PORTFOLIO SELECTED WORKS
JUSTIN FIRUZ DOWHOWER
ULI DESIGN COMPETITION
Description: Situated on a light rail stop approximately two miles from downtown, Alameda Park is an mixeduse development that serves as a sensible and sustainable catalyst for future urban development in Denver. Our proposal addresses four key areas of improvement: 1. Create a mixed-use corridor that responds to the adjacent neighborhoods. 2. Encourage a sustainable community through building preservation / reuse, increased densification renewable energy and water conservation. 3. Design structured parking and other flexible spaces that can be converted to new uses when unanticipated needs inevitably arise. 4. Create active and safe streets for public transit, bicyclists and pedestrians. Team Members: Elizabeth Beecherl Sara Hammerschmidt Diz Jeppe Jennifer Todd
URBAN LAND INSTITUTE DESIGN COMPETITION
Description: Situated on a light rail stop approximately two miles from downtown, Alameda Park is an mixeduse development that serves as a sensible and sustainable catalyst for future urban development in Denver. Our proposal addresses four key areas of improvement: 1. Create a mixed-use corridor that responds to the adjacent neighborhoods. 2. Encourage a sustainable community through building preservation / reuse, increased densification renewable energy and water conservation. 3. Design structured parking and other flexible spaces that can be converted to new uses when unanticipated needs inevitably arise. 4. Create active and safe streets for public transit, bicyclists and pedestrians. Team Members: Elizabeth Beecherl Sara Hammerschmidt Diz Jeppe Jennifer Todd
Neighborhood Connections
Open Space Typology
Multi-use Routes
Parking and Street Typology
Street Section - Typical Local Street
Phase 1: Enhanced Transportation Connections
Distribution of Uses 24%
4
2 5
10%
1
3
3% 16%
5’ 5’ 5’ 11’ 11’ 5’ 5’ 5’
6
Street treet Section - W. Alaska Place
8 7
Phase 2: Big Box Reuse & Increased Density
9
N
FEET 0 500
1500
Existing Primary Vehicular Access Existing Primary Bicycle & Pedestrian Access Proposed Future Connections Proposed Enhanced Nodes & Intersections Light Rail Stop
2000
1. 2. 3. 4. 5. 6. 7. 8. 9.
29%
Public Art Plaza Farmers Market Alameda Park Green Corridor Alameda Station Plaza Design Center Plaza Community Garden Greenhouse Vanderbilt Park
Existing Bus Route Proposed Bus Route Existing Bicycle Route Proposed Bicycle/Ped. Route Light Rail Transit Railroad Transit Highway Transit Light Rail Station
Structured Parking Surface Parking Arterial Streets Collector Streets Local Streets Light Rail Station
18%
Parks and Open Space Hospitality Office Retail Parking Residential New Construction Space per Phase (sq. ft.) 3,500,000 3,000,000
10’ 5’ 8’ 11’ 11’ 8’ 5’ 10’
Phase 3: Additional Urban Infill
2,500,000
Street Section - S. Broadway
2,000,000 1,500,000 1,000,000 500,000 0
10’ 5’ 5’ 8’ 11’ 11’ 11’ 11’ 8’ 5’ 5’ 10’
DOWNTOWN DENVER
SITE
Phase 1
Phase 2
Phase 3
Neighborhood Connections
Open Space Typology
Multi-use Routes
Parking and Street Typology
Street Section - Typical Local Street
Phase 1: Enhanced Transportation Connections
Distribution of Uses 24%
4
2 5
10%
1
3
3% 16%
5’ 5’ 5’ 11’ 11’ 5’ 5’ 5’
6
Street treet Section - W. Alaska Place
8 7
Phase 2: Big Box Reuse & Increased Density
9
N
FEET 0 500
1500
Existing Primary Vehicular Access Existing Primary Bicycle & Pedestrian Access Proposed Future Connections Proposed Enhanced Nodes & Intersections Light Rail Stop
2000
1. 2. 3. 4. 5. 6. 7. 8. 9.
