A
R
C
H
I
T
E
C
T
U
R
E
u h IO n OL a TF iv R PO
“
When you drop any new idea in the pond of the world, you get a ripple effect. You have to be aware that you will be creating a cascade of change.
”
Joel A. Barker
Contact
Ivan Hu 626.840.8808 ivanhu@wndesign.net San Diego, California
Table of Contents
1 Romberg Resurgence
p.8
2 Kairoa Brewery
p.12
3 Nobel Court
p.14
4 [Void] Space
p.18
5 Imagination Drive
p.28
6 Prospect Station
p.32
7 Home is Where the Heart Is
p.34
8 ONE
p.40
9 Resonating Rhythm
p.42
R o mb er g res u rgen c e
Tiburon, CA Fall 2017 - Architecture at Zero 2018 - First Place Program: Site Study: Energy Study: Concept: Design/Render: Drawings: Board Layout:
Autodesk Infraworks Autodesk Insight SketchUp Autodesk 3ds Max Autodesk AutoCAD Adobe Illustrator/Photoshop
As an architecture designer, it is our duty to build responsibly with not just the user’s in mind, but also for the well-being of the future and the community. Sustainable design is more than just a trend or an idea of exclusive design, but a guideline of the minimum effort needed design. Imagination Drive is a theoretical design in Colorado, a city ranked highly for its focus in Green initiative. This project is a study of utilizing programs and environmental data to design a residence that best utilizes passive energy design . By running simulations of building’s performance throughout the year, we can design the different elements of the building to best corresponds to achieve the best efficiency outcome, while designing a comfortable household for people. The design approach to this project is recreating the lost art of family gathering. By understanding the circulation patterns of a normal household and collecting data of how the average household utilizes each space of the house, Imagination Drive is a vehicle for families to enjoy precious time together in our busy lives. In collaboration of utilizing multiple programs to achieve the best outcome for the design, this project’s focus was to understand the different functions of different 3D visualization programs to provide photo-realistic renderings. Understanding how to cross platform from different programs, we are able to utilize modern technologies to our advantage in architectural design. 0
10
50
100
A
PROGRAM
3
/C W
/C W
B LA . FT ET Q W 5S 0 22
M O RO T H Q. F NC S LU 800
Kayak Building --- 1,505 SF Outdoor Space --- +1,000 sf
E AC
RR
TE
M O RO SE T PO . F UR SQ TIP 1195 L U M
1
Lobby/Retail --- 500 SF Bathroom Total --- 213 SF Admin --- 490 SF Support Room --- 800 SF Multipurpose Room --- 1195 SF Lunch Room --- 800 SF Exhibit Room --- 1990 SF Wet Lab --- 2205 SF
M O RO FT IT Q. HIB 0 S EX 199
4
N T IN M .F AD SQ 0 49
C
B B.2
4
IL TA RE FT Y/ Q. BB S LO 500
C
M O RO T RT . F O SQ PP 0 U S 80
B
C
KEY 1 - RECEPTION 2 - LUNCH ROOM/CAFETERIA 3 - W/C 4 - ADMIN OFFICE 5 - PUBLIC W/C 6 - LOCKER ROOMS 7 - GEAR STORAGE 8 - KAYAK STORAGE 9 - KAYAK DOCKING BAY
2
3 A
1 A.2
4 9 B
5 5
6
C
7 6
8
D
2
E
0
10
1
50 1/16” = 1’ - 0”
70% Roof Area PV
Solar Energy LED Lighting
Primary Energy Source
High Density Battery Storage
Heat Exchanger
Radiant Heating and Cooling Tubes
Water Collection
Fog
Ru
no
ff
Gravel Filter
Non-Potable
Irrigation
Resevoir
High Tide
Buoy
Buoy
Low Tide
Ocean Swell Moves Buoy to Rise and Fall
Pressurized Water
Buoy
High Pressure Ignites and Drives Turbines
Tidal Swell Energy
PV PLATFORM
PHOTOVOLTAICS GREEN ROOF VEGETATION
FILTER FABRIC DRAINAGE/STORAGE LAYER R-60 RIGID INSULATION WATERPROOF MEMBRANE CORRUGATED STL ROOF DECK
SHEET-METAL PARAPET CAP CONTINUOUS CLEAT W/ METAL FLASHING
LT WT. CONCRETE METAL DECK GROWING MEDIUM
2X WOOD BEAM SEALANT
EXPOSED STEEL TRUSS
WIDE FLANGE BEAM W 19 x 120 GIRDER
WIDE FLANGE BEAM W 15 x 132 COLUMN
DOUBLE PANE UV GLAZING
MULLION
150’
P 52-BJ-84
01 06
125’
100’
RADIANT HEATING/COOLING R19 RIGID INSULATION
75’
50’
25’
CONCRETE FOUNDATION WALL 0’ 0’
SITE SECTION
SECTION AA - KAYAK BUILDING
50’
100’
200’
300’
500’
CONCRETE FOOTING
0
5
25
SECTION BB - KAYAK BUILDING
50 1/8” = 1’ -0”
0
SECTION BB - VISITOR CENTER
5
25
50
k a i r oa b r e w e r y San Diego, CA Mojave Works Program: Design/Render: SketchUp with V-Ray CD’s: AutoCAD Board Layout: Adobe Illustrator/Photoshop
Furniture is designed for a purpose and personality in mind. In this collaboration studio, our goal was to find design fit for the intention of the users. One is an idea of individuals and connection. In a relationship, we find ourselves in conflicts and problems. To make it work, the main focus is to find the middle ground in which compromise can be agreed on. One is a design based on this concept. The execution is best described as the understanding of a see-saw. To perform correctly, we have to work together and in tandem. The One chair sits on a pivotal point that alters through weight distribution of the users. As people are more understanding of each other, we have no barrier and be at ease to be in close proximity to one another. When in conflict, we keep our distance and wish to be secluded from the world. One takes account of these personalities, and created a dual chair that acts as one. Although on its own, it can be utilized as its individual furniture piece, when acting accordingly together with another, it brings the essence out. This is a chair where the design is not just in the design by itself, but also the designing of the users.
