Lindsey Bradley | Selected Works 2017 by Lindsey Bradley

lindsey bradley

selected works 2017

>STREAM SYNTHESIS fall 2014 Streams are a natural resource that has existed long before we did. As the US developed, people came up with ways to manipulate streams so they are â&#x20AC;&#x153;out of the wayâ&#x20AC;? by channelizing them instead of working with the movement of the streams. This accomplished getting storm water off sites quickly and made space for more development. Although these may be positive things, there are also many negative effects. These channelized streams are straight, deep, steep, and filled with concrete. This leaves little area for plants and animals to grow and thrive which can cause off balances in the water and the environment in general. These plants and animals have found ways to attach and live in little things that get pushed to the sides of the streams, such as trash. These organisms are adapting in these urban, channelized streams even though it is very different from their natural environment.

tation ipi rc

Evaporatio n

Cond en

tion sa

SNAIL HABITAT

Collect

X50

COLANDER COLLECTION

COLLECT Separate SEPARATE FILTER DISPERSE Filter

X 50

Disperse

4. Dispersal Water is dispersed at a slowed rate to prevent flooding and to promote groundwater infiltration

3. Filter Tolerant, native plants grow through the punctures of this basin to clean the water from pollutants

2. Separation Sand is added to separate the oils from the stormwater

1. Collection Stormwater is captured and litter is trapped into the collection basin

>UN|STEADY STATES spring 2015 Dispersal, competition, succession, edge, interior, patch, disturbance, resilience, ambivalence. All of these terms are part of an evolving ecological lexicon that is as yet underdeveloped in landscape architectural practice. This project seeks to harness the inherent unstability of landscape ecologies to create a new type of park that is constantly evolving and therefore always offering new experiences to its users. Such an approach jettisons the notion of designing a static site master plan in favor of a series of strategic interventions and tactics that allows for a flexible, indeterminate approach more akin to steering the site’s evolution than to traditional site planning. This project focuses on a 20 acre site in West Knoxville behind Walmart and Sam’s with highly traveled roads on two sides. I want to create an urban park, but the “park” is not the only focus. Instead, the park is an emergent condition that evolves as a product of social and ecological processes unfolding in time. In a series of phases, the environmental conditions will change dramatically through clearings, topographic shifts, mulching, plantings, controlled burning, and other programmatic changes in specific areas. The zones surrounding these designated areas are the portions I am most interested in and would like to see the possible outcomes over time. The social programs will also undergo dramatic change as a result of the different ecological changes and the circulation will develop from these social programs. How each of these systems interact and evolve with and from one another defines these unknown conditions.

EXISTING GREENWAY CUT + FILL SEED SPHERICAL TREE PLANTINGS TRAIL SYSTEM

controlled burning viewing towers

1. CLEARING clear all existing vegetation leaving the greenway and creek

2. CUT + FILL, PLANT + SEED biochar mulching and worms added to designated areas

3. EMERGENCE + CIRCULATION trail system combines design with desire lines

4. MANAGEMENT controlled burning in designated ares

RIVER BIRCH COLONY low/ mid land river birch sycamore tulip poplar

OAK-HICKORY COLONY high/ mid land oak hickory pine

RIVER BIRCH COLONY low/ mid land river birch sycamore tulip poplar

MEADOW MIX low/ mid land native wildflower mix switchgrass prairie dropseed

>MOBILIZE SETD fall 2015 The reliance upon the automobile as the principal, if not only, mode of transportation in SETD communities has dictated development patterns, supporting infrastructure and maintenance regimes that threaten the quality of regional water resources. This project sets for a vision for a diverse, equitably accessible mix of transportation options that connect population centers, employment hubs and regional attractions, mobilizing the region towards a more sustainable, transitoriented growth pattern in the future.

