Kaidi (Toby) Yang_Portfolio_2019-2025

KAIDI YANG

PORTFOLIO 2019 - 2025

Auburn University | 08/ 2018 - 05/2023 Bachelor of Architecture University of Southern California | 08/ 2023 - 05/ 2025 Master of Architecture

Kaidi Yang (Toby) CONTACT

Email

kdyangtoby98@gmail.com

Tel

(+1)334-444-9793

Add

2343 Scarff St, 210 Los Angeles, 90007, California

EDUCATION

University of Southern California | 08/ 2023 - 2025 Master of Architecture Auburn University | 08/ 2018 - 06/ 2023 Bachelor of Architecture

CERTIFICATE

Certificate in Building Façade Art Science and Technology

INTERNSHIP

Williams Blackstock Architects | 01- 05/ 2023 Architecture practice in University of Memphis Business School Other works in architecture

EXPERIENCE

Birmingham Rainbow Bridge Revitalization Project 09 - 12/ 2022 Research on both structural and economic conditions of the existing bridge. Incremental development while collaborating with the City Hall and residents.

The first phase of intervention started in 10/ 2023 Montgomery Downtown Master Planning Charette 09/ 2022 Investigation of local communities around Troy University with local City .

Master planning of business patterns and proposals for housing projects.

Wedowee Neighborhoods Development Charette 09/ 2020 Investigation and analysis of housing situations. Master planning and Urbanism interventions with local community and city hall.

COMPETITIONS

Los Angeles Affordable Housing Challenge by BUILDNER -Housing / Communal Living / CLT Assembly / Cultural Emphasis

- 2023

4th Year Students Annual SPIRE Competition, AL - 2022 -K-5 Education Design / Comprehensive / Code Study / Steel Structure The Annual Alabama Forestry Student Design Competition -Final list of 8 / CLT Assembly / Landscape

HONOR PROFICIENCY

- 2020

Tau Sigma Delta Honor Society for Architecture Class of 2025 Software Revit, Rhino, AutoCAD, Sketchup, Grasshopper, Houdini, Adobe Design Suite, Blender, Maya 3D, Rendering engines Language English, Chinese (native speaker) Hobbies: Hobby crafting, painting (sketch, watercolor, architectural drawing), graphic design, music production, photography, traveling

CONTENTS 01

AQUADATA

01

MetaBuild: Next gen data center

02

ARCHIPELAGO

04

Waterfront Music & Food City Center

03

SUBURBAN GAMBIT

09

Enjoyable infinite growing system of strip mall

04

THE FOLD

13

Midtown - Uptown Connection: New downtown destination

05

COMMUNAL THREADS

17

Co-dividual: The Return of Housing

06

EGG & SHELL

21

Parametric penalization modeling practice

07

PROFESSIONAL WORKS

22

Revit practice, construction documents

08

OTHER WORKS Photagraphy, models and artwork

23

01 d+ aqua t a

next gen data center

Topic Studio: Meta Build Architecture program | Team Work Teammate: Ernest Tse Site: 215 S Broadway, Los Angeles, CA Instructor: Soomeen Hahm

Design Description In response to the escalating demand for artificial intelligence (AI) servers, the necessity for innovative cooling solutions becomes increasingly apparent. As data centers worldwide face rising energy requirements, conventional cooling technologies prove inadequate. Our project envisions a transformative, 10-megawatt, 300,000 square foot mixed-use data center situated in downtown Los Angeles, pioneering a sustainable model that integrates ambient cooling through three-dimensional water reservoirs.

Our design seeks to establish an avant-garde green data center that defies traditional paradigms by integrating cutting-edge ambient cooling technology while providing water-related amenities to the surrounding community. By intertwining technological innovation with environmental stewardship, we envision a future where data centers play a crucial role in urban ecosystems, actively contributing to both the digital economy and the well-being of the communities they serve.

[FINAL REVIEW 20241213

Contents Produced by Ernest Tse & Toby Yan ARCH705 MetaBuild | Fall 2024 | Instructor Soomeen Hahm

Please scan the QR code to enjoy video version.

“What if...?

What if we see the city breath and shine?”

1

CHALLENGE - ENERGY DEMAND OF DATA CENTER

STRATEGY

[Lobby]

[WATER ECOLOGY]

2

TYPOLOGY CHUNKS

y for innovative cooling solutions ments, conventional cooling tech000 square foot mixed-use data A key innovation in our design is the utilization of the thermal properties of water. The proposed reservoirs will provide ambient ates ambient cooling through

CHUNK EXPLORATION ve connectivity by leveraging proxrans-Pacific internet traffic. This ement andCIRCULATION community engagex THERMAL to cultivate a vibrant urban eco-

o

aquarium II

o

aquarium I

aquarium I

Servers

Servers

o

o

laboratory

o

laboratory

o

plies, exacerbating water scarcity. only minimizes freshwater utiliza-

o

exchange

o

exchange

cooling, drastically reducing power consumption for temperature regulation. To ensure efficient operation, the data center will require approximately the equivalent of six Olympic-sized swimming pools of water, strategically utilized to maintain optimal op75erating f 59 f 81 f 69 f 75 f temperatures. ersion of electricity into heat. This This not only addresses cooling needs but also aligns with our goal of conserving resources and enhancing the overall of the75facility. nergy. Astonishingly, U.S.sustainability data cenf 59 f 81 f 69 f o

