Architectural Design_PXF by Phoebe FENG

PHOEBE XUE FENG

3 YEARS WORKING EXPERIENCE MASTER UNIVERSITY OF HONG KONG

EDUCATION AND AWARDS

The University of Hong Kong Hong Kong, CHN - Jan 2024 to July 2025

Harbin Institue of Technology

Harbin, CHN - Sep 2015 to Jun 2020

WORKING EXPERIENCE

Assistant Architect, Weico Architects

Beijing, CHN - Feb 2022 to Dec 2023

Led the design process for a 7,000 sqm employee dining hall in a Guangdong tech industrial park, coordinating 15 crossdepartmental meetings to meet project milestones.

Junior Architect - Talent Program , GDAD

Guangzhou, CHN - Jul 2020 to Jun 2021

Contributed to 4 international competition bids for substation projects in Guangzhou within 1 month as project secretary, achieving a 0.75 success rate by supporting conceptual design and preparing bid documents.

Architecture Intern, MAD Architects

Beijing,CHN - Dec 2019 to Feb 2020

Supported the project manager in finalizing the curtain wall design for Quzhou Stadium during the development design phase, ensuring adherence to project specifications and aesthetic goals.

EXTRA-CURRICULAR ACTIVITIES

Served as the Propaganda Minister at the Architecture Admissions

Promotion Center of HIT from Jan 2018 to Sep 2019

Participated in an exchange program in the Department of Architecture and Interior Design at National Yunlin University of Science and Technology from Sep 2017 to Jan 2018

SKILLS

Computer - Revit, Rhino, Grasshopper, Enscape, Adobe Creative Suite

Certifications - Beijing Municipal Professional Title Certificate:Assistant Engineer in Architectural Design

Language - English, Cantonese, Mandarin Interests - Swimming, Climbing, Hiking, Fitness

HUMAN HOUSE

RENOVATION OF A LOG HOUSE

LIJIANG, SPRING 2024 UNDER CONSTRUCTION

GBU

GREAT BAY UNIVERSITY PLANNING DONGGUAN, SPRIING 2022 COMPETITION

SMART CONTAINER

STAFF CANTEEN IN MBT NEW PARK DONGGUANG, SPRING 2023 ONGOING

MAGIC CUBE

GUANGZHOU TIANHE SUBSTATION

GUANGZHOU, SUMMER 2021 COMPETITION WON

POWER CUBE

CREATIVE INDUSTRIAL PARK GUIZHOU, AUTUMN 2020 UNDER CONSTRUCTION

GREEN WINDOW A WATERFRONT OFFICE BUILDIING GUANGZHOU, SPRING 2021 COMPETITION

QUZHOU SPORTS PARK CONNECTION TO THE LANDSCAPE QUZHOU, WINTER 2019 COMPLETED

COPPER MINE MUSEUM RENOVATION OF OLD FACTORY HARBIN, SPRING 2019 COURSE DESIGN

PENG

THE SHARED LIVING COMPLEX FUZHOU, SPRING 2018 COMPETITION

CITY OF SKY

SKYSCRAPERS SYMBIOSIS WITH CITY HARBIN, AUTUMN 2018 COURSE DESIGN

HUMAN HOUSE RENOVATION OF A LOG HOUSE LIJIIANG, SPRING 2024 UNDER CONSTRUCTION

Community-Focused and Sustainable Design Inspired by Traditional Log Houses

The project reimagines a traditional log house in a minority village in Yunnan, China, as a communal space for the villagers. Inspired by the local custom of gathering around fire, we designed a dynamic structure with a cloudlike timber canopy above and a grand stepped stage below. This dual-functional space blends aesthetic beauty with practicality, lifting traditional timber construction to create an open, airy atmosphere. My design, which combines elements of Carlo Scarpas Wine House, uses leftover timber for the facade, emphasizing sustainability.

Throughout the process, we conducted multiple site visits, built mockups, and ran 1 to 1 tests to refine the design. As team leader, I coordinated with professors, local workers, and managed communications. The project is currently under construction and will stand as a fusion of tradition, innovation, and community-focused design.

TEAM John Lin, Jzeyi Kuo, Raimund Krenmuller - THE BUILDING SOCIETY

ANIMALS

A.TO.KO.. is a phrase in the Lisu language, typically used by hosts to invite guests into their home to warm themselves by the fire, enjoy some food, and chat.

The villagers in Duonage recycle wood from generations to generations, using it for everything from beams and pillars to doors, windows, and firewood, showcasing sustainability at its finest.

