HOLDEN SCULLY
UNIVERSITY OF ILLINOIS CHAMPAIGN URBANA 2014 TRACK III - M. ARCHITECTURE ARIZONA STATE UNIVERSITY 2010 B.S . LANDSCAPE ARCHITECTURE
hcscully@gmail.com 2407 Worthing Dr Naperville IL 60565
STAINLESS STEEL
ACRYLIC
ALUMINIUM
GLASS
SOLAR
CRYSTAL
AUGMENTED SOCIETY Find the incubator’s code
Log into the incubator’s website
Change the facade THE CONSUMER
THE PROGRAMMER
Download Application Scan Drawing
See the code on the facade
Scan the code
SLEEP
Open the start-up’s website
8AM
WORK
5PM
CELL PHONES
FAMILY/ SOCIAL
POPULATION
STAINLESS STEEL
ACRYLIC
ALUMINIUM
SOLAR
FLOAT GLASS
2010
1970
PLAY
1990
+
WORK
1950
1930
1910
ALL DAY
LIQUID CRYSTAL
5 4 3
See the code on the facade
Highlighted Project
Scan the code // 11:55
// 12:02
Open the start-up’s website
2
// 11:45
// 12:11
Learn more about us. http://bit.ly/5xwq Uzziniet vairāk par mums.
1
TUBING
LOUVRES
SLEEP
8AM
WORK
5PM
FAMILY/ SOCIAL
// 12:30
Where are we meeting today? Kur mēs šodien tiekas?
Check out our app. http://bit.ly/5xwq Pārbaudiet šo lietotni.
SOCIAL HOUSING REDEVELOPMENT LIEPAJA, LATVIA KAROSTA
GRAMMER
WESTERN SHORE
LIEPAJA
LIEPAJA
KAROSTA
KAROSTA
Log into the incubator’s website
Change the facade
WESTERN SHORE
LIEPAJA
FLOAT
STAINLESS STEEL
See the code on the facade
THE CONSUMER
THE PROGRAMMER LATVIA
SOLAR
1970
LIEPAJA
1950
WESTERN SHORE
ACRYLIC
ALUMINIUM
1930
LATVIA
1910
BALTIC REGION
1950
WESTERN SHORE
STAINLESS STEEL
ACRYLIC
ALUMINIUM Scan the code
LIQUID CRYSTAL
OpenGLASS the start-up’s website
SOLAR
KAROSTA
Do Sc Download Application Scan Drawing
LIEPAJA
STAINLESS STEEL
See the code on the facade
THE CONSUMER
POPULATION WESTERN SHORE
FAMILY/ SOCIAL
1990
5PM 1970
WORK
CEL
Download Application Scan Drawing
ChangeCELL the PHONES facade
Log into the incubator’s website
8AM 1950
1910
KAROSTA
1930
SLEEP
LIEPAJA
ACRYLIC
Scan the codeALUMINIUM
SOLAR Open the start-up’s website
ALL DAY
KAROSTA
FLOAT GLASS
LIQUID CRYSTAL
+
WORK
POP PLAY
EUROPE
Log into the incubator’s KAROSTAwebsite
Change the facade
LATVIA
Scan the code
LIEPAJA FLOAT GLASS
SOLAR
Open the CELL PHONES start-up’s website
ALL DAY
+
WORK
2010
2010
FAMILY/ LIQUID SOCIAL CRYSTAL
POPULATION
1990
5PM
WESTERN SHORE ACRYLIC
ALUMINIUM
1990
1970 WORK FLOAT Download Application Scan Drawing GLASS
1970
1930
BALTIC REGION STAINLESS STEEL
8AM 1950
SLEEP ACRYLIC SOLAR
ALUMINIUM
See the code on the facade
THE CONSUMER
THE PROGRAMMER
1950
1930
1910
2010
STAINLESS STEEL
LIQUID CRYSTAL
1910
FLOAT GLASS
1990
CELL PHONES
1950
1930
incubator’s code LATVIA
BALTIC REGION
LATVIA
KAROSTA
LIQUID CRYSTAL
PLAY
SLEEP LIEPAJA
Change the facade
See the code on the facade
THE CONSUMER
THE PROGRAMMER
THE CONSUMER
ACRYLIC
ALUMINIUM
See the code on the facade
5
FLOAT GLASS
SOLAR
Scan the code
8AM
WORK
5PM
FAMILY/ SOCIAL
LIQUID CRYSTAL
Open the Open the start-up’s websitestart-up’s website
Scan the code
ALL DAY
+
WORK
PLAY
1910
Open the start-up’s website
KAROSTA
STAINLESS STEEL
4 Find the incubator’s code Log into the incubator’s website
SLEEP
8AM
Change the facade
WORK
5PM
FAMILY/ SOCIAL
3
See the code on the facade
THE CONSUMER
SLEEP THE PROGRAMMER
SLEEP
Scan the code
5
// 11:55
8AM
Log into the website 8AM incubator’sWORK
WORK
Open the start-up’s website
STAINLESS STEEL
5PM
5PM
ALL DAY
WORK
FAMILY/ SOCIAL
