YUEXI CHEN
USC School of Architecture, M.Arch III
Certificate in Sustainable Design
yuexic@usc.edu | (424) 249 -5016
EDUCATION
Chongqing University, CQU
- Degree: Bachelor of Engineering, School of Urban Construction and Environmental Engineering
- Major: Building Science
University of Southern California, USC
- Degree: Master of Architecture, School of Architecture
- Major: Architecture Design
Tongji University, CAUP
- Go Local Project: College of Architecture and Urban Planning
École Nationale Supérieure d’Architecture de Paris-Belleville
- Summer School: School of Architecture
EXPERIENCE
Beijing Institute of Architectural Design (Group) Co., Ltd. (BIAD)
Student Intern, Creation Department of 1A1
Student Intern, Building Information Modeling Department
Zaha Hadid Architects
Student Intern
SOFTWARE & SKILLS
English (Advanced), Chinese (Native)
Rhinoceros, Grasshopper, Revit, AutoCAD, Photoshop, InDesign, Illustrator, Enscape, IES VE, Microsoft Office, 3D Print, Laser Cut, Photography.
Beijing,
Beijing,
06/2018-08/2018 02/2019-03/2019 05/2020-08/2020 Chongqing, China 09/2015-06/2019 Los Angeles, United States 08/2020-06/2023 Shanghai, China 03/2021-07/2021
China
China
Paris,
06.2022
France
- 07.2022
MÖBIUS TOWER
USC SOCIAL JUSTICE CENTER
ZIG-ZAG HEALTHCARE HAVEN
MIXED-USE HEALTHCARE CAMPUS
THE RIBBON
MARSHALL EXTENSION BUILDING
MODULAR BRIDGE HOUSES
LOS ANGELES ADU RESEARCH
INCLUSION INSTITUTE
USC SOCIAL JUSTICE CENTER / GROUP PROJECT
HVAC SYSTEM DESIGN
LONGHU COMMERCIAL COMPLEX
PARAMETRIC DESIGN
ORGANIC PAVILION DESIGN / GROUP PROJECT
MÖBIUS TOWER
USC SOCIAL JUSTICE CENTER
The design of the building is inspired by the Möbius Ring. The building connects all programs in a circular flow, where people with different jobs and different purposes intersect. The immigration history of Chinatown and the design concept of the building are similar. In the early immigrant era, people of different races and cultures walked through their own histories and merged and converged in the new era, creating communication and empathy.
The building has four towers, which form a small circulation two by two, and then converge at the podium to become a complete large circulation. The Möbius Circle symbolizes social justice as a circular and progressive process.
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1 2 3 4 5 6 7 8 9 10 11 12
TYPICAL FLOOR PLAN F1 PLAN F8 PLAN F9 PLAN F2 PLAN
STRUCTURE MODEL FACADE MODEL
SLOPED CAP-FLASHING
2-PLY SBS ROODING MEMBRANE OVER GYPSUM ROOF SHEATHING
W-FLANGE
ROOF SHEATHING
TWO LAYERS OF POLYISOCYANURATE INSULATION
SELF-ADHERED AIR AND VAPOR BARRIER MEMBRANE ON TOP SIDE OF CLT PANEL AND ONTO
BACK SIDE OF CLT WALL PARAPET
SLOPED CAP-FLASHING
CLT ROOF PANEL
GLASS CURTAIN WALL
WINDOW ASSEMBLY
INTERIOR WINDOW TRIM
BACKER ROD AND SEALANT
SLOPED BLOCKING
SELF-ADHERED MEMBRANES
AIR BARRIER
MENTAL PANEL
TWO LAYERS OF POLYISOCYANURATE INSULATION
CLT PANEL INSULATION
WOOD TRUSS
CONCRETE FOUNDATION
BUILDING ENCLOSURE SYSTEMS
ASSIGNMENT 7: DIGITAL CHUNK MODEL AND DRAWINGS
Scale: 3/8" = 1'-0"
Sheet Size: 36" by 72"
Yuexi Chen
ZIG-ZAG HEALTHCARE HAVEN MIXED-USE HEALTHCARE CAMPUS
Angelica Theiriot, the founder of Planetree, quoted that “Many of the most important moments in people’s lives are spent in hospitals. Yet for the most part, They are the coldest and ugliest places on the earth.”
