Sustainable East Washington Street Corridor: A Series of Urban Design Projects by Ashley VanMeter

Ball State University

Jo Ann M. Gora, President

College of Architecture and Planning Guillermo de Velasco Vasquez, Dean Michel A. Mounayar, Associate Dean

Department of Architecture

Mahesh Senagala, Chair Stephen Kendall, Director of Master of Architecture Program Julie Kraztner, Programs Assistant

Project Team

Harry A. Eggink, Professor Jared S. Burt, Student Editor Andrew M. Hesterman, Student Editor Erin R. Chapman Matthew Flamm Jennifer Flegel Steven A. Herron Jason Klinker Kate D. Lengacher Ben McHugh Adam D. Miller Allison Morlock Rebecca A. Staley Loaei Thabet Ashley VanMeter

RATIO Architects, Inc. Bill Browne Dustin Eggink Tom Gallagher John Jackson Chunsheh Teo Sandra Yencho

Printing and Binding Lulu Press Inc.

Contents:

Introduction

Transforming an Ideal

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Rebecca A. Staley Loaei Thabet

New Agricultural Urban Main St.

Adam D. Miller

Green Revitalization

Ben McHugh

Greenbelt Gateway

Kate D. Lengacher

Infiltrating E. Washington St.

Jason Klinker

Reconnecting the Neighborhoods

Andrew M. Hesterman

The Living Line

Steven A. Herron

Urban Fabric

Jennifer Flegel

Communal Layers

Matthew Flamm

Creating Community

Erin R. Chapman

Urban Algae Culture

Jared S. Burt

Plugging Into Washington St.

Harry Eggink

Ashley VanMeter

Review Sessions

6_introduction

Introduction: This booklet, on a sustainable urban corridor for Indianapolis, illustrates a series of urban design proposals from students in the fall semester Graduate Architecture/ Urban Design Studio, Department of Architecture, College of Architecture and Planning, Ball State University. The project began with the challenge of defining and redefining the urban design and the architecture of an inner urban core that lingers between a major downtown traffic feeder and an industrial railroad line. This urban mixed-use environment has been deteriorating for more than fifty years, where its physical health has been neglected, avoided, and misdirected, resulting in brown fields, abandoned factories, dilapidated neighborhoods, and a main corridor devoured by the automobile. Briefly, the studio engaged a 2.25-mile section of the East Washington Corridor, Old US 40 (“the national road”) near the downtown in Indianapolis. Their objectives: to invent and design an urban sustainable contemporary environment. The studies began with a team process on a macro scale, with analysis, research and conceptual design and terminate with an individual interpretation of architectural form, space, and technology. The studio integrated new sustainable urban layers into an existing dilapidated corridor pattern, reviving a fatigued city grid and retooling an outdated infrastructure; and created sustainable urban design strategies, based on transit-oriented developments, and contemporary urban living, working and recreational spaces. The proposed architecture responds to the existing chaos of the linear fabric of Washington St. as “main street”, blends and integrates into the surrounding Indianapolis urban context, challenges the typical environmental solutions, and invents designs a contemporary sustainable physical layer for the corridor. The adjacent drawings are critique sketches by Harry Eggink from the studio, representing the students’ design concepts and development images. harry eggink_7

Jared S. Burt

Transforming an Ideal: A Flexible Community for the 21st Century East Washington Street in Indianapolis, IN was originally part of the National Road that extended across the Midwest. Instantly communities began to form around this major road. Rail lines ran parallel to the street allowing industries to be located on both, while neighborhoods surrounded the workplace for ease of transportation. This development was based on the nature of people needing and wanting to live close to the workplace. However, as the highway system began to expand making transportation much easier people began to live further and further away from their workplace. Today billions of dollars are spent just to address this phenomenon when what we really need to do is rethink our

Transit Oriented Development

lifestyle that has been transformed by the automobile.

_Proposal

Over the past few decades East Washington Street has gone from a thriving community full of industry surrounded by small neighborhoods, to a community starving for business because the industry has started to move further outside the city to expand on cheaper ground. Located less than a mile outside of Indianapolisâ&#x20AC;&#x2122;s downtown, East Washington has a huge amount of potential to revitalize its identity in the twenty first century. Its existence and condition has always been based around the new ideals for living and working which makes it logical to be a

candidate for a new type of living. For the first time we now have more people living in cities across the world than any other place. This shift has caused an increase in high-density living making our methods and forms of living and transportation. Currently an increase in population would mean an increase in automobile traffic. However, as we move closer to the city and farther from the suburbs, there becomes more opportunity for sustainable forms of transportation. The proposed development for East Washington Street address its rich history in transportation and living around your workplace as they did originally when the area was thriving, while integrating flexibility for current and future needs.

jared s. burt_9

Market Square

Community Park/Gardens

Arts District

Business District Industrial Park

_Transportation

The new urban community features transportation via Personal Rapid Transit (PRT) bridging the gab between the automobile and Light Rail Transit (LRT). PRT features the on demand qualities that the automobile does while functioning on a closed circuit like a light rail system. The one major difference between PRT and LRT is the ability for PRT to feature nonstop service by using side rails for transit stops. People will have the ability to travel and transport goods all around the community and into the downtown using this elevated circular system that is at times integrated into buildings.

High Density Living Historic Neighborhood Local Business | Commercial

_Flexibility

Our demands continue to change from day to day, season to season, and year to year. This requires spaces that are designed to be flexible allowing for multiple uses, some that we know of currently, and others that will come about in the future. The proposed development features a multiuse plaza that has the flexibility to transform from a vehicular-based farmers market, to a pedestrian crowded concerts and festivals. With the use of permeable pavers, and mobile support lights the plaza can easily transform from day to day.

PRT

Circulation 10_transforming an ideal

Farmers Market

Festivals | Concerts

jared s. burt_11

Prefabricated Hollow Core Slab Steel Beam HVAC System Drop Ceiling Green Wall / Living Machine

Stack Ventilation Exterior Glazing Drip Irrigation / Living Machine

_Live Work

Living Machine Business | Industry Residential Circulation Personal Rapid Transit (PRT) Commercial | Retail

12_transforming an ideal

Originally people settled in small neighborhoods around the industry, but with the new high-density demands of the future, people will now have the opportunity to live within their industry or business. Combining the functions of living and working allows for less time spent commuting, as well as 24 hour activity eliminating on and off peak hours that typical business districts face.

_Sustainability

Sustainability and integrated â&#x20AC;&#x153;Greenâ&#x20AC;? principles are becoming closer to being an industry standard for new construction. This includes everything from the efficiency of materials used, to the management of environmental elements such as water. The proposed development features an integrated living machine that would not only collect rain water, but also all the water that was used within the building. The waste water is collected and filtered through a series of bacteria tanks, then used as irrigation for the green wall system for further filtration. The excess, purified, water is then collected at the bottom of the wall and reused throughout the building.

Wind Turbine Removable Canvas Light Electric Outlets Removable Aluminium Pole Attachment to the Electric Grid Base Key Grass Lawn Permeable Paver Support Base

Rain Water Collection

- Minimizes Storm Water - Filtered Through Living Machine - Reused for Grey Water

Operable Shutters

Flexible Plaza

- Farmers Markets - Concerts - Picnics - Festivals

- Provides Privacy - Blocks Sound and Light - Resident Controlled Facade

Personal Rapid Transit (PRT)

- Nonstop Service - On Demand Loading - Access to Downtown and Surroundings

Underground Parking

jared s. burt_13

E R IN R . CHA P M AN

Plugging into Washington St: Revitalizing east of the city It takes more than a desire to fix a dilapidated part of town. It needs to be a commitment to providing identity to a place as well as providing a source for vitality. The concept behind the East Washington street revitalization is a clear step process meant to ensure identity and vitality on the east side of Indianapolis. Within the two and one half mile strip along Washington Street there are numerous issued that need to be addressed. Trapped neighborhoods segregated between high trafficked roads and rail lines, large abandoned factories, homes falling apart, lack of life, unsafe spaces for children to gather, and no hope in sight just begin to skim the surface of the problems within Washington Street. In my design, I created three distinct districts that would give the community a sense of identity and purpose. Having three main stops along East Washington Street also breaks up the long, monotonous street designed around the automobile and harsh asphalt.

The first section right east of the 65/70 Interstate is the LIVE district. Here there is a high density of residential units, as well as local commercial conveniences within a five minute walk. Mixed use buildings would flank the sides of Washington Street to enforce a traditional style neighborhood and promote walk-ability along the street. There would be generous amounts of accessibility to the public transit (light rail) that would allow people living in this district to transport to work downtown quickly and efficiently. The WORK district would create dwellings close to the work environments. Here homes and spaces would the require the ability of work as well as relaxation. Short commute times by living near the workspace would promote a walkable community that is not driven by automobiles. Abandoned factories would be converted into a primary source of income for the community. Steel mills would fabricate new modular units for dwellings throughout the east side of Indianapolis. These new

homes would replace dilapidated homes throughout the area and would provide a new modern identity and vitality. In addition to the steel mills, there is a proposed energy facility that would convert waste products into an energy source to power the mills and neighboring homes and businesses for a greener lifestyle. The PLAY district has a variety of different buildings, fields, and activities. First, old factories could be converted into apartment style buildings to create a â&#x20AC;&#x153;warehouse districtâ&#x20AC;? that provides character from the historic US 40 highway, a time when Washington Street thrived. In the play district, there would be a focus on community, where dwellings would push residents to get out into the community and interact with each other. Large open fields would provide space to play football, soccer, or lacrosse, baseball fields and basketball courts are also available. A pool or place to sail, numerous bars, theater venues, and other activities help to promote this community involvement.

erin r. chapman_15

Vehicular Paths

Industrial Rail Paths

Public Transportation Paths

Water Travel Paths

16_plugging into washington st.

