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SHUQIN XU Portfolio
Master of Architecture, University of Illinois at Urbana-Champaign, IL, United States Master of Engineering in Construction Management, University of Illinois at Urbana-Champaign, IL, United States Bachelor of Architecture, Shenzhen University, China
SHUQIN XU shuqinxu716@gmail.com
509 S 5th St, Champaign, IL 61820
+1 217 305 3127
[EDUCATION]
Undergraduate GPA: 3.65;
Aug 2017- Dec 2019
University of Illinois at Urbana-Champaign
Graduate GPA: 3.78 (IL, United States)
Master of Architecture Master of Civil Engineering in Construction Management Shenzhen University
Aug 2012- May 2017
(Shenzhen, China)
Bachelor of Architecture Vienna University of Technology
Jan 2016- May 2016
(Vienna, Austria)
Exchange Study [PROFESSIONAL EXPERIENCE] Gensler
Jun 2019 -Aug 2019
(Houston, TX, United States)
Job title: Intern Architect RG-Architecture
May 2018 -Aug 2018
(San Francisco, CA, United States)
Job title: Intern Architect University of Illinois at Urbana-Champaign
Aug 2018 -May 2019
(IL, United States)
Job title: Teaching Assistant Sophomore Design Studio (Arch 273, Arch 274) University of Illinois at Urbana-Champaign
Aug 2017 -May 2018
(IL, United States)
Job title: Teaching Assistant Sophomore Design Studio (Arch 271, Arch 272) Zhejiang Huazhan Institute of Engineering
Sept 2016 -Nov 2016
Research & Design Co.,Ltd
(Ningbo, China)
Job title: Intern Architect [OTHER EXPERIENCE] Women’s Reunion & Symposium exhibition, University of Illinois
Aug 2019 - Nov 2019
at Urbana-Champaign, 2019
(IL, United States)
Job: Exhibition Graphic Design [HONORS] May 2019
Graduate Student Design Awards-- Chicago Award Second Price
May 2018 & Nov 2018
Graduate Student Design Awards-- Chicago Award Nominated
2017
Outstanding Graduate, Shenzhen University
[SKILLS] Revit;
ArchiCAD;
Adobe Indesign;
AutoCAD;
Lumion;
Sefaira;
Sketchup;
Rhino;
Microsoft Office
Adobe Illustrator;
Adobe Photoshop;
CONTENT
01
200 NORTH CITYFRONT PLAZA HOTEL/CONDOMINIUM TOWER Highrise
02
THE SEED BANK & BOTANICAL RESEARCH CENTER Seed Bank & Research Lab
03
TERRACE HOUSING Social Housing
04
ORGANISM Museum
05
HIGHRISE COMPLEX IN THE COLLEGE TOWN Highrise
06
CAMPUS HISTORY MUSEUM Museum
07
SHAPE AND SPACE Other work
08
BOUNDARYLESS Other work
09
DRAWING SAMPLES Other work
... ...
01. 200 NORTH CITYFRONT PLAZA HOTEL/CONDO
TOWER: A VERTICAL CITY IN CHICAGO’S STREETERVILLE DISTRICT -Project Type: Highrise Complex -Location: Chicago, IL, United States -Year: Fall 2018 (UIUC) -Media: Rhino; Revit; Lumion; Adobe Photoshop; Adobe Illustrator; -Team Members: Yue Teng; Yuqiao Zhang -The job involved: Hotel & Condo design; Rendering photoshop; Drew dia grams & construction details; Program: Hotel Lobby 6000 sf; Public Bar 3000sf; Condo Lobby 1700sf; Ball Room & Reception: 14000sf; Lease out space 2500sf; Office & meeting room 5000sf; Restaurant 10000sf; Hotel 428units; Luxury Condominium 244 units; Condo Top Amenity 25000sf;
Skyscrapers are important landmarks of the city and contribute to urban
quality, density, sustainability, and livability. Mixed-use high-rises that combine residential, hotel, and retail spaces, can make a positive contribution to Chicago’s Loop (Central Business District) in terms of urban vitality, and urban infrastructure. The project is designed to explore the relationship of the skyscraper to complex physical, social, and environmental context while engaging issues of detail and construction in expressing architectural ideas and concepts. The site is located on the north bank of the Chicago River in the 200 blocks of Chicago’s Streeterville District, immediately south of the NBC Tower. North Cityfront Plaza Drive on its western edge, North Water Street on its northern edge, and North Columbus Drive on its eastern edge define the site. Even in the current recession, this is an area of growingdemand for housing and hotel accommodations.
