AUSTEN BARRETT
+
ARCH | DESIGN 12
PORTFOLIO 17
PROJECT INDEX
+
GREEN CoLIVING
+
A G E N T O P E R AT I O N S
+ + +
INTEGRATED URBAN [MIXED USE] DESIGN
LANDSCAPE DESIGN STUDIO
RURAL TRACKS
AGRICULTURE RESEARCH CENTER
NATURE TO NOURISH
AGRICULTURE REASEARCH CENTER
CRAFTED
MODELED AND MADE
+ I N T E G R AT E D URBAN DESIGN
SPRING 2016 with ANNA K BIGGS
AIA MIDDLE TN FIRST PLACE INTEGRATED DESIGN
GREEN CoLIVING
Downtown
4
6
5
7
3
> 30,000 cars per day 30,000 < 5,000 cars per day < 5,000 cars per day
2 UT Campus
1
URBAN CONNECTIONS
NOISE DIAGRAM
VISUAL SIGNIFICANCE
CONCEPT
COMPONENTS + MATERIALS
Understanding how a traditional co-housing model and rural agricultural model connect and adapt to an urban environment.
GREENHOUSE GLASS
TIMBER FRAME
HYDROPONIC FARM
Knoxville_TN
CROSS LAMINATE TIMBER
The greenhouse provides a food source for both residents and the community as part of a C.S.A. program (Community Supported Agriculture)
WASTE
As a waste management iniative the co-housing participates in composting both on and off site in designated recipticles. The compost is then stored and reused in the vertical farm. MATERIALS + RESOURCES 11/13
ER
R TE
R
TE
IN
W
fall 2016 PRODUCTION
M SUM
IN
W
The energy in natural sunlight fuels the growth of plants in the greenhouse during warm and cool months maintaining a timeperature of 65-75 degrees ENVIRONMENTAL QUALITY 14/16
ER
SUMM
SOLAR
CO-HOUSING SEMI - CONDITIONED ZONE ERV + PASSIVE COOLING
URBAN FARM
SUSTAINABLE DESIGN STRATEGY
HYDRATION
Water collection to harvest a natural source of water to be stored and reused in the drip irrigration system WATER EFFICIENCY 7/11
ACTIVE COOLING ZONE :
GEOTHERMAL HEAT PUMP + ERV EXCESS ENERGY ATMOSPHERE 30/33
RESTAURANT
An inherent value of co-housing is minimum space + energy use to provide community living environments for communities of people. This creates a model of sustainable practices by reducing the footprint of each person’s living space. The added value of an attached greenhouse farm provides “farm to table” meals from just down the hall. The life cycle of these objectives requires much less energy than traditional living models and is an innovative way to address matters of sustainability.
Knoxville_TN
COMMON HOUSE
fall 2016
SUMMER HEAT GAIN
CONCRETE
Harsh summer sun enters at a sharp angle heating interior space close to glass enclosure.
PERMEABLE TILE GREENHOUSE FLOOR
TRICOYA WOOD FINISH
WINTER HEAT GAIN Subtle winter sun enters deep into the greenhouse and living space to aid in winter heating.
TREATED CLT
METAL PANEL
Knoxville_TN
URBAN PLANTING STRATEGY The vertical farm wraps the southern corner of the building, providing a garden exhibit for Henley St. traffic. Food provided by the farm is co-opted by the residents, restaurant space and potential market space on the ground plane.
PV PANELS SHEET METAL ROOFING 07610
+ INTEGRATED DESIGN The systems aim to integrate well with the program and structure enhancing the unity of the project. The systems we chose reflect the programmatic organization, which in turn reflect the attitude of the city.