29%
Public Art Plaza Farmers Market Alameda Park Green Corridor Alameda Station Plaza Design Center Plaza Community Garden Greenhouse Vanderbilt Park
Existing Bus Route Proposed Bus Route Existing Bicycle Route Proposed Bicycle/Ped. Route Light Rail Transit Railroad Transit Highway Transit Light Rail Station
Structured Parking Surface Parking Arterial Streets Collector Streets Local Streets Light Rail Station
18%
Parks and Open Space Hospitality Office Retail Parking Residential New Construction Space per Phase (sq. ft.) 3,500,000 3,000,000
10’ 5’ 8’ 11’ 11’ 8’ 5’ 10’
Phase 3: Additional Urban Infill
2,500,000
Street Section - S. Broadway
2,000,000 1,500,000 1,000,000 500,000 0
10’ 5’ 5’ 8’ 11’ 11’ 11’ 11’ 8’ 5’ 5’ 10’
DOWNTOWN DENVER
SITE
Phase 1
Phase 2
Phase 3
WN TO R N W E DO ENV D
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S. AY DW
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I-20
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S. AY DW
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MASHRIQU’L-ADHKÁR
Description: This independent diploma project was a means to explore the relationship between the body, mind, and spirit within the context of a mixed-use community development. A 62-acre site in Eliot, Maine was chosen due to its historical and spiritual significance in the Bahá’í Faith. A thorough analysis was conducted involving historical / precedent research, site / climate data, transportation studies and programming needs. The resulting master-plan places the Bahá’í House of Worship at the focal point of the development surrounded by various social, educational and charitable dependencies including: 1. University of Science and Religion 2. Travelers Hospice 3. School for Orphans 4. Home for the Aged 5. Hospital / Pharmacy This master-plan attempts to create a diverse and harmonious community environment focusing on learning, healing and spiritual growth.
MASHRIQU’L-ADHKÁR
Description: This independent diploma project was a means to explore the relationship between the body, mind, and spirit within the context of a mixed-use community development. A 62-acre site in Eliot, Maine was chosen due to its historical and spiritual significance in the Bahá’í Faith. A thorough analysis was conducted involving historical / precedent research, site / climate data, transportation studies and programming needs. The resulting master-plan places the Bahá’í House of Worship at the focal point of the development surrounded by various social, educational and charitable dependencies including: 1. University of Science and Religion 2. Travelers Hospice 3. School for Orphans 4. Home for the Aged 5. Hospital / Pharmacy This master-plan attempts to create a diverse and harmonious community environment focusing on learning, healing and spiritual growth.
Tertiary Access Location
Legend: Properties curr u ent e ly owned eed d by the he U U.S.
S ta
Bahá’í Na Natio t nal Sp ti piri rritua tu l Asse sem se mbly
te Rd
Site (Sun S nset Hi Hillll / Mt Salvvat) a at
Eliot
Ne
w H Main am e ps hir
e
Mental Development & Learning
qu
ive
r Kittery
Portsmouth International Airport
Physical Health & Well-being
Preferred Access Routes
Portsmouth Naval Shipyard
Secondary Access Location
Portsmouth
OLD RD
N
1 mi 1 km
RD
FORE R
D
aR
E AT ST
St
ata
in
sc
Ma
Pi Newington
Primary Access Location
Spiritual Worship
Atlantic Ocean
To Downtown Eliot
Tertiary Access Location
Legend: Properties curr u ent e ly owned eed d by the he U U.S.
