YIFEI JIN
EDUCATION
06/2016-09/2021 Urban and Rural Planning | South China University of Technology | Guangzhou, China
Bachelor of Engineering | GPA:3.6/4.0
09/2021-Present Architecture Design | University of California, Los Angeles | Los Angeles, US
Master of Architecture | GPA:3.8/4.0
PROFESSIONAL EXPERIENCE
11/2023-06/2024
Intern Architect | wolcott Architecture | Los Angeles
-Wolcott Architecture Lobby Installation Design | Los Angeles
Conduct precise room measurements and accurate modeling, Implement parametric design with modular concepts, design studies of detachable joints in Rhino, 3D printing jobs and installation.
- Reframe Studios’ Sound Stage and Office Design | Los Angeles
Refining plan drawings in Revit (including: wall type modification, editing doors, adding lighting fixtures, adding annotations, layout drawing in sheets).
- Worthe’s Lobby Design | Burbank
Lead research on large format concrete tile, metal, and glass materials, build a detailed digital model material library in SketchUp and AutoCAD, contact and communicate with vendors.
06/2023-09/2023
Intern Architect | Woods Bagot | Beijing Office
- CAO LAKE North Complex | Suzhou | China
Assisted with CD and SD phase of the project, Modeling digital model in Revit, Generate technical drawings in Revit and AutoCAD, Set template and refine graphic for drawings, Lead the conceptual design for central commercial store.
- Science and Technology Eco-city | Xi’an | China
Cooperated with Fcade and shading design in SD phase, Digital Modeling in Rhino and Revit, Rendering in Enscape, Documenting the project in InDesign
- Zhongguancun Z Park Renovation | Beijing | China
Digital Modeling in Rhino, Plantation selection, Rendering in Enscape
03/2021-05/2021
Intern Architect | Zdesign Architectural Design Office Co., Ltd | Guangzhou
- Business School Complex of Guangzhou University of Foreign Studies | Guangzhou | China
Plan Modifications in AutoCAD, Digital Modeling in SketchUp, Rendering in V-Ray
- Student dormitory of Guangzhou University of Foreign Studies | Guangzhou | China
Collaboration with facade component design in SketchUp, Rendering in V-Ray
- Zhongwei Chen Personal Villa | Chaoshan | China
Direct contact and negotiation with the client, Lead to conduct the project, Project concept design, plan/elevation
06/2018-09/2018
Intern Architect | Architectural Design and Research Institute of Tsinghua University | Beijing
- Planning of Rebuilding Residential Area in Kunming Old City | Kunming | China
Conducted case study, Assisted with concept design and design development, Utilize grasshopper programming to help the project carry out automatic economic index calculation and automatic sunshine screening, Digital modeling in Rhino
- Urban Design of Jiaxing New Town | Jiaxing | China
Conducted case study, Assisted with concept design of facade epidermis implemented with modular design
- Design of Airport Civil Aviation Education Office Building | Beijing | China
Optimize program arrangement, Digital modeling in Rhino, Technical drawing in AutoCAD
STUDENT WORK EXPERIENCES
03/2023-06/2023
09/2017-03/2019
Photographer | Bruin Life Photo Studio, ASUCLA, UCLA
Chief editor of Blue Print | Student Union of Architecture Department, SCUT
SKILLS
LANDSCAPE
URBAN
GLENDALE BLVD. -Communicaiton & Blend in the Village -Shading Design & Modeling & Rendering -Refining Revit Drawings & Modeling -Measurement & Modeling & Revit Drawings
COLORADO BLVD. BUILDING A
MYCELIUM RESEARCH INSTITUTE
Cement Factory Renovate | Urban Frontyard
“Monoascent” emerges as a groundbreaking architectural endeavor, meticulously crafted around three fundamental principles: innovation, sustainability, and community engagement. At its core lies a visionary extension of the existing shed structure, seamlessly incorporating cutting-edge mycelium research and manufacturing. This expansion not only augments the physical footprint but also redefines the surface as a vibrant public landscape, blurring the boundaries between indoor and outdoor environments.