Chattanooga, TN Times Free Press

SPRING CITY TEN MILE

111

DAYTON

SE QU ATC HIE RIV ER

127

GRAYSVILLE

28 REDBANK

OCOEE

DUCKTOWN OCOEE RIVER

N W LE MI

GE OR

GE TO

D OW AH

TE N

LL E

SS VI

NG G

OO G

RINGGOLD

TRENTON

TURTLETOWN

BENTON

AT HE

FORT OGLETHROPE

EL AN D

EAST RIDGE

ROSSVILLE

LOOKOUT MOUNTAIN

WHITESIDE

HIWASSEE RIVER

CHATTANOOGA

SOUTH PITTSBURG

DELANO

312

JASPER KIMBALL

CALHOUN

CLEVELAND

CH AT TA N

WHITWELL

ETOWAH

GEORGETOWN

SODDY-DAISY

ENGLEWOOD

411

RICEVILLE

111

MONTEAGLE

ATHENS

COALMONT

NIOTA

LA FA YE TT E RO CK SP RI NG SW EE TW AT DU ER NL AP

DUNLAP

ALTAMONT

DECATUR

NS SO DD YD A IS Y FO RT OG LE TH DA OR YT ON PE

SWEETWATER

TEN NE SS EE RIV ER

PIKEVILLE

CAR

CHICKAMAUGA

BIKE

LIGHT RAIL

BUS

ROCK SPRING

EXISTING

LAFAYETTE

SPRING CITY

SPRING CITY TEN MILE

ATHENS

ENGLEWOOD

COALMONT

GEORGETOWN

SODDY-DAISY

ETOWAH CALHOUN

CLEVELAND

WHITWELL

DELANO BENTON OCOEE

GEORGETOWN

SODDY-DAISY

DUCKTOWN

WHITWELL

CAR

HIWASSEE RIVER

TURTLETOWN DUCKTOWN

ROSSVILLE

LOOKOUT MOUNTAIN

RINGGOLD

TRENTON

BIKE

EAST RIDGE

FORT OGLETHROPE CHICKAMAUGA

ND AT HE NS SO DD YD AIS FO Y RT OG LE DA TH YT OR ON PE LA FA YE TT E RO CK SP RI SW NG EE TW AT DU ER NL AP RO SS VI LL E RIN GG OL D ET OW AH TE N MIL E GE OR GE TO W N

SOUTH PITTSBURG WHITESIDE

AT TA NO OG A

CHATTANOOGA

EV EL A

JASPER KIMBALL

CAR BIKE BUS

BUS

LIGHT RAIL

ROCK SPRING

LAFAYETTE

DELANO BENTON OCOEE

OCOEE RIVER

EAST RIDGE

RINGGOLD CHICKAMAUGA

CALHOUN

REDBANK

FORT OGLETHROPE

TRENTON

ENGLEWOOD

ETOWAH

CLEVELAND

ROSSVILLE

LOOKOUT MOUNTAIN

ATHENS

COALMONT

MONTEAGLE

CH AT TA NO OG CL A EV EL AN D AT HE NS SO DD YD AIS FO Y RT OG LE DA TH YT OR ON PE LA FA YE TT E RO CK SP RI SW NG EE TW AT DU ER NL AP RO SS VIL LE RIN GG OL D ET OW AH TE N MIL E GE OR GE TO W N

CHATTANOOGA

SOUTH PITTSBURG

GRAYSVILLE

RICEVILLE

TURTLETOWN

REDBANK

WHITESIDE

NIOTA

HIWASSEE RIVER

OCOEE RIVER

JASPER KIMBALL

SWEETWATER DECATUR

DUNLAP

ALTAMONT

RICEVILLE

MONTEAGLE

TEN MILE

DAYTON

TEN NE SS EE RIV ER

NIOTA

GRAYSVILLE

DUNLAP

ALTAMONT

SWEETWATER DECATUR

SE QU ATC HIE RIV ER

DAYTON

TEN NE SS EE RIV ER

PIKEVILLE

PHASE I

LAFAYETTE

PHASE II

RAPID TRANSIT LINES BUS RAPID TRANSIT EXPRESS COACH LINES

SPRING CITY

MAJOR WATERWAYS EXISTING RAIL

TEN MILE

PIKEVILLE TEN NE SS EE RIV ER

SE QU ATC HIE RIV ER

DAYTON

SWEETWATER DECATUR

GRAYSVILLE

ATHENS

DUNLAP

ALTAMONT

NIOTA

ENGLEWOOD

RICEVILLE

COALMONT

ETOWAH

GEORGETOWN

SODDY-DAISY

MONTEAGLE

CALHOUN

DELANO

HIWASSEE RIVER

TURTLETOWN

BENTON

CLEVELAND

OCOEE

WHITWELL

DUCKTOWN OCOEE RIVER

CHATTANOOGA

SOUTH PITTSBURG WHITESIDE

EAST RIDGE

ROSSVILLE

LOOKOUT MOUNTAIN

FORT OGLETHROPE

CAR

RINGGOLD

TRENTON

CH AT TA NO OG CL A EV EL AN D AT HE NS SO DD YD AIS Y FO RT OG LE TH DA YT OR ON PE LA FA YE TT E RO CK SP RI SW NG EE TW AT DU ER NL AP RO SS V IL LE RI NG GO LD ET OW AH TE N MI LE GE OR GE TO W N