There are several areas in the village that have been planned as animal settlements, separate from the people. The animals are self-sufficient and the buildings are used and traditional welldried houses.

FIRE A.TO.KO.. WOOD RECYCLE

Longitudinal Section

ELEMENT AND BUNDLE A TABLE STRUCTURE SYSTEM

HONG KONG, SUMMER 2024 COURSE DESIGN

AI-Driven Structural Design for Innovative Table System

ADVISOR Dr Garvin Goepel - BUILDING SIMPLEXITY LAB

The project aimed to design a new structural system for a 2m x 2.5m table by integrating AI and AR technologies to achieve an optimal balance of function and aesthetics. We began by simulating different scenarios to define the ideal area for the table legs. Using Grasshopper and Karamba for structural analysis, we tested over 5000 design solutions, focusing on three key objectives: ensuring that the legs fit within the defined area, preventing leg intersections, and experimenting with different numbers -10, 15, and 20 and diameters of legs.

After extensive testing, we selected a solution with 15 legs, each varying in diameter -30mm, 40mm, 50mm. To create a cohesive structure, we bundled three 30mm wooden sticks together, secured with visible twine and hidden knots. The final design was brought to life using HoloLens, which allowed us to visualize and position the legs in real-time during assembly. This innovative combination of digital tools and traditional materials resulted in a functional, structurally sound, and visually striking table.

Scenario simulation - Forming spaces spontaneously

A 10 Table Legs

B 15 Table Legs

C 20 Table Legs

Type

BY KARAMBA WALLECEI IN GRASSHOPPER PROJECT

Bundling

STEP

Flipping

Architecture Design - Conceptual Architecture category

BLT Built Design Awards 2023 Winner

ADA 2023, Gold - Woekplace Architecture Design - Smart offices

Applying for the LEED Platinum Certification and the WELL Gold Certification

Sustainable and Functional Staff Canteen Design

The project is a 7,000 sqm staff canteen under construction in an MBT industrial park, which is pursuing LEED and WELL certifications, with the canteen as the first building in this process.

To avoid disrupting the truck parking lot, I placed the canteen above it, with columns integrated into the existing grid. The design uses shifted container modules to break up the scale, creating diverse dining areas - a central hall, a roofed terrace, and an outdoor space, offering variety and comfort.

The canteen connects to the factory via a new corridor, with a facade that uses metal grating to conceal the trucks and red corrugated panels on the upper levels to match the industrial aesthetic. Inside, simple color schemes and linear lighting define the dining zones. The roof features photovoltaic panels for sustainable energy, and the design open spaces respond to Guangdong climate, ensuring comfort and sustainability. This sleek, minimalist design also acts as a social hub within the factory.

TEAM Deyuan Wang, Wei Sun - WEICO ARCHITECTS

9440.98㎡本栋总建筑面积：6923.14

本层建筑面积：2085.60㎡

本栋计容建筑面积：9440.98㎡

本栋总建筑面积：6923.14㎡

Sustainable Campus Design for the GBA - Integrating Nature, Flexibility, and Future Growth

TEAM

The project, which I worked on in 2023, aimed to create a sustainable and adaptable campus in a challenging natural setting. Although we ranked fourth in the competition, I was responsible for developing several design ideas and focused on the office, dormitory, and future development areas. Key challenges included maintaining natural balance, ensuring future adaptability, and unifying the campus image across multiple phases.

We addressed these challenges by integrating ecological strategies, modular design, and a grid-based layout. The use of ecological floating islands reduced earthwork volume, lowering costs while also preserving the surrounding environment. The campus was planned using an 80m x 80m grid system inspired by historical site context, blending nature with modular growth. This strategy allowed for a flexible, sustainable future while maintaining a unified, functional campus design.

Deyuan Wang, Wei Sun - WEICO ARCHITECTS

CHALLENGE I

How to keep the natural balance intact, while building a mega campus between the existing mountain and water

CHALLENGE II

How to realize a unified university image and identity, when phasing and boundaries are complicated

CHALLENGE III

Facing the fast growing bay area, how to make the architecture adaptable to future needs

Impact of Human Behavior on the Existing Mountain and Sea Boundaries

项目理解矛盾、挑战与机遇场地变迁——

桑基鱼塘——自然肌理中隐藏的规划智慧 wisdom

不同尺度的功能模块，自由组合成为建筑单体

由组合成不同的建筑形式。单体模块之间根据采光，通风的需求，留出一定宽度的冷巷。保证了舒适的室内物理环境。

桑基鱼塘——自然肌理中隐藏的规划智慧

Revitalizing Urban Space - Power, Community, and Sustainability Combined

The project reimagines a traditional substation, transforming it into a vibrant industrial museum, urban park, and public space. In 2021, our team won the international competition, with my role as project secretary overseeing the bidding process, ensuring timely submission, and contributing to the architectural design.