TRANSPORTATION: Throughout the existing site, it is hard to travel from one side of Washington Street to other and then across numerous railroad tracks without feeling intimidated by the automobiles. To help with the vehicular traffic, I propose to reduce travel lanes along Washington Street, add trees along the street, and provide on-street parking. These street calming tactics will slow traffic speeds and make walking along the street less intimidating to the pedestrian. This in turn will encourage people to return to the street and bring along with them vitality and character. The below section is an example of what Washington Street might look like after the makeover. As mentioned before, Washington Street and the railroads produce a number of trapped neighborhoods. The proposed movement will be enforced in a variety of four different transportation indicators. First, specific existing roads will be enhanced to connect neighborhoods North and South of the railroad tracks. This will be an indicator for people to cross the tracks at these designated points.

These specific points will also slow train traffic down, for there will be a heightened awareness of automobiles crossing the tracks. Secondly, is the importance of the train tracks within the site. There is a strong East and West flow of train travel throughout the site. This industrial rail will provide residents with the option of using the rail for long distance travel. Also, with the rail cutting through the main steel mill industrial area, once modular units are complete, they can be loaded onto the train and can be sent virtually anywhere in the United States to help revitalize other neighborhoods. Third, and very important to the mass movement of people on a daily basis is the light rail system. The light rail system follows the industrial rail into the site, and the proceeds to split off and weave in and out between Washington Street and the railroad. By having the rail weave back and forth, it hits major stopping points so residents can easily access the line and head downtown to work for an easy commute. Lastly, is the water system. Having a large canal system will allow for water travel within the site. This will

also be used for water collection and retention. THE DEVELOPMENT Preserving as much of the existing context and grid was important throughout the residential portions of the site, as well as, implementing new sustainable ideas and technologies. Existing long North and South blocks have been kept enacted, however, they have also been conjoined. Moving certain streets below grade allows for community style spaces to develop. Underground, parking and utility functions occur, allowing for the “undesirable” but “necessary”

functions to happen out of sight. Footpaths or bike paths can replace the above ground streets, as pedestrians would not feel safe walking underground in dark spaces. The paths can cut in any direction allowing for homes to feel connected to a street, without being on a “street.” Street calming techniques are also utilized throughout the residential areas. At corners and bus stops, permeable pavers can be found to help indicate pedestrian movement as well as help control water flow. Commercial sites can also filter through the blocks encouraging people to walk to the store or laundry mat,

Plugging into the Grid

Typical Residential Block erin r. chapman_17

Diagram of how Industry/Energy work within the community

instead of taking their cars. These commercial sites can also create plaza spaces for community gatherings.

Building Block Patterns

Low Density Units: Single family homes

18_plugging into washington st.

THE ARCHITECTURE Since all of the residential blocks are pre-wired or equipped with all necessary utilities, housing patterns can develop in a variety of ways and then plug in to receive water, electricity, and heat. For example, sun angles can be taken advantage of for optimal energy conservation without disrupting the preexisting grid street pattern. The steel mills are meant to increase residential density to the area to help bring back a sense of community. By having a factory create modular units, transport them to the local site, and then be assembled in a variety of ways, residents of this area can afford to purchase homes or apartments at a reasonable cost without having a cookie cutter line of homes with no personality.

The modular spaces created are similar to the growing trend of living within shipping containers. Shipping containers are all the same size and can fit together in a variety of patterns, plus they bring a sense of character and color to the table. The same goes for these modular units that are in-filling the Washington Street neighborhood. The main units can push and pull into a variety of patterns creating unique spaces within them. Porches and alcoves can become personalized and small additions can be made to fit the needs of the residents. Ideally, no two units should be the same. Ranging from low density single family dwellings to high, mixed-use densities, families can determine which unit is within their budget. Since the residential blocks have no specific set up, a single family home can be located right next to multiple unit apartment buildings. This mixture creates a sense of unity among different class ranges, focusing on the identity of the community rather than the sole advancement of one group or family.

Going along with the idea of plugging in to the grid and community, comes the idea that each unit plugs into each other. In the higher density configurations, each unit or tower would be in charge of a specific utility, such as solar energy, green rooftop space for growing food for the community, water collection, geothermal heat, or simply space for the community to gather together. Ideally, each unit would collect the necessary item they are in charge of to give to the block of residents. Not only are they plugging into the block but they are plugging into each other and creating a sense of dependency on their neighbors. This in turn creates a close knit community where everyone functions together instead of independently.

Diagram of how units have separate identities and work together

Low Density Units: Duplexes

Medium Density Units: Row houses

High Density Units: Apartments erin r. chapman_19

M a t t h e w F l a mm

Urban Algae Culture: Grafting Industry East Washington Street has undergone a gradual transition from its prominence as the route of the National Highway into Indianapolis to a current state of under utilization. East Washington Street and a parallel rail line originally supported the movement of supplies and goods to and from the many industrial establishments that anchored the site. Since that time, the gradual outward progression of urban development has drawn the majority of residents and businesses away from the core of downtown to the suburbs. As a result of this exodus from the city center, the two mile stretch of East Washington Street just outside downtown has become a vacuum of grey and brown field sites. Although the majority of the subdivisions skirting the street are still maintained, it is apparent that the area no longer provides the strong job marked that it once did. In response, I am proposing the creation of a new creative class economy centered on the production of biodiesel derived from growing algae. Algae based Biodiesel

has an outstanding opportunity for implementation in urban settings not only because it has the potential to revitalize graying industrial areas, but because, as a gasoline substitute it can serve as an intermediary source of power for vehicles as our society transitions away from a car dependent urban structure. When compared to conventional sources of biomass such as corn and switch grass, algae can be five times more productive due to the fact that it can grow year-round, does not occupy prime agricultural land, and can be grown using grey water. All of these factors make algae well suited to be grafted into the broken industrial infrastructure of Washington Street. Washington Street can be considered an incubator for the development and improvement of algae Biodiesel technology. Once the processes and knowledge base is established, the model can be exported for insertion into other under utilized urban environments.

The Biodiesel industry proposed for East Washington Street is organizationally split between an industrial production area, and an academic research laboratory. These two concentrated nodes distanced by over a mile along Washington Street serve as the bounds of the initial implementation of the urban algae culture. The production node of the development located on the western end of Washington Street near downtown Indianapolis is integrated with the existing east â&#x20AC;&#x201C; west rail line allowing the convenient import of equipment and materials, as well as the export of market ready products and by-products. In contrast the eastern research node of the development is focused on the cultivation of an algae related knowledge base grounded in the fields of chemistry, biology, horticulture, and engineering. The constant flow of people, materials and ideas between the production and research nodes will form the framework of an emerging creative class economy on East Washington

Indianapolis Context Map

Washington Street Large Area Plan matthew flamm_21

Biodiesel Production Grey water is collected from roof tops, landscaping, and parking lots, as well as residential and industrial processes, and filtered through a living machine to ensure a consistent composition. An algae culture is introduced to the water, which is pumped into a series of evacuated glass tubes called photo bioreactors, which operate similarly to solar hot water heaters. These reactors are mounted in a sunny area, supplied with an abundant amount of carbon dioxide, and allowed to undergo photosynthesis for about a week. The algae culture within each tube consumes the carbon dioxide and nutrients in the grey water as it duplicates itself, and produces more biomass. After the determined amount of growth time, the algae is pumped out of the tubes, and broken down, either by mechanical means (drying and grinding) or chemically (with the introduction and evaporation of solvents). The biomass is then processed in the same manner as other bio-fuels in a refining plant.

22_urban algae culture

Algae Based Biodiesel Production Process

Small Area Plan

matthew flamm_23

Urban Algae Culture: The small area plan is an investigation of the application of the algae production process to a series of commercial buildings. A panelized canopy superstructure supported by piers provides an unconditioned human scale covering for retail space. The roof of the canopy serves the dual function of collecting rain water to be used for algae growth, as well as providing an armature on which to mount a large array of photo

Detail: Small Area Plan 24_urban algae culture

bio-reactors. The shallow slope of the canopy funnels rain water down toward a collection cistern and a living machine. This filtered water is later pumped back onto the canopy in the algae tubes. The canopy also creates visual boundaries that form a series of urban shopping plazas. These plazas are accented with sculptural wind turbines that produce electricity to illuminate the algae arrays at night, sustaining their photosynthesis

at all times. This grafted algae industry is not limited in its application to this site on Washington Street, Indiana, or this region of the country. The beauty of algae is that each cell contains a complete package of instructions for its continued duplication. The technology of algae based Biodiesel, once proven on Washington Street, can be duplicated on a wide variety of scales and locations in our built environment.

Day Time Metabolism

Night Time Metabolism

matthew flamm_25

Jennifer Flegel

Redefining East Washington Street : Creating Community One of the biggest elements lacking at the site of East Washington Street in Indianapolis, Indiana, is the sense of community and connectivity. This is the main driving factor guiding the solutions for this project. Existing Conditions & Site Analysis The site includes physical and social boundaries separating two distinct areas, which are hardly considered neighborhoods. East Washington itself, along with the railroad system, form the physical boundaries ultimately producing two distinct residential districts which do not co-mingle. The road blocks the movement from the north and south sides of the street. The railroad is another factor adding to the idea of separation, limiting north and south travel and further emphasizing the physical and social limitations. The railroad is surrounded by abandoned and dilapidated manufacturing and industrial buildings, although some are still in production and are utilizing the railroad.

