Architecture Portfolio of Xiao Jin | Sci-Arc

Dream of Yesterday

2020-2024

Selected Works

Applying for Architectural Positions in SCI-Arc

Robert H. Goddard

The dreams of yesterday are the hopes of today and the reality of tomorrow.

Xiao Jin

FOREWORD

In this portfolio, I present my journey from a fascination with design to the brink of professional architecture. It encapsulates my growth, illustrating how my early passion for dynamic forms evolved through learning and practical experiences. My design philosophy focuses on managing the interfaces between different realms, including various materials and spaces, reflecting in each project's meticulous attention to function and form.

I have always been intrigued by the interplay of space, materials, and construction—each element vital to crafting meaningful architecture. This collection showcases my ability to meld these aspects into coherent designs, from conceptual sketches to structured realities.

As I prepare for my future as an architect, this portfolio serves as a foundation for my commitment to thoughtful design and my aspiration to impact the built environment positively.

Inspiring through space

Advisor

Micheal Rotondi

Team Memeber

Chia Kuang Wang

Status

Schematic Design

Design Studio

Software: Rhino 7, Auto CAD, Photoshop, Adobe Illustrator, Indesign

Handwork: 3D print, Spray painting, Sanding, CNC cut

Future School Design

Sci-ARC 23Spring

Every space can have a spark moment. This project uses spatial organization to promote communication between students of different majors. The more transparent space encourages students to move around and connect with nature in a natural flow.

The project introduces a new typology, consisting of three types: Hub, Porch, and Trail. It explains the importance of spatial organization for future school architecture and how they influence the transformation of learning methods.

Journey Spark

Location: 1918 Darwin Ave, Los Angeles, CA Video

Full-view

Photography of the model

Overall Model Photograph

Concept

The Hub / Caravanserai

- these will be big learning spaces / volumes

- the hub is a collection of other functions

The Porch / Time Square

- interface of the Hub and the Trail

- it will mediate formal (inside) and informal (outside) learning

The Infinite Trail / Silk Road

- connecting Hubs

- for moving and thinking, making, conversing

The Aviary / mini-Forest

- the dynamics of our mini forest will be

- a part of the curriculum and a place to mentally re-center

A new architectural typology, inspired by neurons: Hub (cell body), Porch (dendrites), and Trail (axon). It represents a composite of subdivided functions. Its unique feature is the blurred or shared boundaries between functions, highlighting the need for this broader classification.

In terms of specific functions, the program explores a gradient of spatial experiences, ranging from open and noisy to private and quiet.

The Hub, the most open and potentially noisiest space, serves as a central gathering point. The Porch provides a transition between the Hub and the Trail, offering a semi-private space for interaction. The Trail, the most private and quiet space, is designed for individual contemplation and reflection.

This classification ties closely to spatial deployment, with the platform's ambiguity allowing functions to change over time. A corridor, for example, mainly serves as a passageway but occasionally transforms into an exhibition space, captivating students. This blurs the functional boundaries within the space, justifying the Hub, Porch, and Trail classification.

Concept Drawing by Michael Rotondi

The movement paths for students, teachers, and visitors are designed so that visitors can view the works and gain inspiration without disrupting students' learning. They can also interact with talented students, fostering exchange and creativity.

Platform-Type Space

Platform-centered spaces, fundamental to the design, illustrate 'Inspiration through Transparency,' vividly captured in the facade’s emphasis on transparency and connectivity. This design approach aligns precisely with school architecture needs, aligning with the vision for open, interactive learning spaces.

Transparency

Concept Model of Plateform

South-west facade [down]

Concept Drawing

North-east facade [up]

A platform-centered layout within the space prioritizes visual fluidity and transparency. Unobstructed views allow students to witness and engage with the dynamic flow of work. This fosters a seamless integration of individual focus and collaborative interaction, creating a vibrant and collaborative learning environment.

Interior Study Space

Downward View from the Platform

Multi-layered View from the Platform

Hub1 Section

Top view of the hub 1

Hub 1 with a Transparent Atrium

Hub 1 Transparent Studio

The space of Hub 1 evolves from platform spaces into a solid platform, surrounding an atrium installation. At the bottom is a garden space, providing the necessary openness and transparency for students to study, discuss, and relax in the atrium space, fostering open communication and relaxation.

Hub 1 inherits the concept of transparency from the platform, but it features a soaring atrium that serves as both a circulation space and a place for learning and reading. Students can engage in informal learning here, and the inspiring interactive space can encourage creativity and inspiration.

People View of Hub 1 from the Garden Open & Connected Atrium

the deconstructivist courtyard bridge [right]

overhead view of the courtyard model

overhead view of the evolutionary models [left]

Deepening Design of Bio-Tech Institute

Instructor

Herwig Baumgartner, Zach Burns

Team Member

Wan-Yu Chen, Jinxin Xu

Alejandro Aguilera

Arjun Bharat, Diba Ghazia

Hiwot Zegeye

Qingyang Zong

Status

Design Development

Construction Documents

Software: Rhino 7, Unreal Engine 5, Zbrush, Photoshop, InDesign, Illustrator, After effect, AutoCAD,Keyshot

Design Development

Sci-ARC 22Fall

This project outlines the methodical exploration of how a seemingly unattainable concept could be realized.

