production operation
evolution
Bioretention Cells pot-in-pot production: Intended as an extended use for the northern end of the site, this type of [pot-in-pot production] production requires a higher capital Nursery production on viable parkland as well vacant lots can be an open recreation investment. Plants areaspotted up based efficient system to meet the needs of the city of Philadelphia in their quest pavillion/picnic on species approximately for 300,000 trees by 2015. This designand seeks size to demonstrate the potential active every 6-12 This the requires of nursery production on vacant lots. months. Divided recreation into phases project has two concepts. The staging first two seek to event utilize park as growth a demonstrative space areas for the pot-pot as nursery by exposing a grid that already exists amongst the trees and using well as sizes ranging from 3-25 gallon [pot-in-pot production] that for the basis of a new nursery. This grid is slowly broken apart as sockets. trees are removed for planting elsewhere. The remaining trees compose open recreation
p canopyhase 2.
lind
forest
ph as e1 a.
field grown
Urban Arboretum: Nursery Production in Philadelphia
field grown
open recreation pavillion/picnic active recreation event space
ph
maple
lawn
edge
meadow
canopy
forest
e1
phase 2.
ph
as
e3
circulation. circulation.
.
ph
as
Nursery production on viable parkland as well as vacant lots can be an efficient system to meet the needs of the city of Philadelphia in their quest for 300,000 trees by 2015. This design seeks to demonstrate the potential of nursery production on vacant lots. Divided into phases the project has two concepts. The first two seek to utilize the park as a demonstrative nursery by exposing a grid that already exists amongst the trees and using that for the basis of a new nursery. This grid is slowly broken apart as Nursery production on viable parkland as well as vacant lots can be are an removed for planting elsewhere. The remaining trees compose trees efficient system to meet the needs of the city of Philadelphia in their quest articulated design that is park-like in nature. a carefully for 300,000 trees by 2015. This design seeks to demonstratelegend. the potential The thrid phase is a more long term project. With proper interest from a of nursery production on vacant lots. Divided into phases the project has nursery Proposedowner, Tree the potential for pot-in-pot production could exist on the two concepts. The first two seek to utilize the park as a demonstrative upper portions of the site. The user of this phase will be exposed to various Existing Tree nursery by exposing a grid that already exists amongst the trees and using plant communities as well as spatial experiences as they pass through Pedestrian that for the basis of a new nursery. This grid is slowly broken the apart as Path site. The dense nursery is juxtaposed to various landscapes, such Lawn trees are removed for planting elsewhere. The remaining trees compose as meadows and lawns. The site progression creates a flow from simple a carefully articulated design that is park-like in nature. monoculture communities to a rich community that has accumulated all Meadow The thrid phase is a more long term project. With proper interest from a of the nursery stock produced in the various sections along the users path. Existing Contour [field grown nursery to passive recreation] nursery owner, the potential for pot-in-pot production could exist20-25 on the Gal. Pot-in-pot Gal. Pot-in-pot upper portions of the site. The user of this phase will be exposed to15 various pot-in-pot production: Gal. Pot-in-pot plant communities as well as spatial experiences as they pass 7-10 through Intended as an extended use for the the site. The dense nursery is juxtaposed to various landscapes, suchStructures Pavilion northern end of the site, this type of as meadows and lawns. The site progression creates a flow from simple Stage/Amphitheater production requires a higher capital monoculture communities to a rich community that has accumulated all of the nursery stock produced in the various sections along the users path. investment. Plants are potted up based Plaza
pot-in-pot production: Intended as an extended use for the pavillion/picnic northern end of the site, this type of productionactive requiresrecreation a higher capital investment. Plants are potted up based event space on species and size approximately every 6-12 months. This requires staging areas for pot-pot growth as well as sizes ranging from 3-25 gallon sockets.
operation.
ph
as
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maple
lawn operation. operation.
phase 2.
edge
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canopy
a.
e1
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ph
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e2
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meadow e2
ph
pot-in-pot production. pot-in-pot production.forest
meadow
b.
e1
as
ph
ph
[pot-in-pot production]
michael ruane | larch 414.1
.
maple maple
edgeedge
lawnlawn
fieldmeadow grown
.
canopy canopy
as e2
field grown
ph
forest forest
ph
as e1
b.
ph p as ha e 1 se b. 1b .
fieldfield grown grown ue ave n nd a. e1 as
program.
concept
Urban Arboretum: Urban Arboretum: michael ruane | larch 414.1 Nursery Production in Philadelphia Nursery Production in Philadelphia site plan.
