ARCHITECTURE DESIGN PORTFOLIO
YINGJING MA 2009-2016 MASTER OF ARCHITECTURE TAUBMAN COLLEGE OF ARCHITECTURE AND URBAN PLANNING UNIVERSITY OF MICHIGAN
YINGJING MA http://www.yingjingma.com/ yjma@umich.edu 734.747.2638
EDUCATION
PROFESSIONAL EXPERIENCE
2014-2016: Taubman College University of Michigan Master of Architecture GPA: 3.82/4.0
LMN Architects, Seattle
2009-2014: School of Architecture and Urban Planning Huazhong University of Science and Technology (HUST) Bachelor of Architecture GPA: 3.4/4.0 (84.5/100)
SKILLS Design AutoCAD Rhino Revit Maya Grasshopper SketchUp Graphic Adobe Photoshop Adobe Illustrator Adobe Indesign Adobe Acrobat V-ray Mental Ray
AWARDS 04/2016 Burton L. Kampner Memorial Award Honorable Mention Seems Cute Cute Seams 06/2014 Excellent Thesis Award Pinghe Packing Plant Renovation 2011-2012 Academic Year National Encouragement Scholarship
LANGUAGE English
Full Professional Proficiency
Chinese
Native
02/29/2016- 03/04/2016
Extern + accompanied project managers to consultant/ contractor meetings + accompanied project managers to construction supervision on site + assisted making physical and digital models Gluckman Mayner Architects, New York Architectural Intern
06/22/2015- 09/04/2015
+ involved in the schematic design and drawing documents producing of the renovation of Korman Center in Drexel University + assisted with the inspection of the construction drawings + created interior elevation drawings for design development + drew civic engineering diagram based on site survey 03/02/2015-03/06/2015 Gluckman Mayner Architects, New York Extern + created partial elevation drawings for schematic design + assisted with drawing modifications in design development phase + built physical model The Fifth Design Studio Central-South Architectural Design Institute, Wuhan Architectural Intern
07/01/2013-09/30/2013
+ sketched concept design options + assisted with elevation and section drawings for schematic design + edited concept design package
EXHIBITIONS & RESEARCH College Gallery Thesis Honors Exhibition Team Leader + thesis design in collaboration with two partners + created final drawings and models
05/2016-09/2016
Library Exhibition Ellie Abrons: Inside Things Team Member + created final drawings + explored representation options + assisted physical model fabrication
02/2016-03/2016
Translation of Professional Book (English to Chinese) 12/2012-6/2014 Translation Team Member “Adapting Buildings and Cities for Climate Change” by Sue Roaf translated chapters 9-11, proofread translation of chapters 6- 8 Undergraduate Innovation Research Program of HUST 04/2012-12/2013 Research Project Leader “The Design Strategies for Livable Senior Citizens’ Dwellings based on Open Architecture Theory” 09/2012 Paper Publication "Discuss on the Origami's Application in the Temporary Building Design and Construction." Huazhong Architecture 9 (2012): 008 with Liming Zhang, Yuanzhi Lv
CONTENTS
STREET LIFE IN THE AIR| STREET BUILD COMMUNITY SPRING 2015
GROUNDED TODetroit| MIXED USE APARTMENT FALL 2014
11-18
MIXED USE HOUSING
SHOPPING EXTREME| BOOM-FROM-BUST SPRING 2013
1-10
HOUSING + PLANNING
19-26
COMMERCIAL + URBAN DESIGN
SEEMS CUTE2 SEAMS| UNCANNILY CUTE SEAGRAM BUILDING SPRING 2016
27-34
GRADUATE THESIS
ADDITIONAL SAMPLES REVIT MODELING + DRAWING | THE KOLNER BRETT
35-38
SUSTAINABLE STRATEGIES | RESDENTIAL TOWER
39-40
NTERNSHIP | KORMAN CENTER RENOVATION
41-42
INTERNSHIP | CONSTRUCTION DOCUMENT
43-44
BUILDING SYSTEM