The design emphasizes community engagement and sustainability, incorporating flexible spaces for exhibitions and events. The buildings form, inspired by its surroundings, features cascading terraces and green spaces, creating an integrated landmark that serves as a hub for social interaction and urban renewal.

TEAM Junhua Huang, Xiong Chen- GDAD

Original Building Basic Massing Skyline View

Exhibition City Living Room Transportation Commercial Box

CANOPY LAYER Office, Conference

EMERGENT LAYER Exhibition

FOREST FLOOR LAYER Cultural, Commercial

三个篇章，如同一幅长卷，面向城市缓缓展开，三篇章充分阐释了天河变电站作为城市中心工业更新的舞台与窗口，对城市的功能与空间做出积极的响应。

GREEN WINDOW A WATERFRONT OFFICE TOWER GUANGZHOU,SPRING 2021 COMPETITION

Harmonizing with Nature and Urban Life

TEAM Junhua Huang, Xiong Chen- GDAD

The project creates a dynamic relationship between architecture, nature, and urban life. Positioned by the river, the design maximizes the stunning riverfront view with a gently undulating facade and Green Windows that encourage interaction with the Guanzhou Waterway and Xiantang Tunnel. The office tower vertical lines reflect the railway transits power, seamlessly blending the structure with its surroundings.

The facade fluid curves enhance the connection to the river, providing resting spaces for users while fostering a dialogue with nature. The architecture is designed to interact with both water and urban transit, merging landscape and functional spaces.

The soft yet powerful lines create a visual flow upward, tying the building to the landscape and city infrastructure. The integration of natural and architectural elements offers a harmonious environment that enhances the building identity in its urban context.

Optimizing Space, Enhancing Efficiency, and Creating the Future Technology Park

TEAM Junhua Huang, Xiong Chen- GDAD

The project aims to create a modern, multifunctional technology park by optimizing land use and integrating diverse facilities such as the Electric Power Research Institute, Metrology Center, and Information Center. Located in a challenging, mountainous site, the project addresses both site constraints and urban planning requirements, focusing on efficient zoning, phased construction, and minimizing environmental impact.

As part of the project team, I played a key role in managing design iterations and coordinating cross-departmental communication. I also contributed to regular reporting to the client, ensuring the project aligned with both technical requirements and urban planning standards. Additionally, I helped optimize space allocation, enhancing both operational efficiency and the parks future sustainability.

With a phased construction approach, the project balances cost control, functional zoning, and urban image. My contributions ensured functional coherence and streamlined circulation while also addressing the longterm development potential of the park, ultimately helping to drive the project toward successful delivery and construction.

DRAGON HEAD

AN INNOVATIVE PRODUCT DESIGN BEIJING, WINTER 2023 COMPLETED

Crafting a Cultural Gift for the Year of the Dragon

TEAM Wei Sun- WEICO ARCHITECTS

In 2023, our firm launched a special gift initiative for the Chinese Year of the Dragon, offering an innovative and culturally significant gift for clients and partners. We decided to design an abstract sculpture inspired by the Dragon Head of the Forbidden City, merging traditional heritage with contemporary design elements. This marked our first venture into cross-disciplinary product design, leveraging AI tools like MidJourney for brainstorming and conceptualization.

The design process involved 3D modeling and collaboration with manufacturers, ensuring high quality through extensive prototyping and testing. Once the product was finalized, we promoted it on platforms like Xiaohongshu and WeChat Moments to build excitement, drawing significant attention.

The project was a resounding success, with the first batch of 100 handcrafted sculptures quickly selling out. Clients and partners expressed their admiration, and the initiative laid the groundwork for future crossdisciplinary collaborations, expanding our firm reach beyond architecture.

Brain Storming

RENDERINGS

A HIGH-END DUBAI HOTEL HONG KONG, SPRING 2025 INTEREST

Interest-driven Exploration

Transforming Hotel Renderings with AI

I explored AI in architectural visualization purely out of interest, using MidJourney to modify a Dubai hotel daytime rendering. My aim was to create a moody, atmospheric dusk scene by adjusting elements like lighting, shadows, and reflections. This hands-on experimentation showcased how AI could be a creative tool in refining visual aesthetics, blending artificial intelligence with traditional design processes, all while deepening my understanding of the potential for digital tools in architecture.

