1' - 4" 06 40 23.C00 ARCH WOODWORK, PLAS LAM
VARIES
06 10 53.D00 WOOD BLOCKING CONTINUOUS
VARIES
06 10 00.L00 PLYWD BACKING PANEL
06 40 23.C00 ARCH WOODWORK, PLAS LAM
4"
SEE AV DWGS
HOLD
SEE AV DWGS
HOLD
4"
1/4"
1/4"
1/4"
1/4"
05 70 00 DECORATIVE METAL
$/,*1
06 10 00.L00 PLYWD BACKING PANEL FULL NICHE HEIGHT AND BLOCKING FOR MONITOR MOUNT/SUPPORT
9' - 0"
SEE MONITOR SPEC
COORDINATE W/ MONITOR SIZE
SEE MONITOR SPEC
COORDINATE W/ MONITOR SIZE
SCHEDULED MONITOR AND MOUNTING BRACKET REFER TO AV DWGS
SCHEDULED DEVICES REFER TO AV DWGS
DECORATIVE METAL BEYOND 06 40 23.C00 ARCH WOODWORK, PLAS LAM
1/4"
HOLD
4" 1/4"
1/4"
4" 1/4"
HOLD
$/,*1 05 70 00 DECORATIVE METAL
06 40 23.C00 ARCH WOODWORK, PLAS LAM
VARIES
VARIES
06 10 00.L00 PLYWD BACKING PANEL
COUNTERWEIGHT AS REQUIRED 06 10 53.D00 WOOD BLOCKING CONTINUOUS SECURED TO FLOOR
1"
SCHEDULED FLOOR FINISH
1"
06 40 23.C09 SCRIBE STRIP, PLAS LAM
1"
1"
EQ 3
PL01 3"
3"
4 1/2"
01
REF2
PL01
3' - 4"
8' - 8"
01 03
1' - 8" 1' - 8" 1' - 8"
SC01
SEE
MW1
03
MW1
WD1 PL01
2' - 6"
04 06 ________ ________ ________ ________ A12.10 A12.11
2' - 0"
PL01
14
3' - 0"
$
9' - 8"
$
2' - 10"
2' - 10"
08 PL01
SC01
2' - 10"
08
3"
SC01
$
9' - 3"
3' - 0"
PL01
$
9' - 2" 9' - 0"
3' - 0"
9' - 4 1/2"
9' - 0" 9' - 2" 9' - 4 1/2"
9' - 8" 9' - 3"
11' - 0"
3
3
16
05 05 ________ 02 03 ________ ________ ________ ________ ________ ________ ________ A12.11 A12.10 A12.10 A12.10 5' - 0"
1' - 2"
3 3
EQ
19
02 02 DW1
2' - 0"
01
SD1
)
CM1
PL01
ICE1
3' - 0"
1' - 4" 1' - 7"
REF1
PL01
SPEC.
07 ________ ________ A00.31
16
R NA P L A 6 52 4K EP
04
05
04
EQ
GL02
GL01 205
AR AN PL X 75 UR
4" TYP.
04
AR AN PL X 75 UR
6' - 0" 4" TYP. 05
EQ
4" TYP.
04
04 07
4' - 1"
R NA P LA 6 52 4 K EP
4" TYP.
R NA P LA 6 5 2 4 K EP
9' - 2 1/2"
16
8' - 8"
R NA P LA 6 52 4K EP
5' - 0"
3' - 10"
4' - 1 1/2"
204
R NA P LA 6 52 4 K EP
6' - 8 1/2"
13
GL01
R NA P LA 6 52 4K EP
4" TYP.
4" TYP.
02 ________ ________ A12.20
02 ________ ________ A12.20
9' - 2 1/2"
4" TYP.
$
GL02
03 ________ ________ A00.31
02 ________ ________ A12.20
4" TYP.
07 03 ________ 07 ________ ________ ________ ________ ________ A00.31 A00.31 A00.31
AR AN P L X 75 UR
09
05
SCHEDULED FAUCET FULL HEIGHT BACKSPLASH. REFER TO ELEVATION. SCHEDULED BACKSPLASH. SEE ELEVATION
REFER TO PLAN
1 1/2"
24" MAX TO CONTROLS
COUNTERTOP, SOLID SURF MATERIAL
PLYWOOD SUBTOP PULL; DOUG MOCKET DP129 PULL SSS UNDERMOUNT SCHEDULED SINK
8" REFER TO ELEVATIONS
DOOR PANEL, PLAS LAM
27" MIN 34" A.F.F. MAX
REMOVABLE PANEL W/ BALL CATCHES FINISHED END PANEL BEYOND, WHERE OCCURS PIPING INSULATION AS SPECIFIED
SCHEDULED PARTITION HINGE
11"
'(*5((6
REMOVABLE BASE PANEL W/ BALL CATCHE INTEGRAL TOE KICK, PLAS LAM FINISH TO MATCH DOOR SCHEDULED FLOOR; REFER TO FINISH PLAN
4"
1/2"
6"
3"
FULL HEIGHT BACKSPLASH. REFER TO ELEVATION.
