Working Sample Xiaoxiao DONG M.Arch USC B.Arch HUST Email: xiaoxiad@usc.edu
The work shown in this book was producted while pursuing a job in United States of America. I dedicate this book to my family, my friends. Without your help and surpport this work would never have been possible.
CONTENTS INTERNSHIP IN RTKL │ PROJECT 1-2
01
INTERNSHIP IN WUTI │ PROJECT 11-14
05
REVIT PROJECT │ REVIT CASE STUDY
09
COMMERCIAL COMPLEX │ TERRAIN REMODELING
11
MUSEUM OF MORDEN ART │ CONTINUATION OF WAVE
13
URBANDESIGN │ QINGYANG ANCIENT TOWN
15
OTHER WORKS │ PROJECT 10-17
17
SUPPLEMENTS │ RESUME + CREDITS
19
INTERNSHIP IN RTKL │ PROJECT 1-2
Sketches Par1
Intern │ China Guangfa Bank & Dongdan Sports Center (Option City's Window) international Ltd. │ Supervisor : Xiaoguang Liu
Sketches Par2
Intern │ China Guangfa Bank & Dongdan Sports Center international Ltd. │ Supervisor : Xiaoguang Liu
Massing Study
Separation
Union
"Possibility and progressing"
Intern │ HaiKou Port (Option 3 & Option 4) international Ltd. │ Supervisor : Xiaoguang Liu
Intern │ HaiKou Port (Option 3 & Option 4) international Ltd. │ Supervisor : Xiaoguang Liu
地上停车库 Parking garage 办公 Office
办公 Office
地上停车库 Parking garage
联检大厅
办公 Office
办公 + 会所 Office + Club
联检大厅
Option 3 Site Plan Sketch
Option 3 South View Sketch
INTERNSHIP IN WUTI │ PROJECT 3-6
Intern │ Nanzhang Culture and Sports Center international Ltd. │ Supervisor : Cuiying Wong
Intern │ Nanzhang Culture and Sports Center international Ltd. │ Supervisor : Cuiying Wong
Intern │ HuaKai Commercial Complex international Ltd. │ Supervisor : Cuiying Wong
Intern │ Xiangyang International Economic Trade Center international Ltd. │ Supervisor : Cuiying Wong
Intern │ Shandong Binghe Residential Area International Ltd. │ Supervisor : Cuiying Wong
REVIT PROJECT │ CASE STUDY Course Work │ Revit Case Study │ Leicester House USC │ Individual Work
03 ROOF
03 ROOF
7200
7200
02 UPPER LEVEL
02 UPPER LEVEL
3400
3400
01 LOWER LEVEL
01 LOWER LEVEL
0 FUNDANTION LEVEL
0 FUNDANTION LEVEL
-1000
-1000
1
South Elevation
1
1 : 100
Section 1 1 : 100
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
03 ROOF 7200
Advisor Karen Kensek Arch 507
03 ROOF 7200 Level 3 6400
02 UPPER LEVEL 3400
Advisor Karen Kensek Arch 507
02 UPPER LEVEL 3400
01 LOWER LEVEL 0 FUNDANTION LEVEL -1000
01 LOWER LEVEL 0 FUNDANTION LEVEL
2
West Elevation
ELEVATIONS A106 1 : 100
1 : 100
SECTION PLANS A107 1 : 100
CUTSOM FAMILY FLOOR 02 02 1 : 20 HEIGHT
CUTSOM FAMILY FLOOR 01 01 1 : 20
NAIL OFFSET 02
NAIL OFFSET 01
Xiaoxiao DONG UID:3303533669 March PP
Exterior 001
1
Section 2
1 : 100 2013-12-10 8:00:58 PM
2
2013-12-10 8:01:00 PM
-1000
Advisor Karen Kensek Arch 507
CUSTOM FAMILY SECTION 03 01 1 : 20
A106
CUSTOM FAMILY SECTION 04 02 1 : 20
2 NAIL OFFSET HORIZONTAL WIDTH
CUSTOM FAMILY AXON 05 VIEW 03
Advisor Karen Kensek Arch 507
SITE PLAN 1 : 100
3180
2013-12-10 8:00:50 PM
SITE PLAN A102 1 : 100 1
CUSTOM FAMILY AXON 10 VIEW 01
1300
-
1600
CUSTOM FAMILY 03 07 ELEVATION 1 : 20
Advisor Karen Kensek Arch 507
I created a custom panel for curtain wall. This panel's most important part is the position of nails. So I used the parametrics to relate them to the dimention of the panel.
