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Tyler L. Smithson Education

Experience

Accreditations Accolades

Organizations

Software

smithsontyler@gmail.com 404-539-5217

Master of Community Planning Auburn University

May 2012

Master of Landscape Architecture Auburn University

May 2011

Graduate Research Assistant - Auburn University Conducted GIS analysis for Prichard, Al. and Troup County, Ga. Prepared a wildflower management plan for Troup Co. Ga. Urban water qual. assessment and stream restoration plan for 8 Mile Creek. Landscape urbanism design proposal for Reading Park, Prichard, Al. Mobile, Al. “Green Streets” stormwater infrastructure design proposal. Assisted in organizing community design charettes.

August 2008May 2012

Philmont Scout Ranch - Boy Scouts of America Environmental Educator for the Roving Outdoor Conservation School. Place-based education strategies focusing on hands-on training. GIS Coordinator. Supervised three GIS technicians. Rock climbing counsellor at Dean Cow climbing camp. Conservation practices: check dams, trail construction, meadow encroachment, stormwater control structures, fire restoration.

Summer 2007, 2009, 2011

Landscape Architecture Foundation, Graphic Design Intern Graphic designer for the “Top Story” benefit dinner at the Newseum, D.C. Assisted development for new lafoundation.org web site. Designed advertisements in Land. Arch. Mag. (Sep 2010) and LASN Mag. Client database mgmt. and sustainable destination sweepstakes promotion. LAF EXPO booth volunteer 2010, 2011.

May - Aug 2010

Georgia Ave Community Development Intern, Washington DC Supervised five task force interns during the community planning process. Established georgiaave.org web site to advocate the voice of the community. Conducted a detailed community assessment report. Promoted local businesses, initiatives and community organizations.

May - Aug 2010

Reece, Hoopes, Fincher - Landscape Architects, Intern Digitized project library. Assisted with site analysis and conceptual plans. CAD technician.

Winter 2007

LEED Green Associate - December 2010 Alabama APA Student Planning Competition 2012 - 1st Place Gorrie Center Green Roof Charette - October 2011 Tiger Storm - Al. Association of General Contractors Charette - 1st Place Moss Rock Design Competition - “S. Green” - Award of Distinction 2009 2011 University Olmsted Scholar - Landscape Architecture Foundation Auburn University ASLA Treasurer 2010-2011 Auburn Green Builders - Member 2010-2011 Sigma Lambda Alpha - Inducted 2010 Wesley Foundation - 2005-2010 Deans List – College of Architecture, Design and Construction 2009-2010 CADC Book Awards- 2009, 2010, 2011 Boy Scouts of America - Eagle Scout 2004 Adobe Creative Suites, Arc GIS, Auto CAD, BASINS, Microsoft Office, Powerpoint, SketchUp

~Design Portfolio Available Upon Request~


Sprawl Repair of Websters Crossing Auburn, Alabama (4th Year - COmmunity Planning)

Vulcan Aggregate Facility Chattanooga, Tennessee (3rd Year - Landscape Architecture)

Joseph Market Mobile, Alabama (2nd Year - Landscape Architecture)

Biophilia EcoResort Turneffe Atoll, Belize (1st Year - Landscape Architecture)


Sprawl r

The option of

Websters

Urbanism What is

?

What is

Sprawl

Apartment Complexes

Sprawling nature of apartments (red) reduces walkability and density.

Zone: CDD

Comprehensive Development District analysis reveals plans for more sprawl.

Topographical Analysis Digital Elevation Model

Repair?

Sprawl repair seeks to remediate suburbs in order to foster a higher quality of life through creating a more livable, resilient and sustainable communities. Influenced by the “Sprawl Repair Manual” by Galina Tachieva, this project serves as a comprehensive guidance for transforming the fragmented, isolated and car-dependent Websters Crossing into a complete community. Strategies used here are drawn from creative approaches to reverse sprawl’s wasteful, inefficient and unsustainable footprint upon our cities.

Urbanism is an design movement that promotes walkalbe, compact, and dynamic mixed-use way of life. It enables a strong sense of community that embraces unique possibilities and character. Elements of good urbanism include complete streets, pedestrian walkability, providing housing diversity, and establishing public spaces that enable energized crowding to occur.

Auburn Zoning Map

Trailer Parks

Auburn : Opelika

Subdivisions

Euclidian zoning enables the separation of land uses.

Sister cities exist with little cooperation towards consolidated planning.