3-7 the years city as need.
1-2.5” caliper 3-7 years pot-in-pot [year [year 1] [year 3] production: [year 6] phase 190010+] 1-2.5”1a: caliper phase 2: [field grown nursery to passive recreatio Intended as anevolution extended use for the phase 1a:900 1900 (tree counts phase 2: 900 are of trees available for sale) northern end of the site, this type of nursery production on vacant lots. Divided into phases the project has (tree counts of are of trees sockets. pavillion/picnic open recreation two concepts. The first two seek to utilize the park as a demonstrative available for sale) production requires a higher capital active recreationnursery by exposing a grid that already exists amongst the trees and using pavillion/picnic that for the basis of a new nursery. This grid is slowly broken apart as event recreation space active evolution [field grown nursery to passive recreation] investment. Plants are potted up based trees are removed for planting elsewhere. The remaining trees compose event space a carefully articulated design that is park-like in nature. on species and size approximately The thrid phase is a more long term project. With proper interest from a nursery owner, the potential for pot-in-pot production could exist on the every 6-12 months. This requires upper portions of the site. The user of this phase will be exposed to various [year 1] [year 3] [ye plant communities as well as spatial experiences as they pass through [forest] pot-in-pot edge eco-tone pot-in-pot [lawn] pot-in-pot as staging areas for pot-pot growth the site. The dense nursery is juxtaposed to various landscapes, such [canopy] [meadow] [edge] [maples] field grown: as meadows and lawns. The site progression creates a flow from simple well as sizes ranging from 3-25 gallon production] Field grown monoculture communities to a rich[pot-in-pot community that has accumulated all of the nursery stock produced in the various sections along the users path. are planted on sockets. [year 10+] carefully thinned [year 1] [year 3] [year 6] open recreation
isla
field grown
context.
phase 1a. 1a. phase
ph ph as as e3 e . 3.
ph p as ha e 2 se . 2.
grid system.
fieldfield grown grown
program. program. e1 as
rown
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pot-in-pot production: Intended asproduction: an extended use for the pot-in-pot northern as endanofextended the site, this of Intended use type for the production requires a higher capital northern end of the site, this type of investment.requires Plants areapotted based production higherupcapital on species Plants and size approximately investment. are potted up based every 6-12 months. This requires on species and size approximately Nursery production onstaging viable parkland as as vacant lots canas be an areasmonths. forwell pot-pot every 6-12 Thisgrowth requires concept efficient system to meet the needs of the city of Philadelphia ingallon their quest well as sizes from 3-25 [pot-in-pot production] staging areasranging for topot-pot growth as for 300,000 trees by 2015. This design seeks demonstrate the potential sockets. well as sizes ranging from 3-25 gallon open recreation [pot-in-pot production]
concept
field growncontext.
program. a.
ph ph as as e 1e 1 a. a. ph
a
04
Nursery production on viable parkland as well as vacant lots can be an efficient system to meet the needs of the city of Philadelphia in their quest Nursery production on viable parkland as well as vacant lots can be an for 300,000 trees by 2015. This design seeks to demonstrate the potential efficient system to meet the needs of the city of Philadelphia in their quest of nursery production on vacant lots. Divided into phases the project has for 300,000 trees by 2015. This design seeks to demonstrate the potential two concepts. The first two seek to utilize the park as a demonstrative of nursery production on vacant lots. Divided into phases the project has nursery by exposing a grid that already exists amongst the trees and using two concepts. The first two seek to utilize the park as a demonstrative that for the basis of a new nursery. This grid is slowly broken apart as nursery by exposing a grid that already exists amongst the trees and using trees are removed for planting elsewhere. The remaining trees compose that for the basis of a new nursery. This grid is slowly broken apart as a carefully articulated design that is park-like in nature. trees are removed for planting elsewhere. The remaining trees compose The thrid phase is a more long term project. With proper interest from a a carefully articulated design that is park-like in nature. nursery owner, the potential for pot-in-pot production could exist on the The thrid phase is a more long term project. With proper interest from a upper portions of the site. The user of this phase will be exposed to various nursery owner, the potential for pot-in-pot production could exist on the plant communities as well as spatial experiences as they pass through upper portions of the site. The user of this phase will be exposed to various the site. The dense nursery is juxtaposed to various landscapes, such plant communities as well as spatial experiences as they pass through as meadows and lawns. The site progression creates a flow from simple the site. The dense nursery is juxtaposed to various landscapes, such monoculture communities to a rich community that has accumulated all as meadows and lawns. The site progression creates a flow from simple of the nursery stock produced in the various sections along the users path. monoculture communities to a rich community that has accumulated all of the nursery stock produced in the various sections along the users path.