CONCEPT & DEVELOPMENT The oval footprint is designed to smooth the intersection around, better connecting the pedestrain level and river walk level. The shape of the building enables the users to enjoy more city view. Two atriums on the condo zones and garden on the hotel zone bring the green space vertically throughout the whole building and bring more natural sunlight into the building.
Site
Mechanical floor
SITE PLAN
Oval footpring
Shape
Function zones
Atrium
Green space
Structure
PLAZA LEVEL PLAN
RIVERWALK LEVEL PLAN
CONDO & HOTEL PLAN DESIGN
There is a hotel garden with swimming pools on level 6
placed in this level facing the garden. The plan of severa need the deep depth, which forms a natural atrium in the
Above the hotel zone, there are three condo zones. The fi on the north side is so big which causes structural proble better space for the condo zones, an atrium in the condo curves in along the atrium to support this part. With the ing.
Every three floors are designed as a small neighborhood. A dens for relaxing at both sides. There is the second circula
Level 54 (Condo)
Level 6 (Hotel)
Level 73 (C
6. Amenity functions such as gym and game room are
al hotel levels above set back since hotel rooms don’t hotel area.
first issue when designing this part is that the depth ems. To solve this structural problem and to create a area is created. There is the secondary diagrid which atrium, more natural sunlight can get into the build-
At the first level in each unit, there are two small garation for connecting every three levels.
Condo)
Level 74 (Condo)
Level 7 (Hotel)
Level 75 (Condo)
Level 25 (Hotel)
Level 91 (Condo)
ELEVATORS DIAGRAM: Four hotel elevators; Four condo elevators; Two service elevators;
1. Core
2. Main diagrid
3. Secondary diagrid
Smaller core area is required in the condo area.
Diagrid is the main structure of the building, which also forms the pattern on the facade.
The secondary diagrid along the condo atrium curves in from the main diagrid. The secondary diagrid solves the long-span problem in the condo area.
BUILDING STRUCTURE: Core and diagrid work together as the structure of the whole building.
WALL SECTION_(INTERSECTION IN HOTEL ATRIUM)
This model image shows the relationship of the podium
and the Chicago River at north. The oval shape of the building smooth the intersection around, better connecting the pedestrain level and river walk level. People can more easily come from the pedestrain level and down to the river walk level around the building. Outdoor space and landscape outside the podium are well designed to provide a more inviting space for people to stay. An atrium is designed along the Chicago River at the river walk level inside the podium, which also provides a better view. This relaxing space inside links the outdoor landscape into integrity.
PODIUM STUDY MODEL
BUILDING MODEL
02. The Seed Bank & Botanical Research Center at Cahokia Mounds -Project Type: Seed Bank & Research Lab -Location: Cohokia, IL, United States -Year: Spring 2019（UIUC） -Media: Rhino; Lumion; Adobe Photoshop; Adobe Illustrator; -Team Member: Aditi Mukherjee
Project is informed by the study of a unique site: Cahokia Mounds. At
the time, Cohokia covered more than six square miles. Today, Cahokia Mounds is considered the largest and most complex archaeological site north of the great pre-Columbian cities in Mexico. It included a central plaza, residential neighborhoods, more than 100 massive earth mounds and the wood henge. The Cahokia Woodhenge was a series of large timber. Annual equinox and solstice sunrise observation events are held at the site.
DESIGN CONCEPT
The basic form of the building symbolizes the idea of “circle of life� in ancient American. The circulus public exhibition route also follows the ring.
The axis connecting the building with the woodhenge, starting from the main entrance.
The research greenhouse and the smaller exhibition greenhouse are set at the south-north direction.
The circulus circulation connects the seed bank, the greenhouse space and gallery space into a continuous system.
View from the building looking towards the woodhenge.
PERSPECTIVE 1
PERSPECTIVE 2
This space is where the big greenhouse interlock with the circle volumn. Standing on the bridge, people can look down both to the greenhouse and the research lab.