Single family subdivisions are by far the most common form of land development.

Manufactured homes provide affordable housing mainly for students.

: IMPROVE Street Connectivity Existing Roads

Proposed Roads

Composite

Structures

: INCREASE BUILDING DENSITY Existing Structures

Proposed Structures

Composite

Roads

: Make connections to context Transit Routes

Orthographic

Bike Network

Sidewalk Infrastructure


repair of

s Crossing What is

Crossing?

Analysis

Sprawl What is

Located at the intersection of Webster Road and Wire Road lays the community of Websters Crossing in Auburn, Alabama. Home to the largest concentration of manufactured homes in Alabama, these trailer parks provide a vital need of affordable housing for the student population and residents alike. Currently, only two gas stations and a single mixed-use development occupy the community center. The sprawl repair of this community hopes to serve as an example of how future growth should occur as Auburn evolves.

Developed Land

The option of

Trailer Parks

?

Sprawl is the default growth pattern across the country since the second half of the 20th century. Characterized by single-use zoning, low-density development, and automobile dependant, sprawl is driven by single-family residential subdivisions and extensive road networks. This growth pattern initially is more cost efďŹ cient; however, is very costly long-term through maintenance and providing municipal service.

Rural Preserve

: Model Proposed Future Conditions

Composite

: Implement Form-Based Code A. Mixed use Development

B. Neighborhood Structure

C. Pedestrian oriented

Form-based codes use physical form, rather than separation of land uses, as their organizing principle.

They foster predictable results in the built environment and a high quality public realm.

Form-Based Codes create a predictable public realm primarily by controlling physical form, with a lesser focus on land use, through city or county regulations.

: Phasing

Year 1

Buildout Scenarios

Year 5

Year 10

Year 15

Year 20 Tyler Smithson - Auburn University - Masters of Community Planning


BROWNFIELD TOPO GRAPHIES Regenerating Brownfields through topographical and ecological disturbance

Brownfield topography is my term for the regeneration of urban brownfield sites through the disturbance of topography by means of physical operations. This approach physically moves earth to generate unique arrangements of topography. Once an initial disturbance is established, natural forces are allowed to resume in the colonization of the site. The predominant elements of change that further redefine the spatial form of the site are predominately hydrological and ecological. Human use of the site is also permitted to occur in an unplanned way, so that consequent dynamic flows and habitation will be unique. From this, an adaptive terrain emerges.

The methodology described above is a new approach towards the conventional methods of Brownfield regeneration. To test the theoretical ideas that have been put forward, I have chosen a Brownfield site along the Tennessee River in Chattanooga that was once home to Vulcan Materials Company. Critical components of the site are the resurgence of plants and the existing sculptural fragments of infrastructure left behind after its abandonment by Vulcan. Changes in topography are intended not to erase the ruderal ecologies that have developed, but to enhance ecological conditions. Once the site has undergone the initial phases of regeneration, further elements of plantings, structures, and landscape features will be introduced to enrich the experience of the site.

Perspective of Obserbation Area

Perspective of Stormwater Retention

Existing Conditions - Emergence of Ruderal Ecologies


Topographical Study Maquettes

Heliodon Light Study

Vulcan Section Photographs


Chattanooga Topographical Analysis Signal Mountain Cumberland Plateau

Ridge and Valley

Lookout Mountain

Tennessee River

East Ridge

North

Aerials of Vulcan Aggregate Facility

INDUSTRIAL FIELD WITHIN CHATTANOOGA Infrastructural Analysis INDUSTRIAL NETWORK

BROWNFIELD SITES

POLLUTION, SOURCES, EMISSION RANKING

RAILROAD SYSTEM

INDUSTRIAL-COMMERCIAL ZONING

BUSINESS-RESIDENTIAL ZONING


Brownfield Sites Along Proposed Trail System

Brownfield Distribution in Chattanooga


Vulcan Facility Section 50 Years After Initial Disturbance - Ecological Colonization of Facility River Access

Riverfront Trail

Areas of Opportunity

Latitudinal Section

Observation Deck

Ecological Colonization

Marsh

Meadow


Biofiltration Pond Section 50 Years After Initial Disturbance Pathway

Native Buffer

Ecological Microclimates

Longitudinal Section

Dock

Pond

Native Buffer


North West- Winter

Emergence of Ruderal Ecologies In Time

Ecological Seeding Strategy

West - Summer

Year 1South West - Fall, Spring

(Topographical Change + Ecological Seeding)