REDBANK JASPER KIMBALL

BIKE

CHICKAMAUGA

BUS LIGHT RAIL

ROCK SPRING

BLUE/GREENWAYS

PHASE V

LAFAYETTE

SPRING CITY

ATHENS

ENGLEWOOD

RICEVILLE GEORGETOWN

COALMONT

SODDY-DAISY

CALHOUN

CLEVELAND

WHITWELL

DELANO BENTON OCOEE

GEORGETOWN

COALMONT

DUCKTOWN

SODDY-DAISY

MONTEAGLE

EAST RIDGE

FORT OGLETHROPE RINGGOLD

TRENTON

CHICKAMAUGA

WHITWELL

DELANO BENTON OCOEE

HIWASSEE RIVER

TURTLETOWN DUCKTOWN OCOEE RIVER

JASPER KIMBALL

CHATTANOOGA

SOUTH PITTSBURG WHITESIDE

ROSSVILLE

LOOKOUT MOUNTAIN

RINGGOLD

TRENTON

BIKE

EAST RIDGE

FORT OGLETHROPE

CAR

CHICKAMAUGA

BUS

CAR BIKE BUS

LIGHT RAIL

ROCK SPRING

LAFAYETTE

ETOWAH CALHOUN

CLEVELAND

CH AT TA NO OG CL A EV EL AN D AT HE NS SO DD YD AIS FO Y RT OG LE DA TH YT OR ON PE LA FA YE TT E RO CK SP RI SW NG EE TW AT DU ER NL AP RO SS VIL LE RIN GG OL D ET OW AH TE N MI LE GE OR GE TO W N

CH AT TA NO OG CL A EV EL AN D AT HE NS SO DD YD AIS FO Y RT OG LE DA TH YT OR ON PE LA FA YE TT E RO CK SP RIN SW G EE TW AT DU ER NL AP RO SS VIL LE RIN GG OL D ET OW AH TE N MIL E GE OR GE TO W N

ROSSVILLE

LOOKOUT MOUNTAIN

ENGLEWOOD

REDBANK

CHATTANOOGA

SOUTH PITTSBURG

ATHENS

TURTLETOWN

REDBANK

WHITESIDE

NIOTA

RICEVILLE

HIWASSEE RIVER

OCOEE RIVER

JASPER KIMBALL

SWEETWATER DECATUR

GRAYSVILLE

DUNLAP

ALTAMONT

ETOWAH

DAYTON

TEN NE SS EE RIV ER

NIOTA

GRAYSVILLE

MONTEAGLE

TEN MILE

PIKEVILLE

SWEETWATER DECATUR

SE QU ATC HIE RIV ER

TEN NE SS EE RIV ER

SE QU ATC HIE RIV ER

DAYTON

DUNLAP

ALTAMONT

SPRING CITY

TEN MILE

PIKEVILLE

ROCK SPRING

PHASE III

LAFAYETTE

BLUE/GREENWAYS

PHASE IV

PARK + RIDE LID designed parking lot with attractive and safe stations PARK AND RIDE

LID DESIGNED PARKING LOT ATTRACTIVE AND SAFE STATION

PARK [pick] + RIDE local businesses rent lots, farmers markets utilize the open [PICK] AND spacePARK in additional to RIDE LOCAL BUSINESSES RENT LOTS information centers FARMERS MARKETS INFORMATION CENTERS

POPULATION INCREASES as public transit becomes more popular, people move near POPULATION stations and density INCREA PUBLIC TRANSIT BECO increases PEOPLE MOVE NEAR S DENSITY INCREASES

ASES

OMES MORE POPULAR STATIONS

DEVELOPMENT INCREASES mixed-use development occurs and population continues to increase DEVELOPMENT while the need for parking INCREASES MIXED USE DEVELOPMENT OCCURS decreases POPULATION CONTINUES TO INCREASE

LESS NEED FOR PARKING

INTRACITY TRANSIT improvement in walkability, bike share, and ride shares strengthen the transit INTRACITY CITY TRANSIT system WALKABILITY

