Mo(i)re-scape @ 2023

ruiqi_han@outlook.com

+1 8565718973

University of Pennsylvania | Weitzman School of Design Master of Architecture Candidate

CONFLOW

Callowhill Market

PUBLIC | MARKET

The stretch and recomposition of the existing “spine”, the abandonded viaduct used to be the inductrial spine traveled through the Callowhill. To emphasize the duo characteristics of the viaduct, how to reactivate the area with the industrial background and the current overtoke situation by the wildness.

With the spirit of this conflow of systematic machinism and the wild growth, to reinforce the publicity of the market and provide the water garden and the water supply and drainage, the infrastructral solution for the market and the workspace.

The Dragon Spine is the proposal of a sustainable future market, a garden and a catalyst of Callowhill.

Professor: Jackie Martinez

2022. SPRING / Individual

Material Experiments

Deformation Analysis

Site Wild Growth Elements

Wild Growth On-site

Moment A Operational Drawing

[ Moment A ] Dialogue between tectonic system and the viaduct

[ Moment C ] The dialogue between tectonic system and the overtoken building

[ Moment B ] The dialogue between 2 tectonic system

Recessed Garden “ Canal ”

ENTRANCE

WALKWAY ABOVE

EXISTING

VIADUCT ABOVE

Ground Floor Plan

CO-WORKING

Under Unit Tectonic (Bar)

Component Axon

Component Section

Component Plan

Under Unit (Bar)

CONFLOW

Farragut Housing

The design concept for this housing project is centered around the idea of creating a hybrid organization of communal and private spaces. This is achieved through the use of materials and forms that evoke a dialogue between opacity and transparency, allowing for a balance between privacy and community. The result is a dense living environment that provides residents with a sense of community and belonging, while also offering a comfortable and functional living space.

The design process involved a careful consideration of the material cast expression, exploring the ways in which different materials and forms can create a dialogue between opacity and transparency.

Professor: Jonas Coersmeier

2022. FALL / Individual

RESIDENTIAL | FARRAGUT HOUSING

provisional, and material, fluctuating between primary and secondary systems. Adaptations in material organizations offer alternative ways in which the dweller and visitor consume and experience media.

Unit Configuration

The Filtering City

CityX China

CITYPLANNING | ECOLOGY

The filtering city is the proposal of a sustainable future city, where aim to, filter out the existing environmental concerns and modern urban problems evoked from traditional city typologies. The input factors to the filtering machine include, poor air quality, lack of garbage treatment, insufficient daily import, and human habitatrelated conditions; and hence the output, a clean, sufficient and efficient city

Professor: Tom Kovac , Charles Anderson, Michele Pasca

2020. SEM2 / Groupwork

As a bottom-up urban system, internalising 3 major filtration system, starting from setting up our proposed collectors, interconnect each other and forming nodes, networking and city, finally form regional linkage in larger scale.

By setting up grid, with each cell at 250 metres by 250 metres, intending to analyse and approach the assemblies of the overall urban system and subsequently to establish a means by which programs could be adapted.

Ötzi / Digiblast

Climbing PlayGround

The design process involved a detailed study of karst caves, examining the various forms, textures, and patterns that are created through erosion. This information was then used to inform the design of the climbing playground, with the goal of creating a space that is both functional and aesthetically pleasing.

The climbing playground created in this project is a unique and inspiring space for boulder climbing enthusiasts. Inspired by the characteristic and aesthetic qualities of the natural geographical features of karst caves, this climbing playground provides climbers with a space to explore, challenge themselves, and experience the rugged beauty of these environments. The design demonstrates the power of architecture to create spaces that are both functional and aesthetically pleasing, and highlights the importance of considering the natural world in the design process.

Professor: Ezio Blasetti, Danielle Willems

2021. Summer / Individual INSTALLATION

Erosion Studies

Renderings

Synthetic Odyssey

Mars Future City

Propose a vision for the future of human and inhuman architecture on Mars. Utilizing NASA images of the Martian dunes, the project aims to convert these landscapes into synthetic ones that can be used to study the adaptive growth of architecture on the red planet. This project takes inspiration from the current experiment of high-density supercities on Earth, where there is an emphasis on distributed and localized energy systems as well as automated construction and mobility.