PERSPECTIVE 3
Research greenhouse space and it’s structure.
PERSPECTIVE 4
02. TERRACE HOUSING (SOCIAL HOUSING)
-Project Type: Residential -Location: China; -Year: Spring 2016（Vienna University of Technology） -Media: Sketchup; Vray; ArchiCAD; Adobe Photoshop; Adobe Illustrator; -Team Member: Yi Sun -Jobs involved: Concept design; Drew plans & sections; Rendering;
The design intention is to explore an organic form that
derives from nature and develop it into a new dwelling form which enables people to get closer to nature. Also, the dwelling provides more opportunities for people to communicate and improve the neighborhood relationship in a modern city through the interior space. The design tries to balance and combine people’s desire for natural outdoor space and the requirements of modern lifestyle in the city. Terrace demonstrates the protection and utilization of the original natural form. Without destroying the nature, the dwelling is designed in harmony with the environment. This design is the application of the terrace form in dwelling.
In this design, the central space serves as a public space, which promotes communication between residents and provides more possibilities for people’s spontaneous activities. The outward side of the living building enables people to enjoy the breath of nature, and the inward side enables people to enjoy the lively breath of social life.
BENEFITS OF DWELLING WITH TERRACE:
With the terrace form, the building gets more sunlight. Each house has an open terrace, where people could get closer to nature. Plants grown on terrace will bring people’s life the breath of nature; Buildings with the terrace form reduce congestion in crowded cities from the visual perspective;
1. Chatting room 2. Party room
3. Giant stairs 4. Reading room
5. Video room
6. Public laundry
7. Kindergarten 8. Gym & others
Circulation atrium 1
INTERIOR SPACE:
Circulation atrium 2
LAYOUT:
Place boxes as public space inside; Create corridors, platforms to form a public space system inside. The public area of the nearby buildings could be connected as a whole. By setting back of units one by one, the terrace space enjoys a maximum horizontal view without blocking the view on two sides.
A
A
FOURTH FLOOR PLAN
B
B
THIRD FLOOR PLAN
135000mm 10000mm
13000mm
12800mm
17000mm
18500mm
2. Laundry
SECTION A-A 1. Parking
6. Video room
3. Reading room 4. Party room
11000mm
SECTION B-B
18000mm
17600mm
4200mm 12800mm
17000mm
150000mm
5. Chatting room
16700mm
7. Parking
SAMPLE UNIT 6 190 m² (Terrace: 78 m²)
SAMPLE U
SAMPLE UNIT 7
30 m² (Terrace: 10 m²)
SAMPLE U
SAMPLE U
SAMPLE U
SAMPLE U
HOUSING UNITS
UNIT 1
70 m² (Terrace: 13 m²)
UNIT 2
100 m² (Terrace: 16 m²)
UNIT 3
140 m² (Terrace: 26 m²)
UNIT 4
140 m² (Terrace: 26 m²)
UNIT 5
127 m² (Terrace: 13 m²)
03. ORGANISM -Project Type: Museum -Location: Chicago, IL, United States -Year: Fall 2017 (UIUC) -Media: Rhino; Vray; ArchiCAD; Adobe Photoshop; Adobe Illustrator; -Team Member: Zhenhao Luo -Jobs involved: Concept design; Drew plans & sections; Rendering;
IMAGES OF THE MICROSCOPIC CELL SYSTEM
DESIGN CONCEPT
The design begins with the study of the microscop-
ic cell system. The design concept emerged from the human bone structure. The bone surface bridge with each other to form this kind of structure. For this museum design, we imitate the bone structure. The columns are the main vertical supporting structure in which functions could be placed. The interior space is organized in the void space outside the columns which could be reconfigured in the future. The void space could be freely organized even if it no longer functions as a museum in the future.
CONCEPT STUDY MODELS
IMITATION OF THE HUMAN BONE STRUCTURE
The form of this building imitates the bone struc-
ture. The rest void space could be used for the different functions. Columns of different sizes have different usages. The big columns could be the main supporting structures and functions could be placed inside. The vertical transportation system could be placed in the small columns. Some of them just serve as the vertical supporter.