Nursery production on viable parkland as well as vacant lots can be an efficient system to meet the needs of the city of Philadelphia in their quest for 300,000 trees by 2015. This design seeks to demonstrate the potential 10+] [year 1]production [year 3] [year 6] of nursery on vacant lots. Divided into phases[year the project has [year 10+] [year 1] [year 3] [year 6] two concepts. The first two seek to utilize the park as a demonstrative nursery by exposing a grid that already exists amongst the trees and using that for the basis of a new nursery. This grid is slowly broken apart as trees are removed for planting elsewhere. The remaining trees compose a carefully articulated design that is park-like in nature. The thrid phase is a more long term project. With proper interest from a nursery owner, potential fortopot-in-pot production could exist on the evolution [fieldthe grown nursery passive recreation] field grown: upper portions of the site. The user of this phase will be exposed to various grown patches field plant communities as well as spatial experiences as theyField passgrown: through are and Field planted grown oncepatches the site. The dense nursery is juxtaposed to various landscapes, such carefully thinned to meet are planted once and the requirements the as meadows and lawns. The site progression creates a flow from simple carefully thinned toofmeet design. Trees are sent to the requirements monoculture communities to a rich community that has accumulated all of the planting sites throughout design. Trees are sent to of the nursery stock produced in the various sections along the users path. the city assites need.throughout planting
phase 2. 2. phase
as e2 ph
as e1 ph ph p as ha e 1 se a. 1a .
a. as e1 ph michael ruaneruane | larch michael | 414.1 larch 414.1
Urban Arboretum: Nursery Production in Philadelphia context.
michael ruane | larch 414.1
Urban Arboretum: Nursery Production in Philadelphia
Urban Arboretum: Urban Arboretum: Nursery Production in Philadelphia Nursery Production in Philadelphia
concept
[load/ship]
[prep/move]
.
a.
[harvest/dig]
concept concept concept
phase 1a.
evolution [field grown nursery to passive recreation] evolution [field grown nursery to passive recreation]
concept concept
field prepared canopy plugs planted
<1” cal. harvested understory plug planting
field grown: field Field grown: grown 1-2” cal. harvestedpatches final thinning of large stock Field grown patches second plug planting path and pavillion are planted once and fieldinstall grown: field grown: are planted once and carefully to meet Field grown patches Fieldthinned grown patches carefully thinned to meet the requirements the are are planted ofonce and planted once and the requirements of the design. Trees thinned are sent to to carefully thinned to meet carefully meet design. Trees are sent to planting throughout the sites requirements ofthetherequirements of the planting throughout the city assites need. design. design. Trees are sent to Trees are sent to the city as need. 3-7 years planting sites throughout planting sites throughout 3-7 years 1-2.5” caliper the city as need. the city as need. 1-2.5” caliper
Further development holds potential for long-term nursery production with an experiential quality. The dense nursery is juxtaposed to various landscapes, such as meadows and lawns. The site progression creates a flow from simple monoculture communities to a rich community that has accumulated all of the nursery stock produced in the various sections along the users path.
maples.
[red maple, sugar maple | picnic shelter]
lawn.
[red maple | event lawn]
edge.
[redbud, dogwood, serviceberry]
meadow. [maples, redbud, dogwood, serviceberry | native meadow]
canopy.
[oak, tulip poplar, linden]
forest.
[oak, tulip poplar, linden, dogwood, redbud | native woodland]
of trees
p r o v i d i n g a m e n i t y.
patches nce and to meet s of the e sent to roughout
hybird systems [performance | intrasturcture | productive].