The project begins by analyzing NASA images of the Martian dunes, which serve as the basis for creating synthetic landscapes. These landscapes are then used to study the growth of architecture, both human and inhuman, in a hypothetical future scenario. The design approach is focused on adaptive growth, taking into account the unique challenges and opportunities presented by the Martian environment, and the role of architecture in creating resilient and sustainable solutions for the future.

Professor: Alisa Andrasek

2020 Summwe FUTURE | MARS FUTURE CITY

SPRAWL ADAPTATION

AMALGAMATION

SWIRL

RIDGE ADAPTAION

Swarm System Growth

Voxelisation was optimised in the different resolutions according to the site analysis. Higher-resolution was located in the area that humans cannot inhabit. Thus, space has been created for non-human in the finer resolution of voxels with the dimensions of 8x8x8m. Human approachable spaces have lower resolutions to consider the spatial qualities that could be brought up in the component section.

Human Inhabitation Units

Transitional Units

Power Storage Units

Power Generation Units

HUMAN INHABITATION UNITS

POWER DISTRIBUTION UNITS

Python Deployable Structure

A thorough mathematical analysis was conducted to determine the optimal length of the geometry guide lines. This study took into account various factors such as structural stability, deployment efficiency. The results of this study were used to inform the design of the deployable structure, ensuring that it is both functional and aesthetically pleasing.

The deployable structure designed in this project utilizes a pentagon configuration and a double-layer system to provide a reliable and functional space solution. The mathematical study of pentagon geometry was crucial in maximizing the deployment tendency, and the end result is a structure that is easy to deploy and provides ample stability. The design is a testament to the importance of considering both form and function in architectural design.

Professor: Mohamad Alkhayer

2022 Spring INSTALLATION

Connector Sticks Diagrams

Joints Diagrams

Physical Model

FOFA

Fuction of Fashion in Architecture

Survey the history of fashion in parallel to architecture starting from Ancient Civilization to Present. The focus will be on the relevance of garment design, methods and techniques and their potential to redefine current architectural elements such as envelope, structure, seams, tectonics and details. The functional, tectonic and structural properties of garment design have been explored as generative platforms to conceptu-alize very specific architectural elements. One of the challenges is the reinvention of a means of notations and techniques that document the forces and the production of difference in the spatial manifestations of the generative systems.

Professor: Danielle Willems

2022

Fashion Design

Garment Model for 3D Print Close-up Render I

Close-up Render II

Close-up Picture I

Close-up Picture II

URBAN RENEWAL UNIT OF HUBEI COORDINATED AREA

MAD Architects

As the city of Shenzhen developed and grew, a multitude of faceless glass towers multiplied and replicated across the city. Based on principles of economy and uniformity, the city grew in density but lacked in architectural character and placemaking. Hubei Tower has the opportunity to elevate the architectural scene of the Luohu District, and to create an iconic landmark for the city and a unique public space for its residents. Instead of another unforgettable boxy glass tower, we propose that Hubei Tower should be an organic shaped tower with sinuous lines inspired by nature. Through the monotony of the surrounding residential and commercial towers, the Hubei Tower - the Shenzhen Tree - will emerge as a beacon of hope for the future.

SKY LOBBY 2 - 61/62F +288.0/292.5 M

核心筒规划分析图 Site Planning Structure

Core Planning Strategy

2.2 规划结构与核心策略 PLANNING STRUCTURE AND CORE STRATEGY

3.4 建筑平面图 TOWER FLOOR PLANS

CORE PLANNING STRATEGY

塔楼标准层平面

TOWER TYPICAL PLAN LOW ZONE

Zhuhai Cultural Arts Center

MAD Architects

As the city of Shenzhen developed and grew, a multitude of faceless glass towers multiplied and replicated across the city. Based on principles of economy and uniformity, the city grew in density but lacked in architectural character and placemaking. Hubei Tower has the opportunity to elevate the architectural scene of the Luohu District, and to create an iconic landmark for the city and a unique public space for its residents. Instead of another unforgettable boxy glass tower, we propose that Hubei Tower should be an organic shaped tower with sinuous lines inspired by nature. Through the monotony of the surrounding residential and commercial towers, the Hubei Tower - the Shenzhen Tree - will emerge as a beacon of hope for the future.

SKY LOBBY 2 - 61/62F +288.0/292.5 M

Site Planning Structure

Existing Condition Analysis

Physical Model

Physical Model Study

Roof Structure Deformation and Stress

Sustainability Strategy