For the modern healthcare, it is important to provide patients supportive human relationships, physical comfort, independence and a sense of autonomy and dignity.
Zig-Zag Healthcare Haven is a mixed-use healthcare setting with Outpatient Clinic, Lifelong Housing, and Memory Care Cluster. The community-oriented healthcare center is a haven of calm in the busy city.
Overall, Zig-Zag Healthcare Haven is protected, peaceful, and conducive to rest or enjoyment.
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IMPACT OF SURROUNDING AREA
CONCEPT DIAGRAM
0 10' 20’ 40’
HEALTHCARE
MIXED-USE
CAMPUS
OUTPATIENT CLINIC PROGRAM:
Lobby
Radiation and Imaging Room
Physical Therapy
Outpatient Exam and Doctor’s Office
Staff’s Space
Lab
Retail
Back of House
FARMER’S MARKET
GYM
MAIN ENTRANCE OF OUTPATIENT CLINIC
Lab
LIFELONG HOUSING PROGRAM:
Lobby
Staff’s Space
Adult Day Care Center
Classroom
Library
Art Studio
Media Room
Kitchen and Dining Area
Gym
Lab
Housing Units
INTERIOR
UNIT TYPE A UNIT TYPE B UNIT TYPE C UNIT TYPE D 1 BEDROOM / 1 BATHROOM Net Area: 762 Sqft Gross Area: 838 Sqft 1 BEDROOM / 1 BATHROOM Net Area: 762 Sqft Gross Area: 838 Sqft 2 BEDROOM / 2 BATHROOM Net Area: 957 Sqft Gross Area: 1044 Sqft 2 BEDROOM / 2 BATHROOM Net Area: 1044 Sqft Gross Area: 130 Sqft
VIEW OF THE LIFELONG HOUSING
The memory care cluster focus on taking good care and protect the elder’s life, especially for people who has dementia.
PRIVATE GARDEN FOR MEMORY CARE CLUSTER
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THE RIBBON MARSHALL EXTENSION BUILDING
The design is an extension school of USC Marshall Business School.
The extension school is opening to public, inviting successful businessman and well-known alumni to share experience with students, together with carrying out MBA courses for adults. At the same time, it provides a closer learning and discussion space for business school students who live in USC Village.
A business school aims to engage students, encourage self-motivation, and enhance collaboration. Based on the research of the early design stage, I figure that business students have three main activities inside the school building -- case study, social practice, and group work. It is important to create an enthusiastic atmosphere of communication.
One of the main architectural features is the façade. It is composed by pre-casted wood. 85% of the facade structure are made by original straight wood, 15% of the facade structure are made by bended wood. The organic shape of the facade also highlights the entrance of the building. This idea explores the ways of movement and transformations.
Following the function of the building, the interior space is separated into two parts -- the necessary academic community space and the convenient collaboration space.
During the form generation phase, I extract the two main architectural function areas into two intersection and rotating curves, implying that the core values of the business school intersect and merge within the building. By logically mixing functional areas, this building provides a highly interactive community space.
