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Selected undergraduate works from 2013 to present
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DAVID BURTON
Arc
h. P
ortfo
lio V
OL.
1
DAVID BURTONARCHITECTURE PORTFOLIOSelected works (2013-Present)ARCHITECTURE PORTFOLIOSelected works (2013-Present)
DAVID BURTON
Performance Halls on False creekFlatiorns Center for the Arts
Paper Lamp
ARCHITECTURE
LANDSCAPE/PLANNING
DIGITAL FABRICATION
Burke Park Design/Build
Table of ContentsSelected works (2013-Present)
Performance Halls on False creekFlatiorns Center for the Arts
Paper Lamp
ARCHITECTURE
LANDSCAPE/PLANNING
DIGITAL FABRICATION
Burke Park Design/Build
Table of ContentsSelected works (2013-Present)
PERFORMANCE HALLS ON FALSE CREEK
PROJECT DETAILS
LOCATIONNortheast Shore of False Creek in Vancouver, British Colombia
BUILDING TYPEPublic performance arts complex
CONTENTS1 Large 2000 seat theater2 Smaller 750 seat theatersRestaurant, bar and loungeWaterfront boardwalkAmple green spaces
GOALS
To design a large performance arts complex to house three stages and to accommodate 3500 guests. The existing site lies in the middle of Vancouvers Olympic Village. Neighboring buildings include BC Place Stadium, Rogers Arena and The World of Science at TELUS. The problem was the site itself served as a massive and functionless divider between the various pieces of the Olympic Village, and detracted heavily from the cohesiveness and beauty of the public realm.
The goal was shape the form of the building and public spaces of the site to maximize the pedestrian experience as well as provide a highly functional space to accommadate large, show attending, crowds.
PERFORMANCE HALLS ON FALSE CREEK
PROJECT DETAILS
LOCATIONNortheast Shore of False Creek in Vancouver, British Colombia
BUILDING TYPEPublic performance arts complex
CONTENTS1 Large 2000 seat theater2 Smaller 750 seat theatersRestaurant, bar and loungeWaterfront boardwalkAmple green spaces
GOALS
To design a large performance arts complex to house three stages and to accommodate 3500 guests. The existing site lies in the middle of Vancouvers Olympic Village. Neighboring buildings include BC Place Stadium, Rogers Arena and The World of Science at TELUS. The problem was the site itself served as a massive and functionless divider between the various pieces of the Olympic Village, and detracted heavily from the cohesiveness and beauty of the public realm.
The goal was shape the form of the building and public spaces of the site to maximize the pedestrian experience as well as provide a highly functional space to accommadate large, show attending, crowds.
DN
DN
DN
--
-
-
-
-
-
-
2000
SITE PLAN
DIAGRAMMATIC VIEWS
DN
DN
DN
--
-
-
-
-
-
-
2000
SITE PLAN
DIAGRAMMATIC VIEWS
UP
DN
UP
DN
DN
--
A
A
B
B
C
C
ELEVATION A
SECTION B
SECTION C
1= 40
1= 40
1= 40
LEVEL 1A1= 40
750 SEAT THEATERS
UP
DN
UP
DN
DN
--
A
A
B
B
C
C
ELEVATION A
SECTION B
SECTION C
1= 40
1= 40
1= 40
LEVEL 1A1= 40
750 SEAT THEATERS
DN
DN
-
- -
-
OUTSIDE OF THE SMALL THEATER
A large gathering space at the entry to the theater allows guest to gather before after and during intermissions of the show. The space is large enough to allow for gathering and flowing circulation.
SMALL THEATER The small theater is designed to accomodate 750 attendees for medium to large shows. The two tier seat maximize the
view and accoustics for the guests in the back.
LEVEL 3 PLAN OF SMALL THEATER WING
DN
DN
-
- -
-
OUTSIDE OF THE SMALL THEATER
A large gathering space at the entry to the theater allows guest to gather before after and during intermissions of the show. The space is large enough to allow for gathering and flowing circulation.
SMALL THEATER The small theater is designed to accomodate 750 attendees for medium to large shows. The two tier seat maximize the
view and accoustics for the guests in the back.