BIKE SHARE ZIP CARS AND UBER

PARKING DEVELOPMENT GREEN SPACE WETLAND

>STRATIFIED STACKING spring 2016 Increasing enterprise in a migratory landscape post corn: By introducing new ways of incorporating industries into the agriculture system in the Mississippi Alluvial Valley and strategically transforming certain landscapes would benefit the region in many ways. Typically, profit from agriculture is at the forefront. Farmers are now starting to take rotations, water conservation, and cover crops seriously, but there is much more potential for the benefit of all. Crops are seasonal and during the off-season, the land is covered by either a cover crop or nothing. Farmers are forced to add a harmful amount of fertilizer to the crops in order to get the yield they need to profit. If instead, during the cover crop months, farmers optimized the rehabilitation of the soils, the amount of these fertilizers would decrease. Animal farmers with cattle, goats, hogs, and chickens, could use land and feed at a cheaper rate than owning their own and in return the soil would be naturally fertilized by the livestock. This would occur on a consistent rotation perhaps by GPS navigation. By having this system, farmers could eventually switch over to a no-till system, increasing the productivity of the soils. The fertilizer needs would decrease, so the local fertilizing companies could switch to selling cover crops that can thrive in the region for these animal rotations. Other than a decrease in fertilizer, an increase local capital and land productivity, this system would also require less machines due to the no-till system, less runoff into the waterways, less irrigation due to the increase in infiltration because of improved soils, and providing jobs for possible coastal migration. This system would also pay attention to the types of soils on the land and convert and clay, cropland to bottomland hardwoods, which would increase the biodiversity, water quality, and decrease flooding events.

soybeans rice corn

^ This map depicts the amount of land that is utilized for these three prominent crops- soybeans, rice and corn- in the region in 2015.

^This map shows a clear distinction of the corn in the region in 2015 next to the depiction of all the prominent crops.

up down

WATER STORAGE WATER QUALITY LESS MONOCULTURE LESS CROPSCAPE

CROP ROTATION CONTINUE PATTERN OF LESS CORN AND INCREASE IN BOTTOMLAND HARDWOODS

YEAR 3

CROP ROTATION LESSENING CORN ACREAGE INCREASING ACREAGE FOR BOTTOMLAND HARDWOODS

YEAR 2

TYPICAL CROP ROTATION IN MAV

YEAR 1

PROPOSED SYSTEM

EXISTING SYSTEM RICE

PASTURE

SOYBEANS

WETLANDS

CORN

DEVELOPMENT

COVER-CROP

ROTATE

BANK STABILIZATION

LOCAL ECONOMIES

WIND EROSION, SEDIMENT AND FERTILIZER RUN-OFF

INSECTS NEED FOR FERTILIZER

FEEDS ON INSECTS

MANAGE

CHICKENS

COVER-CROP

PLOW

FEEDS ON TUBERS

CROP DUSTER: SEED COVER-CROP

HOGS

SEED AND HARVEST

FEEDS ON VEGETATION

CROP DUSTER: FERTILIZER IRRIGATION

GOATS

GROW

FEEDS ON VEGETATION

SEED SPREADER TILLER

SEED

COVER

CATTLE

STACK

>BIOSYSTEMS LEDGE +RAINGARDEN fall 2015 This design was used as a tool to demonstrate rain gardens and the significance of green infrastructure on UTâ&#x20AC;&#x2122;s campus that can utilize biomimicry of natural hydrology to prevent sediment erosion and enhance ecological function in appropriate spaces. This design of interconnected bioswales and depressions is capable of collecting a total volume of 121ft3, which allowed us to collect runoff from many areas surrounding the site and disconnect downspouts to stormdrains from the adjacent building that has a volume of ~87.5ft3 of runoff in a 1â&#x20AC;? rain event. In addition to the operative value of infiltrating stormwater with the use of native plants to reduce runoff and water pollution, it also has increased the aesthetic appeal of the site.