THE LISTED SPACES:
1 NECESSARY - ACADEMIC COMMUNITY: Conference room, Team rooms, Classrooms, Multipurpose Hall
2 CONVENIENT - COLLABORATION SPACE: Lobby, Café, Lounge, Terrace
3 NONE - SUPPORT FACILITIES: Faculty offices, Storage, Toilets
GROUND FLOOR PLAN 0 5' 10' 20' 30' Lounge Lounge
B1 PLAN SECTION A - A’ SOUTH ELEVATION
SECOND FLOOR PLAN FIRST FLOOR PLAN 0 5' 10' 20' 30' 0 5' 10' 20' 30' Toilet Team Room Faculty Office Faculty Office Toilet Team Room Conference Room Toilet Classroom Storage Discussion Room LOBBY Team Room Multipurpose Hall Discussion Room Storage Toilet Faculty Office Classroom SECOND FLOOR PLAN FLOOR PLAN 0 5' 10' 20' 30' 10' 20' 30' Toilet Team Room Faculty Office Faculty Office Toilet Team Room Conference Room Toilet Classroom Storage Discussion Room LOBBY Team Room Multipurpose Hall Discussion Room Storage Toilet Faculty Office Classroom WEST ELEVATION F1 PLAN F2 PLAN 0 10’ 20’ 30’ 50’ SECTION B - B’
When viewed from below, the staircases appear as they are interlocking circles, enhancing the energetic indoor atmosphere. The interior space of the building has efficient natural lighting. At the same time, because of the sun-shading design of the facade, even in the hot summer of Los Angeles, the building will not be overloaded with cooling load. The open underground space also increases indoor air circulation and ensures indoor air quality.
The architecture uses multiple building materials. The main structure is made of concrete. Concrete is resistant to fire, wind, water, and earthquakes, keeping people safer and reducing costs. Through using triangular concrete waffle slabs, a 5000 sqft multipurpose space has been successfully built without a column. The facade profiles are made of wood and painted in a similar color to the surrounding buildings in USC Village. The building contrasts with the surroundings in form and echoes it in color, and the whole site still looks harmonious.
WATER PROOF INSOLATION CONCRETE SLAB CONCRETE BEAM CONCRETE COLUMN VAPOR RETARFER INSOLATION VAPOR RETARFER AIR GAP
STEEL MULLION
GLASS CURTAIN WALL
STEEL HANDRAIL GLASS CURTAIN WALL STEEL MULLION CONCRETE SLAB CONCRETE BEAM
STEEL MULLION
GLASS CURTAIN WALL
STEEL MULLION
CONCRETE SLAB CONCRETE BEAM
0 1' 2' 4' 6' SECTION B - B'
LINEAR
WOOD PANEL 0 1’ 2’ 4’ 6’
STEEL PIPE STEEL PROFILE
MODULAR BRIDGE HOUSES
LOS ANGELES ADU RESEARCH
This proposal continues the design research initiated with the double house project that preceded it. Similarly, an L-Block module was adopted as a flexible and adaptable dwelling unit and then multiplied and outfitted to house a diverse group of users including singles, small families, co-living and co-working arrangements.
Various organizational combinations and permutations were studied to form courtyards and bars of units and shared outdoor spaces of different sizes and proportions. Contrary to conventional ways of organizing programs, private and public spaces are mixed between the ground and second floors. Finally, bridges are placed on the second level not only to connect the units but also to provide additional elevated communal and semi-private patios for residents.
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FORM GENERATION DIAGRAM FIELD CONDITION DIAGRAM UNIT STUDY F3 PLAN F2 PLAN F1 PLAN
EAST WEST
SOUTH NORTH
INCLUSION INSTITUTE
USC SOCIAL JUSTICE CENTER
The USC Center for Social Justice serves as a hub where faculty and students from a range of fields at USC collaborate with the local community to address social justice matters through three distinct departments: Service, Research, and Community Engagement.
Views from the height are no longer exclusive to a few people. People are welcome to this venue, and engage with the building.
This is a two-person group project designed in Revit.