Year 20

(Development of Meadows, and Hardwood Forest)

Emergence of Pathways

Year 50

(Mature Forest)


Birds Eye View of Vulcan River Park

Side Development Diagrams 1. Removal of Contaminated Soil 1. Excavation of Aggregate and Contaminated Soil

2. Topographical Disturbance

3D Modeling of Site Infrastructure Riverwalk Tower

2. Topographical Distrubance

Stairs

Viewing Platform

Dock

3. Ridges and Valleys

4. Excavation Diagram

3. Ridges and Valleys

Vulcan Facility

Gabbion Wall Viewing Deck Green Institute

5.Ecological Seeding 5. Microecologies Develop

6. New Hydrology 4. Change of Hydrology

Vulcan ‘Deconstruction’ Concept


Mobile Green Streets Studio

Joseph Market

Joseph Market derived from the city Mobile, Alabama’s Envisioning Costal Sustainability and Green Streets Initiative. The market would be located along St. Joseph Street in downtown Mobile, adjacent to Bienville Square and Dauphin Street. The main objective of the market would to aid in Mobile’s downtown revitalization efforts through providing for cultural capital and food access for residents. The market would tie closely into Bienville Square and allow for multiple uses throughout the year.

Stormwater Recycling is a keystone in the design of Joseph Market. In attempts to lessen the rainwater input into Mobile’s current stormwater infrastructure, the market will self-sustain all of its water needs. The stormwater system is designed to capture the rain with two catchment basins. The water collected will enter a cistern accessed by two trench drains. The water then will be filtered and recycled into Bienville fountain, rest room facilities, and other watering needs.

Perspective of Joseph Market Entrance

Infrastructural Analysis

Road Infrastructure

Building Footprints

Parking Footprints

Green Space


Market Concept

Regional Context

Mobile Alabama

Green Corridor Through Mobile

Bienville Square Panorama

Plan + Section Composite of Market Concept


Stormwater Recycling Diagram

Pavement Contours

Gazebo

Joseph Market

Stormwater Cistern Trench Drain Bienville Fountain

Arc de Bienville

Greywater Conveyance

Site Hydrology Diagram

Stormwater Cistern Diagram

City Analysis

JOSEPH MARKET PERSPECTIVE


Master Plan

Perspective

Axionometric

Section

Site Features

Model of Joseph Market


BIOPHILIA ECORESORT Turneffe Atoll, Belize

The goal of Biophilia Ecoresort is to create a carbon neutral development that integrates renewable and clean energy lifecycle with the aim to create sustainable inhabitation solutions in environmentally sensitive areas that can be replicated throughout Turneffe Atoll. Biophilia is a multifaceted design idea that advances the integration and deployment of renewable energy solutions and clean technologies. All these activities, and a range of other initiatives, are aimed at laying the groundwork for vital and resilient communities.

The long-term goal is to create a ecotourism destination that will generate a steady flow of new ideas and technologies and advances. Firmly network into the global tourism, these ideas will transform Belize as a top ecotourism destination. When that is accomplished, Biophilia will then have completed its transition from a 20th Century, carbon-based economy into a sustainable 21st Century high-technology economy. It will also be setting the pace as a global leader in testing of innovative energy technology.

Caribbean nalysis CaribbeanANatural Dynamics Columbia Atlanta Montgomery

Jackson Baton Rouge

30 N

Austin

Tallahassee

Miami

Gulf of Mexico

Nassau

Atlantic Ocean

Wind

Havana

Mexico City

Santo Domingo Belize CIty

Kingston

Port-au -Prince

San Juan Basseterre

St John’s

Belmopan Guatemala San Salvador

Tegucigalpa

Castries Kingstown Bridgetown Grenada

Managua

Capital San Jose Panama City Caribbean Plate Ocean Current Trade Winds Pacafic Ocean Equator

Self-Sustaining Infrastructure

Perspective From Harbor

Caracas

Port of Spain

Bogota

Tyler Smithson


Community Analysis

Roads + Parcels

Aerial Photography

Infrastructure Diagram

Plan + Green Space

Self-sustaining features of biophillia community. The resort is designed to be carbon neutral and provides for its own water, electricity, sewage disposal and produce.

Site Aerial

Lagoon

Zone Hierarchy

Watershed Analysis

Aerial Perspective

Perspective of Coastal Restoration

Section Showing Landform and Green Infrastructure



Portfolio