Building upon this foundational innovation, the project boldly reimagines spatial dynamics by flipping volumes and stacking them to accommodate a diverse array of public programs. This architectural ingenuity not only maximizes space utilization but also fosters vibrant interactions and collaborations among users, establishing the site as a dynamic hub of activity and exchange. Concurrently, a profound reverence for the site’s history is palpable in the meticulous preservation of existing silos, which are celebrated through a public ascending staircase that offers visitors an intimate connection to the past.
Delving into the minutiae of design, “Monoascent” exemplifies a nuanced approach to materiality and spatial configuration. Carefully selected openings and materials, strategically deployed to soften the project’s imposing massing, create a sense of lightness and fluidity throughout the space. Skylights, sunken gardens, and perforated brick cladding infuse the interior with natural light and ventilation, while reflective metal panels animate the façade, mirroring the surrounding landscape and infusing the structure with a sense of vitality.
Location -- Los Angeles
Brief Research Institute
Time -- Spring, 2023
Duration 6 months
Area -- 5,364 m2
Instructor -- Kutan Ayata
Teamate Zirui Wang
Workload -- Design 50%
STRUCTURAL DETAL
MODEL EXHIBITIED IN A+D MUSEUM
DEMONSTRATION PLAZA
Demonstration of Landscape | New substation Design
The initiative seeks to revolutionize urban landscape design by implementing a cutting-edge single centric self-generative system, inspired by our comprehensive study of the Owens Lake landscape pattern. This system serves as the backbone for the creation of multifaceted structures, pathways, and platforms, seamlessly blending functionality with artistic expression while serving as a testament to the ingenuity of the Los Angeles Department of Water and Power.
In the initial phases of the project, our focus was on meticulously refining and optimizing the self-generative system. Through rigorous experimentation and iteration, we succeeded in developing a highly sophisticated polynuclear control system. This system empowers us to generate a diverse array of elements including roof surfaces, pathways, platforms, and structures, laying the foundation for our ambitious vision of urban transformation.
Through thoughtful spatial planning and design considerations, we strategically laid out pathways, platforms, and landscape features to cater to the diverse needs and activities within the urban landscape. Moreover, our project encompasses the transformation of an existing old substation into a symbolic monument, preserving its historical significance while integrating it harmoniously into the contemporary urban fabric. Additionally, we designed a new visitor center and substation building, showcasing LADWP’s commitment to innovation and sustainability. By seamlessly integrating cutting-edge design with functional elements, our initiative aims not only to elevate the urban experience but also to inspire a new era of sustainable development practices, setting a precedent for cities worldwide.
Instructor -- Mohamed Sharif Instructor -- Los Angeles
Brief City Plaza
Time -- Fall, 2022
Duration 3 months
Area -- 28,165 m2
PATERN SYSTEM ADAPTATION TO LADWP SITE
Car Trace and Gravel
Polycentric Landscape System
Roof Shape Outline
Demenstration Rotine
Central Walkway
Neighborhood Visiting
① Water Reuse Demostration
② Mechanical Demonstration
③ Vertical circulation
1 Water reuse demostration
2 Mechanical Demonstration
3 Vertical circulation
4 Visito r pavilion
5 Structure column
6 New LADWP substation
7 Visitor center
8 Old substation memorial site
9 Parking lot
10 Front plaza
The column in the center is transferred to a water reuse demonstration facility by collecting rainwater in a reservoir underneath the column. The purified water will be utilized in the cooling system.
The electrical equipment is positioned inside the columns. The columns serve as a mechanical display space, enabling visitors to comprehend how the common machinery in the substation operate.
④ Visitor Pavilion
Utilizing spiral staircases around the columns to link the platform to the ground while also providing light into the enormous shade canopy.
Replace the existing column walls with ones that have smaller columns, which will allow visitors to pass through the roof apertures.
⑤ Structure Columns
URBAN DESIGN OF GZ SHIPYARD
Echo the hitory | Return to nature
Located within the vibrant Haizhu district of Guangzhou, this urban design project focuses on the rejuvenation of the Guangzhou Shipyard, a historical landmark deeply intertwined with the city’s industrial heritage. Through a meticulous examination of its past significance and present-day potential, the project aims to honor the shipyard’s legacy while paving the way for a sustainable and inclusive future. Central to this endeavor is the creation of a comprehensive transportation infrastructure that not only facilitates efficient mobility but also fosters a deeper connection between residents and their surroundings.