20-25 gal. P-in-P 15 gal. P-in-P 7 gal. P-in-P gravel walkway seating wall
PRODUCTIVE DESIGN
long-term production. pot-in-pot production [spatial experience in production]
K e.
L er
proposed plan.
J
av
m ri
la
H I
01
K D
A
C
F
ay
m er
w
o
fl
.
st
A Pavilion: Oven, BBQ Pit, & Fire Pit B Rainwater Reflecting Pool C Productive Community Garden Space D Individual Community Garden Plots E Orchard F Trees-to-Timber Grove G Materials Storage and Reclamation Yard H Market House/Cafe & Greenroof Canopy I Lower Plaza: Loaction of Market J Event Lawn for Stage/Movie K Bio-Retention L New Parking (17 stalls)
G
B
Proposed Site Plan
E
02
healthy cycle.
03
04
design challenge.
01. community garden 02. upper plaza 03. lower plaza:movie 04. lower plaza:market
Confronted with the challenges of an at-risk neighborhood this design takes an intuitive, open-minded and compassionate approach to regenerating community vitality. Focusing on an iterative design process in collaboration with community members, the project goal was to promote sustainability and livelihood within the neighborhood.
larimer town square, pittsburgh, pa. fall 2009
06
2010 PA/DE ASLA Design Awards Student General Design PRODUCTIVE LANDSCAPE
MATERIAL RE-USE
ver
system levels.
car
st.
er
ow
lari
yfl ma me
st.
r av
e.
design proposal. Larimer, Pittsburgh is challenged by the broad issues that currently plague numerous urban communities: high vacancy, dropping population, poor access to nutrition and decreasing opportunities for social interaction.
The design of this
project strives to provide this community with inspiration for future projects that will alter these realities through three primary goals: creating permanent civic space, encouraging and creating opportunity for healthy lifestyles and utilizing the full life of materials within the community. Using salvaged materials to create civic event space, community gardens, as well as a community oven and a pavilion, the design translates these three goals into a manageable scheme for the Larimer neighborhood.
community involvement.
Check out special web content on this project: www.michaelruane.com/larimer Scan here to view more
URBAN DESIGN
INTEGRATING WITH NATURE
water experience.
Interact with Water
Centralize the site around the relationship between the pedestrian and water, highlighting the significance of the Bayou
Connect to Downtown and Greater Houston
concept.
Integrate the site and extend its relationship with the Theater District, Historic District, the Buffalo Bayou, and provide connections to transit
Cool the Heat Island
Create physical micro-climate environments that provide shade and cooling for pedestrians and protection from the humid weather
Celebrate Infrastructure
Utilize infrastructure investments as placemaking strategies that shape the urban program
Experience
Provide a dense, walkable, mixed-use district that Houston lacks
downtown houston’s responsive waterfront. This project re-imagines the 16.3 acres owned by the United States Postal Service (USPS). With a strong emphasis on the performative aspects of water, the projects design is reflective of the system of water features that carve through the site. The project seeks to provide Houston with a new district that provides an environmentally conscious waterfront development and park which provides several layers of water features performing at varying levels under differing climactic conditions. Through this design the project is capable of providing flood and stormwater management, interactive water features under normal conditions, and cooling features within design micro-climates during Houston’s most oppressive months.
[in]filtrate, houston, tx. spring 2012
anne leslie. david dobkin. eric de feo. eduardo santamaria
08
TEAM 2368 DEVELOPMENT PROGRAMS Building A
45,528 SF
Office
52,100 SF
Retail
14,500 SF
Parking (900 spaces)
252,000 SF
Parking (22 spaces)
6,800 SF
Building E
66,828 SF
Retail
197,300 SF
66,828 SF
Townhomes: 24 units
46,900 SF
Townhomes: 24 units Condominium: 40 units
SF 45,528 99,000 SF
Office
52,100 SF
Retail Building B
14,500SF SF 95,153
Parking (900 spaces)
252,000 SF
Parking (22 spaces) Townhomes: 21 units
6,800 SF SF 65,053
Apartments: 73 units
69,900 SF
Retail
46,900 SF
Retail
30,100 SF
Parking (75 spaces)
24,000 SF
Building C
206,800 SF
Building B
95,153 SF
Apartments: 193 units Building F
144,400 93,900 SF SF
SRO: 380 units
Townhomes: 21 units
65,053 SF
Parking (195 Apartments: 73spaces) units
62,400 SF 69,900 SF
Retail
Retail
30,100 SF
Building(75 D spaces) Parking
Building C
206,800 SF
DEVELOPMENT Building H 143,500 24,000SF SF PROGRAMS Building A 647,300 SF Floor Building Ground RetailE 98,380 SF
PHASE 5 Condominium: 40 units
project phasing.