The current street conditions foster little interaction between street, building, and pedestrian. It is void of visual coherence, excitement, and connectivity, resulting in the lack of community. The area is also without a pronounced sense of street and architecture. Existing traffic primarily included commuters into and out of Indianapolis. Currently it is a thoroughfare for vehicular traffic with little pedestrian activity. Many of the houses are in need of repair, while others are beyond repair and may require demolition. They are placed very close together and create the only sense of density on the north and south sides of the street. Many properties immediately on the street are neglected or empty, filled with trash, debris, or cars. An overwhelming number of parking lots line the street, but East Washington Street lacks activities to bring people into this area. There are few stable and established local businesses for the people living within this area.

Surrounding the city are several prominent communities and neighborhoods, all connected by the Indianapolis Cultural Trail. However, East Washington Street is not included and does not reflect a community feel. Solutions & Master Plan Three main concepts are included in the master plan to improve East Washington Street and the surrounding areas. The first is to connect the two sides of the street with visual and physical connections. The second is to create nodes and areas of activity to build interest and foster a sense of community. Finally, the third is to improve the area using sustainable concepts and design elements. Currently, the main green space is located on the south side of the street at Willard Park. Two other green spaces are also nearby, at opposite edges of the site. Including a physical link will connect both sides of the street and will provide a pedestrian route to allow

View looking at main entry of Washington Crossing Community Center from East Washington Street.

jennifer flegel_27

65 69

465 74 70 465

70 65

Project Site Along East Washington Street in Indianapolis, Indiana

Existing Traffic Routes -Primarily Vehicular Traffic

Master Plan Design Concepts -Linear Parks and Nodes

ease of travel and linear parks. It will be similar to the Monon Trail which connects many cities and suburbs of Indianapolis. Another way to create connectivity is to bring the Cultural Trail into the East Washington Street area, which will be called Washington Crossing. This will create a physical and social link back to the city of Indianapolis. Additionally, visually appealing streetscapes should be incorporated into the design which will include tree lined boulevards, fixed and movable seating, and large sidewalks to allow for a number of activities and social gathering opportunities. This makes

st ro n g v i s u a l co n n e c t i o n s a n d cohesiveness for the new community. Creating nodes and clusters of activity will aid in blurring the physical and social boundaries. It will provide a destination among areas of mixed use clusters of residential, business and commercial, and recreational aspects attracting outsiders as well as potential local businesses and residences. Each node should have its own identity, but should also reflect the overall idea of Washington Crossing as a whole. The key to the nodes is the visual access to the street and the interesting experience it establishes.

Lastly, the idea of incorporating sustainable elements begins even before the development of new construction. Each existing structure to be demolished will be deconstructed and the materials will be reclaimed. The reclaimed materials will then be used within the community for new structures. This reflects the idea of reducing, reusing, and recycling. The Willard Park expansion not only physically bridges and connects both sides of the street, but it shares a symbiotic relationship with the community by providing energy using wind turbines and geothermal technology.

I-65/70

State Avenue

Rural Street

Highland Park

East Washington Street Willard Park

Sou th Aveeastern nue

Master Plan Design Concepts 28_creating community

Sherman Drive

Christian Park

Modified Traffic Routes

Market

Park

Community Center

School

Recreational Facility

Master Plan The Master Plan reflects the main concepts previously described. The created nodes include a Community Market which provides produce and manufactured goods from within the community, the Willard Park expansion and linear parks, the Washington Crossing Community Center providing a shared gathering space and multi-functional spaces, a school surrounded by heavy residential and business functions, and a recreation facility providing indoor and outdoor health, fitness, and wellness education and facilities. This plan incorporates higher vertical density moving toward Monument Circle for not only residential components, but also for business/commercial and manufacturing/industrial functions as well. Functions are also pushed and pulled into the site creating small pockets of common functions. This integrates the functions and allows for interaction and participation in all areas of the site. However, large specific areas of function are limited to manufacturing and industry, which is clustered around the railroad.

Washington Crossing Community Center

Area of Development jennifer flegel_29

Washington Crossing Community Center Design Considerations

Summer Sun Diagram

Winter Sun Diagram

Air Movement Diagram

A grid change has been introduced into the Master Plan, which is perpendicular to Southeastern Avenue. This creates much needed access from areas south of East Washington to areas north of East Washington. The Washington Crossing Community Center has been placed within the grid, allowing visual and physical access to all areas of the site. The Community Center is surrounded my medium density residential, commercial, and small industrial buildings. The architecture in this area uses the two grids to create the form of each building, reflecting the characteristics of the site. The site retains visual and physical access.

Views of the community center can be seen from the Green Trail at the south end of the site. The Cultural Trail passes along the north end of the center. This building becomes a statement piece and design criteria for the community. It provides multi-functional and flexible spaces which can be used for a variety of events and purposes. The exterior spaces along the north side are intended to act as gathering spaces for its users. Located along East Washington Street and the Cultural Trail, it allows easy access into the site and into the heart of the community. The exterior spaces at the south end of the building are event spaces as well.

The Event Plaza may be used for small concerts, festivals, weddings, etc. The sculpture and landscape garden displays local art and gardening features. Sustainable elements are incorporated into the design. Along with passive lighting and ventilating systems, it also provides active systems with the use of photovoltaic panels. Light wells and the extensive use of glazing allows indirect light to flood each space. Exterior sun shading devices are strategically placed at windows to block the harsh summer sun from entering the spaces directly. Traditional and contemporary materials are also used to create visual interest.

View of Event Plaza & Green Roof

View of Entry Plaza & Water Feature 30_creating community

View of south approach from Green Trail

1 2 3 4 5 6 7 8

Vestibule Event Listing & Permanent Display Information Desk Office Learning & Activities Center Men’s Restroom Women’s Restroom Electrical Room

9 10 11 12 13 14 15 16

17 18 19 20 21 22 23 24

Gallery / Exhibits, Typical Storage & Green Roof Access Production Studio Stairs to Parking & Services Below Vestibule Multi-Purpose Room A Multi-Purpose Room B Storage

Mechanical Room Retail Booths Vending Women’s Restroom Janitor’s Closet Men’s Restroom Kitchen Elevator

Washington Crossing Community Center

View of Surrounding Streetscapes 18

2 23

Entry Plaza & Water Feature

19 21 22 20

Photovoltaic Panels

3 4

7 10

24 12 11

Green Roof Event Plaza

Sculpture & Landscape Garden

Plan N Actual N

Exterior Spaces

Floor Pan

Lower Level includes parking and additional spaces for building services and utilities.

View of north entry from East Washington Street jennifer flegel_31

Steven A. Herron

Communal Layers: Providing Options For Everyone When passing through Indianapolis’s east-side, it is fairly obvious that the Washington Street corridor is in desperate need for some type of revitalization. The community once gathered to restore the local park, Willard Park, and successfully created a pleasant area along the four-lane road once considered a main stretch of highway. The initial focus of the master planning phase was to create more areas and spaces along the corridor to compliment the uplift of Willard Park. Some of these spaces would be small gathering areas like business plazas or neighborhood gardens, while others would be communal destinations such as outdoor amphitheaters, farmers markets, and multi-functional community centers. As the diagramming and placement of these activities and destinations progressed, the need for a transportation upgrade became more prevalent. The rail lines that run parallel to Washington Street are an ideal solution to this transportation problem. The lines

would be shared with the industry to provide community members the opportunity to take a rail car into the downtown Indianapolis area, and leave their personal automobile at home. This would hopefully become a new, and more preferred, means of transportation both to and from anywhere in Indianapolis. Not only did the community need a new means of transportation to help jumpstart a new way of living for Indianapolis as a whole, but it also needed a revisit to the structure of the already dominating automobile traffic. A new streetscape that created “lanes” for all types of mobility – walking, driving, riding, or bicycling – would respond to the community in a more welcoming way, rather than directing all other types of “traffic” around the automobile. This streetscape would also have an environmental purpose, by adding to the landscape and the water management of the community. The buffers between people, bicycles, and automobiles would be areas for

trees and plants to create a softer and safer image of the street. Also, instead of using the underground grey-water system, the new streets would be able to control and manage water runoff and direct it all towards some type of filtration system or buffer. This would give the community control of water retention during heavy rains and provide them with the option of water re-use. As the water management concept grew, the idea of further control gave the master plan an overall theme – the addition of an “active canal”. This canal would be considered active because it is not used solely as an aesthetic piece to the community. Portions of the canal would be deeper and would consistently be holding water, while other portions are shallower and would more often be full of water only after a heavy rain. The canal would also stretch the entire length of the Washington Street corridor that this project is developing, providing yet another optional means of transportation.

steven a. herron_33

Within the master plan, the concepts of new travel and ideal destinations are not the only updated options. Areas of living and working are also mixed along the

corridor, providing community members with options to choose their immediate environment.

P u b l i c S pa c e Circulation W a t e r M a n a g eme n t Vegetation

34_communal layers

Master Planning

Urban Development

As the master planning continued to develop, the next phase of design was to focus on one of the particular areas, or destinations that this concept initially created. An area of living, working, traveling, and playing was an ideal location for this focus. The chosen urban

development is surrounded by all modes of transportation, all types of businesses, and infilled with mixed-income and multifamily housing. All of this is grounded by a multi-purpose community center located on a central â&#x20AC;&#x153;islandâ&#x20AC;?.

steven a. herron_35

Architectural Element: Fitness Center Visitor Center

Gymnasium Daycare

Auditorium Business

Aquatic Center Bar Marina

36_communal layers

Business

Community Center

As the project progressed, the focus on the ever-present concept of optional layers persisted. Within the urban development, the architectural feature that provided the largest opportunity for conceptual design and multiple functions was the central community center. The main focus of the design became the concept of circulation and connection. The obvious central artery of movement develops a

connection between the centerâ&#x20AC;&#x2122;s multiple functions and environments, while also directing users towards the benefits of the entire site. The three entries and exits of this circulation path lead individuals to the transportation options of vehicular and bicycle, rail, and water-way traffic. The artery also acts as a bridge to connect the two sides of the development, and would ideally become the path most traveled

by pedestrians. The organic shape of the circulation corridor and community center contrasts the orthagonality of the development. The opportunities that the architectural feature and the urban development provide stem from the initial and overall concept of the Washington Street corridor revitalization, and the availability of options and communal destinations.