LEVEL 3 PLAN OF SMALL THEATER WING
-ELEVATION E
SECTION D
D
D
E
E
LEVEL 1 PLAN1= 40
1= 40
1= 40
2000 SEAT THEATER
-ELEVATION E
SECTION D
D
D
E
E
LEVEL 1 PLAN1= 40
1= 40
1= 40
2000 SEAT THEATER
--
LEVEL 3 LARGE THEATER PLAN
BALCONY VIEW
--
LEVEL 3 LARGE THEATER PLAN
BALCONY VIEW
BAR AND LOUNGE
LOBBY
MAIN ENTRANCEGATEWAY TO THE COMPLEX
BAR AND LOUNGE
LOBBY
MAIN ENTRANCEGATEWAY TO THE COMPLEX
FLATIRONS CENTER FOR THE ARTS
PROJECT DETAILS
LOCATIONEldorado Springs just outside of Boulder, CO
BUILDING TYPEPublic art gallery and creation studio
CONTENTSClassroom SpaceExhibition SpaceSmall Perfomace SpaceLarge art creation Space
GOALS
The Flatirons center for the Arts was designed as a place where the public could take art classes, view locally created art in the exhibits, and even watch small, live, theater productions. The goal was to engage the public in every phase of art. From creation to completion, and display. The Site nestles into the foothills near Eldorado Springs which provides a protected and beautiful location to truly immerse ones self in creativity and art.
A
B
C
A
B
C
FLATIRONS CENTER FOR THE ARTS
PROJECT DETAILS
LOCATIONEldorado Springs just outside of Boulder, CO
BUILDING TYPEPublic art gallery and creation studio
CONTENTSClassroom SpaceExhibition SpaceSmall Perfomace SpaceLarge art creation Space
GOALS
The Flatirons center for the Arts was designed as a place where the public could take art classes, view locally created art in the exhibits, and even watch small, live, theater productions. The goal was to engage the public in every phase of art. From creation to completion, and display. The Site nestles into the foothills near Eldorado Springs which provides a protected and beautiful location to truly immerse ones self in creativity and art.
A
B
C
A
B
C
Up
Up
Prop StorageArt Storage
Mech Room
Artwork Exhibition Space1.2.3.4.
Elevator5.Fire Escape Stairs6.Entry Plaza7.
Theator Stage
8.
1
2
3
4
5
6
7
89
Restrooms9.
FIRST FLOOR PLAN0 10 20
2ND FLOOR PLAN0 10 20
2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN2ND FLOOR PLAN
B
A
1
2
34
5
6
7
Up
Dn
Dn
Up
UpMultipurpose TablesStudio/ Workshop
Artwork Exhibition 1.2.3.4.
Amphitheater5.6. Entry Plaza7.
Large Piece Exhibition Space
Restrooms
A
B
Rooftop Gathering Space1.2. Shade Structure
1
2
Dn
Dn
ROOF PLAN0 10 20
Up
Up
Prop StorageArt Storage
Mech Room
Artwork Exhibition Space1.2.3.4.
Elevator5.Fire Escape Stairs6.Entry Plaza7.
Theator Stage
8.
1
2
3
4
5
6
7
89
Restrooms9.
FIRST FLOOR PLAN0 10 20
2ND FLOOR PLAN0 10 20
B
A
1
2
34
5
6
7
Up
Dn
Dn
Up
UpMultipurpose TablesStudio/ Workshop
Artwork Exhibition 1.2.3.4.
Amphitheater5.6. Entry Plaza7.
Large Piece Exhibition Space
Restrooms
A
B
Rooftop Gathering Space1.2. Shade Structure
1
2
Dn
Dn
ROOF PLAN0 10 20
SECTION A 0 10 20
SECTION A 0 10 20
SECTION A 0 10 20
SECTION A 0 10 20
BURKE PARK DESIGN/BUILD
PROJECT DETAILS
LOCATIONBurke Park, Boulder CO
PROJECT TYPEPark master planning with a built outdoor classroom and gathering space
CONTENTSMultifunctional deck/gathering spaceLarge grassy berms Concrete seat walls Native planting schemes to represent local biomes.
GOALS
Our team was commisioned by the City of Boulder Parks Department to design and build additions to a large park in Boulder, CO. The users of the park include a large senior living facility, manhattan middle school children and the community living in the surrounding suburbs. It was essential to create a highly inclusive, and diverse park design to accommodate the needs of as many users as possible. The scope of the project incorporated a 3 phase masterplan, to include 5 unique strands, which direct circulation to a central gathering space from various points in the park. Build phase one included the construction of the central gathering space, vairous large grassy berms, and a series of connected mini-biomes, which mimick the major biomes that are found linking the mountains to the plains.