Generations-Sunset View

AI Generations-Archived

GOAT HOUSE

A MIDJOURNET WORKSHOP

HONG KONG, AUTUMN 2024 WORKSHOP

AI-Driven Goat House Design - A Fusion of Technology and Tradition

Our team participated in a workshop led by Professor Lidia at Sai Yuen Park, where we were tasked with designing a goat house. To enhance our design process, we integrated AI-generated visuals using Midjourney to aid our brainstorming and creativity.

The goal was to explore innovative architectural forms by combining traditional design methods with AI-driven creativity. We aimed to create a dynamic, iterative design process that leveraged both AI-generated ideas and hands-on techniques such as sketching, physical models, and digital tools.

We began by feeding specific prompts like goat house and Tadao Ando into Midjourney, generating a range of conceptual images. We then refined these ideas through multiple rounds of iteration, adjusting AI outputs, incorporating plan and section drawings, and using handmade mockups. Our approach was not linear, it was a dynamic back-and-forth process where we continuously reintroduced feedback from the AI into the design, blending both AI creativity and human refinement.

The final design of the goat house balanced AI-generated creativity with human-driven refinement, showcasing how AI can be used as a collaborative tool in architectural design. The project proved that AI can enhance and accelerate the design process while still being guided by clear design intentions.

ADVISOR Lidia Ratoi - UNIVERSITY OF HONG KONG

Generations

AI Generations-Plan

AI Generations - Final House

AI Generations-Section

Hand-made Mockups

ROOF MODULAR AN ORGANIC ROOF MODULAR HONG KONG, SUMMER 2024 COURSE DESIGN

Sustainable Design Through Nature and Technology

TEAM Xuanshu Tao, Siyi Ke

The project is a rooftop renovation design located in Sai Wan, Hong Kong. Inspired by the natural texture of oyster shells, we aimed to create a dynamic, sustainable rooftop that integrates nature with architecture. The concept revolves around using 3D-printed modular units arranged like a puzzle across the roof, each unit designed to hold plants and greenery, creating a seamless connection between the building facade and its rooftop.

Using Rhino for modeling, we designed the modules in a puzzle-like pattern to add richness and complexity to the design. The goal was to create an organic yet structured design that enhances both aesthetic appeal and sustainability. We utilized a robot arm to 3D print the modules using clay, a natural material, which was then fired in a kiln. The final design features a beautiful contrast of dark and light-colored clay, which enhances the visual depth and texture of the rooftop.

In this project, my role involved overseeing the modeling process, managing the 3D printing and material selection, ensuring the design sustainability while maintaining the aesthetic integrity of the project. The result is a rooftop that not only enhances the building appearance but also contributes to a greener, more sustainable environment.

Cheung Chau

Saiyuen Camping Adventure Park

FAILURE - The slope of the ball is too large and the underlying clay has insufficient bearing capacity

FAILURE - The nozzle is too large so the clay looks coarse, and the gap of the uppermost layers is too small to grow the plants

FAILURE - The clay is too dry and the mock up dries out and cracks FAILURE - Printing speed was slow, resulting in wide lines and there is not enough clay to finish the mock up

SUCCESS - Increase the bottom lines and slow down the speed to form a solid base, at the same time reduce the slop of the ball

SUCCESS - The bottom layer adds lines to form the base and the top layer reduces the lines to create space for plants to grow

ROBOT MILLING

NATURE CONNECT FROM GROUND TO WALL AND EXTEND TO ROOF

3D PRINTING

MAKING OF A CARPET INSPIRED BY

ZA ZEN - A Journey into Meditation and Body Awareness

This project is inspired by the Japanese teahouse experience, where we observed the unique sitting postures of Japanese guests. This led to exploring the relationship between the body, posture, and the mind. The design consists of six clay devices and a Tatami mat, each device supporting different body parts to guide users into Zen postures that promote relaxation and meditation.

The process emphasizes spontaneity and intimate expression, following the Japanese concept of Ikigai, where one follows their heart and lives in the moment. The devices, made without digital intervention, dissolve visually into the Tatami mat, connected by white thread work that represents the natural flow of energy. The arrangement, inspired by Japanese Dry Gardens, aids in balancing energy flow - Qi through the body, enhancing the meditation experience.

In this project, my role was to coordinate the design process, ensuring alignment with Zen principles and overseeing the creation of the clay devices. The result is a design that fosters mindful interaction and a harmonious connection between body, space, and energy.

JAPAN HONG KONG, AUTUMN 2024 COURSE DESIGN

TEAM Nancy Ru, Aimee Yu