Multi-Function C o mm u n i t y C o n n e c t i o n Circulation

steven a. herron_37

A tapestry is a woven whole. A quilt is patched together. The material make-up and stitched integration of layering elemental parts comprises a working system of unique and distinct pieces that become a complete idea. The idea is concrete, but may also be abstracted, added to, and adapted in design. Pieces of the work may become mobile and some stitchwork may be fast, slow, crafted, or mass-produced. When elements change, the system changes. When the original system fails, there is opportunity for revitalization, innovation, and pattern repetition. These are the elements which quilt the Urban Fabric around East Washington Street; the historic National Road where Americans pioneered new ideas for transit, industry, living, working, and recreation. Since its golden age of historic innovation, this gateway to Indianaâ&#x20AC;&#x2122;s capital city has become a dilapidated victim of the changing of times. Industry is run down, railways have limited use, and green space and parks are scarce.

The area has lost its sense of place in community. Poverty envelops the majority of residents, as homes are jobless. Some have been boarded up for years. No one wants to live here. Homeless residents of the area view the successful skyline of Indianapolis just beyond Interstate 70 in despair. Though this quilt is worn and beaten with this depressing wave, revitalizing hope is in store. This hope lies in the areaâ&#x20AC;&#x2122;s gridded framework, potentially active rail system, wetlands environmental linkages, industrial infrastructure, community and civic places of potential interaction, a commerce-based main street, and healthy surrounding areas, regions, and neighborhoods. By focusing on these potential strengths of the site and re-patching the quilt with a new Urban Fabric, Washington Street can be a proud, vibrant, interactive community comprised of individual elements with a holistic meaning. Careful planning, thought, and consideration must be taken in reconstructing and forming a new

Andrew M Hesterman

Urban Fabric: Layers of Innovation, Integration, and Sustainability

urban environment in this area, as any community is multi-dimensionally fragile. The process of innovating this urban fabric involves starting a large conceptual scale and allowing the nature of the site to speak. Once this is complete, a responsive masterplan is developed for the area in order to instill the main concepts of the fabric, which celebrate the strengths the site has to offer, but also address its weaknesses. These concepts are further extrapolated into an intricate development plan, which is more specific and systematic. Finally, a general schematic architecture system is proposed to concretize the work at hand. By zooming in and out among these different scales of design, the layers of the fabric are woven, as a new framework develops sporadically, systematically, and creatively. The whole that results is a living, interactive humanistic community, which revitalizes the East Washington Street Corridor and the very lives of its residents.

E. WASHINGTON STREET

andrew m. hesterman_39

b u i l d i n g f r o m c o n c e p t

c o n t e x t

CITY

link

fabric

FARMS

ZOOM OUT: TRANSITION LINK

THE OLD NATIONAL ROAD

EXISTING ZONING DISTRICTS

The existing fabric creates a hierarchy of once-held values that remain, but are dilapidated and in need of revitalization. This program includes open space, transit, schools, churches, commerciality, business, and industry. Wet l a n d s + Communities

Agriculture

Sherman

Movement of goods, ideas, and people By remembering and integrating the between city and farm provides a vibrant historic National Road, the site is transitional space affected by various equipped for Transit Oriented urban elements of live, work, and play. Development, along which goods, food, people, industry, and ideas Revitalizing spread across to Fall Creek Existing Church and School District Greenway the country. Neighborhoods

E. WASHINGTON ST.

Pleasant Run Greenway

to Indianapolis New Housing, Energies, Transit, and Industry

Fall Creek

proposed SITE PLAN

LINK + DEVELOPMENT

Pleasant Run

Linking existing greenways together, moving goods, people and ideas to and from Indianapolis, and creating a new urban development.

TRANSIT

L i g h t ra i l transit and bus routes along existing streets with new urban streetscapes. Utilization of industrial rail over the existing tracks as well as implementing new rail systems to move people, goods, and ideas.

40_urban fabric

Existing Healthy Neighborhoods

By weaving, revitalizing, and combining old and new components, a creative, but rational masterplan is developed, preserving and building on nature, historic districts, energy, transit innovation, and the structural grid the site already offers. Washington Street, along with the new integrated rail system are the main routes to and from downtown Indianapolis. The new proposed development is especially celebratory of the multi-layered, mixeduse fabric, promoting healthier living and renewing meaning to the place.

GREEN/OPEN SPACE

Building up wetlands, implementing pocket parks, street trees, rain gardens, green roofs, and urban agriculture.

Mass + Space

BUILT ENVIRONMENT

I N T E G R A T I O N: LIVE + WORK + PLAY

The multi-layered personal experience of the development creates meaning and a sense of place, where residents thrive to live, work, and play.

LIVE+WORK: ROOF GARDENS

Residents participate in both selfsustaining, micro, and macro economies, promoting human interaction, commerce, and green energies.

UTILIZE ENVIRONMENT

Building up wetlands, implementing pocket parks, street trees, rain gardens, green roofs, natural energies, and urban agriculture.

MULTI TRANSIT

Bus, light rail, bicycle, industrial rail, and pedestrianonly streets move goods, ideas, and people to, through and from Indianapolis and surrounding communities.

GREEN ENERGIES

Wind, Geothermal Energy, Industrial Power for Heating, and new Green Energies, such as biofuel and algae, act as landmarks, civic venues, and functional components.

proposed DEVELOPMENT The Development layers transit, urban civic centers, energy, agriculture, pedestrian humanistic interaction, an industrial extrapolation sequence, a commercial main street along Washington, a Park + Pocket Park System, and a healthy living and working environment frame, based on historical paradigm and potential. Density also forms a hierarchy to distinguish district and meaning of

Industry Civic Open Com. Bus. Residential

LAYERED MIXED-USE

andrew m. hesterman_41

INDUSTRY EXTRAPOLATION

Transitions are made based on goods, districts, and activities to adapt industry to ways of life, providing work, dwelling, and also opportunities for leisure space. Sustainable energies and transit adapt and work with the modular, flexible system framework.

MOBILE INDUSTRY

By revitalizing industry around the railroad, opportunities are created to move, produce, manufacture, sustain, trade, buy, and sell goods, as they are wanted and needed in internal, external, micro and macro-scale systems.

COLLAPSE + ASSEMBLE

STREETSIDE CAFE + VENDING

UTILIZING THE SHIPPING CONTAINER

MOBILE INDUSTRY FLEXIBILITY The standard shipping container is mobile, transportable, interchangeable, and compartmentalized. Containers can transform into cafes, be inserted in commercial retail, package manufactured or recently produced goods, and be visual billboards for the promotion of new ideas and green ways of life. The basic structure of the container can be easily assembled and collapsed. Containers can store information. Its various enclosures of walls, base, and top can serve different purposes and functions in their absence, presence, and multi-layered integrations.

PROMENADE: PEDESTRIAN-ONLY STREETS 42_urban fabric

NEW STREETSCAPE + COMMUNITY LIFE

FLEXIBILITY + COMMERCIALITY

Businesses, stores, shops, and other public venues can be inserted into the industrial framework of the architecture. For example, Apple computers can adapt to this system in service, research and development, industrialization, and fabrication.

PV Cells, Water Collection, Green Roofs, and Wind Power

GreenWall + Residential Balconies

Indoor/Outdoor Recreation Facilities New Streetscape: Buffers, Rain Gardens, Trolley, Traffic Calming

CIRCULATION: GOODS + PEOPLE The public realm extends horizontally and vertically. These transitional spaces link to the East Washington Main Street, flowing into the transit hub and other zones. By layering circulation both vertically and horizontally, occupants can connect to industry, commerce, recreation, dwelling, transit, and business.

New Rail System

proposed

Underground Parking + Industrial Storage

ARCHITECTURE

SUMMER METABOLISM

WINTER METABOLISM

The Architecture within the most dense area of the urban development focuses on a multidimensional, multiuse system, where industry is mobile and interactive, transit is centralized and directed, streets are vibrant, nature is harvested + cared for, and the public realm illuminates humanistic value. Citizens can work in the office, walk or take public transit home from work, go exercise at the YMCA, eat at a streetside cafeâ&#x20AC;&#x2122; or restaurant, buy groceries, or walk to the park. All of these layers are integrated into moving toward a localized, intricately woven, sustainable way of life, thus finalizing, exhibiting and replicating the Urban Fabric concept on all levels of the Washington Street Corridor.

MIXED USE Ind. Transit Rec. Green. Com. Bus.

Res.

NEW vs OLD STREET

andrew m. hesterman_43

Jason Klinker

The Living Line: Transforming the East Washington Corridor The Master Plan: The first step in designing a masterplan for the East Washington Corridor was to determine what components have provided successful urban settings in the past. For this I looked at the Rodgerâ&#x20AC;&#x2122;s Park neighborhood on the northern most edges of Chicago. The two main observations I found were the successful use of a public transportation system and the socio-economic diversity formed by an adaptable urban form and a ranging program at various scales. I combined these with more modern ideas like a defined boarder limiting the horizontal growth of the city with food production around the perimeter.The public transportation is a standard 3-tier system with regional rails lines, city tram system, and an energy efficient bus system. The final layer was to add a system of green pathways to give distance/time advantage to those choosing to bike or walk from node to node or neigborhood to neighborhood.