BUILDING SECTION
04. HIGHRISE COMPLEX IN THE COLLEGE TOWN -Project Type: Highrise complex -Location: Shenzhen, China -Year: Fall 2015 -Media: Sketchup; Vray; ArchiCAD; Adobe Photoshop; Adobe Illustrator; -Individual work -Program: Scientific Research Highrise 3000m^2; Theatre 3000m^2; Two Convention Centers 300m^2 each; Exhibition Hall: 1000m^2
The main design intentions are to balance the new con-
struction with the established surroundings. The aims are to contribute to the existing fabric of the site and to enhance the campus life. Besides meeting the essential functions of high-rise complex, the design also tries to provide possibilities for spontaneous activities of people on campus. The site locates on the center of the Shenzhen university town. There are the teaching area of the Peking University Shenzhen Graduate School and Tsinghua University Shenzhen Graduate School nearby. The original site condition is the unused lawn which needed to be well designed and developed.
SITE ANALYSIS & DESIGN CONCEPT 1.2.4: Teaching area ( Peking University ShenZhen Graduate School; Tsinghua University ShenZhen Graduate School)
2 1
3 4 02.
01.
The site locates in the center of the University Town presenting a typical rural landscape among many recently constructed campus buildings. It’s the central space in campus town where students usually gather for leisure time.
As a triangle site, three ma different areas of the campus signed to connect different p
ain parts of the site connect s town. A rambling axis is departs of the site in sequence.
03.
For the design, the rambling axis connects several function programs of the building complex into a continuous system.
DESIGN STRATEGIES: PRESERVE THE TOPOGRAPHY & CREATE CIRCULATION SYSTEM The original site is a slope. People rest and have fun on the green space. The design aims to preserve the unique topography and activities on the site. The design transforms the two-dimensional axis into three-dimensional form which corresponds to the site topography. Also, the building density is minimized to preserve the original site condition. Therefore, space of related functions are placed underground. Two circulation systems are designed. Along with the topography, a rambling circulation system connecting different functions is created, which also serves as public space for people. Moreover, a more efficient circulation system is designed which leads people to specific functions directly.
PRESERVE THE TOPOGRAPHY:
CIRCULATION SYSTEM:
The rambling circulation system connect also serves as public space for people.
The more efficient circulation system lead directly
GROUND FLOOR PLAN
ting different functions
ds to specific functions SECOND FLOOR PLAN
One design principle is to deal with the altitude difference,
maintaining the original site topography while meeting the functional requirement of the project. As shown in the diagram, the location of different functional blocks corresponds to their extent of opening.
level 1 2 3 4 Theatre People inside People outside
Exhibition hall
Meeting room 1
Meeting room 2
Building lobby The extent of opening Location privacy
BUILD
DING SECTIONS
05. CAMPUS HISTORY MUSEUM
-Project Type: Museum -Location: Shenzhen, China -Year: Fall 2014ďźˆShenzhen University -Media: Sketchup; Vray; AutoCAD; Adobe Photoshop; Adobe Illustrator; -Individual Work
The site is the critical point of the university
linking different parts of the college. It is a perfect location for students to gather and where activities could be held. But now the site is not well designed, students still always walk across the site because it connects the dormitory and the teaching buildings despite its current bad situation. The design aims to preserve the route which the students frequently used and to create a historical museum which could activate the space. Exhibition, gathering area, cafe are included to activate this central place in campus.
TEACHING AREA
EASTERN PART OF SCHOOL WESTERN PART OF SCHOOL
SITE LOCATION
DORMITORY AREA
Original route from dormitory to teaching buildings: flat but circuitous.
Shortcut from dormitory to teaching buildings: short but muddy.
SITE PLAN ANALYSIS: 1. The site is the crux of the university linking the teaching area at north, the dormitory area at the south, the western and the eastern part of the school. It is a perfect location for students to gather where activities could be held. But now the site is still not widely used, covered by mud. 2. One important feature on the site is that students always walk across the site because it is a shortcut from dormitory to the teaching buildings despite the current bad situation. Although the site has an altitude difference, students still prefer crossing the muddy slope. DESIGN CONCEPT: Preserve and optimize the route which students walk across. Preserve the necessary use of the site but not eliminating it. The path naturally divides the building into two parts: Permanent exhibition and temporary exhibition. At the same time, by placing the inner circulation system connecting two pieces in the middle, students on the route could interact with the visitors inside the museum, which can vitalize the activities inside the museum at the same time.