Apartments: 193 units
Parking (195 spaces)
Building D
99,000 SF
Building A
Retail
62,400 SF
Hotel: 382 rooms A Office
Building H
98,380 SF
Parking (141 spaces)
45,120 SF
Parking (900 spaces)
Grocery Store Building B
Office
B
Retail
Building C
Hotel
Apartments: 193 units
Parking (195 spaces)E
Retail
Building D
197,300 SF
12,000 SF24 units Townhomes: Condominium: 40 units
Retail Building B SF 165,300
99,000D SF
Hotel
206,800 SF
Building G
programming.
12,000 SF
45,120 SF
Grocery Store
35,350 SF
Parking (333 spaces)
106,050 SF
62,400 SF
12,000 SF
G
C
Retail
Grocery Store
Office Parking (333 spaces) B
Transportation Center
Apartment
100,700 SF 165,300 SF
Ground Floor Retail
100,700 SF
Ground Floor Retail
SRO: 380 units Retail Building H
98,380 SF
112,700 SF
Parking (141 spaces)
Building H
23,900 SF
165,300 SF 23,900 SF
D
TOTAL PROJECT 1,940,945 SF
35,350 SF
F 106,050 SF
Hotel E
Townhomes Apartment
G H
SRO Transportation Center Parking
SRO Transportation Center Parking 21%
26%
26%
21%
8%
6%
21%
rendered district plan.
2368
10%
8% 3% 6%
GRASSCRETE SIDEWALKS
10% 3%
5%
5%
PLATFORM
69,900 SF
112,700 SF
62,400 SF 69,900 SF
SRO: 380 units
H
93,900 SF
Apartments: 73 units
143,500 24,000SF SF
Retail
45,120 SF
Building F
Building G
144,400 93,900 SF SF
Apartments: 95 units
A
45,528 SF
35,350 SF 14,500 SF 6,800 SF 106,050 SF
Parking (75 spaces)1,940,945 24,000SF SF TOTAL PROJECT
30,100 SF
Building C
Parking Townhomes
Apartment
6,800 SF SF 65,053
23,900 SF Retail
Retail SRO
Townhomes
Parking (22 spaces)
144,400 SF
Apartment
Office
Townhomes: 24 units
SF 45,528 99,000 SF
Parking (195 Apartments: 73spaces) units
206,800 SF
66,828 SF 23,900 SF
197,300 SF
252,000 SF
14,500SF SF 95,153
SF F 106,050 Building(75 D spaces) Parking
143,500 SF Townhomes 98,380 SF
Parking (141 spaces)
Hotel
Parking
30,100 SF
12,000 SF 165,300 SF
46,900 SF
35,350 SF193 units Apartments: Building F
95,153 SF
100,700 SF
Parking 66,828 SF(333 spaces)
Parking (22 spaces) Townhomes: 21 units
Apartments: 95 units
Office
Transportation Center
Retail
52,100 SF C 252,000 SF
Townhomes: units spaces)65,053 SF Parking 21 (333
SRO
Building E
Retail Ground Floor Retail 46,900 SF
PHASE 5 Condominium: Retail 40 units
112,700 SF
Grocery 52,100 SF Store Retail
Office SF 45,120
100,700 SF Parking (900 spaces)
647,300 SF
93,900 SF
Building G
112,700 Hotel: 382SF rooms
Parking (141 spaces)
SRO: 380 units
143,500 SF
Apartments: 95 units PHASE 4
Apartments: 95 units Building G
144,400 SF
Building F
ASPHALT DRIVEWAYS
2368
ASPHALT DRIVEWAYS
21%
TRAIN PLATFORM
TRAIN PLATFORM
2368
2368
URBAN DESIGN
Hotel: 382 rooms
647,300 SF
Building E
197,300 SF
TEAM 2368
Building A
647,300 SF
Hotel: 382 rooms
scars.
existing condition.
ext
ent
exi
study extent.