The Complete Pod System: The idea is to create a diverse cross-section of homogenous communities that would than come together in sharing community spaces. This is done by providing each node all of the 15-min essentials for a self-sustaining community, but then linking them to the 45-min events that tie the community into the larger city scene. The neighborhoods are schematically created using ideas of form and juxtaposition of programmatic elements to respond to the themed areas, i.e. education, artistic, blue-collor. All these communities are seperate but can â&#x20AC;&#x2DC;visitâ&#x20AC;&#x2122; one another due to easy transportation. The community identities will often shift as demographic and generational changes occur in neighborhoods. The key is that once an established neighborhood exist, it must be transformed slowly as changes happen - not in large scale developments that change the entire face of the community.

Recreation and Living: Developing an architectural moment in the changing community allows for a further investigation in both material characteristics and a representation of a general community belief system cohesive to modern ideas in much of the liberal art culture. Some of these ideals include the identification of phenomenology through material applications, humanitarian ideals celebrating equality through knowledge and self exploration, and environmental movements for healthy lifestyles and sustainable principles. The architecture that is demonstrated is a mixed-use facility with dwelling units above, recreational facilities below, and educational resources such as internet and computer access as well as books and other materials. Other key features include a shared community garden for the dwelling units, natural daylighting, passive heating and cooling systems, and the integration of the built and natural environments.

state street

jason klinker_45

apartment wrigley field

the gold coast

45 min public transportation

navy pier michigan ave millennium parkcampus state street museum grant park soldier field the loop union station

united center

I-65 | I-70

rural street

midway airport

ton

east washington master

46_the living line

state street

e. washing

sou

the

ast ern

ave .

fort wayne

nal

lin e

chicago

shop

live learn

city lines

cinncinatti

stat e st

reet

on gt

st. louis louisville

regional plan

as w e.

play

columbus

reg io

peoria

relax

complete node

gym

apartment park bus stop coffee s. concert venue el stop restaurants grocery grocery perf. theatre bus stop liquor store park restaurants c-store music store school laundry restaurants movie theatre park bus stop restaurants shopping park liquor store restaurants specialty shops bus stop bars

vehicular paths

public

bus stop el stop

15min walk [rodgers park

walking | biking jason klinker_47

private public circulation circula-

locker rooms

recreation

first floor plan (community

community

vet. circu-

community

garden

community

third floor plan (private resi-

apt.

homeless sleeping - night

building cross section a-a 48_the living line

apt.

recreation facility - day

community garden education center locker room and

Community Development Daytime use of the lower levels offer recreational facilities for youth as well as computer facilities and social workers to aide in home issues and job searches. As the sun is setting, these facilities are converted to a place for displaced people to find shelter out of the elements as well as showers and restrooms. Computer facilities remain open to provide classes to develop skills needed for job placement and support for those struggling in life. The facility uses large garage doors for cross ventilation as well as the ability to adjust the public/private roll it plays as a rec. center and sleeping facility. Private Residence The upper floors exhibit the next step in community development - rentable living units that range in size. Some key features include the placement of community pods to be shared by the residents that will offer hottubs, play areas, reading areas, etc. A large community garden provides the residents a place to come together, but also a rescource to help offset rising food cost. Using the Environment Passive ventilation with the large overhead doors helps to keep the space cool during the day. Dwelling units take the form of the trusses above allowing for deep penetrating natural light in both the dwelling spaces and the recreational facilities below.

sta strete et s

n to g n

e re st

as w

k al w /

th pa

state street node development

section perspective jason klinker_49

Within the 2 1/2 mile site there exist a multitude of issues which need to be addressed. These issues include deteriorating neighborhoods, abandoned brownfields, vacant and dilapidated buildings, lack of variety in uses, designed for the automobile, and difficulty or inability for one to access their daily needs in a convenient way. Taking these issues into consideration I created a design in which new nodes were created to spur new neighborhood growth centered around the five minute walk. Transit, green space, and a new pedestrian/bike trail were included to connect these new neighborhoods. Green methods were taken advantage of to create new, sustainable living, while preserving as much of the existing context and grid as possible. A portion of the overall design was chosen to further develop. Towards the west end of the site, nearest downtown, is the area I chose, a proposed arts and culture district. Buildings here were placed along the pedestrian/bike trail between either the existing railroad

tracks or the redesigned E Washington Street. Improvements to the street include a green median and other traffic calming methods. In the development sustainable methods were utilized to control and collect water, lower energy consumption, and enhance the quality of the spaces created. Buildings here were designed to cater to all oneâ&#x20AC;&#x2122;s life needs, the live, work, play concept. This creates a complete and sustainable neighborhood that can be used as an example throughout the site. A building in the development area was chosen to design, for this piece a design center was chosen. The building utilizes the idea, as mentioned previously, of total living: live, work, play. It provides studio work space for artists to create their designs and products, retail space for shopping and dining, and apartments/lofts for

K AT E D. L E N G AC H E R

E WASHINGTON ST: RECONNECTING THE NEIGHBORHOODS

artists and other community members to reside in. The building also takes into account sustainable strategies like daylighting, water management, and passive heating and cooling systems. The lighting and passive heating and cooling are centered around the buildingâ&#x20AC;&#x2122;s main atria. This building could be used, like the development plan, as a precedent for other buildings awaiting to be designed in the neighborhood as well as any other buildings on the overall site. The building is located near transit and is directly adjacent to the pedestrian/bike trail. This allows for alternative means of transportation to be taken advantage of, essentially setting a new precedent for a new way of life that does not revolve around the convenience of the automobile.

kate d. lengacher_51

Master Plan

Green Space

Movement

Water Collection

MASTER PLAN This page illustrates the overall design. Three major pieces serve as connectors for the whole site. These are illustrated in the above diagrams: green space, pedestrian/bike trail, and water collection and control. The master plan at the top of the page shows all of the pieces that make the entire site a complete and sustainable network of revitalized neighborhoods.

52_reconnecting the neighborhoods

Examples include localized water and energy plants, green industry, schools, commercial and residential mixed-use buildings, alternative energy collection, light rail transit, water collection and management, and urban agriculture. Concept

Development Axon and Plan

DEVELOPMENT PLAN

Movement and Sustainability

This page highlights the arts and culture district. Above, the axon shows how buildings are organized along the new pedestrian path and redesigned E Washington Street. To the left are the design diagrams and plan. Below is the

new street section of E Washington that illustrates the use of a new green median, light rail transit, and parking lanes to create a new and aesthetically pleasing streetscape as well as a better functioning, multi-use, pedestrian friendly street.

E Washington Street

kate d. lengacher_53

54_reconnecting the neighborhoods

ARCHITECTURE These pages highlight the architecture piece, the design center. To the left is the overall building axon portrays the front facade of the building showing where the building meets the pedestrian/bike trail as well as the atria that are the center of the sustainable features. These features are better illustrated in the first two diagrams to the right. They show the use of the sunâ&#x20AC;&#x2122;s light in heating the collected and stored water as well as heating and lighting the entire building. The atria also serve as passive ventilation chimneys for the building. The rear perspective to the left shows the rear elevation and how the cisterns are nestled into the walls as well as the use of garage doors to open up and connect or expand the interior studio spaces to the outdoor green space behind the building. The last diagram at the bottom of this pages shows the flow of products. Starting from left of the red arrow: raw materials in to fabrication and production. With the purple arrow: fabricated products to the store as merchandise. The blue arrow: in store merchandise sold into the homes of people in the community. The plan diagram at the top shows the general layout of the building. To the north are the retail spaces along the trail with residential units above. To the south are the live/work studios that spill out into the rear green space

Plan

Cistern Diagram

Daylighting and Ventilation Diagram

Production Flow Diagram kate d. lengacher_55

Ben McHugh

Infiltrating East Washington Street: Stitching Together the Urban Fabric The essential problem with the site on East Washington Street is the lack of community and connectivity between the people and the buildings. As a result of or even the direct cause of sprawl, people seem to want nothing more than to never have to encounter another human being other than perhaps their immediate family, and of course for a limited time at that and only if the TV is on. The design I am proposing of course can only aim to cure the lack of communication between buildings, but hopefully have some positive affect on the inhabitants in the process. One of the first decisions made in this process was to take the traditional tunnel road of Washington Street and curve and bend it around its original axis to help break up the monotony and division inherent within the five traffic lane, three foot sidewalk system found on site. This new system would help alleviate the tunnel vision created by the old system because the drivers

pedestrian much more comfortable and feel more secure. The road in this design is not supposed to disappear, instead it will just move down in its importance to fit in and work with the rest of the elements that make a successful space. The car is not inherently evil, it serves the most needed purpose in our modern society of transporting all of our lazy selves to and from our destinations.

and passengers field of view would be filled with frequently changing urban landscapes at such a scale as to provide a comfortable feeling of spatial enclosure. The traffic would also be slowed down with other various methods of traffic calming that would hopefully not interfere too heavily with flow, but would ultimately make the

The big idea is to make smaller and more concentrated areas of activity to serve as one of those destinations that we are willing or excited to drive to, park and explore. The space should be interesting enough that walking is basically necessary if you want to see and experience all of the fun details that cannot be understood while driving by at thirty miles per hour. There must be layers of activity and of positive and negative space so that people can fill in and take possession.

ben mchugh_57

The master plan above shows Washington Street curving through the proposed additions of commercial and mixed use buildings (in red and orange). The car itself has somewhat limited access to buildings as parking is now located entirely either behind or underneath businesses. Once a person has stepped out of their car or off the bus (or other mass transit system: the light rail seen

58_infiltrating east washington street

in the drawing below), they are then exposed to the full experience of this urban environment. As you are walking around the different areas, your choices for traveling are quite diverse. You could walk along the streets, in the alleyways between the buildings, or even along the creek, which provides a very scenic boardwalk.

The development plan seen above shows how a block within the master plan could function with mixed density and mixed use. The two larger buildings to the left function as higher density apartment buildings that have extensive green house farms to provide food and a small number of jobs. The larger building on the right, however will offer a large amount of

both food and job because it is part of the new urban industrial agricultural area on the site. Middle America has always been the farm-belt and workhorse of the nation, but the existing industrial has all but vanished from the area. This new industry provides jobs for those who currently live in the area, and for those who will come in the future.

ben mchugh_59

Current process of farming, production and distribution.