1
2
3
4
5
6
1
2
2.1
3
71' 8'-1"
4
5
6
75'
51'-4"
11'-7"
4'
35'-5"
24'-2"
15'-4"
1
2
N1
105 BAR
1
P1
11
2
3
8
2 A-804
1 A-808
1
TRASH
1
3 A-501
101 DINING
6
2
UP 29R @6.9"
114
1 A-805
A-601
8'
119
5
6'
% E 1.9 OP SL
1
1
P1
I L 108 J K 106 M
2
104
2 A-602
A D 107 B 105 C E 108
P 109 N
N2
2
1
1
A-802
19' 18'-7"
13'
75'-2"
2
2
E2
N2
A-603
11 A-805
206
D
DN 29R P1 @ 6.9"
2
3
3 A-603
N2
A-501 E
2 A-604 3
P1 I L 210 J K 207 1 A-604 M
208
P 211 N
H 209 F
A D 208 B C E
210
211
O
E
109
9 A-802
F
209
G
201 SERV
1
2
H 104 F
110 J/C
L1
A-603
5
G
G
E1
1
16
N2
12 A-801
A-802
12
1
204 PATIO
8 A-801
202 BAR
F
201
207 MECH. S.
3
A
E2
10'
6
D
109
O
E
E2
4
LIL' SHEEP CORRAL
D.1
103 KITCHEN
DN 29R @ 6.9" 213
2
103
3
107
2A A-604
101
29R @6.9"
A-808
214
203
5
4'-5"
6
1
A-803
1
A-801
3
C.1
A-401
P1
TRASH
10'-1"
113 COOLER
3
1
A-602
L1 5
8
D
2
3
A-603
212
18'-7"
A-602
115
4
GS-25SC
75'-3"
A-601
2
4
7
19'
6'
A-401
1
C
N2
205
2
P1
TRASH
9'-11"
E2 1
4 A-801
B B.1
P1 112
203 OUTDOOR LOUNGE
204
E1
112 ELEC
2
P1
N2 1
113 CO2
120
110
A-803
116
5'-11"
7'-4" 111
4'-9"
4
1
6
TRASH
C
111 MECH
2
10
75'
8'-8"
106 OFFICE
9
L1
27'-1"
1
6 A-803
205 MECH N.
2
4 A-501
12'-3"
2'-9"
5
102
4'-10"
N2
C
4 A-801
7 1
1
P1
N1
3
18'-6"
113
4
N1
3
18'-7"
1
TYP.
4
A-501
B
C
A-804
A-601
6
1
4'-8"
9'-7" 8'-3"
3
A-802
TRASH
B
X
102 BREWERY
117
4
118
4
7
8 A-802
16 A-802
A
2'-6"
E2
8
12 A-802 E1
A A-801
A-501
16 A-801
7'-1"
E1
1
A-501
CONTRACTOR TO CONDUCT SITE MEETING W/ OWNER TO CONFIRM LOCATION AND QUANTITY OF ALL POWER AND DATA RECEPTACLES PRIOR TO THE COMPLETION ELECTRICAL OF ROUGH-IN
75'
8 A-802
18'-7"
4 A-401
19'-3"
1 A-501
16 A-801
TRASH
2 A-501
212 ELEV MACH. RM.
N2 16 A-802
A-801
3 A-401
6'
9'-6"
20'
4'-7"
6'-3"
5'-6"
7'-8"
11'-7"
15'-10"
24'-2"
71'
1/8" = 1'-0"
NORTH
B
B.1
C
C.1
D
D.1
1
7'-2"
11'-7"
4'-2"
SECOND FLOOR PLAN 1/8" = 1'-0"
30'- 0" TOP OF STRUCTURE
NORTH
E
E
D.1 D
C.1 C
B.1
B
A
PROPERTY LINE
PROPERTY LINE
A
6'
PROPERTY LINE
FIRST FLOOR PLAN
PROPERTY LINE
1
6'-3" 75'-2"
30'- 0" TOP OF STRUCTURE
3
19'- 5" TOP OF PARAPET 16'- 10" SECOND FLOOR
MTL-2
MTL-2
WD-1
WD-1
1
9'- 0" LANDING
WT-1
1
WEST ELEVATION 1/8" = 1'-0"
WT-1
WT-1
MTL-2
16'- 10" SECOND FLOOR
WD-1
0'-0" GRADE
MTL-2
WT-1
WD-1
0'-0" GRADE
2
EAST ELEVATION 1/8" = 1'-0"
n o b e l co u r t Arcadia, CA Mojave Works
A7
10' - 0"
9' - 0"
13' - 0"
260 S.F.
1/2"
15
1/2"
1
BED RM 1
3
3
9
1
9 6
60.00'
12' - 3"
A/C
6 DN
PANTRY
10"
3 5
REAR YARD KITCHEN
TV GAS F.P. DIRECTVENT BY "ISOKERN" ICC-ES-ESR2316 4'X4' H.C. TYP. LIFT LIVING
1
PANTRY
DN
3
5
3
DINING
A1.4
19' - 6"
H
A
TOTAL: 2,138 S.F.
7
1
10' - 0"
KITCHEN
DINING
2' - 0"
7
3
UP
7
2
3
9 ' - 0"
2
22' - 5 "
3
TOTAL: 1,996 S.F.
13' - 5 "
9
1
3 DN
5
5
3
3
2
UP
UP
1/ 2"
2
10' - 0"
SIDE YARD
1
5
PRIVATE OPEN SPACE TOTAL: 810 S.F.
PRIVATE GRADENS
UP
7
5 DN
KITCHEN
PRIVATE OPEN SPACE 240 S.F.
UP
STC RATING OF 58 SOUNDPROOFED WALL
15
9
1
TV
1
3
DN
PRIVATE OPEN SPACE
EXISTING OAK
230 S.F.
170 S.F.
REAR YARD
13' - 1" 42' - 3"
16' - 5"
10' - 0"
22' - 0"
22' - 0"
10' - 0"
10' - 0"
22' - 0"
22' - 0"
10' - 0"
USE 6'-0"HIGH X 10'-0"LONG IRON FENCE HERE TO PROTECT THE TREE ROOTS
15' - 0"
40' - 9" USE 6'-0"HIGH X 10'-0"LONG IRON FENCE HERE TO PROTECT THE TREE ROOTS
FIRST FLOOR PLAN 1/8" = 1'-0"
7' - 0"
5 A1.2
1/2"
190.00'
12' - 9" 12' - 2"
2
LIVING
1
2
FRONT YARD LANDSCAPE AREA 2,500 S.F.(60%)
DINING
7
PRIVATE OPEN SPACE
1/2"
3
BED RM 1
1/ 2"
7
1
C (856 S.F.)
3
2 7
2
2 PRIVATE GRADENS
NEW 36" BOX COAST LIVE OAK OR CALIFORNIA SYCAMORE
REF.
5
BED RM 1
3
1
7
1
BED RM 1
5'-0" CITY SIDEWALK
UP
DN REF.
A/C
3
1
3 A1.2
1/2"
KITCHEN
A/C
A1.3
A/C DINING
(963 S.F.)
3
5
1
3 DN
KITCHEN
3
9
5
5
3 1/2"
1
2
B
DINING
15
KITCHEN
KITCHEN
2
125.00'
14' - 11"
15
A1.3
EXISTING OAK
A/C
(976 S.F.)
BED RM 1
UP
LIVING
7
W/H
7
BED RM 1
DINING
D
15
F (960 S.F.)
5
A/C
ADA PASS OF TRAVEL
UP
TV
(976 S.F.) STC RATING OF 58 SOUNDPROOFED WALL
16 1/2"
1:12 H.C. RAMP
--A7
A/C
TV STC RATING OF 58 SOUNDPROOFED WALL LIVING
DN
TV
4 A7
TV
7
5
TV
UP
E
EXISTING OAK
LOBBY (232 S.F.)