S ta
Bahá’í Na Natio t nal Sp ti piri rritua tu l Asse sem se mbly
te Rd
Site (Sun S nset Hi Hillll / Mt Salvvat) a at
Eliot
Ne
w H Main am e ps hir
e
Mental Development & Learning
qu
ive
r Kittery
Portsmouth International Airport
Physical Health & Well-being
Preferred Access Routes
Portsmouth Naval Shipyard
Secondary Access Location
Portsmouth
OLD RD
N
1 mi 1 km
RD
FORE R
D
aR
E AT ST
St
ata
in
sc
Ma
Pi Newington
Primary Access Location
Spiritual Worship
Atlantic Ocean
To Downtown Eliot
2
Library, Bookstore & Media Gallery
3
House of Worship Visitor’s Center
4
Auditrium & Main Lecture Hall
5
Academic Building 1
6
Academic Building 2
7
Academic Building 3
8
Academic Building 4
PRIMARY ENTRANCE AT ‘STATE RD’
CENTRAL CAMPUS CAMPANILE
PEDESTRIAN BRIDGE OVERLOOKING CENTRAL CAMPUS
VISITOR’S CENTER OVERLOOOKING THE HOUSE OF WORSHIP
D
Bahá’í House of Worship
1
9
RD
10
E AT ST
9
FO R
ER
1
4 2
3
8 7
6
5
17 14
Maintenance & Service Building
School for Orphans
12
Faculty Housing
13
Home for the Aged
14
Female Dormitory
15
Male Dormitory
16
Recreation & Wellness Center
17
Dining Hall & Commons
18
Traveler’s Hospice
18
12
Hospital & Pharmacy
11
16
15
10
11
13
N
OLD
0’ 64’ 128’
RD
256’
0’ 64’ 128’
1
3
7
14
15
2
Library, Bookstore & Media Gallery
3
House of Worship Visitor’s Center
4
Auditrium & Main Lecture Hall
5
Academic Building 1
6
Academic Building 2
7
Academic Building 3
8
Academic Building 4
PRIMARY ENTRANCE AT ‘STATE RD’
CENTRAL CAMPUS CAMPANILE
PEDESTRIAN BRIDGE OVERLOOKING CENTRAL CAMPUS
VISITOR’S CENTER OVERLOOOKING THE HOUSE OF WORSHIP
D
Bahá’í House of Worship
1
9
RD
10
E AT ST
9
FO R
ER
1
4 2
3
8 7
6
5
17 14
Maintenance & Service Building
School for Orphans
12
Faculty Housing
13
Home for the Aged
14
Female Dormitory
15
Male Dormitory
16
Recreation & Wellness Center
17
Dining Hall & Commons
18
Traveler’s Hospice
18
12
Hospital & Pharmacy
11
16
15
10
11
13
N
OLD
0’ 64’ 128’
RD
256’
0’ 64’ 128’
1
3
7
14
15
BAHÁ’Í HOUSE OF WORSHIP
Description: This project involved the detailed design of a Bahá’í House of Worship. The design conforms to three basic criteria outlined in the Bahá’í Writings: 1. The form of the building must have nine equal sides with nine entrances and a central dome. 2. The exterior around the building must have nine meditation gardens. 3. The building must be open to people of all races, creeds, nationalities, and religious backgrounds. This house of worship was based on the form of a pine cone with the meditation ponds resembled wing-shaped seeds which fall from the cones. The design incorporated both passive and active techniques for heating and cooling. The primary building materials included durable granite from local quarries for the exterior shell and renewable glulam heavy timber beams for the support structure. The building envelope is designed to maximize natural lighting and minimize glare. The seating arrangement and entry points are aligned so as to allow direct sight lines into the surrounding forest.
BAHÁ’Í HOUSE OF WORSHIP
Description: This project involved the detailed design of a Bahá’í House of Worship. The design conforms to three basic criteria outlined in the Bahá’í Writings: 1. The form of the building must have nine equal sides with nine entrances and a central dome. 2. The exterior around the building must have nine meditation gardens. 3. The building must be open to people of all races, creeds, nationalities, and religious backgrounds. This house of worship was based on the form of a pine cone with the meditation ponds resembled wing-shaped seeds which fall from the cones. The design incorporated both passive and active techniques for heating and cooling. The primary building materials included durable granite from local quarries for the exterior shell and renewable glulam heavy timber beams for the support structure. The building envelope is designed to maximize natural lighting and minimize glare. The seating arrangement and entry points are aligned so as to allow direct sight lines into the surrounding forest.