4"
1 1/2"
REFER TO PLAN
SCHEDULED BACKSPLASH. SEE ELEVATION. CENTER DEVICE WHERE IT OCCURS.
SEE ELEVATION
REFER TO ELEVATION
AT WALL, PROVIDE 3/4" THICK MDF CLEAT, PAINT TO MATCH WALL FINISHED END PANEL BEYOND, WHERE OCCURS ELEC. OUTLET, WHERE OCCURS
SCHEDULED EQUIPMENT SCHEDULED PARTITION (;7,1*8,6+(5
11
2
13
2
2
2
13
WAP
22 06 TYP. 69"
AV
TRAINING ROOM 209
2
6' - 10 1/2"
01 69"
09
96" 96"
69"
2 WAP
WAP
WAP 01
COMMAND CENTER 204 02
07
08
08
07
FULL HEIGHT BACKSPLASH. REFER TO ELEVATION.
23
+/- VIF
31"
COAT CLOSET 203
WAITING AREA 201
27
2
2
26
10 01
31"
2
11
21
09
06 TYP.
01 18
69"
02
WAP 72"
2
11' - 0"
2
5' - 3"
05
01
25
2
48" 48"
79"
48" 48"
68"
68" 68"
68"
79"
08
01
17' - 4 1/4"
01
08
21
WALL PANEL, PLAS LAM
02
01
9' - 6"
2
09
38// '28* 02&.(7 '3 38// 666 PLYWOOD SUBTOP
LARGE CONFERENCE 205
TYP. 01
2
06 TYP.
5' - 3"
08
08 09
01
WAP
68"
WAP
68"
79"
WAP
04
08
06
01
79"
WAP
48"
2
17' - 4 1/4"
01
09
68"
06 TYP.
2
68"
LAB 210
2
79"
2
05
48"
WAP
2
48"
08
STORAGE ROOM 211
79"
OPEN OFFICE 213
PRIVATE OFFICE 212 2
48"
08
20
WAP
79" 79"
24
2
72"
2
06 TYP.
72"
TYP. 21
SCHEDULED COUNTERTOP. REFER TO ELEVATION.
48"
79"
DEMO AREA 202
48"
11' - 0"
07
79"
07
COPY/PRINT 214
9' - 6"
09
48"
05
72"
21 FEC
SCHEDULED BACKSPLASH. SEE ELEVATION. CENTER DEVICE WHERE IT OCCURS. SEE PLAN
1 1/2"
2
06
PANTRY 207
11
2 WAP
06
ADJ SHELF, PLAS LAM
CABINET SHELF REST BACKER PANEL SCHEDULED PARTITION HINGE
08
DOOR PANEL, PLAS LAM BASE, SCRIBE TO FLOOR
8 DUPLEX DATA & 4 DUPLEX POWER AT TRUSS LEVEL 8 DUPLEX DATA & 8 DUPLEX POWER ABOVE COUNTER 4 DUPLEX DATA & 4 QUAD POWER BELOW COUNTER
NOTE: FINAL DEVICES, QUANTITIES, AND LOCATIONS ARE GOVERNED BY CLIENT LOW VOLTAGE DRAWINGS AND ARCHITECTURAL DRAWINGS.
4"
13
03 TYP.
SEE ELEVATION
36"
SERVER ROOM 208
05 2
06 11
REF2
05
11
4"
2
13
16 06
48"
2
ES
19
72"
2
17 RECEPTION 215
REF1
48"
13
36"
CM1 ICE1
72"
2
22
GFI 36"
48"
2
GFI
WD1 DW1
72"
13
MW1
36"
2
36"
36" 48"
14 15
48"
19
05
48"
WAP
SCHEDULED FINISH FLOORING
48"