FAMILY/ SOCIAL
Highlighted Project
2
ALUMINIUM Change the
ACRYLIC
facade THE CONSUMER
WORK
Find the incubator’s code
+
PLAY
Log into the incubator’s website
the 4Change facade
SLEEP
1
8AM THE CONSUMER
THE PROGRAMMER
TUBING
3
LOUVRES
WORK
ALL DAY 5PM
FAMILY/ SOCIAL See the code on the facade
Highlighted
WORK
LIQUID CRYSTAL
See the on the f
// 11:45
+
PLAY
// 12:30
// 12:11
Where are we meeting today? Kur mēs šodien tiekas?
Learn more about us. http://bit.ly/5xwq Uzziniet vairāk par mums.
ALL DAY
FLOAT GLASS
SOLAR
1990
Log into the incubator’s website
WESTERN SHORE
1970
Change the facade
Find the incubator’s incubator’s code
Scan the code
LATVIA
1950
Log into the website
BALTIC REGION
1930
EUROPE
2010
1990
1970
1950
1930
POPULATION
1910
E
1910
Social housing fostered a reliance on architecture to promote its ideas. Minimalist modern architecture became the face of it at its height and its eventual exit. These buildings sit as an idea that was never strongly embraced. EUROPE Whats left is a facade that is uninviting and left to decay. While looking to optimize program and connecting the program with the building envelope is its new future. The facade must activate and interact with its program. Embracing the technology incubators in place in majorFind the incubator’s code cities, the new development will place individuals looking at creating creative alternatives EUROPE in urban BALTIC life.REGION These connections will spawn start-ups and look towards improving the existing city itself. BALTIC REGION LATVIAbe reflectedWESTERN Its diverse program will onto SHORE its complex wall. An interactive changing set Findofthe panels will work incubator’s code as a display to the community at large. With rotating THE PROGRAMMER EUROPE BALTIC REGION louvers, the façade can open up to the startups as they LATVIA work, letting the audience come and see the process of development. The old social STAINLESS housing project becomes the social ACRYLIC SOLAR ALUMINIUM STEEL networking project. Find the
BALTIC REGION
1910
EUROPE
1930
FALL 13 16 WEEKS
1970
HEMINGWAY
+
PLAY Scan the code
Open the start-up’s website
/
ROCKAWAY TRANSFER
GREEN INFRASTRUCTURE PROPOSAL QUEENS, NY OZONE PARK
Acce
Metropolitian Studies
to P
WINTER 13 4 WEEKS
Queens, a borough of neighborhoods, looks to provide vibrant communities to support the working New Yorkers. With the dissolve of the Rockaway Beach Line, a hole has been left in this part of the city that looks to rebuild.
Elevated Parkway
City Boundaries
Workforce migration to Manhattan
Current connections to Manhattan
Looking at the existing railyard fabric, the design plays off of these curves and create a figure/ void of which spaces can be created. Benches and gaurdrails are lifted from these curves to create a dynamic experience.
Exis
Fast traffic for cyclists are extended to the edges, allowing a great space for meandering paths and gathering spaces to be successful.
With the dissolve of the line intersecting Queens, a disconnect to Manhattan and the rest of New York occurred. In its place, a vibrant ecology that came from Forest Park moved along the line, being taken back by nature. The essence of the design is to promote new infrastructure, and continual growth of the existing ecology.