ELEVATOR
1/2"
W/H A-A
LIVING
7
22' - 5"
(926 S.F.) TOTAL: 1,938 S.F.
DN
MAIL BOXES
1/2"
PRIVATE OPEN SPACE 100 S.F.
6
2
8
1
1/2"
LIVING
LIVING
DINING
44' - 10"
2
65.00'
1/2"
22' - 5"
22' - 5"
22' - 5 "
1
G
3
1
10' - 0"
5 A1.3
5
1/2"
2
WOOD TRELLIS 4'H IRONABOVE FENCE
PUBLIC GRADENS
2
2
PLANTER
2
22' - 0"
23 ' - 5 "
9
22' - 0"
2
2 1
BED RM 1
2
PUBLIC GRADENS
22' - 0"
2
W/H
PLANTER
1 2 ' - 6"
10' - 0"
SIDE YARD
16' - 5"
15
2
8' - 11"
5
1
1
- 0"
PRIVATE GRADENS
10' - 9"
1
1/2"
10'
14' - 3"
LIVING
23' - 8"
FOUNTAIN NIC
DN
PRIVATE OPEN SPACE 720 S.F.
1
3
W/M
2
44"WIDE STAIRWAY
70.00'
3
4' - 0"
4"WIDEX6'HIGH CONCRETE CURB
BASEMENT GARAGE WALL BELOW
10' - 0"
1
BED RM 1 2
7
2' - 0"
10' - 0" REAR YARD
UP
2
1/2"
A7
DINING
BASEMENT GARAGE WALL LINE BELOW
1
7
LIVING
NEW 36" BOX CREPL MYRTLE OR DINKO
D-D
UP
(980 S.F.)
TOTAL: 1,998 S.F.
DINING
1 1/2"
DN
15
I TV
TV
1 A1.2
TOTAL 1,981 S.F.
1
(1,023 S.F.)
2
(890 S.F.)
7
KITCHEN STC RATING OF 58 SOUNDPROOFED WALL
DECK WATER PROOFING BY "POLYCOAT" ICC-ESR-ES2785
4%X10'
5
A/C
A/C
P.O.S. 230 S.F.
48'X20' DUCT SHAFT FOR GARAGE EXHAUST VENT
6
DN
15
10' - 0"
10%X10'
5
10" W/H
RAMP DN.
10' - 0"
HOLLY AVE .
PRIVATE OPEN SPACE TOTAL: 760 S.F.
KITCHEN
BED RM 1
2
45' - 0"
13' - 4 "
1 A1.4
10' - 0"
20%X35'
2
2
1/2"
UP
REAR YARD
C-C
35'-0"
PRIVATE OPEN SPACE FOR UNIT A 150 S.F.
DN
2
4
2 UP
30' - 0" FRONT YARD
INTERLOCK BRICKS AT DRIVEWAY
18' - 0"
4 7
13' - 2"
EDGE OF CONCRETE DECK
PRIVATE OPEN SPACE
10' - 0" A7
10' - 6"
120.00'
PRIVATE GRADENS
30' FRONT YARD SETBACK LINE INDOTTED
23' - 8"
10' - 0"
3' - 0"
22' - 0" 8' - 6"
10' - 0"
10' - 0"
Autodesk Revit
22' - 0" 13' - 6"
REAR YARD
18' - 0"
9' - 4 "
LIGHT WELL 56"X56" CLEAR OPENING
SIDE YARD
Program: CD’s:
B-B
18' - 9"
B-B A7
30' FRONT YARD SETBACK LINE INDOTTED 10' - 0"
20' - 6"
REAR YARD
10' - 2"
10' - 4"
1' - 6"
10' - 0"
13' - 9"
9' - 11" FRONT YARD
4
SIDE YARD
A1.4
9
7
7
9
9 2
9 4
3
4
BED RM 2
3
3
BED RM 2
3' - 0"
10
5
3
5
3
6' - 9"
MASTER SUITE
6' - 9"
15' - 3" MASTER SUITE
3
3
4' - 0"
4
3 (1,040 S.F.)
8' - 1"
10' - 9"
9' - 6"
DEN
2 A1.2
4 9' - 2"
4
16' - 11"
14' - 6"
4' - 6"
27 A9
3
8' - 0"
5' - 0"
3' - 6" 3' - 0"
3
7' - 9"
3'X3' ATTIC ACCESS
7
6' - 0"
7' - 9"
3'X3' ATTIC ACCESS
A1.4
DEN
DN
7 BED RM 3
14' - 6"
4
2
9
9' - 6"
6' - 0"
3
3
ISKYLIGHT
7' - 5"
11' - 6"
12' - 6"
60.00'
4' - 6"
4
10
BED RM 3
(986 S.F.) 2'X2'
DN
H
11' - 2"
5' - 0"
45' - 0"
3
DN (1,022 S.F.) 2'X2' SKYLIGHT
12' - 1"
3
DEN
48'X20' DUCT SHAFT FOR GARAGE EXHAUST VENT
4
10
BED RM 3
9
MASTER SUITE
13' - 10"
3
3
2
A
3
9 13
4 1 4' - 8 "
3 BED RM 2
4
3
10' - 0"
A7
10' - 9"
13' - 0"
C-C
16' - 4"
4 15' - 10"
10' - 0"
120.00'
7
D-D A7
15' - 2"
6' - 10"
15' - 2"
(956 S.F.)
BED RM 2
10 3
3 MASTER SUITE
4
4' - 11"
9
DN
4
4
9
3 27 A9
3
BED RM 3
10
10
DEN BED RM 3
3
C
3 3'X3' ATTIC 10 ACCESS
(858 S.F.)
3
3
4
MASTER SUITE
3
9
4
4
ONE-HR EAVE, SEE
3
7
5 A9
190.00'
42' - 3"
10' - 0"
42' - 3"
10' - 0"
1 ' - 6"
10' - 6"
10' - 0"
20' - 6"
1 ' - 6"
10' - 0"
1' - 6"
14' - 6"
9' - 9"
10' - 0" REAR YARD
22' - 0"
22' - 0"
10' - 0"
2ND FLOOR PLAN 1/8" = 1'-0"
4
40' - 9"
15' - 0"
6 A1.2
3
10
9
A1.3
1' - 6 "
4' - 3"
DN 2'X2' SKYLIGHT
BED RM 2
7
125.00'
4 3
10
27 A9
9
BED RM 2
3
7 ' - 5" 11' - 9"
BED RM 2
4
A1.2
9
4
3
7
9
A1.3
11' - 3"
6' - 9"
9 DN
BED RM 2
9
9
DN
3
3
MASTER SUITE
B
10
3
4
8
D
2'X2' SKYLIGHT
3
BED RM 3
8
13' - 7"
13' - 3"
BED RM 3
3
3
(1,000 S.F.) 2'X2' SKYLIGHT
3 DEN
4' - 2"
9
3
3 10
E
3'X3' ATTIC ACCESS
DEN (980 S.F.)