RIGID BOARD INSULATION 07210
MINOTAIR DUEL FUNCTION AIR EXCHANGER RIGID INSULATION JOINT SEALERS
GLU-LAMINATED TIMBER CONSTRUCTION
07400
061113
GLAZED ALUMINUM CURTAIN WALL 08915
CROSS-LAMINATED TIMBER STRUCTURE 061113
AIR + MOISTURE BARRIER 07270
RAIN SCREEN FURRING STRIPS
+ GREENHOUSE STRATEGY The structure utilizes a new type of construction that is environmentally responsible as well as aesthetically appealing. It warms and softens the space.
SLIDING METAL PANELS EXTERIOR FINISH CARPENTRY
GYPSUM BOARD ASSEMBLIES
06201
09260
WOOD DECKING
ARCHITECTURAL WOODWORK
06150
06200
fall 2016
Alternating CLT panels between glulam beams bring modular prefabrication to the building process. It also helps lower the live cycle and embodied energy of the building as a whole.
SLIDING ALUMINUM DOORS + FRAMES 08160
DOOR HARDWARE 08710
GLAZING 08800
WINTER GARDEN
METAL FABRICATION + FASTENERS 05500
EXTERIOR WOOD FINISH
EARTHWORK 03300
SHEET WATERPROOFING 07130
ALUMINUM DOORS 08120
CAST-IN-PLACE CONCRETE 07300
COMMON HOUSE
Knoxville_TN
Gathering spaces in the Common House provide the Co-living community with an opportunity to be a part of a â&#x20AC;&#x153;neighborhoodâ&#x20AC;?. Young professionals, international students, and new families are able to interact and grow together in a space that embodies a communal family room.
METAL LOUVERS GLAZED ALUMINUM CURTAIN WALL STEEL FASTENERS JOINT SEALERS STEEL TRUSS
fall 2016 STEEL MESH FLOOR METAL RAILING 05520
METAL FABRICATION 05500
GLAZING
08800
SLIDING DOORS 0860710
X-LAM CONSTRUCTION 061113
GLU-LAM CONSTRUCTION
DOOR HARDWARE 08710
STEEL PLATE
08160
TIMBER TRUSS CORDS
SECTION DETAIL 1.0
STEEL TRUSS MEMBERS
EXTERIOR BOARD INSULATION 07210
FIRESTOPPING 07840
AIR + MOISTURE BARRIER 07270
Louvers run across the large southern facade creating shading for the large greenhouse. The layers create a great amount of shade inside the greenhouse all around the year. The glass facade transfers a lot of heat from the sun, but the double-pane glass and the energy recovery ventilators in the space allow the heat to be distributed in a way that is energy efficient.
+ SOLAR GREENHOUSE [2030 Palette]
A solar greenhouse incorporates solar glazing for heating and plant growth, and thermal mass to store daytime heat for release at night. To prevent one-sided plant growth, it is common to provide some opposite wall glazing to admit back light onto the plant canopy.
Nashville_TN
+ GREENHOUSE DESIGN
+
exchange
le
+ Davidson County Wastewater Treatment Plant + treated waste water
NSITY
+
]
+
Nashville Nashville
+
catch
RURAL DENSITY
downtown Nashville
[population]
release
+
+
Franklin
+
+ biofuel waste to farmer
+
salvage/scrap
+ brownfield
+ brick
year 2017
+
SITE
Cornelia Fort Air Park
+
+ brownfield year 2030
year 2060
+
LANDSCAPE DESIGN STUDIO
FALL 2017 with SUMMER ABSTON
+
AGENT O P E R AT I O N S
RUNNOF + EROSION _dynamic landscape _low species diversity_undesirable soil _ecological diversity _runnoff deposit_floodplain management
P
15
N
7
K
19
MANURE COMPOST _increased drainage _higher nutrient composition _potassium+nitrogen+phosporous _ACIDITY decrease
ACTOR .01
ACTOR .01
3’0”
AGENT.01
observer + director actor hearding agent obsticle
5’0” 3’4”
<
24” 12”
5’3”
4’6”
contraction
DIR ECTOR .02
<
24” 12”
36”
5’3”
DIR ECTOR .0
ACTOR.01 Blind Spot
COLOMBIA EWE
<
12”
A
B