2600
2013-12-10 8:01:22 PM
Exterior A116 Exterior 002
Xiaoxiao DONG UID:3303533669 March PP
CUSTOM FAMILY AXON 06 VIEW 02
CUSTOM FAMILY 02 08 ELEVATION 1 : 20
Height(instance) Width(instance) Nail dimention(instance) Nail Vertical Offset(instance) Nail Vertical Offset2(related to height) Nail Horizontal Offset(instance)
CUSTOM FAMILY A108 As indicated
2013-12-10 8:01:03 PM
Xiaoxiao DONG UID:3303533669 March PP
DN
2
CUSTOM FAMILY 01 09 ELEVATION 1 : 10
Door Schedule
6700
Family Single-Glass 1 Double-Glass 1 M_Single-Flush M_Bifold-2 Panel M_Single-Glass 1 M_Single-Flush M_Single-Glass 1 M_Single-Glass 1 M_Single-Flush M_Single-Glass 1 M_Single-Flush M_Bifold-4 Panel M_Overhead-Rolling Grand total: 23
3600
9
5300
8
Type 36" x 84" 2 72" x 84" 2 0762 x 2032mm 0762 x 2032mm 0762 x 2032mm 0813 x 2134mm 0813 x 2134mm 0813 x 2350 0915 x 2134mm 0915 x 2134mm 0915 x 2134mm 2 1220 x 2134mm 4200 x 1981mm 2
Count 1 2 4 1 2 2 1 1 3 2 1 2 1
Level
Width
01 LOWER LEVEL 01 LOWER LEVEL 02 UPPER LEVEL 01 LOWER LEVEL
800 1600 762 762 762 813 813 813 915 915 1100 1220 4200
01 LOWER LEVEL 01 LOWER LEVEL 02 UPPER LEVEL 01 LOWER LEVEL 02 UPPER LEVEL 02 UPPER LEVEL 02 UPPER LEVEL
Height 2300 2300 2032 2032 2032 2134 2134 2350 2134 2134 2500 2134 1981
Type Mark 64 56 28 68 162 24 160 220 20 158 40 70 219
Cost 500.00 99.00 10.00 3.00 30.00 250.00 9.00 999.00 200.00 80.00 190.00 698.00 1.00
7
7 2100
23 16
6
24
14 5700
27000
17
15
5
Single-Glass 1 36" x 84"
2
2700
A114
Double-Glass 1 72" x 84"
M_Single-Flush 0762 x 2032mm
M_Bifold-2 Panel 0762 x 2032mm
M_Single-Glass 1 0762 x 2032mm
2
DN
10 7900
3
1400
1700
4
1
Xiaoxiao DONG UID:3303533669 March PP
4500
A107
1 A113
1
3800
2800
3800
5900
2400
B
C
D
E
18
19 26
6900
25600
A
Xiaoxiao DONG UID:3303533669 March PP
F
G
Advisor Karen Kensek Arch 507
1 A107
2 A114 1 A113
M_Single-Flush 0813 x 2134mm
Advisor Karen Kensek Arch 507
M_Single-Glass 1 0813 x 2134mm
M_Single-Glass 1 0813 x 2350mm
M_Single-Flush 0915 x 2134mm
M_Single-Glass 1 0915 x 2134mm
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
2 A107
ROOF PLAN A105 1 : 100 1
03 ROOF 1 : 100
M_Single-Flush 0915 x 2134mm
Door Legend 1 : 50
M_Bifold-4 Panel 1220 x 2134mm
M_Overhead-Rolling 4200 x 1981mm
Door Schedule A111 As indicated
2013-12-10 8:01:07 PM
1 : 100
2013-12-10 8:00:53 PM
02 UPPER LEVEL
2013-12-10 8:00:53 PM
FLOOR PLAN A104 1 : 100
1
1
LIVING ROOM PLAN 1 : 50
LIVING ROOM INDOOR 2 PERSPECTIVE
Scheduling and Detailing A112 1 : 50
2013-12-10 8:01:15 PM
02 UPPER LEVEL WITH SCHEDULE 2 DOOR 1 : 100
2 A107
Revit Project │ Revit Case Study │ Leicester House USC │ Individual Work
03 ROOF 7200
200
Steel, paint finish, ivory, matte
400
Plastic Laminate - Ivory, Matte Level 3 6400
3000
Soda Lime Glass
Portland Cement Concrete
Copper, matte finish
2 A114
03 ROOF
Trellis-Parametric 001 Size of Pipe 1=2", Parametric of Member 1=0.1, Height of Joint=0.2
1374
7200 Level 3
Soda Lime Glass