3
3
10' - 3"
DEN
3
13' - 7"
7
10' - 6"
DEN (980 S.F.)
3
BED RM 3
2
11' - 1"
7
8' - 6"
F
3
3
7
DN
11' - 2"
9' - 0"
1' - 6"
--A7
7
3
3' - 0"
2'X2' SKYLIGHT
A-A
7
10
3
6' - 9"
3 3'X3' ATTIC ACCESS
4
4
9 ' - 2"
11' - 0"
DEN
MASTER SUITE
3
10' - 9"
G
3
4
3' - 0"
2'X2' SKYLIGHT
3 MASTER SUITE
3
22' - 5"
3 3
SIDE YARD
4
4
10' - 9"
11' - 10"
7
3 11' - 2"
22' - 5"
MASTER SUITE
3
DN(932 S.F.)
65.00'
9
10' - 9"
10' - 7"
BED RM 3
4
4
3
3
9 8
9 13
22' - 5"
4
7' - 0"
9
4
4 8
9' - 7"
12' - 1"
4
10" BED RM 2
13' - 0"
10' - 9"
9
10' - 0" 12" DEEP PLANTER
A1.3
9
10' - 0 "
6' - 10"
HOLLY AVE .
10' - 0"
6
9
1 5' - 1 "
17' - 5"
4 22' - 0"
10' - 3"
14' - 0"
14' - 11"
1 0' - 0 "
SIDE YARD
9' - 11"
3
4 23' - 8"
15' - 1"
9 70.00'
3
10' - 0"
PL
PL 2ND FL.
1ST FL.
H
G
BASEMEN TGARAGE
PL
11 10' - 0"
BASEMEN TGARAGE
UNIT D EAST ELEVATION
1/8" = 1'-0"
1/8" = 1'-0" 13
2
2
5
1
3
28' - 0"
PL
1ST FL.
10' - 0"
10' - 0"
BASEMEN TGARAGE
UNIT E WEST ELEVATION
1/8" = 1'-0"
PL
2
5
1
2
2
3
DECORATIVE IRON PLANTER PAINTED BLACK
1ST FL.
7
3
PL
10' - 0"
1ST FL.
11
7
5
10' - 0"
5
5
3
WATERHEATER LOUVER DOOR TYP.
11
BASEMEN TGARAGE
BASEMEN TGARAGE
BASEMEN TGARAGE
1
10' - 0"
11
13
2ND FL.
2ND FL.
1ST FL.
2
5
10' - 0"
4
10' - 0"
10' - 0"
PL
10' - 0"
13
DECORATIVE IRON PLANTER PAINTED BLACK
PL 2ND FL.
1/8" = 1'-0"
3
28' - 0"
2
28' - 0"
5
10' - 0"
2
10' - 0"
28' - 0"
1
11
WATERHEATER LOUVER DOOR TYP.
UNIT A,I,H NORTH / SIDE ELEVATION 4
1
PL
5
BASEMEN TGARAGE
13
2
1ST FL.
H
11
10' - 0"
9' - 8"
A
3
10' - 0"
1ST FL.
HOLLY AVE.
I
2
2ND FL.
10' - 0"
3' - 6"
10' - 6"
2ND FL.
5
10' - 0"
10' - 0"
2ND FL.
28' - 0"
10' - 0"
13
5
5
WATERHEATER LOUVER DOOR TYP.
UNIT H,G,F WEST / REAR ELEVATION 3
5
2
1ST FL.
BASEMEN TGARAGE
1
2
F 10' - 0"
5
10' - 0"
2
3
PL 2ND FL.
1ST FL.
2
1
10' - 0"
10' - 0"
2ND FL.
28' - 0"
10' - 0"
3
10' - 0"
2
13
28' - 0"
2
3
10' - 0"
28' - 0"
1
UNIT F,G EAST ELEVATION
UNIT H,I SOUTH ELEVATION
UNIT I EAST ELEVATION
1/8" = 1'-0"
1/8" = 1'-0"
1/8" = 1'-0"
5
2
4
13
2
2
3
1
2' - 0"
2' - 0"
2' - 0"
10' - 0"
10' - 0"
10' - 0"
28' - 0"
DECORATIVE IRON PLANTER PAINTED BLACK
PL
PL
2ND FL.
2ND FL.
10' - 0"
2
10' - 0"
1ST FL.
10' - 0"
2' - 0"
1ST FL.
2
2
9
7
6
6
7
5
8
C
11
B
GARAGE ENTRY
2
A
BASEMEN TGARAGE
10' - 0"
30' - 0" MAX.
7
BASEMEN TGARAGE
UNIT C,B,A EAST / FRONT ELEVATION (HOLLY AVE.) 1/8" = 1'-0" 2
10' - 0"
13
PL
28' - 0"
10' - 0"
5
3
2ND FL.
2ND FL.
10' - 0"
1ST FL.
1ST FL.
5
F
E
11
D
C
BASEMEN TGARAGE
UNIT F,E,D,C SOUTH / SIDE ELEVATION 1/8" = 1'-0" 3
1
PL
DECORATIVE IRON PLANTER PAINTED BLACK
10' - 0"
10' - 0"
5
2ND FL.
10' - 0"
2ND FL.
LOBBY 1ST FL.
9
11
B
7
10
11
E
WATERHEATER LOUVER DOOR TYP.
G
10' - 0"
1ST FL.
BASEMEN TGARAGE
UNIT B,D,E,G NORTH / COURTYARD ELEVATION 1/8" = 1'-0"
28' - 0"
2
4
10' - 0"
28' - 0"
13
2' - 0"
10' - 0"
FENCE WALL
10' - 0"
28' - 0"
1
HOLLY AVE.
[ Vo i d ] s c a p e Portland, Oregon Fall & Winter 2017 Program: Site Study: Energy Study: Concept: Design/Render: Drawings: Board Layout:
Autodesk Infraworks Autodesk Insight SketchUp Autodesk 3ds Max Autodesk Revit Adobe Illustrator/Photoshop
This project’s approach is to explore the architectural relationship of social void spaces that exists within high density living and public realm. Through design programming intervention of these spaces, we are able to re-purpose the fabric of a city that was once industrial heavy, to fit the social lifestyle of the area. By understanding the surrounding context of the site and the proposed intention of the Ford Distrcit of Portland, Oregon, [Void] Scape focus on the pedestrian scale by celebrating the Utopian image of the lifestyle of ‘Portlanders’. This is possible from studying the historical influences along with the culture and tradition of Portland. The process of the design revolves around an unification of multiple aspects of demographics and infrastructure that is present of Ford District; Creative Makers, Social Unity, Local Artisans, Greenscapes, and Migrating Residences. The language of the design will derive principles of social identification and interaction experienced in Italian culture and design while preserving the raw Porlandia style within.