Existing Downspout

Existing Gutter

Flat Surface

Steep Slope

Pool

Typical Rock Outcrop Pool

Water Flow Underground Utility

Existing Conditions

Ex. Trench Drain and Grate Disconnect Downspout Remove Existing Sweetbay Magnolia

Plant Composition

Rain Garden/ Bioswale Areas Trench Drain ain and Grate

Remove Remov Existing Rem Remov Shrubs

Proposed Conditions

B Section B

Section A

Section C

BEFORE

Biosystems Faculty Building

Mapleleaf Viburnum

River Oats Dwarf Crested Iris

Silver Bell

Christmas Fern

Solomon’s Seal

Cherokee Sedge

Wild Ginger/Trout Lilly Mix Christmas Fern

Woodland Phlox/Columbine Alumroot Mix Silver Bell

Smooth Hydrangea Mapleleaf Viburnum

Smooth Hydrangea Solomon’s Seal Christmas Fern

Wild Ginger/ Trillium Mix

Woodland Phlox/Columbine/Alumroot Mix Wild Ginger/ Trillium Mix Wild Ginger/Trout Lilly Mix Cherokee Sedge Christmas Fern Dwarf Crested Iris Wild Ginger/ Trillium Mix Smooth Hydrangea

Christmas Fern Cherokee Sedge

Dwarf Crested Iris

Woodland Phlox/ Alumroot Mix River Oats

Woodland Phlox/ Alumroot Mix

Biosystems Lab Building

N Scale: 1/8”=1’-0”

ell

Trees

Silv er B

rist ma s Fe Ro rn yal Fer n Ma ple lea f Vib Bea urn ut y um ber ry Sm oo th H ydr Solo ang mo ea n’s S ea l

Shrubs/Ferns

ero kee Sed Riv ge er O ats

Grasses/Sedges

All egh eny Spu Wil rge dG era niu m Tro ut Lilly Dw arf Cre ste d Ir Car is din al F low er

Alu mr oo t Co lum bin e Wo od lan dP Tril hlo lium x

Perennials

Upland

Ledge Bioswale/ Raingarden

Alumroot

Cherokee Sedge

Woodland Phlox

Cardinal Flower

Columbine

Royal Fern

Trout Lilly

Dwarf Crested Iris

Wild Geranium

Allegheny Spurge

Christmas Fern

Trillium

Solomon’s Seal

River Oats

Mapleleaf Viburnum

Smooth Hydrangea

Silver Bell

American Beautyberry

AFTER

>ABBEY FIELDS URBAN FARM fall 2016 Urban Farming is â&#x20AC;&#x153;taking rootâ&#x20AC;? in Knoxville at Abbey Fields Farm. As a performative landscape, the Abbey Fields Farm network improves food security, reduces neighborhood blight, fosters creation of neighborhood identity and creates a new commons. This landscape has performed in different ways throughout its recorded history-- from its first use as an agricultural site for a family in East Tennessee to its industrial use as a knitting mill, spurring the creation of community and the Parkridge neighborhood in the 1900s. Interestingly, this space has, within its recorded history, always promoted a productive environment focused on community vitality and well-being. When the knitting mill closed in 1989, the land became vacant and was considered a blighted property. The founder of Abbey Fields, Brenna Wright, saw the vacant and blighted landscape as an opportunity to revitalize the Parkridge Neighborhood, while also increasing access to healthy, affordable, and local food. She saw this space as a new neighborhood hub and set out to create an urban farm to improve the lives of those who live around the site. In 2012, the littered and overgrown site became known as Abbey Fields Urban Farm. The Abbey Fields network has now begun its plans to expand and populate the city with urban gardens to provide more local produce to more people. group case study project contributors: caley shoemaker, erica phannamvong, ruxin tao

Geography

ABBEY FIELDS

URBAN FOOD NETWORK+ NEW COMMONS

5 mile radius

Urban Farming is “taking root” in Knoxville at Abbey Fields Farm. As a performative landscape, the Abbey Fields Farm network improves food security, reduces neighborhood blight, fosters creation of neighborhood identity and creates a new commons. This landscape has performed in different ways throughout its recorded history-- from its first use as an agricultural site for a family in East Tennessee to its industrial use as a knitting mill, spurring the creation of community and the Parkridge neighborhood in the 1900s. Interestingly, this space has, within its recorded history, always promoted a productive environment focused on community vitality and well-being.

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When the knitting mill closed in 1989, the land became vacant and was considered a blighted property. The founder of Abbey Fields, Brenna Wright, saw the vacant and blighted landscape as an opportunity to revitalize the Parkridge Neighborhood, while also increasing access to healthy, affordable, and local food. She saw this space as a new neighborhood hub and set out to create an urban farm to improve the lives of those who live around the site. In 2012, the littered and overgrown site became known as Abbey Fields Urban Farm. The Abbey Fields network has begun its plans to expand and populate the city with urban gardens to provide more local produce to more people.