stin
gp
of i
mp
rop
act
os
rethinking urban freeways.
al
This group planning project reconsidered national policy to transportation investment in urban freeways. In addition to providing policy recommendations this component addressed the opportunities for design interventions within the city of New Haven along the Route 34 corridor. Major components of the project sought to redress the scar carved by redevelopment and the never completed crosstown expressway. The work provided new insights to the city planning office helping them to reconsider the approach to reactivating the corridor and its adjacent neighborhoods.
oak street connector, new haven, ct. spring 2012
jordan block, ho sung park
10
pHASe 1
pHASe 2 Retail: 182,140 sq ft. Office: 200,500 sq ft. Residential: 988,000 sq ft.
site plan.
pHASe 4
phasing + investment.
Retail: 144,300 sq ft. Residential: 361,500 sq ft.
$1.2 Billion Private Investment
$330 Million Public Investment
pHASe 3 Retail: 82,500 sq ft. Office: 348,000 sq ft. Residential: 619,200 sq ft.
URBAN DESIGN
Retail: 340,400 sq ft. Office: 2.6 million sq ft. Residential: 727,600 sq ft.
nding space
N 3rd
Street
cing parking needs and urban vitality ity of camden
gers-Camden
Coope
r Stree
gis beyond arcmap.
t Garage Facts This project explores the potential to provide institutional GIS data to that public in a more user friendly
Efficiency: Retail:
307ft2/stall 15,200 ft2
park explorer, philadelphia, pa. s p r i n g 2Cost: 0 11 $12.36 million $/stall:
12
$18,000
Broad way
format for the social benefit of the community. It outlines the process through which communities can Capacity: 690 stalls develop their own web based mapping application allowing them to share valuable data with public Dimensions: 114’x310’ parties. The process is shown through the case study of the development of the Philadelphia Park Height: 7 levels Explorer, a web based mapping35,340 application designed for the Philadelphia Department of Parks and Footprint: ft2 Recreation and its residents.
Federal Street
S tr e e t N 3rd
streetscaping.
nding space provide visualization of proposed improvements
transportation.
Site 2: Rutgers-Camden
Coope
r Stree
Garage Facts
design, model and render alternatives
Capacity:
690 stalls
Dimensions: Height: Footprint:
114’x310’ 7 levels 35,340 ft2
Efficiency: Retail:
307ft2/stall 15,200 ft2
Cost: $/stall:
$12.36 million $18,000
cing parking needs and urban vitality ity of camden
t
presentations. design, render and present project specifics
finding space
sustainable site practices On-site Stormwater Treatment
Street
Minimizing stormwater run-off from the proposed structures through on-site storage and treatment is essential for all garage projects. tree trenches and bio-swales -capture and clean stormwater -provide lush plantings for public benefit
Site 2: Rutgers-Camden Garage Facts Capacity:
690 stalls
Dimensions: Height: Footprint:
114’x310’ 7 levels 35,340 ft2
Efficiency: Retail:
307ft2/stall 15,200 ft2
Cost: $/stall:
$12.36 million $18,000
Solar Power Production
additional income sources
Benefits -Reduce energy consumption or generate additional electricity -Provide shade canopy for vehicles parked on roof
Provide leasable space on the exterior of the structures for breathable wall wraps displaying advertisements.
Site 7: Block N Cooper
Garage Facts
Re in
0.5
y elo
pm ve en stm t an en tL t ot/ Bu ild ing
Va c
Se r
vic e
Ar ea 40 0m 80 0m 12 00 m TO ! D St Tr o ps an sit Tr St a op Va nsi s tL ca i n n tB Va e u
$
ca ild ntL ing Ed ots sS ge SA A s TO D
! stalls 690
Efficiency: Retail:
307ft2/stall 15,200 ft2
nA ve Ne wto
$12.02 million $18,400
Coope
r Stree
t
professional work, philadelphia, pa. 2 0 1 0 - 1 2 Cost: [ d v r$12.36 p c ]million !
$/stall:
$18,000
$ Federal Street
3 I
!