The preserved route
Circulation system within the museum
Combined
1.The basic form corresponds to the site.
2.Preserve the route which students walk across.
3.Bigger permanent exhibition block is required.
4. The form emphasizes the central area.
5. A public overhang space is created.
6. The central space gets bigger.
7.Circulation system in the middle connects two parts.
8.Deal with the altitude difference; create a staircase for resting.
9.Students could cross to these areas.
10. Both the circulation indoor and outdoor are placed in the middle.
11. Students could also go up to the roof.
12.Based on the functions, enhance the integrity of the form.
0
10m
GROUND FLOOR PLAN
SECOND FLOOR PLAN
THIRD FLOOR PLAN
People inside People outside 0
10m
06. SHAPE AND SPACE Individual design DESIGN PURPOSE: The purpose of this design is to explore the shape and the space, with only the designers’ sensitivity and feeling to the space. In this design, two forms of basic block-cube and cylinder are used to shape unique space. (The design is without detailed architecture programs). DESIGN STRATEGY: Insert two main curve walls into a cube that has different contour lines. Space surrounded by the curve walls serves as the main space while the surrounding space serves as the connecting space.
MAIN SPACE CONNECTING SPACE
The darker area represents the main space; The lighter area represents the connecting space;
PERSPECTIVE A
PERSPECTIVE B
07. BOUNDARYLESS Individual design DESIGN CONCEPT: There is a scene that appears in my dream for many times: I am in a mysterious low gravity world where everything is surrounded by clouds. Everything around me is soft without firm boundaries where I can jump very gently without spending many efforts and enjoy the feeling of weightlessness. I can push the cloud and fog around to interact with the space around me. The design aims to imitate this scene with a special material-the soft net, to shape and weave the space based on the nature of the material.
MATERIAL SELECTION: The soft net with strong plasticity can easily be shaped and imitate the scene which is full of cloud. The material is a soft touch and can easily imitate the world with small gravity.
THREE BASIC SHAPING METHODS: 1. TWIST 2. STRETCH
3. PASTE
BEHAVIORS AND FEELING: What will people who are accustomed to living in a world with hard boundaries feel and behave once they get into a space shaped by the soft and elastic net? How their body could interact with it? People are free to bounce and they can climb on the vertical interface. Their body could hardly be stable due to the movement of other people around. People in this space can have peculiar experience, including looking through the net that might have endless depth.
DETAIL DRAWINGS (Case Study) 150 NORTH RIVERSIDE (OFFICE BUILDING)
DETAIL 2
DETAIL 1: FACADE SYSTEM B LOWRISE DETAIL 3: FACADE SYSTEM B BASE
SPANDREL GLASS PLAN
DETAIL 1: FACADE SYSTEM B LOWRISE
VISION GLASS PLAN
DETAIL 2
DETAIL 3: FACADE SYSTEM B BASE
SAMPLE WORK (During Internship at Gensler Houston) 1' - 5 3/4"
07 41 13.13.E00 FURRING CHANNELS 03 30 00.A00 CAST-IN-PLACE CONC
G 09 29 00.A01 GYP BD 5/8" 05 40 00.A00 COLD-FORMED METAL FRMG
E
09 29 00.J14 FLOATABLE DRYWALL MOLDING END ENCLOSURE
1' - 5 3/4"
07 92 19 ACOUSTICAL JOINT SEALANT