Ford D is t ric t
Si te 1 0 A & 1 0 B w i th su r r o u n d i n g co n te x t
m a s t er p lan
residential
the idea of the steampunk heart: the merge of crude technology into a human heart, begins the systematic approach of our masterplan: designing a district that allows the human interaction coinciding with industry
creative space energy
residential creative space
creative space
creative space
tech building
s te a m p u n k h e a r t
Con c ept
par t i
Central Core: Mixed-use integration Technology :: Community Center :: Park (creative) (human) (natural)
overpass
Horizontal View Connection Vertical View Connection
Promenade Space Urban Jungle
the idea of the steampunk heart: the merge of crude technology into a human heart, begins the systematic approach of our masterplan: designing a district that allows the human interaction coinciding with industry
View Towards River & Portland Downtown
v i g nettes o f m as ter plan - urba n strategies
1
2
3
4
u r ba n co nn e ction
industrial
1
3 2
4
si t e st r at e g y
m ast er p lan co n c ept/ prog ra m
R e la t e U rb a n Vo id t o S u rro u n d in g B u ild in g w it h P ia z z a P ro me n a d e
Original p ar c e l of Si t e 10 A & 10B
Un if y in g b o t h p a r c e l in t o o n e s it e
Placing blocks at t he pe rime t e r, conne ct ing wit h t he ground leve l
Se ct ionalizing mast e rplan t o 2 0 0 ’x2 0 0 ’ block, sim ilar t o urban scale of Por t land
C re a t e H ie ra rc hy D if f e re n t ia l D u e t o P ro g ra m a n d S y s t e m U s e , Fo r a D y n a mic I n f a s t ru c t u re
I n c o rp o ra t in g O t h e r P ro g ra m U s e I n t o t h e M a s t e r P la n
Create e n t r an c e an d e x i t p roper ty t h r ou gh ou t s i t e
De s ig n in g t h e s o c ia l p ia z z a w it h in t h e s it e
I ncorporat ing M ake r and Re side nt ial t y pology
M aint ain gre e nscape wit hin t he sit e
C re a t in g E n t r y P o in t s a t Vo id s , C o rre s p o n d in g t o A d ja c e n t S t re e t s a n d P a t hw a y
Creative Office Space Residential (1 & 2 Bedroom)
D ro p p in g R e t a il S p a c e t o B e low G ra d e f o r S e c u rit y f ro m A d ja c e n t H ig h D e n s it y Tra f fi c
Public Parks Piazza
BUILDING 1
BUILDING 5
Local Market
74,972 SQ FT
Local Brewery
12,580 SQ FT
Creative Office
48,116 SQ FT
Creative Office
32,406 SQ FT
Residential
145,911 SQ FT
BUILDING 2 17,844 SQ FT
Public Park
17,650 SQ FT
Parking
Retail
Local Retail Local Market/Merchant Local Brewery
vol u metri c stu dies
19,702 SQ FT
Residential
21,600 SQ FT
Parking
1470 Spots
101,388 SQ FT
Parking
30 ADA Spots
R e t a il a t P u b lic L eve l Retail
23,894 SQ FT
Public Park
21,650 SQ FT
155,338 SQ FT
Retail
16,600 SQ FT
Public Park
16,500 SQ FT
DESIGN STATISTICS Lot Size
370,993 SQ FT
Building Footprint
199,872 SQ FT
Landscape Design BUILDING 8
BUILDING 4
611,227 SQ FT
Retail Residential
BUILDING 7 BUILDING 3
99,767 SQ FT PARKING
BUILDING 6
Retail
OPEN SPACE Piazza
Total SQ FT Built
171,121 SQ FT 758,021 SQ FT
Retail
12,680 SQ FT
Maximum Height
170’-0”
Residential
74,990 SQ FT
Undergrade Depth
-40’-0”
progra matic matrix S it e 1 0A & 1 0B Fo o t p rin t
pia zza ha nd r e n d e r i n g
site plan
m ark et ha nd rendering
g r o u n d f l o o r p l an
60’-0”
25’-0”
103’ - 0”
Subterranean Public Program
Market
Retail
Restaurant
N
Gr o u n d Fl o o r P l an an 10’’ 10
3 0’ 0’
5 0’ 0
Brewery
Walking Park
Outdoor Seating
Subterranean Public Program
Amphiteater Market
Retail
Restaurant
Brewery
Walking Park
Outdoor Seating
S u bt e r r an e an Gr o u n d L evel Plan
b e lo w g r ad e- g rou n d lev el pla n
Amphiteater
f orm studies B u i l d i n g d e s i g n s t r at e g i e s
Building Volume
U s e Cur tain Wall /O pen Use Wall/O a de to Allow Abun dant Fa c ade Abundant unli ght Inside Building Buildin g S unlight
Tr i mmi ng Mas s o f Bui l di ng to S ui tabl e Fo o tpr i nt nt
Uss e P i l o ti s S tr uctur e to U u pp o r t an O pen Facade S uppo a nd O pen P l an D es i gn and
Taper i ng Bui ld ing b y Mani o f Ea c h M ani pul ati ng n g SSiize ze of L evel Level
P l ace Egr ess a n d nd C i r cul ati o n g Pa ths ng Tho u gho ut B uild in g ugho ing
Shif ting Floo r Pla tes
Crea te Multip le Ac c ess Entries E ntries a t Ground G ro und Level
C ur ta in Wa ll SSystem ystem (See Cur D eta il) Deta
Utilize a Double Doub le Fa c ade a d e to Contro a in Loss Co ntro l Hea t G Ga Lo ss
t ypi c al p lan & co n c ept Typical Floor plan (bldg 1)
l o f t d e s i g n S t r at e g y
In d iv id u a l Resi Individual R es id d en tia l U n its
Crea y H eig h t C rea te D ou b le Stor S
5() 5()
Crea te U s a b le B a lcony on Ea ch R es id en tia l U n it
gle Sin g le B ed room L of t ( B ed room Sp a ce)
D ou o u b le B eed d room L of ts ( B ed room roo Sp a ce)
Sin g le B ed room L of t ((Double D ou b le Height H eig h t Public Pu b lic Space) Sp a ce)
D ou o u b le B eed d room L of ts ( D ou o u b le le H Heeig h t Pu b lic S p a ce) Sp
ng Sin g l e R o o m L o f ttss ou Ro Do uble R o o m LLo o f ts ts
B uild i ng 1 - Leve l 2 F lo loor o r Plan
b u i l d i n g s y s tem i n tegrations
B U I L D I N G S Y S T E M I N T E G R AT I O N
RESIDENTIAL GREEN WALL URBAN FACADES
GRID SHELVING SYSTEM
IRRIGATION SYSTEM
ORGANIC FERTILZER MULCH
WIRE MESH GRID TO RETAIN MOISTURE
LOW MAITENENCE HIGH PHOTOSYNTHESIS GREENSCAPE
ACTIVE COOLING AND HEATING SYSTEMS
FLOOR PLATES
HVAC SYSTEM AND SUPPLY AIR DIAGRAM
HVAC SYSTEM AND RETURN AIR DIAGRAM
FLOOR PLATE WITH RADIANT COOLING AND HEATING SYSTEM
DOUBLE SKIN FACADE
RECOGNIZE ISSUE WITH SINGLE FACADE SYSTEM: DIRECT HEAT GAIN
DOUBLE FACADE SYSTEM ALLOW HEAT TO ESCAPE THROUGH CAVITY
OPERABLE WINDOW ALLOWS CONTROL TO LIGHT AND HEAT ENTERING BUILDING
DESIGN FOR CROSS VENTILATION THROUGH WINDOWS AND OPERABLE DOORS
UNIFIED SPACE CONFIGURATION
CREATIVE OFFICE SPACE
PUSH BACK FLOOR PLATE WITHIN ENVELOPE
SENSORY CONNECTION OF MULTIPLE LEVEL
HIGHER CAVITY ALLOWS HEAT TO TRAVEL, REDUCING ENERGY NEED FOR COOLING
E G R E S S D I AG R A M
e x p l o d e d a xo n o m e t r i c
W A L L D E TA I L A N D CO N S T R U C T I O N BING RADIANT COOLING AND HEATING PEX TUBING