At the heart of the proposed transportation network lies a multitiered approach designed to cater to diverse needs and promote environmentally friendly modes of travel. The shoreline slow lane offers a picturesque pathway along the waterfront, inviting pedestrians to meander leisurely amidst scenic views and lush greenery. Above, the air cycling lane provides a dedicated space for cyclists, encouraging active transportation while reducing carbon emissions and traffic congestion on the streets below.
Complementing these surface-level initiatives, the project integrates a ground bus lane and an underground rail system to enhance connectivity and accessibility throughout the district. By seamlessly linking key destinations and minimizing reliance on private automobiles, the transportation network fosters a more sustainable and equitable urban environment. Moreover, the project envisions a holistic community where residential, commercial, and recreational spaces converge, creating a vibrant and cohesive neighborhood that reflects Guangzhou’s rich cultural heritage and commitment to sustainable development.
Location -- Guangzhou, China
Brief Urban Design
Time -- Spring, 2020
Duration 3 months
Area -- 94.3 ha
Instructor -- Lu Wang
A major road on the west side of the site
Blatant signs of industrial activity.
In the winter of 1915, two docks were constructed, and the first 1,000-ton ship, Nanhe, was launched at Guangnan Dock.
Beginning in 1958, the municipal government of Guangzhou suggested accelerating the growth of the shipbuilding sector.
Parks and greening facilities around the river Village side earns the highest building density
Pearl River Channel in the east and river flowing through
Building Density Landuse
Industrial landuse of GZ Shipyard and residential landuse
In 1979, Guangzhou Shipyard entered the worldwide shipbuilding industry by exporting 100 tons of live cargoships to HK.
Xilang station is the transfer station of GZ Metro Line, with total 5 floors and 9 bus stations.
In 2017, the final ship constructed at Guangchuan Berth 3 was launched, and the 100-year-old pier was decommissioned.
Guanghzou Iron and Steel plant started urban renewal in 2016, design to build a comprehensive industrial heretage sports park.
Main Road Urban Texture
Greenland River
Guangzhou South Rialway Station
River
Town
East Railway Station
Railway Station
GZ North Railway Station
Baiyun Airport
APARTMENT SECTION
RIVERSIDE SECTION
CENTRAL
BAMBOO PAVILIAN CONSTRUCTION
Shape study from Lotus | Real field construction
The design for the bamboo pavilion competition project is inspired by the graceful elegance of a half-opened lotus flower, a symbol of beauty and serenity deeply rooted in cultural significance. Traditional bamboo serves as the primary material, its natural flexibility and strength harnessed through a meticulous process of bending using controlled fire techniques. This not only imbues the structure with a sense of organic fluidity but also ensures its resilience and longevity, embodying principles of sustainability and cultural heritage.
The arrangement of the bamboo poles creates a series of interconnected spaces within the pavilion, forming semi-private alcoves that invite visitors to pause and immerse themselves in moments of quiet contemplation. The design encourages a harmonious interaction with the surrounding environment, offering glimpses of the sky above and the lush flora below through carefully placed openings in the structure. This seamless integration of nature into the pavilion’s design fosters a sense of connection and tranquility, inviting visitors to reconnect with the natural world and find solace amidst the hustle and bustle of everyday life.
Furthermore, the pavilion offers a dynamic sensory experience through the interplay of virtual and physical environments. Augmented reality features enhance visitors’ perception of space, allowing them to engage with interactive digital art installations that blur the boundaries between the virtual and the tangible. This fusion of technology and nature creates a captivating multi-dimensional experience, stimulating the imagination and encouraging exploration. Ultimately, the bamboo pavilion serves as a sanctuary where tradition and innovation converge, offering a sanctuary for reflection, inspiration, and connection with both the natural world and cutting-edge artistic expression.