0’ 4’ 8’
N
16’
SI E PLAN SIT AN
0’ 4’ 8’
FIRST FLOOR PLAN
BASEMENT FLOOR PLAN
16’
0’ 4’ 8’
N
16’
SI E PLAN SIT AN
0’ 4’ 8’
FIRST FLOOR PLAN
BASEMENT FLOOR PLAN
16’
0’ 4’ 8’
16’
0’ 4’ 8’
BUILDING & SITE SECTION
SUMMER COOLING DIAGRAM
WINTER HEATING DIAGRAM
16’
0’ 4’ 8’
16’
0’ 4’ 8’
BUILDING & SITE SECTION
SUMMER COOLING DIAGRAM
WINTER HEATING DIAGRAM
16’
WDSM MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
WEST DES MOINES MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
Des Moines Area Community College (DMACC) Corpor p ate Office Walmart
Pheasant Ridge Neighborhood Community
Re aailil / Com Ret Re C mmer mm ciaal + Re R ssiddeent ennttial al Ab A oove ovve Re rea Rec r tio ioonal / Fit Fitnes Fitnes ne s Cent enter e MuultiMul tit Fam Fam Fa amilyy
Ba dsh Ban s ell elll / Pav Pavill i ion
C RAILROAD
UNION PACIFI
S gle Sin gle-Fa gle-Fa gl -Famil milyy Lots mil Lotss
Wells Fargo Financial Campus
N
Aviva USA Corporate Office
100 ft ‘No-Build’ Utility Easement West Des Moines Bike Trail
1000 ft 200 m
Property Boundary
100’ 0’
300’ 200’
Des Moines Area Community College (DMACC) Corpor p ate Office Walmart
Pheasant Ridge Neighborhood Community
Re aailil / Com Ret Re C mmer mm ciaal + Re R ssiddeent ennttial al Ab A oove ovve Re rea Rec r tio ioonal / Fit Fitnes Fitnes ne s Cent enter e MuultiMul tit Fam Fam Fa amilyy
Ba dsh Ban s ell elll / Pav Pavill i ion
C RAILROAD
UNION PACIFI
S gle Sin gle-Fa gle-Fa gl -Famil milyy Lots mil Lotss
Wells Fargo Financial Campus
N
Aviva USA Corporate Office
100 ft ‘No-Build’ Utility Easement West Des Moines Bike Trail
1000 ft 200 m
Property Boundary
100’ 0’
300’ 200’
WDSM MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
PORTO DI RIPA GRANDE MARKETPLACE
Description: Rome, Italy has a significant population of Romani gypsies (Roma). These refugees face descrimination by local citizens and are forced to endure substandard living conditions in isolated encampments. Gypsies make their livelihood through street performances, bartering and theft. Interestingly, there are some parallels between the city’s tourists and the Roma - both groups have a parasitic relationship with the city and each other. This is most aparent in public markets where both groups interact with each other. A purposefully designated ‘gypsy marketplace’ was conceived as an architectural intervention to raise awareness about the problems afflicting the Roma population while providing a legitimate place of business. The proposed site is situated along the Tiber River at the Porto Di Ripa Grande which was historically used as a port and goods storage. The design includes the construction of a pedestrian-only bridge and the resuse of several underutilized barges serving as a public marketplace with warehouse storage for Roma merchants.
INFORMAL GYPSY DWELLING BENEATH ‘PONTE SUBLICO’
LOCAL MARKETPLACE NEAR ‘PORTA PORTESE’
PORTA PORTESE
ISTITUTO CENTRALE PER Il RESTAURO
PORTO DI RIPA GRANDE
Tourist Boat Tour
Police Garrison & Medical Barge Gypsy Market & Storage Barge PONTE SUBLICO
Pedestrian Bridge
TIBER RIVER
Historic Warehouse Archeology Site
Temporary Gypsy Dwelling Caverns
Temporary Gypsy Dwelling Caverns
PIAZZA DELL’ EMPORIO
A BARGE ALONG THE ‘PORTO DI RIPA GRANDE’
100 ft 50 m
N
HISTORIC WAREHOUSE ARCHEOLOGY SITE ALONG TIBER RIVER
INFORMAL GYPSY DWELLING BENEATH ‘PONTE SUBLICO’
LOCAL MARKETPLACE NEAR ‘PORTA PORTESE’
PORTA PORTESE
ISTITUTO CENTRALE PER Il RESTAURO
PORTO DI RIPA GRANDE
Tourist Boat Tour
Police Garrison & Medical Barge Gypsy Market & Storage Barge PONTE SUBLICO
Pedestrian Bridge
TIBER RIVER
Historic Warehouse Archeology Site
Temporary Gypsy Dwelling Caverns
Temporary Gypsy Dwelling Caverns
PIAZZA DELL’ EMPORIO
A BARGE ALONG THE ‘PORTO DI RIPA GRANDE’
100 ft 50 m
N
HISTORIC WAREHOUSE ARCHEOLOGY SITE ALONG TIBER RIVER
WDSM MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
EAST GRAND LATINO CORRIDOR REVITALIZATION
Description: The Latino Corridor along East Grand Avenue in Des Moines, Iowa is an important cultural district comprised of low- to mid-rise retail shops and residential buildings. Many of the businesses and residences are rented or leased by the local Latino population. After years of neglect, the area has fallen into decay and become an eyesore in the community. The decision was made to revitalize the area through tenant improvement projects and urban infill development. The aesthetic palate for the new construction combined vibrant and durable materials such as painted stucco, brick, and heavy timber. Also, natural systems for rainwater runoff were implemented through the use of vegetated rain-gardens located throughout the site. My primary involvement in this project included the design and project management of the Los Laureles Mexican Restaurant renovation, which included the addition of an outdoor patio structure. Credit: This project design was done while employed at JMA|STUDIO.