Demonstrated the ability to draw drawings for the basic fundamentals of architecture. we've deepened our understanding of architectural drawings, structural principles, evacuation flow, and construction methodologies. This wealth of knowledge informs our process, ensuring the creation of a building that is functional, safe, and aesthetically pleasing.

Re:

Axonometric rendering of the Bio-Tech Institute

Chunk 1 Detail

(CGI structure + Glazing + Solar Panel)

[1] Glazing Corner Drain Detail

[2] Glazing to Metal Shell Detail

Glazing and Shading Prototype

CIG Metal Shell Prototype

D. Solar Panel to Slabs Detail

Structure system latters

Circulation and Crowd Dynamics

Wind Rose Diagram

Fifth Floor RCP

HVAC Plan

HVAC Isometric

Material gradient brings about space

Software: Rhino 7, Grasshopper, Photoshop, InDesign, Illustrator, Vray Advisor

Theater Design

SHU

19Spring

The connection and conflict between different materials create a special space. It is this transition and link that compile the space of alternative freedom.

In urban design, the complex interaction of building functions reflects the threads linking blocks, streets, and buildings at various scales. The 'stitching' concept guides the design, blending functional and material elements. It explores merging wood frames and panels to create unique semioutdoor and indoor areas, reshaping the relationship between human behavior and materials.

Rendering of the South Facade

FUNCTIONAL REATIONSHIP

material gradient detail [right]

bird 's-eye view of night view [left]

Instructor

Randy Jefferson, Maxi Spina Partners

David Garcia

Shichen Cao Sharaddha Kemse

Software: Rhino 7, Photoshop, InDesign, Adobe Illustrator

Uppsala Concert Hall

Sci-ARC 20Fall

Learn about the Alucobond Panel construction by splitting, modeling, annotating, and deducing the facade of the Uppsala Concert Hall.

With this facade system, the construction reveals how different aluminum plates are connected to other materials. We classify them according to scale and location into the roof, the window section, and the curtain wall's aluminum panels.

After analyzing and studying the aluminum plate research method of Uppsala Concert Hall, we expanded and derived it on the original basis. We analyze and compare the similarities and differences of different parts, such as ACM system joint and sealing strip location, and so on.

Tectonic Material

Tectonic

Front elevation

Uppsala Concert & Congress

Location: Vaksalagatan, Uppsala, Sweden

Photograph of the Facade of Uppsala Concert Hall

Mass Axonometric

ROOF

ALUCOBOND PANEL RAIN SCREEN SYSTEM

EQUIPMENT FLOOR

CAST IN PLACE CONCRETE STRUCTURE

A1 - Alucobond Roof Detail

ALUCOBOND ROOF PANEL

SEALING STRIP

ACM SYSTEM

INSULATION

ACM SYSTEM

SHEATHING

ALUCOBOND PANEL

THERMALLY BROKEN CLIP

SEALING STRIP

CONCRETE WALL

WEATHER BARRIER

ACM REVEAL

CAST IN PLACE CONCRETE WALL

WEARTHER BARRIER

METAL GRID PANEL

SHEATHING

METAL CLIP

REINFORCING STEEL

ALUCOBOND PANEL

ACM REVEAL

ACM SYSTEM JOIST

Facade Glazing

B1 - Window Jumb Detail

SILICONE JAMB

WALL

GLASS PANEL

B3 - Window Head Detail

WALL

SILICONE JAMB

GLASS PANEL

INSULATION

THERMALLY BROKEN CLIP ASSEEMBLY

ALUCOBOND COMPOSITE PANEL

ACM SYSTEM EXTRUSIONS AND CLIPS

ACM REVEAL MULLION

INSULATION

ALUMINIUM COMPOSITE PANEL

THERMALLY BROKEN CLIP ASSEEMBLY

THERMAL SEPARATOR

ACM REVEAL

MULLION

CAST IN PLACE CONCRETE STRUCTUE

CURTAIN WALL Curtain Wall

C1 - Curtain Wall Head Detail

REINFORCING STEEL

WALL

BOARD INSULATION

ACM SYSTEM JOIST

ALUCOBOND PANEL

C2 - Curtain Wall Sill Detail

GLASS PANEL

CEILING PANEL

CEILING PANEL MOUNT PLATE

SILICONE JAMB

MULLION

ACM REVEAL

MULLION

ALUCOBOND PANEL

BOARD INSULATION

ACM SYSTEM JOIST

SILICONE JAMB

WET SEAL SLAB

Design and construct a deceptive stair

Advisor

Dwayne Olyer

Team Memeber

Chuen Wu, Christian Filip

Status

Deployed Dec. 2022

Software: Rhino 7, Photoshop, Illustrator

Handwork: Welding, Sanding, Wood CNC, Staining, Drilling

Stair Detail Design

22Fall

The diagonal intersecting position of the metal bar allows more balance under wood pieces. Their counterbalance strengthen the structure.