2
08 TYP.
06 TYP.
06
24"
13
5' - 0"
2
22
+/- VIF
2
11
07 03 TYP. SD1
FEC
13
12
2
80"
2
MW1
2
36" 36"
09
06
36"
2
09
07
48"
06
3"
SCHEDULED FLOOR; REFER TO FINISH PLAN
OFFICE WORK Starbucks Polytech Project, Brooklyn, NY
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ACOUSTICAL HANGING DETAIL
WALL TILE AT BACK SPLASH
TILE BASE AT INTERIOR WALL
Residential:
61W 9th St, Manhattan, New York
ACADEMIC WORK Re-activated Urbanization Culture + Efficiency
Urban Planning
Mainland China
an
Shenzhen Access to Mainland China
Guangdong Province India d Viet Vietnam
Shenzhen, southern city of China, has charmed the futuristic generation due to thriving economic fortune and therefore, a significantly increased rate in population growth has been projected each year. A big ratio of migrants to Shenzhen are poor people from rural areas with limited resources, education and industrial skills; and hence, barely fit in the urban lifestyle. This amalgam of various cultures co-existing together has faded Shenzhen’s own distinctive architectural and cultural peasant heritage by transforming it into a diversified multicultural metropolitan city, nonetheless, life standards of migrant workers stays lower. This research intends to use the existing environmental advantages, infrastructures and programs in combination with traditional Chinese and modern architectures to design a fully functional neighborhood for the working class migrants from rural areas. An environmental and human friendly network will be developed by relocating and reconfiguring socioeconomic cluster based on the available resources and applying minimal changes to the geographical features. The network and neighborhood together will serve in both macro and micro aspects by educating and improving the adaptability of the migrants and their future generations. Facilitating and benefiting the growing working class is mandatory for the substantial development in the economy as well as culture of Shenzhen.
Airport
Shipping Port
m Borderline
Hong Kong
Port
NORTH
Site Analysis
Macro Research
Program Connection
More Works at: https://issuu.com/doris_xie/docs/jingxian_xie_portfolio
Function Cluster Density
Cluster Select
The building style has been inspired by the infamous traditional Qilou structure of Guangdong Province, featuring connected but open corridors, serving mainly as the sidewalk for the retail shops at the ground floor, however, from the first floor above, exists the covered and flat residential structures with balconies. Qilou structure is bi-functional, serving both residential and small-scale commercial aspects; abundant shophouses all across Southeast Asia feature similar structures. Shenzhen has humid subtropical climate, therefore, the open porches allow the shops to operate round the year. Furthermore, it also offers plenty of space for each shop to hang its distinctive and colorful signage to attract the customers, simultaneously making the pedestrian avenue more vibrant and functional. Concave designed units create semi-open community assembly, which offers the community participation space on inside sphere of the residential block but provide privacy from the outer sphered commercial zone without hindering the traffic flow. Moreover, in the prototype, the steel structure has replaced the concrete columns, providing more available space throughout the structure as well as for pedestrian lane.
Concrete Slabs
Micro Design
Steel Structure
Structure Walls
Glass Framed Balconies
Seattle Media Tech
Design & Construction Documents
Located at the corner of West Lake and Denny way, The Seattle Media Tech Museum pays homage to the rapid development in Technological advancements around the South Late Seattle Area in Washington. The design is influenced largely by the programs it houses, also responding to the buzzing corner of traffic and population flow. The programs ranged between office spaces to public museums. By tackling the immense variety in programs and knitting it into the service functions of the building, The mass of the building was generated. Media projection requires a closed of environment, moving away from natural sources of light, to maximize quality of the representation. The media tech museum challenges one to explore a variety of senses through the visual and locomotive experience. Operable Interior walls allow spaces to be configured into different shapes such as parallelograms and dome rooms, which would aid in representing media information in multiple dimensions.
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Programing and Level arrangement of Retails and Coffee Shop (Leisure zone)
Programing and Level arrangement of Office
Programs Separated while Connected as a Whole
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NEW STREET TREE, TYP.