Exis
Commuter Times
Future Potential
1962 - Today
Bike Access/ Parking
With a large population commuting to Manhattan, and Brooklyn daily, establishing strong circulation to transit stops is key. Rather than reestablish the Queensway as another transit line, it is key to promote its existence as an infrastructure for alternative transportation. During summer, skating and cycling is used as ways to move from the north and south connection stops. In winter, cross-country skiing will be available for the residents. By bringing in this new transit corridor, we can connect the residing population with all the neighboring communities, as well as the downtown areas. Grocers, markets, schools, restaurants, and shopping can develop underneath the existing line. This new development will seek the benefits of the new park above to bring people below. The parks success is vital businesses around and underneath, and vice versa.
To allow successful commuting for the community to the city, adaptation of the bicycle can help bring people to and from the area.
Metropolitian Studies
Access onto the park is vital to its success. Ramps allowing bike and pedestrian traffic can promote alternative modes of travel.
60
Access/ Park Line to Park/Trains
15
to Park
60
30
15
At the transit stops connecting to the rest of the city, bicycle parking and maintainence service will be available. This allows people in the community to bike to the transit stop, and take the train into the city.
City Boundaries
Workforce migration to Manhattan
Current connections to Manhattan
Existing Landscape
New
206 Existing Residential
Exis Access/ Park Line to Park/Trains to Park Commuter Times
Metropolitian Studies
Program Considerations Blending Community Needs
Future Potential
1962 - Today
OZONE PARK
The park above itself looks to bring each community what it looks for in a landscape. To the north, connections to rail lines and dedicated bike routes are important. To the south, the lack of landscape can be reclaimed through dense vegetation and views towards the city.
30
60
15
City Boundaries
Workforce migration to Manhattan
30
WOODHAVEN
60
15
30
SOCIETY
NATURE
SOCIETY
Current connections to Manhattan
Existing Landscape
URBAN
RESIDENTIAL
1/2 m
CLARENDON CROSSING
MIXED USE URBAN DEVELOPMENT ARLINGTON, VA CLARENDON LEVERETT
SITE ANALYSIS URBAN DENSITY
SPRING 13 16 WEEKS
33,000
Looking at the diverse metropolitan of Washington D.C., Clarendon’s Crossing looks to address it as a system of connections. With the site located off of the Orange Line, people from Maryland to Virginia come to work, and play in the vibrant neighborhood. By allowing the city to grow unimpeded by structure, the neighborhood continues to thrive. Adding to the neighborhoods vibrant nightlife is a way to bridge the gap between new residences and locals. This connection for the population gives a since to connection to the neighborhoods itself. To best bring the population into the site, the local park is extended into the site. This landscape band becomes the basis to design off of. It joins the existing fabric and intensifies the connections to allow successful program. The architecture should maintain a presence in the everlasting one of Arlington. Sustainability is a key issue to address. Though LEED certification would be a mean, also using classical architecture fundamentals will achieve this with greater result. Solar analysis of the created spaces shows that a place with light, will be a place with people. The courtyard opens up the entertainment district to be a welcoming place due to light.
6,400
30,000
46,000
220,000
5,800 5,000
150,000
112,000
12,000
38,000 44,000
11,000
108,000
28,000
24,000 66,000
3,100
160,000
3,800
HIGH DENSITY
66,000
MEDIUM DENSITY LOW DENSITY
55,000
SITE PROGRAM
RESIDENTIAL OFFICE COMMERCIAL GOVERNMENT
PUBLIC TRANSIT
TRANSFORMATION
SITE
2
3
4
5
6
7
CHICAGO TERMINUS
CENTRAL HIGH SPEED RAIL STATION CHICAGO, IL NEAR NORTH STALLMEYER
FALL 12 16 WEEKS
Our conjoined studio took a unique approach to urban intervention, to place construct a mixed use tower next/conjoined to a new transportation hub for the city of Chicago though a high-speed rail terminal. In this study we questioned the idea of the skyscraper, and considered the thought of the horizontal terminal serving the same types of architectural problems as the tower. The program is broken up by Lake Street, which is engulfed by our scheme and defines the focal point which the site hinges around. The loop district is the framework for downtown Chicago. The dense structural history of the city makes for an excellent pairing to a schemes which are so heavily influenced by the downtown skyscrapers to the industrial bridges which line Chicago’s canal. Our schemes different extruded elements to create a rhythmic quality along a linear section to provide view sheds, orientation, and a sense of place for both the tower and terminal. The elements show through the structure to the façade and make a pattern, which mimics the needs of the two similarly driven programs.