02 UPPER LEVEL
Trellis-Parametric 001 Size of Pipe 1=2", Parametric of Member 1=0.1, Height of Joint=0.6
3400
2426
150
6400
02 UPPER LEVEL
3400
3400
Xiaoxiao DONG UID:3303533669 March PP
0
2
-1000
Advisor Karen Kensek Arch 507
Number 1 2 3 4 5 6 7 8
Name Bedroom Bathroom 1 Storage Bathroom 2 Kitchen Hallwalk Living Room Garage
Floor Finish
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Room Schedule Perimeter
Area
26432 20587 9200 7000 17619 11379 39843 28800
1
Greenhouse Rendering A120 1
Rendering of Greenhouse
The Trellis' diameter could be changed. When the size of base pipe is ajusted, the pipes above it will be also changed automatically.
Parametric of Trellis A121
2013-12-10 8:01:32 PM
Wall Section Detail A114 1 : 20 Section 02
2013-12-10 8:01:31 PM
Wall Section A113 1 : 50
2013-12-10 8:01:18 PM
2
1 : 50
1 : 20
Xiaoxiao DONG UID:3303533669 March PP
Section 01
Volume
27 m² 16 m² 5 m² 3 m² 9 m² 6 m² 87 m² 52 m²
106.59 m³ 62.29 m³ 20.83 m³ 11.28 m³ 36.46 m³ 22.06 m³ 324.97 m³ 154.77 m³
Bedroom 1
Trellis-Parametric 001
27 m²
Trellis-Parametric 002
Storage
Bathroom 1
3
2
5 m²
16 m²
Bathroom 2 4 3 m²
Kitchen
Hallwalk 6 6 m²
5 9 m²
2
Living Room 7
Room Legend
87 m²
Bathroom 1 Bathroom 2 Bedroom
Garage 8
Garage
52 m²
Interior-Illumination
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Hallwalk
1
Interior
Kitchen
Height=300mm Frame Size=100mm Panel Parametric=0.333 Style 001
2013-12-10 8:01:24 PM
02 UPPER LEVEL WITH SCHEDULE 1 ROOM 1 : 100
Interior A117
2013-12-10 8:01:06 PM
Upper Floor Plan with a Room Schedule A110 1 : 100
Trellis-Parametric 004 View of the Trellis A122
Rendering of Trellis A123
2013-12-10 8:01:34 PM
Trellis-Parametric 003
Storage
2013-12-10 8:01:32 PM
Living Room
Height=800mm Frame Size=200mm Panel Parametric=0.100 Style 002
Falcon - Exterior 01
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Xiaoxiao DONG UID:3303533669 March PP
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Advisor Karen Kensek Arch 507
Explain The Parametrics A118
A View of Greenhouse A119
Green Building Studio A125
Falcon Exterior A126
Falcon - Exterior 02
2013-12-10 8:01:37 PM
Perspective View With 1 Greenhosue 001
2013-12-10 8:01:36 PM
Height=500mm Frame Size=100mm Panel Parametric=0.100 Style 004
2013-12-10 8:01:30 PM
Height=500mm Frame Size=300mm Panel Parametric=0.450 Style 003
2013-12-10 8:01:24 PM
1
Section 3
Section 4
2013-12-10 8:01:21 PM
305
01 LOWER LEVEL
FUNDANTION LEVEL
COMMERCIAL COMPLEX │ TERRAIN REMODELING
SCHOOL STUDIO │ COMMERCIAL COMPLEX DESIGN Individual Work │ Type: Public Architecture │ Key Word: Space Reunion Time Period: 8 weeks Advisor: Zhou Wei