Location -- Guangzhou,China
Brief Bamboo Structure
Time -- Spring, 2017
Duration 1 months
Area -- 21 m2
Teamate -- Minshi, Linxi, Yilin,
Allocation
-- Design 75%
Representation 40%
-- Constrruction 15% Hongren, Lin, Jiecan
Conception Deduction
Lotus Petal
Rotate
Height Variation Follow the Curve
Tilt Inward
Trim Openings
PHOTO AFTER COMPLETION
JOINT DESIGN
Self-interlock Joint Design | Wood model making
Our wooden joint design project draws inspiration from the architectural elegance of Johnston Marklee’s View House, where simplicity and functionality reign supreme. Echoing the clean lines and geometric harmony found in the home’s design, our joint concept revolves around a 1’ by 1’ cube, reflecting the proportional sensibilities of the View House’s floor layout. This foundational cube serves as the nucleus of our design, comprising four meticulously crafted components that seamlessly interlock to form a versatile and robust joint system.
Characterized by self-interlocking mechanisms, our joint design ensures secure connections between wooden elements without the need for additional fasteners, enhancing both structural integrity and visual appeal. Ingeniously integrated intersections, openings, and apertures further elevate the design, offering adaptability to diverse structural configurations while maintaining a cohesive aesthetic. Concealed joints within the design not only contribute to its streamlined appearance but also underscore its sophistication and versatility, embodying the timeless elegance synonymous with Johnston Marklee’s architectural philosophy.
In essence, our wooden joint design project encapsulates the essence of simplicity and versatility, drawing inspiration from Johnston Marklee’s View House to create a refined and adaptable joint system. Through meticulous craftsmanship and thoughtful integration of geometric elements, our design seamlessly harmonizes with its architectural surroundings while offering robust connections and visual intrigue. It represents a testament to the enduring appeal of clean lines, functional design, and architectural innovation, echoing the principles that define Johnston Marklee’s architectural legacy.
Location -- Los Angeles, CA
Brief Joint Design
Time -- Fall, 2021
Duration 2 months
Area -- 1 sqft
Instructor -- Julia Koerner
Teamate Zirui Wang, Qinyin Wu
Allocation -- Design 75%
Representation 50%
-- Modeling 65%
WOOD MILLING DESIGN
ZONGWEI CHEN VILLA
Communicaiton | Blend in the Village
Nestled on the outskirts of Chaoshan City in Guangdong Province, China, this private villa project epitomizes the fusion of modern luxury with ancient wisdom. Its three-storey residential structure stands as a testament to thoughtful design, meticulously crafted to embody the principles of traditional Chinese feng shui. Through collaborative discussions and a deep understanding of the householders’ preferences, the orientation of the building was carefully selected to face due east. This strategic placement not only ensures optimal natural lighting throughout the bedrooms but also infuses the living spaces with a sense of vitality and harmony.
Upon entering this architectural masterpiece, guests are greeted by the graceful interplay of mirrored design, symbolizing the close bond shared between the head of the household and his younger brother. While the layout mirrors each other’s living quarters, the interior design seamlessly maintains a sense of interconnectedness, fostering a shared sense of belonging and familial unity. The incorporation of bay windows further enriches the interior space, offering picturesque alcoves for quiet reflection and enhancing the overall aesthetic charm of the residence.
Embracing the principles of feng shui, a serene garden oasis adorns the north side of the building, serving as a visual and spiritual focal point. This verdant sanctuary not only delights the senses but also acts as a magnet for prosperity and abundance, in accordance with ancient beliefs. In essence, this single-family housing project is more than just a dwelling; it is a harmonious haven where modern comforts converge with timeless traditions, creating an environment where cherished memories are made and the essence of Chinese heritage is celebrated in every corner.