STREET LIFE IN THE AIR |STREETS BUILD COMMUNITY Project Location: Singapore Collaborators: Gaurav Sandara, Qing Sun Instructor: Claudia Wigger Tower is inevitable for dense districts like Singapore. To explore the possibility of maintaining vibrant street life in the air, this project organizes streets in the planning, arranges streets around the tower, invites the streets to each unit entrance. All units are developed from typical units in traditional Singapore blocks. Duties: Unit+Tower designing, Plan+Section drawing, Diagram Drawing, Digital+ physical modeling
1
LIVING CONDITION
VILLAGE+TOWER
SEMI-PLANNED
COURT
PORCH OUTDOORS
CELEBRATE WALKWAY
WHAT WE GET
ALLEY
WHAT WE PROPOSE
WHAT WE ENJOY
STRATEGY ANALYSIS
LIVING = OUTDOOR
CORRIDOR >>> STREET
IDEAL= HOME + OUTDOOR
user-buildable
corridor inside
ACCESS OR VIEW
outside
CONNECT TO ADD DENSITY
roving wall
street
interaction room deck SHARED OUTDOORS
TYPOLOGY ANALYSIS
CIRCULATION AS STREET
CLUSTER FORMATION
UNFIXED UNITS
UNIT VARIATION 2
STREET HIERARCHY
SITE PLAN [Tower and Street Hierarchy]
PRIMARY STREET
SECONDARY STREET
TERTIARY STREET 3
UNIT ISOMETRIC DIAGRAM [Two Types of Units [Interaction Room With Streets]
SECOND FLOOR
FIRST FLOOR
11 .5
14
M
M
SECOND FLOOR
7.5
FIRST FLOOR M
5M
UNIT TYPE1
UNIT TYPE2
DEVELOPED FROM SHOP HOUSE
STUDIO
CHILDREN GAME ROOM
DEVELOPED FROM BUNGALOW
PIANO CLASSROOM
SHOP
STAGE 4
TYPICAL FLOOR PLAN [Horizontal Streets Across Building]
BUILDING SYSTEM DIAGRAM
CLUSTER + UNIT TYPE
5
CIRCULATION
WET WALL + PLUMBING
TOWER SECTION A-A [‘Void Deck’ Across Building]
PLANTED TERRACE LIGHT SPORT
BRIDGE CONNECTOR
localised void decks are planned as semi-outdoor + semi-publicspaces interspersed across the building and serve as pause points
DAYCARE
2.5 meter offsets allow building interior to open up for air and void decks BRIDGE CONNECTOR
VOID DECK cross connections across building bays open into void decks to allow for spontaneous interactions
DECK CONNECTOR
2.5 meter offsets occur every eight storeys
TERRACE GARDEN
STAIRCASE CONNECTOR
void-decks are planned to be built as per users’ collective requirements
EXERCISE PRIMARY STREET TERTIARY STREET
ENTRANCE LOBBY
6
UNIT PERSPECTIVE SECTION [Unfixed Amenity] [Interaction Room With Street]
11.5m or
noon sun 8 mm fixed glazing panel
25 mm partition walls to allow bedroom 2 to be combined with study
bedroom 2
lounge
sliding door terrace 3 morning and evening sun
1.8 m cantilvered slab in reinforced cement concrete
slide-fold door
terrace 1
deck 1800
7
living
dining 3000
3000 currently
2.5 m STREET
r 14 m UNIT
200
200 mm brick infill wall
10 mm glazing within aluminum channel, as operable window
bedroom 1
2600
terrace 2 200 mm thick RC parapet Wall 5mm glass panel embedded
reinforced cement concrete two-way slab spanning 5 m
200
plexi-glass sheet between aluminum mullion system acting as translucent wall
2600
200 2 1/2’ Roving Wall snack-bar counter
‘interaction room’ kitchen 3000 currently
music - coaching 200
3000
corridor-street 2500
8
SECTIONAL AXO 230 x 75 mm Stone Coping 200 mm Thick RC Parapet Wall 2 coats of Exterior Water proofing Emulsion
terrace Aluminum Channel with Aluminum Brackets at 1 m c/c Aluminum Flashing
25 mm Ch 25 mm Ce 40 mm So 20 mm Va 200 mm R 2-coats of
5 mm Glass Embedded in a 20 x 20 mm Side-Hung Window 300 x 20 mm Timber Sill 10 mm Timber Nosing 200 x 50 mm Timber Joist
bedroom
1250 mm Cantilever
25 mm Te 25 mm Ce 40 mm So 200 mm R 2-coats of 400 x 200 50 mm wi
230 x 75 mm Stone Coping 200 mm Thick RC Parapet Wall 2-coats of Exterior Waterproofing Emulsion 5 mm Glass Panel Embedded
deck
350 mm Soil Fill 120 mm Sand & Gravel Mixture 15 mm Filter Membrane (Sloped @ 1:100)
living
30 x 100 m 25 mm Ce 40 mm So 200 mm R 2-coats of 50 mm wi 125 x 80 m
25 mm Wa 175 mm S
9
ONOMETRIC + CONSTRUCTION DETAILS [Tropical-living ‘Staggered Facade’ Conditions
hina-Mosaic Flooring ement Mortar ound & Thermal Insulation apor Retarder Reinforced Cement Concrete Slab f Velvet-finished Paint
BUILDING ROOFTOP
INNER STREET SECTIONAL MODEL