DEPARTURE
OUTER CONCOURSE TICKET SALES WINDOWS TICKET VENDING MACHINES
ESCALATORS/ CONCOURSE
INNER CONCOURSE
TICKET BARRIERS TICKET BARRIERS/ CONCOURSE ESCALATORS/ CONCOURSE
TERMINAL
TERMINALS ESCALATORS/ TERMINAL
PLATFORMS
TRAINS/ PLATFORM
ARRIVAL (2) TRAINS/ PLATFORM
PLATFORMS
TERMINALS ESCALATORS/ TERMINAL
TERMINAL TICKET BARRIERS TICKET BARRIERS/ CONCOURSE ESCALATORS/ CONCOURSE
INNER CONCOURSE ESCALATORS/ CONCOURSE
OUTER CONCOURSE
Collaboration Studio
PARTI SKETCH
CIRCULATION
EGRESS
MECHANICAL
STRUCTURAL
ENERGY SCIENCE BUILDING
ARGONNE NATIONAL LABORATORY LEMONT, IL CHICAGO SUBURBS KIM
SUMMER 12 8 WEEKS
With the program set up with HDR Architecture, the objective was to put in place a building that promoted collaboration of cross disciplined scientists. By splitting the program into bands the long layout allowed shorter connections from lab to office spaces. Break out spaces were placed in between access into both of these programs to allow more informal meetings to take place. Conference areas are placed on the north wing to allow vistas out into the landscape as well as easy connection to the rest of the building. By developing the design off of one main artery, the gross circulation space could become larger. In this area, an atrium is placed giving the building to take shape vertically. Bridges and stairways make this space very approachable. This place becomes one of interest, giving it a strong interior circulation presence.
ATRIUM SECTION
W. SECTION
The holistic connections to the rest of the campus played into the design as well. A strong ‘gateway’ entrance to the north gave Argonne a true welcoming symbol. The building plays off of these scales throughout.
Collaboration Studio
LL
LAB SECTION
G
2
3
BENCH| BUILD PROJECT
NATIVE HABITAT RESTORATION PROJECT PAPAGO PARK PHOENIX SPELLMAN ASLA ARIZONA AWARD
SUMMER 09 8 WEEKS
NATIVE HABITAT RESTORATION PROJECT PAPAGO PARK PHOENIX SPELLMAN ASLA ARIZONA AWARD
SUMMER 09 8 WEEKS
The summer internship involved the assistance in the develpoment of the course in four areas: the development of the first year studio assignments, organizing the spring planting session with students, creating a master plan for re-vegetating the educational nature walk in Papago Park, and designing the prototype bench to be built concurrent with each first year planting session. The course engages Papago Park in Phoenix, Arizona. The park is one of the largest urban parks in the United States covering approximately 1200 acres. It is one of the last remaining desert landscapes in the Phoenix metropolitan area, however in recent years its original vegetation has been greatly decreased due to urbanization. The project represents a collaborative effort between undergraduate students of Landscape Architecture and Architecture; faculty with expertise in Landscape Architecture, Architecture, and Planning, City Officials from the Parks and Recreation department, and Horticulturalist.
CONCEPT
Three Student Interns Designed An Ecological Trail In Papago Park That Includes The First & Future ALA122 Planting Locations Local Ecology Carnivores
Riparian Kitt Fox Coyote
Prosopis velutina Acacia greggii Chilopsis linearis
Owl Hawk
Olneya tesota Parkinsonia preacox Parkinsonia florida
First Year Students
Birds Bench
Community
Reptiles
Foothills
Snake Lizard
Larrea tridentata Ambrosia deltoidea Celtis pallida
Shrubland
STUDIO SET-UP
Herbivores
Non-natives Jackrabbit Roadrunner Squirrel
Tamarix ramosissima Tamarix spp. Washingtonia robusta
Collaboration Studio with students in Architecture ECOLOGY CHART
The parks borders are established urban areas, causing the ecology of the site to be fragmented and decline. The top carnivores have been displaced leaving the smaller herbivores to over populate. Vegetation has seen a decrease due to the overpopulation of rabbits in the area. The decrease of mesquite trees has directly correlated to the cacti and succulent decline.
HYDROLOGY SYSTEMS
VEGETATION SYSTEMS
CONSTRUCTION PROCESS