BURKE PARK DESIGN/BUILD
PROJECT DETAILS
LOCATIONBurke Park, Boulder CO
PROJECT TYPEPark master planning with a built outdoor classroom and gathering space
CONTENTSMultifunctional deck/gathering spaceLarge grassy berms Concrete seat walls Native planting schemes to represent local biomes.
GOALS
Our team was commisioned by the City of Boulder Parks Department to design and build additions to a large park in Boulder, CO. The users of the park include a large senior living facility, manhattan middle school children and the community living in the surrounding suburbs. It was essential to create a highly inclusive, and diverse park design to accommodate the needs of as many users as possible. The scope of the project incorporated a 3 phase masterplan, to include 5 unique strands, which direct circulation to a central gathering space from various points in the park. Build phase one included the construction of the central gathering space, vairous large grassy berms, and a series of connected mini-biomes, which mimick the major biomes that are found linking the mountains to the plains.
1"=30'
0' 30' 60' 120'
Prog
ram
in E
nviro
nmen
tal D
esig
nTh
e U
nive
rsity
of C
olor
ado
Boul
der
Burk
e Pa
rk D
esig
n Bu
ild S
tudi
oSp
ring
2013
01 ARBORETUM
02 DECK
MONTANE BIOME
FOOTHILLS BIOME
GRASSLANDS BIOME
+MOUNDS & SEAT WALL
OUTDOOR CLASSROOM
03 COMMUNITY GARDEN
Pawn
ee D
rive
Moha
wk D
rive
Multi Purpose Fields
Thunderbird Lake
Horizons K-8 School
Mountain View United Methodist Church
SECTION
2 SECTION
1
2'-8
3/4
"
1'-0
"
1'-8
1/2
"
2A-6
A-61
A-53
A-52
SIMPSON ELEVATED POST BASE
1 x 6 IPE HARDWOOD DECKING2 X 6 CEDAR JOIST @ 12 O.C.
2" STAINLESS STEEL HEX-SCREW
1
24" POURED CONCRETE FOOTER
BEAM DETAIL
4 X 8 CEDAR BEAMZ-MAX GALVANIZED DOUBLE SHEAR HANGER
4 X 8 BLOCKING (AS NEEDED)1/2" X 4" LAG BOLT
1 X 6 IPE FASCIA BOARD
2'-0"
1'-0
"
2
8" CONCRETEMOW STRIP
2" STAINLESS STEEL HEX-SCREW
2 X 6 CEDAR JOIST @ 12 O.C.
MOW STRIP/FOOTER TYP.
1 x 6 IPE HARDWOOD FASCIA
SIMPSON Z-MAX GALVANIZED HANGER
SIMPSON ELEVATED POST BASE24" POURED CONRETE FOOTER
1 x 6 IPE HARDWOOD DECKING
4 X 8 CEDAR BEAM1/2" GALVANIZED STEEL BOLT
1'-0
"
8"
SIMPSON Z-MAX GALVANIZED HANGER
SIMPSON ELEVATED POST BASE
2 X 8 CEDAR BEAM1 X 6 IPE HARDWOOD FASCIA
JOIST DETAIL3
1 x 6 IPE HARDWOOD DECKING2" STAINLESS STEEL HEX-SCREW
2 X 6 CEDAR JOIST @ 12 O.C.
JOIST LENGTHS
BEAMLENGTHS
JOIST SPACING 12" O.C.1'-0"
9'-6 1/4"
20'-4 1/4"
5'-9
1/
2"7'
-4 1
/2"
1"=30'
0' 30' 60' 120'
Prog
ram
in E
nviro
nmen
tal D
esig
nTh
e U
nive
rsity
of C
olor
ado
Boul
der
Burk
e Pa
rk D
esig
n Bu
ild S
tudi
oSp
ring
2013
01 ARBORETUM
02 DECK
MONTANE BIOME
FOOTHILLS BIOME
GRASSLANDS BIOME
+MOUNDS & SEAT WALL
OUTDOOR CLASSROOM
03 COMMUNITY GARDEN
Pawn
ee D
rive
Moha
wk D
rive
Multi Purpose Fields
Thunderbird Lake
Horizons K-8 School
Mountain View United Methodist Church
SECTION
2 SECTION
1
2'-8
3/4
"
1'-0
"
1'-8
1/2
"
2A-6
A-61
A-53
A-52
SIMPSON ELEVATED POST BASE
1 x 6 IPE HARDWOOD DECKING2 X 6 CEDAR JOIST @ 12 O.C.