SECOND erazzo Flooring ement Mortar ound & Thermal Insulation Reinforced Cement Concrete Slab f Velvet-finished Paint mm RC Beam Embedded in RC Slab ide Aluminum Channel for Sliding-Folding Panels
LEVEL - RESTING
FIRST LEVEL - LIVING UNIT TYPE: LOFT-STUDIO
mm Timber Planks ement Mortar ound & Thermal Insulation Reinforced Cement Concrete Slab f Velvet-finished Paint ide Aluminum Channel for Sliding-Folding Panels mm Timber Joist Screwed to RC Slab
GREEN DECK SECTIONAL MODEL
ater-Proofing Membrane Layer Sunk RC Slab
10
DISTRICT NETWORK
GROUNDED TODetroit|MIXED-USE APARTMENT Project Location: Detroit, USA Collaborator: Peter Choi Instructor: Douglas Kelbaugh Followed the prospect of Transit Oriented Development(TOD) of Detroit, six sites in midtown Detroit are developed to provide a connected, walkable, sustainable and quality improved community. Our site, among those six, envisioned how the collective living between artists, students, and seniors can be organized around a shared courtyard in a mixed use apartment. Duties: Digital modeling, Plan+Section drawing, Diagram Drawing
11
NEW CENTER DISTRICT DEVELOPMENT With a small Amtrak station locating at the heart, the availability of land around it is ideal for Transit-oriented Development (TOD).
RETAIL
HOUSING
RECREATION
STATION
OFFICE
PARKING
HOTEL
Situated in the New Center of Detroit, within a short distance from Amtrak Station and surrounded by artists, students, and seniors, the site provides senior housing, work-live spaces, and family residences. The gallery, and the statue park, the workshops for the residents, especially the older people, make the site not only a purely residential area but also an incubator for new business and a mix group community. 12
GROUND FLOOR PLAN
AMSTERDAM ST
[Mixed Use Apartment Centered Around The Courtyard]
WORKLIVE LEAN ZONE OFFICE UP
STORAGE
UP
AMSTERDAM ST
STORAGE UP
RETAIL
CASS AVE
N
CLAY CLASSROOM
OFFIC
GALLERY
A
13
CLAY CLASSROOM
B
UP
WORKSHOP
STORAGE
KITCHEN
CE
A UP
LOBBY
DINING
UP
LOBBY
CASS AVE
B
The programs both inside and out offer a sharing community with a social courtyard. The courtyard is an inclusive space, surrounded by an artists’ workshop, a senior classroom, and a shared exhibition gallery.
14
PROGRAM DIAGRAM
CIRCULATION DIAGR SENIOR HOUSING SKIP STOP (TWO OR THREE) SKIP STOP (STUDIO) PARTY ROOM WORK LIVE WORK SHOP DINING AMENITY PARKING LOT GALLERY RETAIL COMMUNITY GARDEN
am
rd ste
Am
Ca
ss Av e
15
St
RAM
Program Description:
VEHICULAR ROUTE (PUBLIC) VEHICULAR ROUTE (SERVICE) PEDESTRIAN ROUTE (PUBLIC) PEDESTRIAN ROUTE (RESIDENTIAL) STAIRCASE CORE AND CIRCULATION ELEVATOR CORE
The programs both inside and out offer a sharing community with a social courtyard. The courtyard is an inclusive space, surrounded by an artists’ workshop, a senior classroom, and a shared exhibition gallery. The long corridor in the building - connecting senior housing and skip-stop apartments gives a shared commuter space which includes a library, conference room and a fitness area on the second floor. The project also features flexible areas for retail and galleries. Circulation Description: Cass Avenue and Amsterdam Street serve the circulation for most vehicular and pedestrian transportation. The back alley of the site allow residents’ vehicles to go to underground parking and service vehicles of the workshops and restaurants to commute. Each of the housings has its own lobby. Also, the egress stairs within the evacuation distance of the dead end corridor secure the evacuation for emergencies.
am
rd ste
St
Am
Ca
ss Av e
16
SOUTH ELEVATION
HOUSING
SKIP STOP UNIT
The skip stop units system brings benefits which first guarantees the south sunlight for all units, and then improves the efficiency by saving circulation spaces.