08 80 00.A00 GLASS AS SCHEDULED
7 05 40 00.C00 STEEL STUD
03 30 00.A00 CAST-IN-PLACE CONC
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PLAN DETAIL -LEVEL 01- GRID E10 SCALE: 1 1/2" = 1'-0"
PLAN DETAIL - LEVEL 01 - GRID G7 SCALE: 1 1/2" = 1'-0"
1' - 8 5/16"
9 9/16"
4"
04 22 00 CONCRETE MASONRY UNIT 07 21 00.A00 BUILDING INSULATION 05 40 00.C00 STEEL STUD
G 1' - 0 1/4"
09 29 00.A01 GYP BD 5/8"
33 FLOOR TRENC 07 21 00.A00 BUILDING INSULATION
D
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08 80 00.A00 GLASS AS SCHEDULED
07 41 13.13.E00 FURRING CHANNELS
07 92 00.B00 SEALANT W/ CYLINDRICAL SEALANT BACKING
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PLAN DETAIL - LEVEL 01 - GRID D10 SCALE: 1 1/2" = 1'-0"
PLAN DETAIL - LEVEL 01 - GRID G8 SCALE: 1 1/2" = 1'-0"
03 30 00.A00 CAST-IN-PLACE CONC 09 29 00.A01 GYP BD 5/8"
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H
07 21 00.A00 BUILDING INSULATION 05 40 00.C00 STEEL STUD
0"
1' - 5 3/4"
04 22 00 CONCRETE MASONRY UNIT
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PLAN DETAIL - LEVEL 01 - GRID A9 SCALE: 1 1/2" = 1'-0"
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SHEET NOTES 09 21 16.23.F01 CORNERBEAD
1603 Broadway St. San Antonio, TX 78215
09 29 00.A01 GYP BD 5/8" 05 40 00.A00 COLD-FORMED METAL FRMG
06 10 00.C01 WOOD BLOCKING 07 62 00.A00 SHEET METAL FLASHING & TRIM 05 40 00.S00 COLD-FORMED METAL Z FRAMING 07 13 26 SELF-ADHERING SHEET WATERPROOFING
4' - 5 9/16"
5' - 6 3/4"
05 70 00.G12 STEEL PLATE
BUILDING 07 INSULATION 21 00.A00
05 40 00.S00 COLD-FORMED METAL Z FRAMING 07 13 26 SELF-ADHERING SHEET WATERPROOFING
5 15/16"
07 62 00.A00 SHEET METAL FLASHING & TRIM
711 Navarro St. Suite 709 San Antonio, TX 78205 United States
Tel 210.222.8059
Big Red Dog 5710 W Hausman Rd. San Antonio, TX 78249 United States Tel 210.860.9224
Arup 10370 Richmond Ave. Houston, TX 77042 United States Tel 713.783.2787
07 92 00.B00 SEALANT W/ CYLINDRICAL SEALANT BACKING 06 10 00.C01 WOOD BLOCKING 09 21 16.23.F01 CORNERBEAD
10"
1
PLAN DETAIL - LEVEL 01 - GRID F3 SCALE: 1 1/2" = 1'-0"
GENERAL NOTES
.dwg 912b Congress Ave. Austin, TX 78701 United States Tel 512.320.0668
10"
09 21 16.23.F01 CORNERBEAD
G
09 29 00.A01 GYP BD 5/8" 07 62 00.A00 SHEET METAL FLASHING & TRIM
46 00.E00 CH DRAIN
07 92 00.B00 SEALANT W/ CYLINDRICAL SEALANT BACKING 05 70 00.G12 STEEL PLATE
11 1/4"
06 10 00.C01 WOOD BLOCKING
05 40 00.S00 COLD-FORMED METAL Z FRAMING
Date
07 62 00.A00 SHEET METAL FLASHING & TRIM
Description
06 16 00 SHEATHING 07 21 00.A00 BUILDING INSULATION 07 13 26 SELF-ADHERING SHEET WATERPROOFING
2
PLAN DETAIL - LEVEL 01 - GRID G3 SCALE: 1 1/2" = 1'-0"
G
Seal / Signature
Project Name
1603 BROADWAY Project Number
25.1463.000 KEY PLAN
Description
EXTERIOR PLAN DETAILS - LEVEL 01
Scale
1 1/2" = 1'-0"
3
PLAN DETAIL - LEVEL 01 - GRID G4 SCALE: 1 1/2" = 1'-0"
A09.601 © 2019 Gensler
SAMPLE WORK HAND-DRAWN CONSTRUCTION DRAWINGS (During Internship at Gensler Houston)
SAMPLE WORK (During Internship at RG-Architecture)
SHUQIN XU Master of Architecture, University of Illinois at Urbana-Champaign, IL, United States Master of Engineering in Construction Management, University of Illinois at Urbana-Champaign, IL, United States Bachelor of Architecture, Shenzhen University, China