EXIT ACCESS
REINFORCED REBAR GRID SYSTEM
AREA OF REFUGE (ADA)
METAL DECKING
Rooftop PV Panels
GALVANIZED STEEL ARM
EXIT (ENCLOSED/FIRE SEPARATION)
UV CURTAIN SYSTEM
EXIT DISCHARGE (TO PUBLIC WAY)
Cantilever Roof
CURTAIN SYSTEM SPIDER BRACING DUAL CHANNEL MULLION GRID SYSTEM FAUX WOOD PV PANEL SHADING SYSTEM
e ad ac yF ar im Pr in rta e Cu tur ed c gl tru S An ll a W e ad ac yF
ar
nd
co
Se
2 HOUR RATED ENCLOSED FIRE ESCAPE STAIRWAY
PV
CURTAIN PANEL STRUCTURAL SYSTEM
s
er uv
Lo
TRUSS SYSTEM WIDE FLANGE GIRDER
1 HOUR RATE HALLWAY WITH SPRINKLER
5()
STRUCTURAL COLUMN
5()
EXTERIOR ACCESSIBLE FLOORING
AREA OF REFUGE AT FIRE STAIRWAYS
120 MIN FIRE RETARDANT GLAZING ENCLOSED FIRE STAIRWAY
w al l d eta i l a n d co n s tru c tion Wall Section : Perspective
egress diagra m 5()
5()
HVAC Supply and Return System
AC T I V E d e s i g n
AREA OF REFUGE AT FIRE STAIRWAYS
PV PANELS AND LOUVRES TO PROVIDE ENERGY THROUGHOUT SITE 120 MIN FIRE RETARDANT GLAZING ENCLOSED FIRE STAIRWAY
TURBINE TOWER FURTHER PROVIDE ENERGY THROUGHOUT SITE AND EVEN DISTRICT
Floor Plate with Integrated Radiant Heating and Cooling Coil
g r e e n b u i l d i n g / n e t z e r o s t r at e g y pa s s i v e d e s i g n ORIENT AND DESIGN BUILDING TO RECEIVE PROPER SUN EXPOSURE ANNUALLY
E
RADIANT HEATING AND COOLING SYSTEM REDUCES ENERGY USAGE VS. HVAC SYSTEM
Elevator and Stairway Shafts
W
UTILIZING THE GREEN WALL TO REDUCE HEAT GAIN AND FILTER CO2 FOR CLEANER AIR THROUGHOUT BUILDING AND SITE. GREEN WALL SYSTEM ALSO ACTS AS WATER COLLECTION SYSTEM
CO 2 O2
T-Frame Truss Girder and Beam H20
CROSS VENTILATION TO COOL THE BUILDING AND HAVE PROPER AIR CIRCULATION WITHIN BUILDING FOR A HEALTHY ENVIRONMENT
DOUBLE FACADE SYSTEM TO CONTROL HEAT GAIN WITHOUT LOSING PROPER SUN LIGHT
gr e e n bu i ld i n g / n etz ero s trategy
14 x 14 Columns at 30’-0” Grid O.C. (Structural Wide Flange Steel Column W14X90 w/ Fireproofing Intumescent Coating)
e x p l o d e d axo
i m a g i n at i o n d r i v e Aurora, Colorado Digital Visualization | Sustainable Design Program: Energy Study: Concept: Design/Render: Drawings: Board Layout:
Autodesk Ecotect/Dynamo SketchUp Autodesk Revit Autodesk Revit Adobe Illustrator/Photoshop
As an architecture designer, it is our duty to build responsibly with not just the user’s in mind, but also for the well-being of the future and the community. Sustainable design is more than just a trend or an idea of exclusive design, but a guideline of the minimum effort needed design. Imagination Drive is a theoretical design in Colorado, a city ranked highly for its focus in Green initiative. This project is a study of utilizing programs and environmental data to design a residence that best utilizes passive energy design . By running simulations of building’s performance throughout the year, we can design the different elements of the building to best corresponds to achieve the best efficiency outcome, while designing a comfortable household for people. The design approach to this project is recreating the lost art of family gathering. By understanding the circulation patterns of a normal household and collecting data of how the average household utilizes each space of the house, Imagination Drive is a vehicle for families to enjoy precious time together in our busy lives. In collaboration of utilizing multiple programs to achieve the best outcome for the design, this project’s focus was to understand the different functions of different 3D visualization programs to provide photo-realistic renderings. Understanding how to cross platform from different programs, we are able to utilize modern technologies to our advantage in architectural design.
site pla n
12:00
3:00
WINTER
SUMMER
SPRING/FALL
9:00
r ad i a nt s o lar an alys i s
heat g ai n an aly si s
p r o s p e c t s ta t i o n Chollas Triangle, San Diego Program: Concept: Design/Render: Drawings: Board Layout:
SketchUp Autodesk Revit Autodesk Revit Adobe Illustrator/Photoshop
site
co n c e p t d i ag r am
Initial study of the surrounding urban zoning and developments to create a connection from the site to the building
Fire Fighters are the unsung heroes of every community. While people run away from danger, they face it through camaraderie and leadership. This project proposes a sustainable and comfortable living environment, while understanding the programmatic needs that a firefighter and their team may need.
The parti is a simplistic approach to maximize the production and response time of fire fighters when called out on duty. This is addressed by utilizing linear forms throughout the structure, creating unobstructed passageway throughout the building.
Incorporating the programs needed for the fire station, the form and mass of the structure goes through addition and subtraction of space to provide the necessary space.
p r o g r am d i ag r am (3) ROTATION BATTALION OF 6-10
The Prospect Station on the site of Chollas Triangle is meant to display the pride of fire fighters while giving them a strong sense of home, even though the station are similar to transient space due to their schedule. The approach of this project is to focus on the ground level or eye level, as a strong foundation, by using a strong concrete base. Along the entrance facade, Prospect Station aims to be an inviting space for the public through use of curtain walls. As you progress vertically, the fabric of the building softens with windows surrounding the second floor, to the private spaces of the third level, constructed with a softer finish like wood. The circulation of the building is also considered by keeping a linear program, making the transit to the apparatus room during response time convenient and savy. Through use of steel truss, more open space is possible throughout the building for variety of uses. On third level, where its designed to be their private space, a strong linear skylight illuminats the corridor, allowing soft natural light to reflect throughout the spaces. Prospect Station is an efficient space for the work of fire fighters, while a proud space for them to call home.