The lower floor of the larger unit enjoys generous space for family gathering or guests reception. And the upper floor includes a full master bedroom, as well as a family library with reading area. The balcony invites the residents to sharing courtyard and warm sunshine. The north end units provides multiple choices .
HOUSING
SKIP STOP UNIT
Parallel to the larger unit, the smaller unit of the skip stop pair provides another choice of smaller families, or students who require a more economical life style.
SOUTH ELEVATION [Mixed Use Apartment Centered Around The Courtyard]
17
SENIOR HOUSING CORRIDOR UNIT
The compact unit fulfill the demands of all the senior citizens. Also the west facing balcony offers a corner for pleasant afternoon tea time.
SENIOR HOUSING CORRIDOR END UNIT
The corridor end unit enjoys the large south facing balcony and duplex suit with both a bedroom and a study room. It also features for its roomy bathroom with facilities to secure the healthy life of senior citizens.
WEST ELEVATION [Mixed Use Apartment Centered Around The Courtyard]
18
URBAN DESIGN
SHOPPING EXTREME |BOOM-FROM-BUST Project Location: Wuhan, China Individual Project Instructor: Mei Jiang The extreme sports commercial park, emphasizing stimulations of shopping in experience process, is a reform of the traditional commercial style of Jiefang Road of the1990s. This project attempts to connect discrete surrounding resources in function, and sight.
19
SITE INTRODUCTION As the most prosperous commercial street of Wuhan in the 90s, Jiefang Rd owns valuable resources in transportation and tourism, for instance, the Yellow Crane Tower and Yangtze River Bridge. However, Jiefang Rd is in recession due to failure in commercial orientation and resources integration.
B A C TRAIN ON YANGTZE RIVER BRIDGE
D LANE HUBU
A YELLOW CRANE TOWER
B WUHAN YANGTZE RIVER BRIDGE
D LANE HUBU
(ancient tower)
(first bridge across Yangtze River, 1957)
(national famous street for the typical street food of Wuhan)
AREA DEMOGRAPHY SURVEY According to the site survey results, the commercial program composition is of a monotone, mainly either retail or restaurants. Moreover, the age of the group shopping here concentrates on a older range. Specific commercial program targeting at younger people should be added. An experiencing shopping is also able to bring more vibrancy.
NODE Snake Hill retail
PROGRAM COMPOSITION
entertainment
8%
retail
5%
restaurant
GROUP AGE COMPOSITION
5% 18-30 yr 14%
hotel
hotel
6-18 yr
5%
entertainment
17%
65%
finance
36%
30-55 yr
restaurant
> 55 yr
finance
45%
SITE PROPOSAL RELAXING
DINING
RETAIL
DINING
RETAIL
The polar offers an example of a business model with specific targeting group.
TRAVELING EXPERIENCING
DRINKING
RELAXING
RETAIL RELAXING
Experiencing shopping consists of the main part of the poject and has the biggest capacity to be connected with other programs like traveling and dining
EXPERIENCING
DINING
DRINKING
Extreme sports park, extreme retail and supporting dining and cafe together generate a cluster which will benefit area traveling and shoping popularity.