Project Description: Activity Practice Nowadays, shopping mall is considered to be the symbol of the city prosperity. Meanwhile, Urban green space gradually shrink. Hard ground instead of the grass. How to deal with this problem become the topic in this design. This commercial complex is on the site which is located in northwestern of Sha Lake, the center of Wuhan. The inspiration is from the Chinese charactes " 木 " which means trees. I want to give the building and site two properties. One is urban green space, the other is shopping mall. Further more, I want this building is becoming the starting point of the lakeside road of Sha Lake.
Study │ Site and Massing
Set an entrance for pedestrian. The plaza links the green axis.
BUILDING
Green axis links three entrances.
PARK
R
Huge size of the building will make the people in the park feel oppressive. So we need to reduce the massing of the building.
Air corridor
“TREE”
BUILDING
PARK BUILDING
“TREE”
BUILDING
Sink space
PARK
BUILDING
BUILDING
PARK
PARK
PARK
BUILDING
PARK
Buildings should BUILDINGbe scattered instead of being concentrated in a single area. But the problem is, the park area PARK will be break up.
PARK
“TREE”
PARK
BUILDING
BUILDING
PARK
PARK
BUILDING
BUILDING
Slope production PARK
Massing production
PARK
Through Taiwan, the rigid interface is becoming more delicate than the original, more cordial.
Return the space to lake and creat a platform close to water. PARK
BUILDING
BUILDING
BUILDING
PARK
PARK
BUILDING
PARK
PARK
E
K
A L E
Set an entrance plaza for pedestrian and car.
PARK BUILDING
BUILDING
" Through axis control, the massing of the building creat two sink spaces which has introvert properties. Meanwhile, the building guarantee the park to be union for people."
PARK
With sinking space, the park area obtain the liberation. While the introduction of the grassland geographical concept of space, top floors linked by a courtyard from sink.
BUILDING
Air corridor
PARK
Walking space
Playing ground
Culture path
Landscape view
Efficient traffic
Meditating plaza
Entertainment plaza
Waterfront landscape
0 5 10 15 20M
N
MUSEUM OF MORDEN ART │ CONTINUATION OF WAVE
SCHOOL STUDIO │ COMMERCIAL COMPLEX DESIGN Individual Work │ Type: Public Architecture │ Key Word: Street Wave Time Period: 8 weeks Advisor: Lei zukang
Project Description: Space Practice When I was young, I grow up with the old street. There were a lot of narrow, winding streets. Everytime when I see the old street, the best memories of childhood always come back again like a long lost friend. But now, the fast urbanization is destroying the old streets. I wonder if I could do something, to save those streets, to save my friends. It is fortunately that I get the chance to take part in this plan. In this plan I try to find a way to make the new art museum is harmony with the old street's style and feature. After analysis, I find that the old street's texture, ratio between buildings' heights and street's widths, materials different from building by building, all of them, are formed the unique wave in the street. I think its a significant feature that the new buildings in this street should have.