BATTALION CAPTAINS
strategies WORKING SPACES
VISITING FAMILIES
LEVEL 1
Apparatus Room Storage/Hose Room Locker Restroom (4) Generator Room Mechanical Room Laundry Room Dining Room/Kitchen Day Room Administration Communication Room Watch Room HVAC Lobby
LEVEL 2 EDUCATIONAL VISITS ENVELOPE UTILIZING DIFFERENT MATERIALS TO PRODUCE DIFFERENT LANGUAGE IN THE BUILDING’S PROGRAM
LIGHTING
HEATING
NATURAL LIGHT THROUGH USE OF SKYLIGHTS AND CURTAIN WALLS
THERMAL MASS MATERIALS AND EXTERIOR CORRIDORS TO CONTROL EXTREME HEATING
RESIDENTIAL
Fitness Room Restroom (3) Conference Room Medical
LEVEL 3 NEIGHBORING FIRE FIGHTERS
TRAINING GROUND COMMUNITY
Dorm Room (11) Capitan’s Room (2) Bathroom (4) HVAC Lounge Balcony Patio (North) Balcony Patio (East)
Total COMMUNITY PARK COOLING LINEAR PROGRAM AND OPENINGS TO MAINTAIN CROSS VENTILATION
ENERGY PRODUCTION SOLAR PANEL INTEGRATION TO PRODUCE BUILDING’S ENERGY
(3,4) APPARATUS UNITS
Interior Spaces Exterior Spaces
4338 SQ. FT. 317 SQ. FT. 178 SQ. FT. 280 SQ. FT. 594 SQ. FT. 158 SQ. FT. 158 SQ. FT. 842 SQ. FT. 760 SQ. FT. 637 SQ. FT. 233 SQ. FT. 369 SQ. FT. 65 SQ. FT. 778 SQ. FT
2055 SQ. FT. 227 SQ. FT. 939 SQ. FT. 114 SQ. FT.
1912 SQ. FT. 601 SQ. FT. 696 SQ. FT. 171 SQ. FT. 1234 SQ. FT. 2734 SQ. FT. 2289 SQ. FT.
17641 SQ. FT. 5023 SQ. FT.
WATER CONSERVATION GREY WATER FROM BUILDING AND TRAINING GROUND UTILIZED FOR LANDSCAPE PARK ON SITE
PROGRAM USES
USER INFORMATION
PROGRAM
Back Entry Side Entry
Storage/Hose Room
Locker
con c ept s ketc h
Comm. Room Kitchen
Watch Room
Administrative Office
Dining Room
Lobby
Apparatus t Bay
Entry Elevator
Restroom Mechanical Room
Laundry
HVAC
Day Room
Restroom
Restroom
R Restroom
Generator Room
N
LEVEL 1 Scale: 1/16” = 1’-0”
Bridge
Conference Room Restroom
Fitness Room Open To Below Corridor
Equipment Racks Eq Restroom Open To Below
HVAC
Restroom
Elevator Medical
N
LEVEL 2 Scale: 1/16” = 1’-0”
CONCEPT SKETCH
e xp lo d e d axon o m etric North Balcony Garden
Bathroom
Dorm Room
Dorm Room
Dorm Room
Dorm Room
Dorm Room
East Balcony
Bathroom
Capitan’s Room
Dorm Room
Corridor
Dorm Room Lounge
Elevator
Corridor
HVAC
Bathroom
Dorm Room
Dorm Room Landing
Bathroom Dorm Room
Dorm Room
Exterior Corridor Capitan’s Room
LEVEL 3 Scale: 1/16” = 1’-0”
N
home is where the heart is Canottierri Milan - Milan, Italy In collaboration: Angelina Scarlett Xu, Aaron Ho Program: Design/Render: SketchUp with V-Ray Board Layout: Adobe Illustrator/Photoshop In part of the Study Abroad Program, in collaboration with Interior Design and Product Design students, the design studio was to redesign the Societa Canottierri of Milan. As one of the oldest rowing club of Milan, preserving the historical factors of the site was crucial along with understanding the economical and activity needs of the sports club. Retaining the historical preservation of the site, we are to focus on current problems the site has and redesign the Sport Center. The goal of this project was to respect the history of the Canottierri and bringing a modern perspective to the center. The problem that existed in the site was a lack of coordination and systematic approach to how the site was placed, with a nondescript circulation. We looked into restructuring each activity to have a singular language while giving open space for multi-use possibilities. The execution was an in-depth design approach that focuses on the needs and possibilities of each sport activity. By organizing the placement of the activities at the site, we were able to create a strong circulation that helps accentuate the sports while attracting new clients by showcasing every space. The circulation became the core of the site that connects all the activities together.
TENNIS
PLAY AREA
LOUNGE/TANNING
BASKETBALL
CARD GAMES
SWIMMING
CAFE
BOCCE
EXERCISE
ROWING
MASTERPLAN PROPOSAL
TENNIS
PARK
PIAZZA
AQUATIC CENTER
ten nis courts
piaz za
aquatic
REDESIGNING THE CIRCULATION THAT CORRESPONDS TO EACH ACTIVITY
aquat i c c en ter
up p e r l e v e l
gr o u n d l e v e l
s ection - aquatic center
se ct i o n - s o cial po o l
se ct i o n - d i vin g pool
p i a zz a /ba sketball
pla n - ba sk etba ll court
section - ba sk etba ll court
t e n n i s co u r t s
pla n - tennis courts
SECTION COURT se c- TENNIS ti o n - ten n is co u rts
ONE Milan, Italy In Collaboration: Roger Lansen, Jayro Lopez Program: Design/Render: SketchUp with V-Ray Board Layout: Adobe Illustrator/Photoshop
Furniture is designed for a purpose and personality in mind. In this collaboration studio, our goal was to find design fit for the intention of the users. One is an idea of individuals and connection. In a relationship, we find ourselves in conflicts and problems. To make it work, the main focus is to find the middle ground in which compromise can be agreed on. One is a design based on this concept. The execution is best described as the understanding of a see-saw. To perform correctly, we have to work together and in tandem. The One chair sits on a pivotal point that alters through weight distribution of the users. As people are more understanding of each other, we have no barrier and be at ease to be in close proximity to one another. When in conflict, we keep our distance and wish to be secluded from the world. One takes account of these personalities, and created a dual chair that acts as one. Although on its own, it can be utilized as its individual furniture piece, when acting accordingly together with another, it brings the essence out. This is a chair where the design is not just in the design by itself, but also the designing of the users.