Proposed process of farming, production and distribution.

Proposed site specific distribution diagram.

60_infiltrating east washington street

The apartment building featured on this page is the one seen on the development plan drawing two pages back (it is the large one on the far left). Its garden space run east to west and shares the balcony space with the adjacent apartments on the first and third floors. The greenhouse, besides providing food, also helps regulate the air quality of the main atrium (and the apartments if you leave the door open). The atrium space serves as circulation and leisure space as it is wide enough to accommodate several picnicking families, perhaps a casual game of frisbee, or just provide a warm, outdoor atmosphere in the winter months. Finally, the butterfly roof down the middle serves to let daylight in and also funnel rainwater down into collection ben mchugh_61

Adam D. Miller

Greenbelt Gateway: A Template for New Growth The Greenbelt Gateway is proposed along East Washington Street in Indianapolis, Indiana. This roadway, U.S. 40, used to be a major national east/west passage for cross country travel and transferring of goods. The current state of the site contains: zoning disintegration, grey areas, north/south segregation, and pass through areas. Once a flourishing area of town, East Washington Street decreased in safety and quality of life as many industrial plants moved out of the area. The Greenbelt Gateway proposes to reconnect these neighborhoods and create a template for growth in regards to public transportation, density, and zoning specifications. The proposed development incorporates a 4 main design concepts: sinking the railway below ground level, re-routing the river, developing two major parks, and bridging over the railway. The railway is proposed below ground level to allow for unobstructed circulation between the north and the south sides of the site. This organization

is based on the concept of vertical layering. The nearby river is re-routed onto the site to create more rainwater overflow areas on the site. The excess soil from digging the railway and river is used to create two city-wide parks on the site. The cultural park bridges over the railway and the circular park aligns with the monument circle downtown, approximately 4 miles away. As the railway is a major resource for importing and exporting, a series of industrial buildings bridge to allow for efficient access to the railcars below. The Greenbelt Gateway, as earlier stated, acts as a template for future growth in Indianapolis. The growth is mainly a response to the incorporation of a light-rail public transportation system following the cityâ&#x20AC;&#x2122;s central urban layout. The future growth illustrates the transition from suburban sprawl to efficient urban growth. This light-rail transportation system creates a guideline for growth, allowing commuters to efficiently get to the cityâ&#x20AC;&#x2122;s center with the use of public transportation. The

proposed development incorporates a number of environmental elements, aiming at creating an ecologically sensitive area. Approximately 85% of the buildings in the new development incorporate green roof systems. These green roofs minimize on-site water runoff as well as create a cleaner environment. Geothermal technology is incorporated into a number of the major developments to efficiently utilize the siteâ&#x20AC;&#x2122;s natural resources. Additionally, solar panel systems are placed throughout the development to power the surrounding buildings.

adam d. miller_63

Asterix Concept: Indianapolisâ&#x20AC;&#x2122; city layout allows for a central light rail system. The future growth follows the pattern of an asterix. The spatial organization allows for agricultural areas between the transportation lines.

ASTERIX CONCEPT: To Lebanon

To Fishers

FIVE-FINGER GROWTH: COPENHAGEN, DENMARK Copenhagen's public transportation system is in the form of five fingers. This spatial organization allows for density along the transportation routes with agricultural areas between the fingers.

earlier stated, acts as a template for future growth in Indianapolis. The growth is mainly a response to the incorporation of a light-rail public transportation system following the city's ure growth illustrates the transition from suburban sprawl to efficient urban growth. This light-rail transportation system creates a guideline for growth, allowing commuters to efficiently he use of public transportation.

ASTERIX GROWTH: INDIANAPOLIS, INDIANA

ncorporates a number of environmental elements, aiming at creating an ecologically sensitive area. Approximately 85% of the buildings in the new development incorporate green roof minimize on-site water runoff as well as create a cleaner environment. Geothermal technology is incorporated into a number of the major developments to efficiently utilize the site's lly, solar panel systems are placed throughout the development to power the surrounding buildings.

Indianapolis' city layout allows for a central light rail system. The future growth follows the pattern of an asterix. The growth pattern allows for agricultural areas between the transportation lines. The asterix shape emphasizes equality on all sides, making the south side just as important as the north side.

To Shelbyville

The eastern line will run along East Washington Street, giving suburban commuters an efficient way to get to the city.

ONS:

ATION

Density Growth: The proposed light-rail system provides a guideline for future growth in the city area. East Washington, being directly on axis with the transportation can emphasize this density by incorporating medium-sized towers.

DENSITY GROWTH: INCORPORATING TOWERS: The proposed light-rail system provides a guideline for future growth in the city area. East Washington, being directly on axis with the transportation can emphasize this density by incorporating medium-sized towers.

INCREAS

ING DE

Density growth along light-rail transportation system

NSITY/SC

ALE

GREY AREAS NEAR RAILWAY

Reactive Zoning: As a response to the disconnection of the north and south side of Washington Street, a strategy of reactive zoning is incorporated into the design. PASS-THROUGH AREA

Framed View: Large buildings along Washington Street help frame Indianapolisâ&#x20AC;&#x2122; skyline as one enters the city. These elements emphasize the concept of a gateway to the city.

High Density

Med. Density

Low Density

REACTIVE ZONING:

EAST WASHINGTON STREET: As a response to the disconnection of the north and south side of Washington Street, a strategy of REACTIVE ZONING is incorporated into the design.

Reactive Courtyard

Reactive Forms

Reactive Programming

Reactive Pathways

FRAMING THE SKYLINE: ENTRY TO THE CITY: Large buildings along Washington Street help frame Indianapolis' skyline as one enters the city. These elements emphasize the concept of a gateway to the city.

Downtown Skyline

North Building

South Building

Conceptual Perspective of Washington Street Looking West

City of Circles: Indianapolis is well-known for its circular city center. What happens if the circle is copied throughout the city varying in scale, form, and program?

A CITY OF CIRCLES: Indianapolis is well-known for its circular city center. What happens if the circle is copied throughout the city varying in SCALE, FORM, and PROGRAM?

64_greenbelt gateway Phase Three:

Green Zones: Elements:

Monument Circle: A circular void creating a significant node in the city

Water Circle: A recreational or ecological element incorporating water in an urban environment

Green Circle: A vegetative park creating open space in an urban environment

Circle Courtyard: A large scale courtyard building acts as a center for surrounding neighborhoods

Circle Building: A large scale circular building acting as a center for surrounding neighborhoods

EAST WASHINGTON STREET: HIGH DENSITY OCCURS ALONG INDIANAPOLIS' HIGHWAY SYSTEM

ZONING DISINTEGRATION

PASS-THROUGH AREA

The proposed masterplan is developed The excavated soil from the sunken rail in three project phases. This allows for is used to create topography for the two GREENBELT GATEWAY: A TEMPLATE FOR gradual and organized growth for a parks. URBAN GROWTH large-scale development. Following the commercial development The first phase of the development in Phase One, the residential development incorporates the major elements of the is added along East Washington Street. urban design. These include: the sunken Additionally, the major industrial buildings railway, the light-rail, the 2 major parks, are added along the sunken railway. Phase mixed-use and commercial buildings. Two of the park areas include further EAST WASHINGTON STREET

INDIANAPOLIS, IN

The Greenbelt Gateway is proposed along East Washington Street in Indianapolis, Indiana. This roadway, U.S. 40, used to be a major national east/west passage for cross country travel and transferring of goods. The current state of the site contains: zoning disintegration, grey areas, north/south segregation, and pass through areas. Once a flourishing area of town, East Washington Street decreased in safety and quality of life as many industrial plants moved out of the area. The Greenbelt Gateway proposes to re-connect these neighborhoods and create a template for growth in regards to public transportation, density, and zoning specifications. The proposed development incorporates a 4 main design concepts: sinking the railway below ground level, re-routing the river, developing two major parks, and bridging over the railway. The railway is proposed below ground level to allow for unobstructed circulation between the north and the south sides of the site. This organization is based on the concept of vertical layering. The nearby river is re-routed onto the site to create more rainwater overflow areas on the site. The excess soil from digging the railway and river is used to create two city-wide parks on the site. The cultural park bridges over the railway and the circular park aligns with the monument circle downtown, approximately 4 miles away. As the railway is a major resource for importing and exporting, a series of industrial buildings bridge over the railway to allow for efficient access to the railcars below.

As a response to the disconnection of the north and south side of Washington Street, a strategy of REACTIVE ZONING is incorporated into the design.

Project Phases:

Reactive Pathways

FRAMING THE SKYLINE:

ENTRY TO THE CITY:

ASTE

Large buildings along Washington Street help frame Indianapolis' skyline as one enters the city. These elements emphasize the concept of a gateway to the city.

Downtown Skyline

North Building

South Building

The proposed development incorporates a number of environmental elements, aiming at creating an ecologically sensitive area. Approximately 85% of the buildings in the new development incorporate green roof systems. These green roofs minimize on-site water runoff as well as create a cleaner environment. Geothermal technology is incorporated into a number of the major developments to efficiently utilize the site's natural resources. Additionally, solar panel systems are placed throughout the development to power the surrounding buildings.

A CITY OF CIRCLES: Indianapolis is well-known for its circular city center. What happens if the circle is copied throughout the city varying in SCALE, FORM, and PROGRAM? Monument Circle: A circular void creating a significant node in the city

Water Circle: A recreational or ecological element incorporating water in an urban environment

Green Circle: A vegetative park creating open space in an urban environment

Circle Courtyard: A large scale courtyard building acts as a center for surrounding neighborhoods

Circle Building: A large scale circular building acting as a center for surrounding neighborhoods

DENS

INCORP

Streetview Perspective:

Phase One:

Phase Two:

Phase Three:

Description: The first phase of the development incorporates the major elements of the urban design. These include: the sunken railway, the light-rail, the 2 major parks, mixed-use and commercial buildings. The excavated soil from the sunken rail is used to create topography for the two parks.