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Axonmetric View JUSTICE CENTER ADRESS 747 N Main Street, Los Angeles, CA 90012 SHEET LIST SHEET NUMBER SHEET NAME A.01 A.02 A.03 A.04 A.05 A.06 A.07 A.08 A.09 A.10 A.11 Title Sheet Site Plan Foundation Plan and Section Ground Floor Plan Typical Floor Plan Roof Plan System Coordination Exterior Elevations Building Sections Schedules, Preliminary Cost Estimate, Sample Material Specification Large Scale Wall Sections 7 Stories Mixes Use Office Building, 4 Stories Mixes Use Office Building Type IV - A 34,770 SF Min. 31,500SF Above Ground; 9,000 SF Below Ground, +-10% 25,000 SF of Lot Area to Remain Open to Public Space at Ground Level Min. 7 Stories + 2 Underground Stories, Min. 85' 252 Bicycle (25 Long Term and 227 Short Term) Heavy Timber or Mass Timber None DESCRIPTION CONSTRUCTION TYPE AREA ANALYSIS AREA(Required) SPACE(Required) AUDITORIUM VIEWING PLATFORM SOCIAL JUSTICE WALKWAY CAFE DN UP DN 1 2 A B C D 5 7 E F G H A.03 W4 W4 W1 W3 W1 W1 W1 W3 82 87 86 83 11 20' 0" 20' 0" 20' 0" 30'-0" 3 4 6 20' 20' 0" 60' 65' CAFE KITCHEN BEDROOM3 BEDROOM1 8 KITCHEN SHELTER 12 LOBBY 14 CAFE 15 STORAGE ADMIN OFFICE JANITOR 18 20 23 10' 0" 11" 61/2" 9" 10' 15/32" 11/32" 19' 34" x 22" (Half Size Set) Drawn by Checked by Architecture 526 Fall 2022 Project Name: 2022 Spring Studio Project Project Address: 747 N Main Street, Los Angeles, CA 90012 Design Consultant: Lorcan O'Herlihy Convert a Rhino model to a Revit building information model NO. 1339 W 36TH PL, A.04 Ground Floor Plan USC Social Justice Center Yuexi Chen, Yufei Wang Karen Kensek, Micheal Hricak Path of Travel UP DN UP 1 2 A B C D 5 7 E F G H 15 29 W2 W2 3 20' 0" 20' 0" 20' 0" 30' 0" 30' 0" 4 20' 0" 6 24 MEETING ROOM MEETING ROOM 27 MEETING ROOM 29 30 OFFICE AREA 32 33 RESTROOM JANITOR RESTROOM 37 Checked by 2022 Convert a USC 1 Level Path of Travel
VICINITY MAP AREA MAP LOUVER SYSTEM EXTERIOR CIRCULATION SYSTEM VIEWING DECK CAFE SHELTER 1 2 A B C D 3 4 POINT DRAINAGE POINT 20' 0" 20' 0" 20' 0" 60' 0" 4' 13/32" 30' 30' 20' 0" 80' 4' 11/16" 45' 65/32" NON OCCUPIABLE ROOF 5 7 E F G H 6 ELEVATOR EGRESS LADDER DRAINAGE POINT 36" CLEAR PATH OF 3' 60' 20' 20' 0" 25' 0" 65' 2' 3/8" SOLAR PANEL MATRIX 34" x 22" (Half Size Set) Drawn by Checked by Architecture 526 Fall 2022 Project Name: 2022 Spring Studio Project Project Address: 747 N Main Street, Los Angeles, CA 90012 Design Consultant: Lorcan O'Herlihy Convert a Rhino model to a Revit building information model NO. 1339 W 36TH PL, LOS ANGELES, CA, 90007 A.06 Roof Plan USC Social Justice Center Yuexi Chen, Yufei Wang Karen Kensek, Micheal Hricak 3/32" = 1'-0" Level 5 Roof Plan TOTAL ROOF AREA 8514 SF MECHANICAL EQUIPMENTS AC SYSTEM: Air Handling Unit Level 75' 0" 4 Level 8 87' 0" D Level Foundation14 1600 SERIES HORIZONTAL INTERMEDIATE PRESSURE PLATE H 1" INSULATED GLAZING UNIT 34" x 22" (Half Project number Drawn by Checked by Architecture Fall Project 2022 Spring Project 747 N Main Angeles, Design Lorcan Convert a Rhino a Revit building model 1339 W A.12 USC Social Center Karen ASSEMBLY(ENCLOSURE) FLOOR FINISH MULLION PLASTER EXTERIOR FINISH XPS 2 WALL TO ROOF TRANSITION WINDOW TRIM AIR GAP STEEL CONNECTION PANEL XPS POLYMER WATER PROOF MEMBRANE SOLAR PANEL 2% SLOPE TO DRAIN METAL SLOPE FLASHING SELF-ADHERE MEMBRANE 1 1/2" = 1'-0" DOUBLE GLAZED WINDOW 4" CLT PLATE 12" CONCRETE WALL EARTH 1" 1'-0" Door Details Copy
HVAC SYSTEM DESIGN
LONGHU COMMERCIAL COMPLEX
Beijing Longhu Commercial Complex is a comprehensive building integrating commerce, catering, service, and office. It has two underground parking floors and 19 floors above ground. The first to fourth floors are shopping malls, the fifth to sixth floors are restaurants, the seventh floor is shopping malls and commercial office areas, and the eighth to nineteenth floors are office and supporting buildings.