Handler Movement A - start movement B - stop movement
45 90 Point of Balance
+ FLIGHT ZONE
36”
-
human sheep dog land
DIR ECTOR .0
-
+
density accumulation dispersion
<<
observer + director actor hearding agent obsticle
6’8”
DIR ECTOR .01
CROSSBREAD EWE
human sheep dog land
2’4”
8’0”
<
AGENT.01 12”
contraction
density accumulation dispersion
<
2’2
+agent
<
actor
4’2”
1’10”
contraction
actor
+agent
2’2”
contraction
+
director
-
10 SHEEP PER ACRE
+ CONTINIOUS GRA ZING
+
Agents act as the primary input in modification of the landscape. Surface agents [sheep] develop the topographical surface variety over time creating a dynamic landscape of emerging ecologies. Erosion is both observed and enhanced to stimulate landscape change
GRASS - WEEDS - INVASIVE SPECIES
+ RATIONAL GRA ZING
AGENT NETWORK THEORY
Nashville_TN
+
director
+ INTENSIVE GRA ZING
+ PA S T U R E D I V I S I O N
0
03
<
+
+
<
<<
+
+
<
<
<
+
<
<<
6
02
1 ar ye
1 ar ye
01
<
+
<
+
8 ar ye
1 ar ye
00
+
agent movement introduciotn of agents existing topography
early pattern establishment obstacle/ detractor
thickening [woody] brush
high soil compaction retired path + young grass establishment
extensive graxing established erosion path
AGENT BASED CODING fall 2017
This toolset simulates agent interactions on a surface based on obstacles (detractors) and specific disired vegetation. [Attractors} allow predicitons of agent behavior to dictate prospective movement patterns and speculate areas of erosion-competition-overgrowth
01
+ +
+ +
+ +
+
+
+
02
+ +
+ +
+ +
+
+
+
03
+ +
+ +
+ +
+
+
+
Nashville_TN
herding strategy [sheepdog] static pivot radii flexibility pasture enclosure
elevated pedestrian path
pasture variation
+DESIGN TOOLS Parametric surfaces created with grasshopper allow careful observation of species diversity at varying elevations. This further developed our understanding of ecosystem diversity on site.
LITTER ZONE_ 2in brush//leaf litter
TOP SOIL _ 10 in
silt mineral//humus
SUB SOIL _25 in
leaching//edisposition
Overgrazed brush _leaf litter
HORIZON VARIATION_32in maximum leaching
Top soil humus _wet _compaceted
FRAGMENTED SOIL_ 40in
unweathered//accumulation
Sub spil humus _nutrient deposit _compaced soil
Subsurface humus
_leaching groundwater _poor drainage
BED ROCK
unweathered//rock
UNDISTURBED SOIL PROFILE
Bed Rock
_early weathering
ERODED SOIL PROFILE
Nashville_TN
A G R I C U LT U R E R E S E A R C H FA C I L I T Y
SPRING 2016 with AARON WRIGHT
+
RURAL TRACKS
WIND
SUN
OWNERSHIP
Nashville_TN
RURAL LANDSCAPE + CONDITIONS An academic research facility for the Agriculture Department of the University of Tennessee. Working in combination with farmers and researchers, we combined exhibition with laboratory spaces in order to meet the clients exact needs.The display of research and agriculture techniques held a primary role in arranging the space to be an interaction of the living, learning, and working type.
LONGITUDINAL [JOG] SECTION .01
” insulated air space 3/4” interior OBS finish 10”x4” timber framing 1/2” rigid insulation 1/2” exterior wood panel finish 3/4” interior OBS finish
The reasearch complex consists of event space, student housing, offices, a research lab, a cafeteria, and gathering areas. We worked in close connection with the University of Tennessee Agriculture Research Lab in middle TN to develop the program and design specifically for their needs.