2" STAINLESS STEEL HEX-SCREW
1
24" POURED CONCRETE FOOTER
BEAM DETAIL
4 X 8 CEDAR BEAMZ-MAX GALVANIZED DOUBLE SHEAR HANGER
4 X 8 BLOCKING (AS NEEDED)1/2" X 4" LAG BOLT
1 X 6 IPE FASCIA BOARD
2'-0"
1'-0
"
2
8" CONCRETEMOW STRIP
2" STAINLESS STEEL HEX-SCREW
2 X 6 CEDAR JOIST @ 12 O.C.
MOW STRIP/FOOTER TYP.
1 x 6 IPE HARDWOOD FASCIA
SIMPSON Z-MAX GALVANIZED HANGER
SIMPSON ELEVATED POST BASE24" POURED CONRETE FOOTER
1 x 6 IPE HARDWOOD DECKING
4 X 8 CEDAR BEAM1/2" GALVANIZED STEEL BOLT
1'-0
"
8"
SIMPSON Z-MAX GALVANIZED HANGER
SIMPSON ELEVATED POST BASE
2 X 8 CEDAR BEAM1 X 6 IPE HARDWOOD FASCIA
JOIST DETAIL3
1 x 6 IPE HARDWOOD DECKING2" STAINLESS STEEL HEX-SCREW
2 X 6 CEDAR JOIST @ 12 O.C.
JOIST LENGTHS
BEAMLENGTHS
JOIST SPACING 12" O.C.1'-0"
9'-6 1/4"
20'-4 1/4"
5'-9
1/
2"7'
-4 1
/2"
AB B
AC
D
ROW 1
ROW 2
ROW 1
ROW 2
[Efficiency: 81%]LASER CUTTER FILE
ASSEMBLY INSTRUCTIONSFor the Following instructions Pieces from each row areidentical and each row attaches directly to its adjacent row. Row 1 is the top most r ow and R ow 17 is t he bottom most row.
Repeat until each piece from row 1 and 2 is used.Then begin by connecting the tabs of row 2 to theinserts of row three until each row has been connected
1. Begin by slotting insert A through tab slot B andinsert C through tab slot D Starting with a piece fromrow one and row 2.
DIGITALLY FABRICATED PAPER LAMP
PROJECT DETAILS
PROJECT TYPEParametric paper lamp
CONTENTS1 Laminated plywood base1 Toggle switch6ft Cord150# 20x30in colored paperStandard 60W incandescent light bulb
GOALS
To create a light source that is digitally modeled and fabricated from a flat material, equal to the size of the maximum capable range of the laser cutter. It was important to maximize the material efficiency of the product and to have nearly zero waste. The aesthetic goal was to use the functional perforations which allow the lamp to be easily assemblable, to also allow for unique lighting patterns to pass through the parametric shade.
Row 12
34
56
78
910 11
12 1314 15
1617
AB B
AC
D
ROW 1
ROW 2
ROW 1
ROW 2
[Efficiency: 81%]LASER CUTTER FILE
ASSEMBLY INSTRUCTIONSFor the Following instructions Pieces from each row areidentical and each row attaches directly to its adjacent row. Row 1 is the top most r ow and R ow 17 is t he bottom most row.
Repeat until each piece from row 1 and 2 is used.Then begin by connecting the tabs of row 2 to theinserts of row three until each row has been connected
1. Begin by slotting insert A through tab slot B andinsert C through tab slot D Starting with a piece fromrow one and row 2.
DIGITALLY FABRICATED PAPER LAMP
PROJECT DETAILS
PROJECT TYPEParametric paper lamp
CONTENTS1 Laminated plywood base1 Toggle switch6ft Cord150# 20x30in colored paperStandard 60W incandescent light bulb
GOALS
To create a light source that is digitally modeled and fabricated from a flat material, equal to the size of the maximum capable range of the laser cutter. It was important to maximize the material efficiency of the product and to have nearly zero waste. The aesthetic goal was to use the functional perforations which allow the lamp to be easily assemblable, to also allow for unique lighting patterns to pass through the parametric shade.
LAMP VERSION 2
LAMP VERSION 2
THANK YOU!
THANK YOU!
DAVID BURTON
Arc
h. P
ortfo
lio V
OL.
1
DAVID BURTONARCHITECTURE PORTFOLIOSelected works (2013-Present)ARCHITECTURE PORTFOLIOSelected works (2013-Present)
DAVID BURTON