DD, CD
PD, SD, DD, CD, CA
PD, SD
PD
CD
PD, CD
PD, SD
6TH
E. 1 ST.
Phase II Construction
Phase I Construction E. GRANDE AVE.
Phase III Construction
DD, CD
PD, SD, DD, CD, CA
PD, SD
PD
CD
PD, CD
PD, SD
6TH
E. 1 ST.
Phase II Construction
Phase I Construction E. GRANDE AVE.
Phase III Construction
MÉDIATHÈQUE DE MONTRÉAL
Description: This mèdiathéque project involved the combination of various programmatic functions within a new multi-story building in downtown Montréal. Several important factors were studied prior to the design process, including: sound control; security; circulation requirements; lighting needs; program flexibility; public vs. private space; accessibility; energy systems; climate control; site impacts; hours of operation; structural systems; and materiality. The building design utilized a concrete structural system with a glazed curtainwall. A sky-lit central atrium allowed for natural light to penetrate each floor of the building to minimize the need for artificial lighting. On an urban scale, the mèdiathéque reacted to the surrounding buildings and existing infrastructure. The front façade was recessed along the most active pedestrian corridor to provide an inviting plaza entry point. The building’s interior orientation and views were determined based on the adjacent site features, especially the location of ‘Old Montréal.’ Team Members: Justin Bailey
MÉDIATHÈQUE DE MONTRÉAL
Description: This mèdiathéque project involved the combination of various programmatic functions within a new multi-story building in downtown Montréal. Several important factors were studied prior to the design process, including: sound control; security; circulation requirements; lighting needs; program flexibility; public vs. private space; accessibility; energy systems; climate control; site impacts; hours of operation; structural systems; and materiality. The building design utilized a concrete structural system with a glazed curtainwall. A sky-lit central atrium allowed for natural light to penetrate each floor of the building to minimize the need for artificial lighting. On an urban scale, the mèdiathéque reacted to the surrounding buildings and existing infrastructure. The front façade was recessed along the most active pedestrian corridor to provide an inviting plaza entry point. The building’s interior orientation and views were determined based on the adjacent site features, especially the location of ‘Old Montréal.’ Team Members: Justin Bailey
Bo
ule
var
dR
en
é-L
éve
sq
ue
O
To Historic Downtown Montréal
Ru
SITE
eA
ers
te V ille
eB
leu
ry
ou
ed
-Ma
rie
on
Au
tor
Ru
N
nd
100 m 500 ft
Bo
ule
var
dR
en
é-L
éve
sq
ue
O
To Historic Downtown Montréal
Ru
SITE
eA
ers
te V ille
eB
leu
ry
ou
ed
-Ma
rie
on
Au
tor
Ru
N
nd
100 m 500 ft
Rue Anderson
PROGRAMMING DIAGRAM
Rue de Bleury
0
2
6
12 meters
Rue Anderson
PROGRAMMING DIAGRAM
Rue de Bleury
0
2
6
12 meters
UT-AUSTIN LIBERAL ARTS II BIPV
Description: The challenge was to research and design an alternative Liberal Arts Phase II building on the University of Texas at Austin campus. Specifically, the design had to incorporate the use of Building Integrated Photovoltaics (BIPV) as a means of offsetting the building’s energy demands. Research included: programming requirements, transportation access, solar orientation, climatic data, ventilation methods, shading types, photovoltaic (PV) technologies and payback timeframe (ROI). BIPV is achieved through amorphous thinfilm and monocrystalline silicon technology on the atrium, courtyard and roof surfaces. In addition to energy production, the PVs provide shading for occupants as well as an opportunity for supergraphics to advertise the College of Liberal Arts. Team Members: Hsin-Yi Hsieh Christine Konstantinidis Steven Mattern Paula Pacotti Ida Polzer
UT-AUSTIN LIBERAL ARTS PHASE II BIPV