Inputs + Outputs LABOR

Organic Materials

IRRIGATION

Blight Reduction 4.

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Water Inͤltration

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Performance Timescape

19th century

1900 Knoville Standard Knitting Mill Started The 19th Century Farming Land

Agricultural Productive Period

Industrial Productive Period

SPRING HA HARVEST

1 mile radius

Arugula

Peas

Radish Cucumber Basil

Eggplant

Carrot

Potato

Squash

Peppers

Chard

Tomatoes

Cilantro

Okra

Tomatillos

Beans

Chives

3. Fennel

Collards

INFRASTRUCTURE

Asian Greens

Butternut Squash

Bok Choi Green Onions Radish

Cabbage

Lettuce

Spinach

WINTER HAR RVEST R

Social Hub

Job Creation

Produce for ProÍ¤t

Pollinator Habitat

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2000

Future 2012

Mill closed in 1989, site became temporary holding site for TDOT & KUB

Abbey Fields Founded 2016 New urban agriculture practice in old city Future Urban Agriculture Sites

Urban Agriculture Productive Period (Old City Garden) Unproductive Period

Urban Agriculture Productive Period (Abbey Field)

Urban Food Network

>OAK GALLERY spring 2016 This gallery utilizes the theatrics of night and directed views to showcase art in contrast with natureâ&#x20AC;&#x2122;s beauty. The shadows of twigs in the winter will frame the illuminated installations that appear from intimate overhangs with limited seating. The large event space and reflecting pool will be utilized for opening nights for new exhibitions, while the wood deck is ideal for wine and cheese over smaller group discussions. It allows an artist to have infinite choices for extending the gallery outside and even reaching beyond the patio. It is a true gallery of discovery tucked away and hidden from the central drive and parking.

OAK GALLERY

lindsey bradley 615.557.2464 | lbradle5@vols.utk.edu

education

experience

+University of Tennessee, MLA Candidate 2017

+Graduate Teaching Assistant, University of Tennessee,

08.2015-05.2017

School of Architecture: Visual Design Theory 01.2017-05.2017

+University of Tennessee, BS in Plant Science, Landscape Design 08.2011-05.2015

skills

AutoCad, Adobe Creative Suite, ArcGIS, Rhino, Grasshopper, lasercutting, CNC milling, 3D printing, research,

honors + involvement +Student ASLA National Member

+Externship, Civitas Denver, CO 12.2016

+Graduate Research Assistant, University of Tennessee Environmental Design Lab: HydoLIT: Southeast Water Quality Playbook publication 01.2016-05.2016, 08.2016-03.2017

+Internship, Nashville Civic Design Center

Green St. Church of Christ Transitional Tiny Homes, Active Building Guidelines publication for TN Department of Health 05.2016-08.2016

Attended National Conferences, 2015, 2016

+Student ASLA State Member

Attended State Conferences, 2014, 2015, 2016 Vice President, 05.2016-05.2017 Merit Award, group, Watershed Futures, 2016 Treasurer, 05.2015-05.2016 Merit Award, group, Taylor Spring Park, 2015

+3MT Thesis Competition Semi-Finalist, 03.2017

+Graduate Teaching Assistant, University of Tennessee, Plant Science Department: Landscape Design Studio 1 + 3 08.2015-05.2016

+Research Assistant, University of Tennessee,

Environmental Design Lab, Smart Communities Initiative, Inman Street Downtown Streetscape Cleveland, TN, Taylor Spring Park Cleveland, TN, University of Tennessee campus rain gardens 01.2015-10.2015

+Park(ing) Day, 08.2014, 08.2016

references

Gale Fulton, Associate Professor and Chair UT School of Landscape Architecture, gfulton@utk.edu

+Sales Associate, Thress Nursery Nursery sales and care, Knoxville, TN 05.2014-08.2014

+Study Abroad, Gardens of Italy Tour Summer Mini-Term

Brad Collett, Assistant Professor

UT School of Landscape Architecture, bcollett@utk.edu

Garry Menendez, Associate Professor UT Department of Plant Sciences, menendez@utk.edu

05.2014

+Internship, Outdoor Classic Structures design build firm, Franklin, TN 05.2013-08.2013