Description: Following the commercial development in Phase One, the residential development is added along East Washington Street. Additionally, the major industrial buildings are added along the sunken railway. Phase Two of the parks includes further development.

Description: Phase Three illustrates the concept of efficient density growth. This density includes the two residential towers and further growth along East Washington Street and the sunken railway.

Sunken Rail System

Industrial / Bridging Development

Residential Towers

Light-Rail System

Continued Park Development

Cultural Buildings

Re-route River onto Site

Efficient Density Growth

Mixed-use Development

Reactive Programming

The Greenbelt Gateway, as earlier stated, acts as a template for future growth in Indianapolis. The growth is mainly a response to the incorporation of a light-rail public transportation system following the city's central urban layout. The future growth illustrates the transition from suburban sprawl to efficient urban growth. This light-rail transportation system creates a Perspective guideline for growth, Conceptual of Washington Street allowing Looking West commuters to efficiently get to the city's center with the use of public transportation.

The site is situated approximately 3 miles east of monument circle in downtown Indianapolis. The Greenbelt Gateway development is between Interstate I-70 and Sherman Street.

LARGE AMOUNTS OF SUBURBAN GROWTH HAS OCCURRED ON THE NORTH SIDE OF THE CITY

Reactive Forms

development. Phase Three illustrates the concept of efficient density growth. This density includes the two residential towers and further growth along East Washington Street and the sunken railway.

EXISTING CONDITIONS:

SITE CONTEXT:

Reactive Courtyard

The pro being di towers.

Green Zones: Elements: Cultural Park, Circle Park, courtyards, vegetative roofs, and greenways Description: The master plan incorporates 3 major elements of Green Zones: major park space, courtyards, and recreational greenways. The 2 major parks are connected by east/west greenways along the sunken railway and East Washington Street. The Green zone decreases water run-off in the area and creates a more ecologically driven micro climate.

NORTH / SOUTH SEGREGATION

GREY AREAS NEAR RAILWAY

Commercial Development Preliminary Park Development

MONUMENT CIRCLE INDIANAPOLIS, IN

HWAY 40

SITE

U.S. HIG

WESTBOUND TOWARD LOS ANGELES, CA

EASTBOUND TOWARD BALTIMORE, MD Building Program: Elements:

REAC

Cultural

Mixed-Use

EAST W

Residential

HIGH DENSITY OCCURS ALONG INDIANAPOLIS' HIGHWAY SYSTEM

As a res REACT

Industrial

ZONING DISINTEGRATION

PASS-THROUGH AREA Ecological Description: The existing site maintains a segregation of zones, specifically industrial, residential, and commercial. This segregation creates cultural and physical barriers on the site. The proposed development aims at overlapping and layering new zones as a way of decreasing those barriers. The standard building typology is based on the interior courtyard, allowing for efficient natural light and green space.

Masterplan:

Circulation: Elements: Highway

Light-Rail Transit

Railway

FRAM

High-use Roadway

ENTRY

Large bu element

Low-use Roadway

Description: The proposed development lowers the existing railway below ground level to allow for unobstructed circulation perpendicular to the railway. The proposed light-rail system is located along East Washington Street, connecting the city center with the surrounding suburbs.

Existing Context: Elements: Residential, Industrial, and Commercial Buildings

Description: The surrounding buildings create spatial guidelines for the proposed masterplan. The scale of the existing buildings illustrate a rural scale, that will eventually shift following the proposed development.

A CIT

Indianap center. W througho FORM,

AERIAL PERSPECTIVE: Greenbelt Gateway Looking East

MEDIUM DENSITY COURTYARD HOUSING:

PRODUCTION PLANT BUILDING:

The proposed courtyard housing emphasizes density in urban living with the use of shared green space and small setbacks. This is a response to the existing single family housing conditions on the site that are more applicable for suburban areas.

The central production plant bridges across the sunken railway system. This situation allows for efficient importing and exporting of goods by rail and trucks. The building incorporates 2 typologies: the factory and the market. The building looks at the local area as its consumers, incorporating a large farmers market within the building. The roof creates a controlled public park and also growing surfaces for local agriculture.

The altering organization allows for diversity in courtyard shapes and sizes. The buildings incorporate sustainable systems such as:

MARKET TYPOLOGY:

FACTORY BUILDING:

AN EMPHASIS ON LOCAL GOODS SUCH AS PRODUCE AND PRODUCTS. LA RAMBLA IS A MARKET IN DOWNTOWN BARCELONA WITH A VIBRANT ATMOSPHERE.

THE LARGE SCALE PROVIDES ITEMS FOR MASS PRODUCTION THROUGH EFFICIENCY IN COST. THE PRODUCTION ALLOWS FOR LOCAL AND GLOBAL EXPORTING OF GOODS.

- VEGETATIVE ROOF - ON-SITE WATER RETENTION - GEOTHERMAL TECHNOLOGY - SOLAR ENERGY

MAIN LEVEL FLOOR PLAN:

ROOF LEVEL FLOOR PLAN:

NOT TO SCALE

Sun Path MARKET

Market Circulation

adam d. miller_65

RESIDENTIAL

VEGETATIVE/ SOLAR ROOF W/ PUBLIC ACCESS

COMMUNITY BLDG

Phase One:

Phase Two:

Phase Three: OPEN TO BELOW

Green

environment

Green Zone: The masterplan incorporates 3 major elements of Green Zones: major park space, courtyards, and recreational greenways. The 2 major parks are connected by east/west greenways along the sunken railway and East Washington Street. The Green zone decreases water run-off in the area and creates a more ecologically driven micro climate. Phase Three:

Description: Phase Three illustrates the concept of efficient density growth. This density includes the two residential towers and further growth along East Washington Street and the sunken railway.

Residential Towers Cultural Buildings

surrounding neighborhoods

Efficient Density Growth

Building Program:

Building Program: The existing site maintains a segregation of zones, specifically industrial, residential, and commercial. This segregation creates cultural and physical barriers on the site. The proposed development aims at overlapping and layering new zones as a way of decreasing those barriers. The standard building typology is based on the interior courtyard, allowing for efficient natural light and green space. Circulation: The proposed development lowers the existing railway below ground level to allow for unobstructed circulation perpendicular to the railway. The proposed light-rail system is located along East Washington Street, connecting the city center with the surrounding suburbs. Existing Context: The surrounding buildings create spatial guidelines for the proposed masterplan. The scale of the existing buildings illustrate a rural scale that will eventually shift following the proposed development.

Elements: Cultural

Mixed-Use

Residential

Industrial

Ecological Description: The existing site maintains a segregation of zones, specifically industrial, residential, and commercial. This segregation creates cultural and physical barriers on the site. The proposed development aims at overlapping and layering new zones as a way of decreasing those barriers. The standard building typology is based on the interior courtyard, allowing for efficient natural light and green space.

Circulation: Elements: Highway

Light-Rail Transit

Railway

High-use Roadway

Low-use Roadway

Existing Context: Elements: Residential, Industrial, and Commercial Buildings

66_greenbelt gateway PRODUCTION PLANT BUILDING: The central production plant bridges across the sunken railway system. This situation allows for efficient

MARKET TYPOLOGY:

FACTORY BUILDING:

AN EMPHASIS ON LOCAL GOODS SUCH AS PRODUCE AND PRODUCTS. LA RAMBLA IS A MARKET IN DOWNTOWN BARCELONA WITH A VIBRANT ATMOSPHERE.

THE LARGE SCALE PROVIDES ITEMS FOR MASS PRODUCTION THROUGH EFFICIENCY IN COST. THE PRODUCTION ALLOWS FOR LOCAL AND GLOBAL EXPORTING OF GOODS.

AN EMPHASIS ON LOCAL GOODS SUCH AS PRODUCE AND PRODUCTS. LA RAMBLA IS A MARKET IN DOWNTOWN BARCELONA WITH A VIBRANT ATMOSPHERE.

Production Plant Building: The central production plant bridges across the sunken railway system. This orientation allows for efficient importing and exporting of goods by rail and trucks. The building incorporates 2 typologies: the factory and the market. The building looks to the local citizens as its consumers, incorporating a large farmers market within the building. The building incorporates a series of courtyards to allow for natural ventilation and daylighting throughout the building.

THE LARGE SCALE PROVIDES ITEMS FOR MASS PRODUCTION THROUGH EFFICIENCY IN COST. THE PRODUCTION ALLOWS FOR LOCAL AND GLOBAL EXPORTING OF GOODS.

Production Plant Drawings: MAIN LEVEL FLOOR PLAN:

ROOF LEVEL FLOOR PLAN:

NOT TO SCALE

MARKET

VEGETATIVE/ SOLAR ROOF W/ PUBLIC ACCESS

OPEN TO BELOW

GREEN ROOF/ ROOF POND

Market Perspective:

TOWER PLAZA

PROGRAMMATIC ZONING: MIXED USE ZONING AIMING AT CREATING AN OVERLAPPING OF ZONES AND USES

MIXED USE / COMMERCIAL ZONE COMMERCIAL ZONE

ROOF LEVEL FLOOR PLAN: Not To Scale

INDUSTRIAL / PRODUCTION ZONE

The roof level incorporates an extensive vegetative green roof as well as a roof pond for retaining rainwater. The roof level is also used for local agriculture. COMMERCIAL TOWER ZONE

RAILWAY ZONE BELOW GROUND

COMMERCIAL / OFFICE MIXED USE INDUSTRIAL / PRODUCTION RAILWAY SYSTEM

The large surface area of the building allows for a unique opportunity on the surface of the roof. The rooftop acts as a controlled public park raised above ground level. The majority of the roof incorporates permeable surfaces such as vegetation and agriculture to cut down on the storm water run-off.