Description: The challenge was to research and design an alternative Liberal Arts Phase II building on the University of Texas at Austin campus. Specifically, the design had to incorporate the use of Building Integrated Photovoltaics (BIPV) as a means of offsetting the building’s energy demands. Research included: programming requirements, transportation access, solar orientation, climatic data, ventilation methods, shading types, photovoltaic (PV) technologies and payback timeframe (ROI). BIPV is achieved through amorphous thinfilm and monocrystalline silicon technology on the atrium, courtyard and roof surfaces. In addition to energy production, the PVs provide shading for occupants as well as an opportunity for supergraphics to advertise the College of Liberal Arts. Team Members: Hsin-Yi Hsieh Christine Konstantinidis Steven Mattern Paula Pacotti Ida Polzer
SITE PLAN
UT-AUSTIN CAMPUS MAP 0’ 100’
1000’
N
N
major road minor road existing pedestrian routes future pedestrian routes existing campus building future liberal arts building site future public node (SAC) existing public nodes
0’
100’
500’
roads existing campus building liberal arts building (LA-II) student activity center (SAC) new campus building tree canopy pedestrian access routes
SITE PLAN
UT-AUSTIN CAMPUS MAP 0’ 100’
1000’
N
N
major road minor road existing pedestrian routes future pedestrian routes existing campus building future liberal arts building site future public node (SAC) existing public nodes
0’
100’
500’
roads existing campus building liberal arts building (LA-II) student activity center (SAC) new campus building tree canopy pedestrian access routes
SAC & LA-II FIRST FLOOR PLAN N 0’ 10’
50’
PV + FACADE
PV + SHADING
atrium main lobby lecture / exhibit / cafe classroom / offices public space - courtyard
PV + ROOF
SAC & LA-II FIRST FLOOR PLAN N 0’ 10’
50’
PV + FACADE
PV + SHADING
atrium main lobby lecture / exhibit / cafe classroom / offices public space - courtyard
PV + ROOF
CUMULATIVE ANNUAL SOLAR RADIATION (Wh/m2) 1800
1630
1460
1290
1120
950
780
2 610
440
270
3
100
A
B
1
C
D
4
1
prevailing wind flow
2
interior automated clerestory windows
3
exterior automated clerestory louvers
4
fresh air inlet
5
ventilation pipes
6
energy recovery supply vents
6 5 2 3 A
monocrystalline “light through” solar panels abv. roof terrace (10% effic.)
B
thin-film “see-though” solar glazing above atrium (6% effic.)
C
prefabricated roof deck and monocrystalline solar panels (18% effic.)
D
monocrystalline “light through” solar panels over courtyard (10% effic.)
A
B
C
D
4
6 5 WINTER HEATING DIAGRAM
CUMULATIVE ANNUAL SOLAR RADIATION (Wh/m2) 1800
1630
1460
1290
1120
950
780
2 610
440
270
3
100
A
B
1
C
D
4
1
prevailing wind flow
2
interior automated clerestory windows
3
exterior automated clerestory louvers
4
fresh air inlet
5
ventilation pipes
6
energy recovery supply vents
6 5 2 3 A
monocrystalline “light through” solar panels abv. roof terrace (10% effic.)
B
thin-film “see-though” solar glazing above atrium (6% effic.)
C
prefabricated roof deck and monocrystalline solar panels (18% effic.)
D
monocrystalline “light through” solar panels over courtyard (10% effic.)
A
B
C
D
4
6 5 WINTER HEATING DIAGRAM
ALLEY FLAT v2.0 SUMMER BUILD
Description: The Alley Flat Initiative (AFI) started in 2005 as a collaboration between the University of Texas at Austin, the Guandalupe Neighborhood Development Corporation (GNDC) and the Austin Community Design and Development Center (ACDDC). The purpose of the initiative was to develop a project delivery system for affordable and ‘green’ infill housing along underutilized alleyways in Austin, Texas. The objective is to combat gentrification pressures and improve sustainable design/ construction practices. This AFI prototype (v2.0) was designed by students at the University of Texas at Austin and managed by the ACDDC for the client, GNDC. The final construction was completed by 15 students, which included the following tasks: • The design/construction of a porch and ADA ramp connecting to the existing front house. • The installation of a rain-screen system. • The design/construction of a privacy fence. • The design/construction of an entry portico. • The site landscaping around the house.