Location -- Chaoshan, China
Brief Single Family
Time -- Spring, 2021
Duration 3 months
Area -- 4650 sqft
Supervisor -- Kiven Wang
Allocation Design 75%
-- Representation 90%
Modeling 85%
-- Modeling 85%
GROUND FLOOR PLAN
SECOND FLOOR PLAN
QIN CHUANGYUAN ECO-CITY
Revit & Rhino Modeling | Shading Design | Enscape Render
Qin Chuangyuan Innovation Eco-city is located west of Xi’anhu Road, north of Keji Road, south of Kechuanggu 2nd Road, and east of CXG Northeast 1st Road. Closely linking to the two major design elements of technology and ecology, using the water resources planned by the upper level, adopting the method of first building gardens and then operating cities, to create three theme parks with different styles.
The CXG 03-8090 plot of the Innovation Eco-City has a total land area of about 190 mu and a construction area of about 502,000 square meters, of which the above ground construction area is about 322,000 square meters and the underground construction area is about 180,000 square meters.
Throughout my internship at Woods Bagot, I participated in the development of the Qin Chuangyuan Eco-City project. I had the privilege of working together with the architects of the firm and making a valuable contribution to the design stage of the sunshade. The sunshades were designed using Rhino and Revit digital modeling tools to establish its main structure and shape. By utilizing Enscape, I made modifications to the material, color, and other selections for the sunshade on multiple occasions. This allowed me to directly observe the manifestation of our ideas in a visually striking depiction. I actively participated in the process of selecting and comparing the hanging materials. Furthermore, I utilized InDesign to enhance my expertise in project documentation, allowing me to meticulously and imaginatively chronicle the advancement of the project.
Location -- Xi’an, China
Scope Architecture
Time -- Summer, 2023
Duration 3 months Area -- 511,542 sqm
4561 COLORADO BLVD BUILDING A
LOS
ANGELES, CA 90039
During my internship in Wolcott Architecture, I participated in a comprehensive interior renovation project of ±113,198 square feet, which included two sound stages of ±40,530 square feet each and ±72,668 square feet of office spaces across the ground and second floors. My primary role involved refining plan drawings in Revit, focusing on the modification of wall types, editing door specifications, and incorporating lighting fixtures. These tasks required meticulous attention to detail and a solid understanding of architectural design principles.
I was responsible for the precise modification of non-load-bearing walls to meet project specifications and ensure design integrity. Additionally, I edited door specifications to align with functional and aesthetic requirements and strategically placed lighting fixtures to optimize illumination. These efforts were crucial in maintaining the accuracy and coherence of the overall design.
Furthermore, I added annotations and laid out drawings on sheets, ensuring that all design elements were clearly communicated and accurately represented. This task demanded precision and a thorough understanding of architectural drawing conventions. My participation in this project enhanced my technical skills in Revit and provided valuable insights into the complexities of interior renovation projects.
Location -- Los Angeles, CA
Scope Int. Renovation
Time -- Summer, 2024
Area 113.198 SF
Supervisor -- Joe Ho
1311 GLENDALE BLVD.
LOS
ANGELES, CA 90026
The key design concept for this project is to seamlessly blend nature-inspired elements with contemporary architectural features. By incorporating organic shapes, natural materials, and abundant greenery, the transformed outdoor seating area will provide a refreshing and relaxing atmosphere for tenants and visitors alike.
Our concept involves converting the parking lot into a park-like outdoor seating area for tenants. We will add a contemporary screen wall to update the building’s appearance. The outdoor area will feature landscaping, comfortable seating, and decorative lighting. The screen wall will enhance the building’s massing and include dedicated signage for each tenant. Overall, our concept aims to create an inviting and visually appealing space for tenants and visitors.
During my internship in Wolcott Architecture, I engaged in extensive field measurements, meticulously documenting every detail to ensure accuracy and precision, and translating this data into a comprehensive Revit model. A significant portion of my responsibilities was verifying that the restrooms conformed to ADA requirements, conducting detailed assessments to ensure all fixtures, clearances, and accessibility features met prescribed standards. Additionally, I refined plan drawings and produced detailed architectural documentation, including plan, section, and elevation views of the restrooms in Revit, and prepared layout drawings for plan check resubmittal, coordinating revisions and ensuring thorough documentation for advancing the project through necessary review stages.
Location -- Los Angeles, CA
Scope Adaptive Reuse
Time -- Summer, 2024
Area 32,854 SF
-- Gregory