The strongest relationship are between two people who can live without each other... ...but don’t want to. Harriet Lerner
techni c al sh o p d r aw i n g
p r o g r am ati c s tu d ies
331 mm
Chair
Stool
629 mm
Sofa
406 mm
Vanity Memory Loss/Alzheimer Seniors Disability Depressed Religious Robot Domination Superstitious Fitness Addict Dreamer Insomniac Light Sensitivity Silence Overly Social Anti-Social Hyper-Active Sex Foodie Loner Working Students Small Space Living Infants Frontier Traveler Pet Alcoholic Newlywed Divorce Death Deaf Blind Workaholic Music Compulsion Floating Relaxation Social Network
Bench 833 mm
Table Desk
251 mm
Nightstand Shelves Drawer 203 mm
Bed Hammock Futon Lighting Misc
508 mm
R e s o n at i n g R h y t h m Treasure Island - San Francisco, Ca Program: Site Study: Concept: Design/Render: Drawings: Board Layout:
Autodesk Infraworks SketchUp Autodesk 3ds Max Autodesk Revit Adobe Illustrator/Photoshop
Throughout time, music has allowed different cultures and demographics to unite and share common grounds. Everyone has the innate ability to understand and enjoy music, as sound can be experience as a conversation in its own language. To translate music into an architectural composition, its structure is broken down to its core elements. Decibels, the vibration range of music becomes the movement and circulation through space; Frequency, the measure of levels in sound, translates to space volume and hierarchy; and Pitch, the audible movements becomes the control of light that individuals experience as they traverse throughout the built environment. River Flows in You performed by renowned composer Lee Ru-ma, more commonly known as Yiruma and up and coming musical prodigy Henry Lau, provides a metaphorical relationship to the design. This musical piece was received as a reinterpretation of a predominant classical harmony by Yiruma which is redone in a modern approach through the incorporation of Henry Lau. The proposed site is located on the western shores of Treasure Island, a median point between San Francisco and Oakland, connecting the Eastern and Western ends of the Bay Bridge. This diverse area combines the hustle of the urban environment within San Francisco that often correlates to its history within Oakland’s strong urban culture. Looking at the dramatic and rhythmic contrast performed by the two composers, it draws parallels to the differences of Oakland and San Francisco. Following the idea of harmony between duality, the concept of the music center is a space that can be interpreted in both the progression and evolution of music and the unity of the adjacent cities of Oakland and San Francisco. The use of hard materials such as steel and stone in comparison to the softness of wood and glass represents the dichotomy and parallelism of the perceived space. A center that focuses on the experimentation of music to the final exhibition, Resonating Rhythm is a center that celebrates the journey of a musician as they experience their process to perfect their craft.
Frequency : space
Decibel : circulation
Concept - methodology
Organization development
A Measure of Vibration through Intensity of Sound... e Entranc -Lobby
Concer Hall
dio Rec. Stu -sal Rehear
Exit
t
Creating Different Programs intended for the Music Center ...Translate to Movement through Building (Circulation)
A Measure of Unit of Speed of Wave Cycles...
Changing Volume and Hierarchy of Different Program
... Utilize as a Guide to Volume and Hierarchy of Space.
Creating a Circulation Connecting the Different
Pitch : light
A Notation of Audible Notes and Dictation of Sound...
io Rec. Stud -sal Rehear
Concer Hall
e Entranc -Lobby
t
Exit
...Utilize as Manipulation of Light as we Traverse Through Each Space.
Re-arranging Space for a Centralize Organization
Create Glazing to Naturally Illuminate Different Program
Yer b
aB
uen
a Is
lan
d
Shore
Line
Situate Building to Site per Surrounding Context
Form generation
SITE LOCATION Analyzing the different site, and choosing the site that best illustrate concept
EXTRUDE PROGRAMS Simple geometric form relating the different program being designed
CONNECT PROGRAMS Reorganize and create connection within the different program and design the necessary circulation
SCULPT Building takes on a curvilinear form for acoustic language throughout the building
TWIST WITHIN CENTER The twist gesture separates the primary design program without disecting building
SLICE Development of visual breaks and light penetration from context analysis results
Facade development
Concept - context connection
OAKLAND
SAN FRANCISCO
Utilize a grid guideline to manipulate facade system
Through truss structure, bend facade to encompass internal programs
Open skin to enable a porous facade, allowing sun to penetrate the building
Control openings to control sun and heat gain within the structure
Generate facade to maximize morning sun, while minimize strong afternoon heat gain
Visual and acoustic design
BAY BRIDGE WEST BAY BRIDGE EAST
Start through generic massing and understand echo issues through orthogonal space
Manipulating the ceiling geometry to allow acoustic to pass throughout space
Following concept design, through utilizing a dome may create pinpoint sound travel
Fix dispersal of sound by breaking dome ceiling into separated sections
Include bass trap within skin treatment to diffuse and deect sound with minimal negative vibration within space
south elevation
section a-a
west elevation
section b-b
A 1
2
3
4
5
6
7
8
9
10
11
12
A
B 31
B
B C 32
1. Recording Studio 2. Studio 3. Control Room 4. Studio A 5. Control Room (Duet Studio) 6. Studio B 31. Intermission Lobby 32. Dimmer Room/Control Room 7. Mechanical Room 33. Seating 8. Men’s Restroom 9. Women’s Restroom
D
11. Lobby
33
level 3
13. Dressing Room W/C 14. Men’s Dressing Room 15. Rehearsal Room 16. Mechanical Room 17. Dressing Room W/C 18. Women’s Dressing Room 19. Instrument Storage Room 20. Equipment Storage Room 21. Crossover 22. Trap Room
A
A 1
2
3
4
5
6
7
8
9
10
11
12
A
B 25 24
B
B
26
C 28 22
23 27
D
22. Pavilion 23. W/C 24. Mezzanine Walkway 25. Intermission Lobby 26. Vomitorium 27. Men’s Restroom 28. Women’s Restroom 29. Seating 30. Stage
26 29
30
level 2
A
A 1
2
3
4
5
6
7
8
9
10
11
12
A 12 B 1 3
B
21
13
C 4
14 11
7 2
18
5
8
11. Lobby
15
10 D
B
17
9
6
19 16 20
22
level 1
1. Recording Studio 2. Studio 3. Control Room 4. Studio A 5. Control Room (Duet Studio) 6. Studio B 7. Mechanical Room 8. Men’s Restroom 9. Women’s Restroom
A
13. Dressing Room W/C 14. Men’s Dressing Room 15. Rehearsal Room 16. Mechanical Room 17. Dressing Room W/C 18. Women’s Dressing Room 19. Instrument Storage Room 20. Equipment Storage Room 21. Crossover 22. Trap Room
22. Pavilion 23. W/C 24. Mezzanine Walkway 25. Intermission Lobby 26. Vomitorium 27. Men’s Restroom 28. Women’s Restroom 29. Seating 30. Stage
31. Intermission Lobby 32. Dimmer Room/Control Room 33. Seating