K A
B
C 21'
16'
D
E
F
18'
- 3" 21'
G
H 18'
21'
- 3"
12'
M
N
O
P
19' - 3 1/2"
26' - 6"
- 0" 18'
- 4"
14'
- 0"
R
Q
J 5
- 3"
- 8"
L I
- 0"
2
12' - 4 3/4"
A 2.2.1
- 4"
4
28' - 0"
19' - 6"
.2
A 2.3
28' - 0"
A 2.3.1
56' - 0"
3
A222
33' - 6 5/8"
25' - 0 7/8"
17' - 3 1/4"
Main Gallary
2
S103
59' -
° .23 71
17' - 3 1/4"
2
M
1
54' - 9 5/8"
7° 8.7 10
° .23 71
1
8' - 3 21/32"
3
83' - 7 5/8"
4 5
1B B
Main Gallary
6 17' - 3 1/4" 17' - 3 1/4"
7
8
6
S104
A B
7
C
34
F G H I
K
L
M
N
O
P
J
Q 42’
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-5 24’
’’ 1/2
11’
W
2’’’’ /2 6 1/
R U
’ ’ - 3’
8
V
T
S
1
8 3 1/4”
Peropet_Roof1S 61' - 0" Roof_1S 60' - 0" Peropet_Roof2N 53' - 0" Roof 2 N 52' - 0" Level 4S 50' - 0"
Level 3 S & Level 4 N 39' - 0"
Level 3 N 26' - 0" Level 2 S 20' - 0"
Level 2 N 13' - 0"
Level 1 0' - 0" -1' - 0"
Housing First:
Designing for Dignity
This Downtown Emergency Service Center (DESC) project aims to aid helpless people to overcome behavioral health disorders and homelessness through architectural designing and housing. The meaning of shelter is only limited to a place to stay, however, a home gives the sense of belonging to people. Integrated community services and support with coherent infrastructure and environment can help people recuperate their lives back and play their positive role in the society. The shape and orientations of each floor determines the public and private areas, such as the public space is the C-shaped, whereas, the residents units are L-shaped in upper floors. Double-loaded corridors on resident floors provide efficient airflow to entire building. Moreover, the L-shape units are designed as such for maximum sunlight dispersion in every unit. Shared facilities on the first floor such as kitchen, media rooms as well as the outside courtyard and leisure spaces set up a communal feeling of involvement and togetherness within the premises. These public-private interactive zones give the inhabitants to socialize and simultaneously keeping their privacy as and when desired, without compromising on their surveillance. Roof 55' - 0"
35' - 0"
Level 3 25' - 0"
Level 2 15' - 0"
Level 1
S CTIO SEC ON A SCALE: 1/8” = 1’
ELEVATION A SCALE: 1/16” = 1’
BATHROOMS FOR TENANTS
A
EXPLODED FLOOR PLANS SCALE: 1/32” = 1’
CONSULTATION ROOMS
STAFF OFFICE
CONSULTATION ROOMS
STAFF OFFICE
CONSULTATION ROOMS
STAFF OFFICE
STAFF LOUNGE & BATH
STAFF OFFICE
B
B
STAFF OFFICE
A
INT N ERI RIOR SPA PACE CE | Lou Lo nge Space ce to towar wards ds Cou C rtyard
Public Space Reception Desk Private Zone Semi-Private Zone
CONFERENCE ROOMS
BATHROOMS FOR TENANTS
COMMON ROOM ELEVATOR MACHINE ROOM
COMMON KITCHEN
LINEN CLOSET
ELEVATOR
STAIRS
EGRESS STAIRS
EGRESS STAIRS
ENTRY LOBBY
ALLEY
LAUNDRY ROOM
RAINIER
ALLEY
RECEPTION DESK
LOUNGE SPACE
COMPUTER LAB
SUPPLY CLOSET TV LOUNGE
GROUND FLOOR PLAN SCALE: 1/8” = 1’
A
B
B
A
EGRESS STAIRS
MECHANICAL ROOM
SECOND FLOOR PLAN SCALE: 1/8” = 1’
Ground Floor Plan
2 - 5 Floor Plan
Residential Unit
De Vine
Wine Rack Design De-vine is an interactive wine rack which allows users to store wine into an artistic wall feature. Inspired by a plain weave, three configurations developed, allowing the wine bottles to be placed vertically, horizontally, embedded or extruding the face of the rack. Using Rhino and Grasshopper, a lattice structure was created using parameters of a conventional wine bottle. Because of manufacturing limitations, the design is segmented into four parts, which is carved using a CNC router and later pieced together. The project explores and pushes the boundary of a traditional wine rack becoming more than just a place to store wine. The wine rack itself becomes a piece of art.
Float
Sculpture
This project involved creating a sculpture by using the planar elements. The material properties were analyzed and optimal manufacturing technique was developed. It was a challenge to create a Mobius strip design by using planar elements. The project was designed by using 3D softwares such as Rhino 3D and Keyshot, which provided accurate design data that was used to transform the concept into such aesthetically enchanting piece of art. Translucent and transparent Plexiglas pieces were created to give the impression of floating sculpture. Plexiglas, a single material, unifies the piece as a whole.
4 1/2”
2’-0”
4”
Rotating and Twisting
Mobius Form
Intersect in Platform
Bending Corners as Supporting Base
Split into Individual Pieces
2’-0”
2’-0”
Single Plate
2’-0”
METICULOUS PAINTING - Koi Fish
HANDCRAFT MODEL - Wind Power Filling Station Paper Mache
SKETCH - Netherland