TRAVELING
RETAIL DRINKING
DINING
20
PART4 RESTAURANT & CAFE
PART 1 EXTREME SPORTS PARK
PART2 SITE: CHILDREN GAME PLATFORM
PART1 SITE: EXTREME SPORTS PARK
PART3 SITE: EXTREME YC T
ORI C CHIL C
21
CHIL C
PART3 EXTREME SPORTS PLAZA
PART2 CHILDREN GAME PLATFORM
E SPORTS PLAZA
PART4 SITE: RESTAURANT & CAFE YC T
YC T
C
CHIL C
L HB
22
RESTING STANDS
ROLLER SLIDES
RESTING STANDS
VINE
WATER & BAR
REST & COMMUNAL
STAIRS TO THE BRIDGE
ROLLER SLIDES
TOTAL HEIGHT
ADDITIONAL LAYER
CORRESPONDENCE RELATIONSHIP
23
LAYER TWISTED
GAME PLATFORM
SLID
AMENITY ARR
L1
L2
L3
L4
L1
L2
DE HANGED
RANGEMENT
24
25
26
BUILDING AESTHETICS
SEEMS CUTE2 SEAMS |UNCANNILY CUTE SEAGRAM BUILDING Thesis Honorable Mention Project Location: New York, USA Collaborators: Stefan Klecheski, Siwei Ren Instructor: Matias Del Campo How can cuteness be deployed in architecture? Is there a relationship between the uncanny and the cute? By proposing a perversion of Mies’ architecture of sobriety, we unpack the field of aesthetic categories extant in architecture today. Cute forms are agglomerated, as a means to unpack the Seagram Building’s unique quality, and as a means to investigate cute effects and tectonics. Duties: Tower modeling, Rendering, Plan+Section drawing, Diagram Drawing, Digital Fabrication
27
28
TYPICAL FLOOR PLAN [Squeezing and Growing: Special Effect]
29
A-A SECTION [Uncannily Cute: Squeezing and Growing]
30
31
TOP FLOOR INTERIOR RENDERING 32
FABRICATION STRATEGY This uncannily cute Seagram Building can be built with sheet material. To prove that, these three stages serve as the mock-up prototypes demonstrating how the panels work as the complexity of the geometries increase. They are divided and combined by the finger joints, which offer perfect solution bridging the design and build. The fundamental strategy is dividing the sphere into horizontal strips or panels, A Grasshopper script is developed to add fins along the edges and to guarantee that they are matching side by side. These stages suggest that any space and geometry can be treated as the combination of basic spheres and can be further subdivided into panels. Thus, the whole building can be built in sheet materials. Moreover, the shape of seams, constituted by the finger joints will largely influence the impression as well as the physical performance of the whole building at large.
33
STAGE 1
STAGE 2
STAGE 3
OPEN END SPHERE
DOUBLE END OPEN SPHERE
CLOSED END SPHERE
PANEL AND JOINT
PANEL AND JOINT
PANEL AND JOINT
OPEN END SPHERE MOCK-UP
In Stage1, a simple sphere with an opening to allow connection to the following geometry is built.
DOUBLE END SPHERE MOCK-UP
In Stage2, a irregular sphere with double openings is fabricated. Meanwhile, those two openings are much more integrated to the geometry.
CLOSED END SPHERE MOCK-UP
In Stage3, two spheres are precisely connected generating a enclosed geometry.
34
35
REVIT SESSION
THE KOLNER BRETT |REVIT DRAFTING Project Location: Cologne, Germany Designed By: B&K+ Architecture All drawings completed in the REVIT session of the System Studio in Spring, 2015. The project is a multi-family housing project designed by B&K+ Architecture with 8 units locating in Cologne.
N
SITE PLAN Scale: 1”= 80’-0’
MASSING Scale: 1/64”=1’-0’ 36
12
12
-
8
22
2921
8
22
2921
11 1028 18 ---
-
11 --- 1028 18
Level 5 36' - 0" Level 4 27' - 0" Level 5 36' - 0" Level 3 18' - 0" Level 4 27' - 0" Level 2 9' - 0" Level 3 18' - 0" Level 1
1-1 SECTION
0' - 0" Level 2 9' - 0"
Scale: 1/16”= 1’-0’
1
2
3
4
5
6
7
1
2
3
4
5
6
7
Level 1 0' - 0"
Level 5 36' - 0" Level 4 27' - 0" Level 5 36' - 0" Level 3 18' - 0" Level 4 27' - 0" Level 2 9' - 0" Level 3 18' - 0" Level 1 0' - 0" Level 2 9' - 0"
SOUTH ELEVATION 37
Scale: 1/16”= 1’-0’
Level 1 0' - 0"
OVERALL AND MASSING BUILDING TYPE
Residential
TOTAL SITE AREA
34285SF
FAR
1.8
LOT COVERAGE PERCENTAGE TYPE1: STUDIO ONE
35%
TOTAL BUILDING AREA (GROSS)
60000SF
Total Building Footprint
12000SF
Number of Floors
5
Number of Buildings
1
FENESTRATION Main Building Orientation
Northwest, Southweat
Building Depth Percentage of Glazing on Facade TYPE2: STUDIO TWO
85’-3” 60%
SYSTEM STRUCTURE Composite Steel Frame and Concrete Deck System HVAC Radiant Heating, Hydronic System SUSTAINABLE SYSTEM Gray Water Recycling System in Retention Pond
TYPE3: STUDIO THREE
TYPE4: STUDIO FOUR
38
SUSTAINABLE DESIGN
RESIDENTIAL TOWER STRATEGIES Project Location: Istanbul, Turkey Instructor: Jong-jin Kim According to the climate features of Istanbul, posBACARDI BUILDING FACADE RENOVATION sible climate strategies includes utilizing the sea breeze, taking advantage of the topography VEGETATION+SHADING
Yingjing Ma 12082014
and
making separate strategies for winter and sum-
WESTERN WALL mer period. GREEN THERMAL BUFFER SYSTEM
VEGETATION+SHADING ON FACADES
Ventilation Strategies: Ventilation Core The integration of vegetationa and shading facilities serve mainly on the west facade to shade protect t-
Energy Strategies: Trombe Wall, Wind Turbine, he indoor spaces.Solar Thermal Panels
Sun collector can also be installed in the belcony to
provide plants electricity for the building. Green Strategies: Roof Garden, Balcony
vegetation
solar collector EAST FACADE IN SUMMER
EAST FACADE
Climate Fea
Winter: Cold
shading
Summer: Ho
Comfort Hou Plants on the blank west facing facade helps the heat insulation.