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LOAD CALCULATION
The total building height is 85.55 meters, and has a total construction area of 29978.48 sqm plus an air-conditioning area of 29978.48 sqm. This project is mainly for the architectural design and HVAC design of the 19 floors above the building.
Floor Room Zone Cooling load (kW) Heating load (kW) Fresh air(m³/h) F7 1001 7-1 91.9 67.9 2076.5 1002 7-1 134.5 122.2 4408.4 1003 7-2 6.6 4.8 116.3 1004 7-2 3.7 3.9 111.8 1005 7-2 16.8 20.4 748.3 F7 total 244.9 219.2 7461.3 F9 2001 9-1 28.1 23.3 660.5 2002 9-1 15.9 13.1 420 2003 9-1 19.2 17.6 445 2004 9-1 16.2 13.4 386.2 2005 9-1 21.8 16.9 445.6 2006 9-1 14.5 11.6 381.6 2007 9-1 14.1 17.6 547.2 2008 9-1 27.3 25.2 726.5 F9 total 136.1 138.7 4012.7 Total load of the building 3348.0 3199.2 100381.5 Items air-cooled heat pump unit water chiller + gas boiler CAPEX 130.504 252.28 CAPEX (including Electricity, etc.) 192 194.34 Annual OPEX 66.715 60.979
LOAD CALCULATION EXAMPLE
OF SUMMER PRIMARY AIR FAN-COIL SYSTEMS OF ROOM 901 ALL-AIR PRIMARY RETURN AIR SYSTEMS OF ROOM 701
SCHEME SELECTION PSYCHROMETRICS
LOGISTICS FLOW
Shops with open doors along the street can deliver goods directly from the outside. Shops without an external door will be purchased from the back door of the mall, and then delivered to the shops as route shown in the figure.
AIR CONDITIONING ZONE
The design is represented by the seventh floor of the podium and the ninth floor of the tower. The other floors are finetuned according to these two floors.
The division principle of air-conditioning system:
1) Each room in the system is adjacent and located in the same direction, with the same load datas.
2) Each room in the system has the same temperature, humidity, cleanliness, noise level and other parameters.
3) Each room in the system has the same or similar operating frequency and operating datas.
4) Minimize the length of the air duct and avoid duplication.
5) The system's initial investment and operating costs can achieve comprehensive savings.
TRAFFIC FLOW
The traffic flow of the standard layers are surrounded the building core.
The pedestrian flow of the mall is centered on the atrium, which radiates to every shop.
AXON
DETAILS
AND AXON
AND NODE DETAILS
SPACIAL DETAILS OF F7 B1 PLAN AND NODE ELEVATION F7 PLANE AND NODE
ROOF PLAN
F9 PLAN
PARAMETRIC DESIGN
ORGANIC PAVILION DESIGN
This project aims to investigate the parametric relationship between geometry and architecture element. We use parametric tools to explore tensions, functions, and the spatial effects between them. Through this analyzation, we construct geometrical narratives to express the parametric formal relationships. Through the organic shape and the internal changes of light and shadow, the possibility of structural design is explored. This is a two-person group project designed in Grasshopper.
RENDERING 3 INTERIOR VIEW
RENDERING 4 DIFFERENT LIGHT AND SHADOW EFFECT BETWEEN EXTETIOR AND INTERIOR
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