Canossian Daughters of Charity Chapel is with great artistic and cultural value. But the chapel is not recognizability because of its location is not near the eage of the Huayuan Hill.
?? People-flow in the Museum
So we need something to draw the people attention about the chapel. The idea is build a structure as a reflection of church on the eage of the Huayuan Hill.
LEISURE SPACE
LEISURE SPACE
LEISURE SPACE
EAGE
View Corridor
The reflection of the chapel is definitely not an enclosure space. The plan is to devide the constructure and form the leisure space.
OF SIGHT
LEISURE SPACE
Leisure Space
LEISURE SPACE
A Reflection of Chapel
LEISURE SPACE
WORKSHOP
The workshop is under ground and its roof is formed an art plaza. The art plaza is both the front space of the chapel and exhibition area of the workshop.
LEISURE SPACE
ART PLAZA
! ! ! !!
LEISURE SPACE
!
People-flow in the Museum
Old Street Wave
CH
AP
EL
VIE
W WAVE
Large Sculpture Exhibition Hall Exhibition Hall 4
Multimedia
Plan │ Floor Plan 1
1
4 3 5 2
6
5
2
8
3
7
1 Middle Street 2 West Entrance 3 East Entrance 4 Paronama
1
1 Exhibition Hall 2 Multimedia Center 3 Culture Corridor 4 Air Way 5 Curator Room 6 Reception Room 7 Meeting Room 8 Storage
1
2
0
5
10
15
20M
N
URBAN DESIGN │ QINGYANG ANCIENT TOWN
STUDID PROJECT │ TOWN PROTECTED DESIGN Cooperational Work │ Type: Public Architecture │ Key Word: Transformation │ Collaborator: Pan Hao, Rong Shengliang Time Period: 8 weeks Advisor: Liu Xiaohu
Project Description: Comprehensive Practice According to the three questions posed earlier, use the following three design solutions: First, in order to protect intangible cultural heritage "walking on bridges three times", a kind of folk customs, we transformed three bridges to restore the original style, combined with modern living needs for further transformation.
Culture Recovery │ Bridge Design
Culture Recovery │ Bridge Design
According to records, the largest center of the bridge is the bridge Qingyang. It is because of the location named in Qingyang center. However, it is now replaced by a road bridge.
Combination of revetment and pier We made "revetment design" as a special research project, to discuss the scale and manner revetment design. Meanwhile, we study the relationship between human activities and the waterfront.
Bridge's form: Three-hole is similar to the bridge deck and covered bridges. people walks in the middle of the bridge, with business on both sides. Transformation of intentions: It's important that establish a wide variety of water entertainment.The center of the bridge combined with the performance space. The type of pier
Space under the bridge
Three-hole main part
Pedestrian space
Commercial space
Attic space
The designed scope of the project and range of research.
The texture of the space in Qingyang Street basically preserved
As people demand a change of living environment, a large number of valuable old buildings were severely damaged.