Whole year:9
solar collector
Month 5-8:5 Month11-2: WEST FACADE IN SUMMER
WEST FACADE
ROOF GARDEN ROOF GARDEN
The roof garden provide an extra outer space for the residents.
The roof garden provides an extra outer space for the residents.
Plant sedum plant which is easy to survive or economical plant to grow food
Plant sedum plant which is easy to survive or commercial plants to produce food.
Solar solar Collector collector
39
roof gar Roof Gar
PASSIVE COOLING STRATEGIES STONE THRMAL BUFFER
E IN WINTER
atures:
d + Wet
DOUBLE-DECK FLOOR VENTILATION SYSTEM
ot + Dry
urs:
904 Hours
508 Hours 9 Hours
E IN WINTER
rden rden High temperature and high humidity
Using the fan to reduce sensitive temperature
Using the fan to enhance ventilation is a low-carbon, energy-efficient, effective way.
40
INTERNSHIP
KORMAN CENTER RENOVATION
DOUBLE HEIGHT LOUNGE LOUNGE AREA
06/2015 - 08/2015 Internship Firm: Gluckman Mayner Architects Project Location: Philadelphia Supervisor: Robert White, Xiaopeng Wang
EVENT ROOM STUDY AREA ‘FRONT PORCH’ CH’
By creating a front porch with a light steel structure, the Korman Center renovation project optimized both the internal communal space and the relationship between the building and the quad. Cooperated with colleagues, I was responsible for documenting the original building conditions, drafting new plans and sections, as well as digital modeling and rendering.
SCREEN
SUN CONTROL THE QUAD
ACTIVATES QUA INDOOR/OUTDO
DU
2-2 Section 41
DUCTBANK OFFI CE OFFI CE
DOUBLE HEIGHT LOUNGE SEATING
OFFICE
THE QUAD T EA CHIN G
‘FRONT PORCH’ OFFI CE LOUNGE AREA
DOUBLE HEIGHT LOUNGE SEATING
CIRCULATION
OPEN STAIR
SERVICECEE
N T EACHING
SUPPOR T
First Floor Plan
INTIMATE INTIMATE STUDENT STUDENT SPACE SPACE
CREEN
SUN TROL
LOUNGE AREA
OFFICE
OPEN STUDY
OPENGROUP STUDY STUDY
GROUP STUDY
EVENT SPACE EVENT SPACE
CONNECTION CONNECTION TO QUAD TO QUAD
FRONT FRONT PORCH PORCH
AD VATES QUAD OOR OR/OUTDOOR
UCTBANK DUCTBANK
THE QUAD
DOUBLE-HEIGHT DOUBLE-HEIGHT CELEBRATORY CELEBRATORY
LOUNGE LOUNGE
LOUNGE
LOUNGE
ENTRY VESTIBULE
THE QUAD
ENTRY VESTIBULE
DUCTBANK
DUCTBANK
1-1 Section 42
INTERNSHIP
COMMERCIAL COMPLEX 07/2013 - 09/2013 Internship Firm: CSADI Project Location: Hubei, China Supervisor: Fei Li, Weiping Wang The project is a commercial complex locating in Hubei, China. My duties include drafting the enlarged plan of restrooms and stair cores, as well as the detailed wall section and staircase sections in the construction document phase.
Enlarged Bathroom Plan
43
Wall Section
Enlarged Staircase Section
44