The metal frame's complexity creates a 3D curve illusion, suggesting connectivity between two frame sets, diverting focus to its design rather than the stairs. While wood appears dominant, it's the metal's interlocking and counterbalancing that fortifies the structure.

Manipulative Detail

Manipulative

Photography of Stair Details

However, in reality, they do not work the way they look, manipulating the audience's attention from the stair themselves to the intricacy of the structure.

3/8'' *1'' METAL BAR

BASSWOOD 2'' THICK

BASSWOOD 5-1/2'' THICK

3/8'' *1'' METAL BAR WELDING JOINT #10 1-1/2'' SREW #10 1-1/2'' SREW

3/8'' *1'' METAL BAR

The inherent complexity of the metal frame skillfully gives the audience an illusion, while the deliberate continuity of the two sets of frames effectively creates a convincing impression, particularly in the front view, that they seamlessly connect.

Status

Deployed Oct. 2021

Credits

INSOME Inc.

Role Designer

Gap Year 2021

Working Experience

Software: Rhino 7, Revit, Solidwork, Photoshop, InDesign, Adobe Illustrator

Prebricated House Design

INSOME 21Fall

A framework system has been designed to enable the substitution of different planes and facades, aiming to minimize the variety of components as much as possible.

I was involved in collaborative architectural concept development, ensuring design's systematic and flexible nature. I coordinated with structural engineers, material suppliers, and construction teams, utilizing digital tools like Unreal Engine and Grasshopper to optimize design and construction preparation. Importantly, I also reported directly to investors, enhancing my project management skills and understanding of architectural digitization and parametric design.

Flexible

Constructs

Photograph of the Completed Prefabricated Building

Muse-s Plan

Muse-m Plan

The plans on the left side demonstrate the variations in layout under the same structural system. This is made possible by the systematic design of the primary framework, secondary framework, interior wall panels, and exterior wall panels.

Z-plus

Main Facade

Strip Windows [1]

Wide Strip Window [2]

Black [3]

Gray [4]

Similarly, owing to the functionality of independent wall panels, users have more customization space. These panels can be disassembled and replaced either individually or in series, with a choice of different materials and textures like metal, wood, and concrete, thus achieving a rich facade effect.

The modular design of interior and exterior wall panels significantly enhances the building's performance in waterproofing, insulation, and soundproofing. This strategic separation not only elevates the aesthetic quality of the exterior but also ensures a comfortable and serene interior ambiance. By integrating functionality with design, this approach offers a harmonious blend of form and utility, creating spaces that are both visually striking and eco-friendly.

Video

Interior Dining Room [1]

Living Room [2]

Corridor [3]

lobby [4]

Z-plus Plan

Customization options for the interior's color scheme and style offer flexibility, embracing a minimalist and elegant aesthetic that fosters a serene and cohesive environment.

watching the mountain from balcony seeing the nature from the restroom

the facade night view [right]

watching the bedroom fromoutside [left]

Software: Rhino 7, Grasshopper, Stable Diffusion, Lora, Chatgpt, Photoshop, Illustrator

Sci-ARC 22Spring

The project aims to generate single-family house floor plans using the Stable Diffusion Lora method, emphasizing its innovation and practical value.

The project utilizes the latest image generation model, Stable Diffusion, combined with Lora for training to achieve controlled floor plan generation. The process also incorporates ChatGPT, Python, and Grasshopper to assist in data processing, accelerating the workflow. This enables the automated design process for singlefamily homes.

Lora Logic

Background

Why Blocks?

These examples illustrate my focus on single-family houses: AI image generation precisely defines the housing scope, allowing for adaptation to different architectural forms and better spatial utilization. At the same time, it addresses the specific needs of various family units, resulting in a range of detailed plans.

MVRDV_Frosilo-Gemini Unit d'Habitation, Marseille

seeing the nature from the restroom

Habitat 67, Unit Typologies

seeing the nature from the restroom

Workflow

The figure above demonstrates the use of masks and labels to direct the outlines and programs of house floor plans, thereby enabling control over the quantity of rooms via tagging. With the help of ChatGPT, specific colors selected for their uniform grayscale values correspond to distinct room functions.

Training Process

I used the assistance of ChatGPT to write code that identifies the functional attributes of color blocks, helping me to bulk identify room functions and complete labeling. The second step is to manually add general labels, which act as trigger labels. The third step is training, and the fourth step is evaluating the optimal state of different model versions and parameters.

For generating the second floor plan, a method involves using masks to fix the vertical spaces, circulation areas, and bathrooms. After regeneration, unreasonable plans are filtered out using a label reading program. This provides greater freedom and speed for blocks of different shapes.

Python for tagging Training Testing

Correcting tag

I referenced the ''coin change problem'' to set modules at a weight of 10, 20, 30, and 50, with additional 70 and 100 for windows. The offset between external and interior wall panels is 1.5'', impacting the calculation with a weight of 10. To manage panel gaps, each panel’s actual width is its nominal width minus 2''. Thus, considering the offset, the formula is:

Copyright © 2024 Xiao Jin

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