ENVIRONMENTAL SYSTEMS: SUSTAINABLE TECHNOLOGIES CREATING AN ENERGY EFFICIENT PRODUCTION FACILITY OPEN COURTYARD VENTILATION THROUGHOUT THE BUILDING SOLAR ENERGY FOR INDUSTRIAL TECHNOLOGY AND SURROUNDING BLDGS

OPEN CIRCULATION PATHS FOR EFFICIENT HEATING AND COOLING

GEOTHERMAL ENERGY TECHNOLOGY

Rooftop Perspective: IMPORTING / EXPORTING: IMPORTING AND EXPORTING LOCAL GOODS BY WAY OF RAIL, TRUCKS, AND COMMERCIAL ZONING TRUCK IMPORTING / EXPORTING

VERTICAL ACCESS OF RAILWAY SYSTEM FOR IMPORTING / EXPORTING GOODS

TRUCK IMPORTING / EXPORTING

MANUFACTURING OFFICES INCORPORATING: DESIGN, PRODUCT DEVELOPMENT, ETC.

EXPORTED GOODS SOLD IN MARKET AND COMMERCIAL ZONES

RAILWAY IMPORTING / EXPORTING

adam d. miller_67

r e b ecc a a . s t a l e y

Green Revitalization : East Washington Street Corridor existing site conditions:

The two mile stretch of East Washington Street is in a state of decline. Industry that once thrived along the railroad and Washington Street has moved out, taking many jobs with it. The remaining railroad forms a barrier between the north and south portions of the site and only allows limited connection points between the two sides. This causes both a physical split and a communal and social divide. Accessibility is limited primarily to vehicular traffic, which is confined to a small amount of roads that connect across the tracks. Many of the structures on Washington have deteriorated. However, a sense of historic character remains in some existing buildings, which should be maintained in redevelopment. design approach: connections

The master plan reconnects on four levels: green network, street grid, transit line, and cultural zones.

Re-connectivity creates four primary nodes or neighborhoods, grouped around anchor elements: green industry, community education, parks, and social spaces.

Green Industry - An existing large-scale industrial area is to be converted to green industry, producing bio fuel from switchgrass grown in urban agriculture towers just to the east. Materials are transported using the existing rail network. Green Network - Maintain and improve the areaâ&#x20AC;&#x2122;s few existing parks and create new trails and green spaces to unite the neighborhoods. Pedestrian and bike trails connect to the Monon Trail

on the west end and the Pleasant Run Trail to the east, allowing access to other parts of the city. The green network is completed with green streets, bioswales, community gardens, a living machine, an open-air amphitheater, and a series of parks, ranging from small pocket parks to the large scale Willard Park.

Street Grid - Reconnect four more streets under the railroad to create more vehicle, bike, and pedestrian access across the north-south divide. Woven into the streets are strictly pedestrian areas providing increased access by foot. Transit Line - A proposed light rail line runs east and west across the site, extending to both downtown and the eastern edge of town. Public transit connects residents with jobs, entertainment, and religious and social activities.

Community Center rebecca a. staley_69

Master Plan

Cultural Nodes - A community center, green industry, community gardens, a market, and the park and trail system create various nodes, which are dispersed across the site to create neighborhoods around each. In addition to social spaces, increased density of mixed use commercial and residential development brings more activity to public places. development plan: east community gateway

The area selected for additional focus sits at the eastern edge of the site. As a

70_green revitalization

key entry point to the community and to downtown Indianapolis, this development serves as an important gateway. Serving both the local neighborhoods and the larger community, the development contains a large community center which houses a market, classrooms, art studios, retail shops, housing, and several other functions. The community center connects to a new trail line, openair market space, and a park with an amphitheater.

Existing Street Grid

Reconnected Grid

Social + Cultural Elements

Cultural Nodes + Neighborhoods

The Washington St. facade faces a public plaza to the south that encompasses mixed-use buildings, medium and high density housing, and a transit stop on the new light rail system.

Solar Powered Street Lamps Bridge Study - Gateway Icon

Integrated along the transit line are multiple public functions: bike and pedestrian trails, a rain water management system, parks, gardens, and commercial development emphasizing alternative transportation methods. The deteriorated railroad tracks running north and south over Washington St. will be converted into a trail similar to the Monon. This new trail intersects with the east-west trail and transit line and the community center. New development including shopping, restaurants, gardens, a market, and housing are focused on the trail lines. development considerations

Housing - Several areas of single family housing provide a strong residential core. With minor maintenance and infill construction, these neighborhoods remain a valuable piece of the community. In addition to maintaining existing housing, new multi-family units are woven into the voids, bringing new density to support jobs and social activities.

Development Plan

Green Streets - Main streets will be lined with bioswales and designated bicycle and pedestrian areas. Traffic in many areas will include single lanes of travel in each direction with on-street parking for ease of access to local businesses. Sustainability - Buildings with south-facing solid surfaces will contain photovoltaic panels, while those with south-facing glass will feature louvers and shades to optimize daylighting.

rebecca a. staley_71

Water will be collected from roofs to feed gray water systems. Where applicable, green roof trays will absorb rain fall. Pedestrian areas will be paved with permeable surfaces to reduce run-off. architectural piece - community center

Function - As the eastern anchor of the community, the new center will hold a central market for both local and regional vendors, retail spaces, community education opportunities, artist studios, and a public library. Housing is integrated into the building to provide activity and community presence day and night. The center will be supported by the immediate community through daily programming and the greater Indianapolis area through special events. Form - Two intersecting atria connect the community center to various areas within the larger development. Sun shades and operable vents provide passive heating, cooling, and lighting to the space.

Top: Typical street section Bioswales, solar energy, alternative transit, and mixed-use development.

Left: Community Center Concept Public market and transition spaces form cross axes to connect commercial space (south and east sides), education (northeast), and residential (northwest). North-south axis extends to school, while east-west axis joins outdoor market space.

The Washington St. and Gale St. facades reflect traditional small to medium scale urban development themes, while the trail facade addresses new alternative transit-oriented culture. Multi-functional roof spaces work to collect water, provide solar power, reduce heat island effect, daylight the interior, and provide usable, educational space for building occupants.

72_green revitalization

Bottom: Schematic planning Primary public functions on first and second floors. Private studios and housing above.

Top Left: Sustainable qualities within Community Center + building metabolism Bottom: Community gateway point on Washington St. facing west

rebecca a. staley_73

Ashley VanMeter

New Agricultural Urban Main Street: east washington street neighborhood renewal The two and one half mile stretch of the East Washington Street corridor just outside of downtown Indianapolis, Indiana is currently in a state of dilapidation. It has several issues contributing to its decaying state as a neighborhood. The current residents of the neighborhood seem to mostly be of lower middle class economic standing. They could all benefit from a revitalization effort focusing on creating a 24/7, live, work, and play community. East Washington Street is totally centered around the automobile as a main form of transportation around the site. It lacks urban density, which is an essential element of urban vitality. Many of the buildings on site are dilapidated and several of them have not been designed to suit a walkable neighborhood. There is no reliable transit system in place to get residents to places on site as well as to the downtown area. The neighborhood is currently not bikeable or walkable, which also limits the number of residents who have access to all places in the neighborhood.

Since East Washington Street and its surrounding area lacks the urban density it needs to survive as a productive community, it is a land of opportunity in design. It should become a 24/7 community to suit the current American lifestyle of living, working, and playing at all hours of the day and night. There should be a light rail transit line weaving throughout the neighborhood to facilitate transportation needs for community members. The existing rail road track should also be utilized to connect with other cities and transport goods to and from the site. Auto traffic should be limited on the site and parking should be moved under ground. The community should be made more sustainable by incorporating and combining harvesting elements such as rainwater collection, solar, collection, and urban agriculture principles. The ring of activity concept is used as an organizing principle for this design proposal. It explains how each node within a five minute walk becomes practical and functional for the people

living, working, and playing within it. First, it integrates daily, weekly, and specialty needs, thus eliminating isolation for those who do not have access to personal vehicles. Second, it mixes socio-economic classes creating a socially sustainable community where everyone can contribute in a different way. Finally, it creates opportunities to contribute to the city through urban agricultural practices.

ashley vanmeter_81

Phase 1: MASTER PLAN

walkable nodes of activity concept existing traffic patterns

vicinity map

master plan proposal

existing site (source: google earth)

82_new agricultural urban main street

existing figure ground

existing reverse figure ground

Phase 2: DEVELOPMENT PLAN Daily Needs -Residential Space -Working Space -School -Fitness Center -Grocery Store -Coffee Shop -Library

Weekly Needs -Laundry Facility -Restaurants -Barber -Religious Facilities -Retail Space -Bar/Nightclub -Bank -Park

Specialty Needs -Medical Facilities -Movie Theater -Sporting Event

ashley vanmeter_83

Phase 3: ARCHITECTURE Urban Agriculture -The Science, recreation, or sustainable practice of cultivating, processing, or distributing food by integrating contemporary building technologies. High Density Mixed-Use Development -Combining living, working, and playing spaces into a single structure to promote an environment conducive to a 24/7 lifestyle. Pedestrian Friendly Transit Line -Inserting a light rail system in place of the traditional automobile street to promote a culture receptive to walking, biking, or using public transportation for moving throughout the city. transit perspective

greenhouse interior perspective 84_new agricultural urban main street

solar collection

circulation

sectional axon

water collection and distribution

green space

micro-drip irrigation system ashley vanmeter_85

review sessions_87