EXTERIOR WALL DETAIL.01
[equipment]
[crops]
Nashville_TN
[pedestrian]
PLAN ARRANGEMENT
spring 2016
CAST IN-PLACE CONCRETE
WOOD PANEL
ALUMINUM SIDING
Nashville_TN
BASE CAMP WHITE
TENNESSEE WILDLIFE RESOURCE VIRGIN FALLS STATE PARK
LOST CREEK STATE NATURAL AREA
LATIMER RESERVATION BOY SCOUTS
111
DEPARTIMENT OF CORRECTIONS
SPENCER
BASE CAMP VAN BUREN
BLEDSOE STATE FOREST
37
BASE CAMP BLEDSOE
FALL CREEK FALLS STATE PARK
127
PIKEVILLE
TENNESSEE H E R I TA G E C A M P
FA L L 2 0 1 5 B l e d s o e T E N N E S S E E
+
N AT U R E T O NOURISH
BUNKHOUSE
ORCHARD
HUMUS DEPOSIT fall 2015
HERB GARDEN LEAF WEB
HORSE HOME H O R T I C U LT U R E HAHA
Seasons are a natural cycle the earth uses to maintain its health. The seasons become an anual cycle which is a foundation to enhance the built environment. Instruments to measure the phenomenon of season change are put on display at The Bledsoe Haritage Camp. Herb drying sheds, leaf litter compost, decidious tree cycles, and humus piles allow the visitor to engage these processes.
Pikeville_TN
Four elements on which to look at a site with sensitivity to previous life, controlled by an inherent human interest toward the future.
fall 2015
BLEDSOE STATE FOREST [6,650 ACRES]
BUNK HOUSE
REST
6,000 SF
DRYING SHED
RESTROOM 120 SF
6,000 [SQUARE FEET]
GATHER
HANG DRY SPACE
10 AT 200 SF
1,000 SF
2,000 SF
BUNKS 100 SF
CCC CLEARING
EVAPORATIVE DRYING
EAT
360,000 SF
1,500 SF
750 [SQUARE FEET]
WASHROOM 30 SF
REST
2,000 [SQUARE FEET]
DRYING SHED
GATHER
6,000 SF
500 SF
BUNK HOUSE 6,000 SF
STORAGE 1,500 SF
RESTROOM 100 SF
HERB GARDENS 120,000 SF
Pikevi_TN BAY TREE 750 SF
BASIL 500 SF
ROSEMARY 500 SF
DILL
500 SF
OREGANO 500 SF
FENNEL 500 SF
MINT
THYME
500 SF
500 SF
PARSLEY 500 SF
TSAGE 500 SF
LEMONGRASS 500 SF
HERB GARDENS 120,000 SF
LAVENDER FIELD 60,000 SF
BLEDSOE STATE FOREST CCC CLEARING BUNK HOUSE RESTROOM GATHER EAT REST
ROOMS BUNKS WASHROOM
SEASONAL HERBS
[6,650 DRYING SHED ACRES] HANG DRY SPACE
360,000 [SQUARE FEET]
6,000 [SQUARE FEET] 1,000 [SQUARE FEET] EVAPORATIVE DRYING 1,500 [SQUARE FEET] GATHER 500 [SQUARE FEET] RESTROOM 100 [SQUARE FEET] STORAGE 1,500 [SQUARE FEET]
6,000 [SQUARE FEET] 120 [SQUARE FEET] 2,000 [SQUARE FEET] 750 [SQUARE FEET] HERB GARDENS 2,000 [SQUARE FEET] LAVENDER FIELD 10 AT 200 [SQUARE FEET] SEASONAL HERBS 100 [SQUARE FEET] 30 [SQUARE FEET]
120,000 [SQUARE FEET] 60,000 [SQUARE FEET] 60,000 [SQUARE FEET]
+
CRAFTED
condition1 condition2 condition3
+
AUSTEN BARRETT
m_615_943_7575
e_ austenkarlin17@gmail.com
+