ALLEY FLAT v2.0 SUMMER DESIGN-BUILD
Description: The Alley Flat Initiative (AFI) started in 2005 as a collaboration between the University of Texas at Austin, the Guandalupe Neighborhood Development Corporation (GNDC) and the Austin Community Design and Development Center (ACDDC). The purpose of the initiative was to develop a project delivery system for affordable and ‘green’ infill housing along underutilized alleyways in Austin, Texas. The objective is to combat gentrification pressures and improve sustainable design/ construction practices. This AFI prototype (v2.0) was designed by students at the University of Texas at Austin and managed by the ACDDC for the client, GNDC. The final construction was completed by 15 students, which included the following tasks: • The design/construction of a porch and ADA ramp connecting to the existing front house. • The installation of a rain-screen system. • The design/construction of a privacy fence. • The design/construction of an entry portico. • The site landscaping around the house.
WDSM MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
PAUL RUDOLPH PRECEDENT STUDY
Description: The building selected for this precedent study was a summer cottage located along the intercoastal waterway in Siesta Key, Florida designed by Paul Rudolph. Unfortunately, the house was never built and there were limited drawings available, which made it challenging to provide an accurate representation. Rudolph’s design included several features intended to maximize occupant flexibility and comfort. The house features an open floor plan with a clear separation between public and private spaces. The structure is elevated above the waterway in the event of flooding and to help cool the house during the summer months. The design includes several operable louvers for shading and privacy. Operable doors and windows along the north/ south facades allow for simple passive ventilation. Team Members: Justin Burnham Andy Meyer
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WDSM MIXED-USE MASTER-PLAN
Description: The purpose of this master-plan was to develop a sustainable mixed-use neighborhood on an existing 160+ acre greenfield site in West Des Moines, Iowa. The design intent was to minimize site disturbance and work with the existing topography while creating a sustainable mixed-use environment. The master-plan layout included pockets of residential, commercial, and retail functions all located within a 10 minute max. walking distance of one another. The existing pond on the site was used to create a unique public setting for the development. Green space corridors were strategically integrated throughout the site to connect the various densities of development and transportation modes. Roads, bike paths, and sidewalks were integrated to provide a safe and traversable environment. Credit: This project design was done while employed at JMA|STUDIO.
IT DEPARTMENT MODULAR FURNITURE DESIGN
Description: This furniture design proposal was intended to help organize and ensure security for the checkout resources for the University of Texas at Austin School of Architecture Information Technology Department. This included items such as laptops, digital cameras, digital video recorders, digital audio recorders, light sensors, sound meters and other miscellaneous devices for student checkout. The modular furniture designs allow for flexibility and expandability. The connection details are achieved through tongue-and-groove interlocking to minimize the need for unnecessary screws or bracket support hardware. All wood and plexiglass pieces are intended to be fabricated using a CNCrouter.
ARTISTIC WORKS
Description: A. ‘Angel with the Column (Throne)’- charcoal B. ‘Angel with the Whips’- charcoal C. ‘Angel with the Crown of Thorns’- charcoal D. ‘Angel with the Nails’- charcoal E. ‘Angel with the Sudarium’- charcoal F. ‘Angel with the Cross’- charcoal G. ‘Angel with the Lance’- charcoal H. ‘Angel with the Sponge (with vinegar)’- charcoal I. ‘Woman Holding the Balance’ - oil on canvas (reproduction) J. ‘Comedy & Tragedy’ - clay K. ‘3D Portrait’ - cardboard L. ‘Split Head’ - pencil
ARTISTIC WORKS
Description: A. ‘Angel with the Column (Throne)’- charcoal B. ‘Angel with the Whips’- charcoal C. ‘Angel with the Crown of Thorns’- charcoal D. ‘Angel with the Nails’- charcoal E. ‘Angel with the Sudarium’- charcoal F. ‘Angel with the Cross’- charcoal G. ‘Angel with the Lance’- charcoal H. ‘Angel with the Sponge (with vinegar)’- charcoal I. ‘Woman Holding the Balance’ - oil on canvas (reproduction) J. ‘Comedy & Tragedy’ - clay K. ‘3D Portrait’ - cardboard L. ‘Split Head’ - pencil
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