Triple Xieshan roof
Other Works │ PROJECT 10-17 School Studio │ Folk Custom Museum │ The Hakkas HUST │ Team Work
ASSIGNMENT + SCHOOL STUDIO + JOINT STUDIO + INTERN 2007-2013
School Studio │ Auto 4S Shop Design │ Cylinder HUST │ Individual Work
Joint Studio │ Parametric Design │ Becoming Chairs HUST + HNU + DNU │ Individual Work
Assignment │ Structure Analysis HUST │ Team Work
School Studio │ Folk Custom Museum │ The Hakkas HUST │ Team Work
School Studio │ Auto 4S Shop Design │ Zen & Bamboo HUST │ Individual Work
School Studio │ Urban Design │ 4 Circles HUST │ Individual Work
SUPPLEMENTS │ RESUME + CREDITS Credits │ Thanks ! School Studio │ Revival of Qingyang Model with Shengliang Rong Diagram with Shengliang Rong, Hao Pan Assignment │ Structure Analysis Model with Shengliang Rong Diagram with Shengliang Rong Intern │ China Guangfa Bank & Dongdan Sports Center Massing study team: Xiaoguang Liu, Gang Li, Ivy Shi, Li Zhang Model team: Gang Li, Li Zhang Rendering team: Lu Lu, Lucy Hou Joint Studio │ Parametric Design │ Solidification of Wind Model team: Boyao Jiang, Shiyu You and all the members of Joint Studio Joint Studio │ Visual Work │ Paper Cup Model team: Boyao Jiang, Shiyu You School Studio │ Space Work │ Line Model team: Wei Mu, Boyao Jiang Joint Studio │ Space Work │ Peace Doves Model team: Boyao Jiang, Shiyu You and all the members of Joint Studio Assignment │ Structure Analysis Model with Shengliang Rong Diagram with Shengliang Rong School Studio │ Folk Custom Museum │ The Hakkas Model with Lan Shao Internship │ Putian Vanke Museums Massing study team: Xiaoguang Liu, Gang Li, Jiaji Weng, Chiyu Li, Jin Qian Model team: Gang Li, Li Zhang Rendering team: Lu Lu, Lucy Hou
Education
University of Southern California (USC)
LA,CA,USA Aug.2012-Jan.2014
Huazhong University of Science and Technology (HUST)
Wuhan,China Sep.2008-Jun.2012
Master of Architecture Design (Architecture School)
Xiaoxiao DONG 1429 W 23th PL Los Angeles, California 90007 323-868-5627 xiaoxiad@usc.edu
Bachelor in Architecture (Architecture and Urban Planning School)
Project/Work Experiece
RTKL Architectural Design Consulting Co., Ltd.(Intern)
Beijing, China July.2011-Oct.2011
Wuhan University of Technology Architecture Design Institute(Intern)
Wuhan,China Jun.2010-Jan.2011 Oct.2011-Feb.2012
Advanced Architecture Lab[AaL](Intern Designer) ● Qingyang Ancient Town (responsible for conceptual design and urban planning)
Wuhan,China Feb.2011-Jun.2011
● China Guangfa Bank and Dongdan Sports Center (completely project, in charge of design development) ● Haikou Cargo Port Building(responsible for facade design) ● Putian Wanke Museum(document)
● Xiangyang International Economic Trade Center (completely project, in charge of design development) ● HuaKai Commercial Complex (completely project, associate, in charge of conceptual design) ● Nanzhang Culture and Sports Center (completely project, project architect) ● Shandong Binghe Residential Area (completely project, responsible for facade design)
Wuhan,China Huazhong University of Science and Technology Dean’s Workplace(Intern) Sep.2010-Nov.2010 ● Research on the parametric based on the construction of Ancient Buildings (responsible for digital modeling, rendering, programming, code develop) ● Planning of the Axis of the Campus (associate, responsible for modeling, rendering)
Awards
● Planning of the Axis of the Campus Project Qualification Trials Eligible Designer ● Qingyang Ancient Town Competition Annual Excellent Design ● Nanzhang Culture and Sports Center Institute Good Design and Final Option
Publication
Xiaoxiao DONG & Hao Pan, “The use of digital architecture design in the ancient architecture” Huazhong architecture , in progressing (Chinese)
Activities
Huazhong University of Science and Technology (HUST) ● Team leader, Co-design of Sino-Germany ● Minister, Liaison Department, Students Union ● Volunteer, The First Graduation Ceremony of 8000 students
Software Skills
Modeling Rhinoceros,Sketchup, Revit/Rendering Vray,Lumion,Keyshot/ Animation Lumion, After Effect/Graphic AutoCAD,Photoshop, Illustrator, InDesign/Analysis Ecotect/Computer Language Java(Processing), Visual Basic/Document MS Word, PowerPoint, Excel
Language
English, Mandarin Chinese
Xiaoxiao DONG M.Arch USC B.Arch HUST Email: xiaoxiad@usc.edu