3 I
Capacity:
Cost: $/stall:
$9.83 million $16,100
A collection of works from my time spent at the Delaware Valley Planning Commission. The work included technical transportation analysis, site level design recommendations, project Dimensions: 114’x310’ levels meetings and design recommendations were integral visualizations, andHeight: graphic design.7 Client Footprint: $ 35,340 ft2 components of the work that was done for DVRPC. 0.7 5 Mil es
ev
308ft2/stall 10,300 ft2
321ft2/stall none
Cost: $/stall:
Broad way
og
Re d
Efficiency: Retail:
Efficiency: Retail:
ve nA
Ty po l
215’x183’ 6 levels 40,077 ft2
190’x115’ 9 levels 21,850 ft2
do
0.2 5
650 stalls
Dimensions: Height: Footprint:
612 stalls
Dimensions: Height: Footprint:
d Ha
Garage Facts planning associate.
Capacity:
Capacity:
MLK Blvd
Garage Facts
0
Benefits -High visibility along heavily traveled roadways -Allows local institutions to advertise upcoming events
Envision Solar
Site 10: NJ Transit Lot
Site 7: Block N
$
Wallscape Advertising
Street
Federal Street
gers-Camden
DVRPC Staff
Integrate the construction of solar cells upon a steel canopy that is raised above and over the vehicles parked on the garage’s roof.
Broad way
N 3rd
N 3rd
Street
cisterns -large above or below ground storage facility -provides slow release of stormwater or as irrigation
TECHNOLOGY
potential new structured parking facilities
balancing parking needs and urban vitality in the city of camden
3 I
G
Ca
Di He Fo
Ef Re
Co $/
community plan. master plan. project description.
$
West End Village is the result of the recent sale of an industrial that site has failed to maintain a livelihood in the current market of State College. The sale provides an opportunity for infill development along a neglected section of the town. The project focuses on blending ! with the neighboring community, providing diverse housing and uses, and integrating smoothly with the previously prepared Master Plan for the adjacent historic district. The incorporation of a big box grocery center is hidden by traditional town development along the main $street. Live work units as well as a variety of single family and multi-family residents are enhanced by the incorporation of a linear park/community garden which terminates into an amphitheater.
0 0.2 5 0.5 0.7 5 Mil es
Se r
vic e
Ar ea 40 0m 80 0m 12 00 m D St op s St op s ne
!
gs SA
$
14 !
west end village, state college, pa. spring 2008
0
a strong patterning, recognizable in the surrounding agricultural landscape of Central Pennsylvania,
0.2 5
Ty po l
og
0.5
y
Re de ve Re lop inv me es Va nt tm ca en nt t Lo t/B uil din g
$
This project addresses education to the public on the issue of native plant use in the landscape. Through ! the project communicates in an understandable form to the visitors. Strong consideration of sustainable 0.7 5 Mil es
issues and volumetric experience were used to establish the form of the spaces within the greater Se r
vic e
Center for Sustainability campus. This design shows the side of natives that is often overlooked, Ar e
40 0m 80 0m 12 00 m TO ! D St Tr o ps an sit Tr St a op Va nsi s tL ca i n n tB Va e u
$
ca ild ntL ing Ed ots sS ge SA A s TO D
a
$ and neat within the landscape while still providing ecological value. their ability to be architectural
center for sustainability, state college, pa. spring 2007 !
$
3 I
!
3 I
3 I
SITE DESIGN
conceptual plan.
site section.
site renderings.
project statement.
rome.
hand plan. detail sketches.
0 0.2 5 0.5 0.7 5 Mil es
Se r
vic e
!
$
!
$
!
A collection of images taken from visual notebooks that have been used for the documentation of landscape features over the years. Quick sketches of details taken from various cities in Europe
gs SA
!
!
$
Ar ea 40 0m 80 0m 12 00 m D St op s St op s ne
$I3
$
16
provide a record for future projects. Sketches of compositions in Rome and plan renderings are pictured above. Sketches and plan were completed using pencil, details utilized ink and colored pencils.
visual notebook elements 2006-2010
0 0.2 5 0.5
! 0.7 5 Mil es
Se r
vic e
$
Ar ea 40 0m 80 0m 12 00 m D St op s St op s ne
!
ng sS A
$
!
$
$I3 !
!
A sampling of detail sections and plans for the contruction of the West End Village project. These CDs were completed as a part of an in-depth exploration of materials and construction techniques in both landscape and architecture.
construction drawings [west end village] fall 2009
TECHNICAL+DWG
$
view more works online
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