75of

SERVER x AQUARIUM

towering structure. This vertical ough exterior displays that showm to change public perception of circulation

server server 02 01

59of

Aquarium

69of

heat exhange

POOL x AQUARIUM

server 04

ange

um

heat exhange

Aquarium

server 04

200ft2 [0.4MW]

ver 01

81of

heat exhange

HEAT x SERVER

02

59of

200ft2 [0.4MW]

exchange

aquarium II

69of

2 pool 200ft [0.4MW]

pool

server 01 200ft2 [0.4MW]

heat exhange

Aquarium

heat exhange

heat exhange

Aquarium Aquarium

aquarium I

paradigms by integrating cute surrounding community. By interre where data centers play a crucial well-being of the communities they

75of

server 01

aquarium I

69of

exchange

2 2 200ft 200ft [0.4MW] [0.4MW]

dwelling

aquarium II

200ft2 [0.4MW]

circulation

dwelling

75of

laboratory

proposed reservoirs will provide . To ensure efficient operation, the pools of water, strategically utilized ut also aligns with our goal of con-

69of

server 04

server 02 200ft2 [0.4MW]

Aquarium

Aquarium

81of

heat exhange

heat

Aqua

SKY LOBBY INTERIOR

RESIDENTIAL INTERIOR

To minimize the spatial footprint while maximizing functionality, our design features a towering structure. This vertical approach not only creates enhanced visibility but also promotes public awareness through exterior displays that showcase real-time data usage, thus fostering transparency in the digital landscape. We aim to change public perception of data centers from mere technological facilities to valuable community assets.

UPPER LEVEL EXTERIOR

SITE PERSPECTIVE

3

02

Archipelago Waterfront Waterfront Art Destination

Waller Creek Waterfront Proposal Project Architecture program | Individual Work Site: Austin, Texas Instructor: Ernesto Bilbao exb0001@auburn.edu

Design Description Austin City has its magic characteristics between citizens and nature. Waller Creek is the green belt that is meandering across the core of downtown area. However, the flood issue and chaotic development created countless vacant parcels along the trail and made the creek an unbearable void.

This project is meant to take one of the most vacant block that has old hotel blocking the city view and trail. It uses Waller Creek as the asset to generate the music & art cultural center. These two are the famous impression that Austin contains. By collecting these cultural elements, this project could strengthen the cultural value of the city and gain the financial factors to benefit back to the maintenance of the creek.

4

Waller creek, as the unique green space across the heart of Austin City, connects all the important assets from Lady Bird Lake all the way to the state capitol. It represents a different speed to experience the city compared with the I-35 on the side.

Site: Waller Creek

Convention Center

Interstate 35

Texas Capitol

Waterloo Park

WALLER CREEK MASTER PLAN

AUSTIN CITY FABRIC DEVELOPMENT HISTORY

1839 Original Courts

1870 Expansion

1900 Train

1930 Suburban Residential

1990 Highway & Airports

2000-Now Interstate

Austin City was developed from the original courts in 1893. Through the time line of city growth, the original district has always been the center of the focus point. After the airport and interstate was built, the city was connected through north and south, while the mean circulation was still attaching on the green strip - Waller Creek. It became the unique moment that a slow and quiet area could occur in the heart of city.

Cost of Flood / $1m

THE INTERVENTION OF FLOOD: INTERLOCK AND SOFTEN Cost of Flood Amount of Flood

50

Positive Effect Balanced Control Out of Control

1960s

1970s

1980s

1990s

2000s

2010s

Flood has been the biggest issue that was brought by the creek during the rainy season. In the early 1960s, the flood impacted the adjacent ten blocks and caused countless economic loss for the feudal department. In 1990s, the government tried to solve the flood by replacing the conduits underneath but the strict code caused the underdevelopment of the surrounding parcels.

5

EXPLOSION DIAGRAM The project is shaped by different components that connect by a specific geometric logic. Every component has the common hight as eighteen feet in order to create the smooth circulation experience for each floor. However, inside the upper level, the hight of each unit could be various based on the proposal use. The trimmed geometry provided the direction of light to go through indirectly.

MASSING GENERATION

Geometry : Basic Core

Space: Trim

Connection: Stacking

50’

SECTION POSITION 1

50’

SECTION POSITION 2

50’

SECTION POSITION 3

SECTION EXPLORATION The interweaving relations of internal space keep changing from the west entry to the east entry. The major gallery hall is traversed by exhibition halls and the doors between different entities. The intersection of two entities would have the hight change as the opportunity to shape the indoor balcony for rich experience of space and light.

6

Circulation Flow

Spacial Occupancy

GROUND FLOOR PLAN On the ground level, two major clusters are connected by the outdoor amphitheater space. It provides the major circulation access towards the back of site, while being used as the stage for outdoor music events. Austin has unique culture of local bands. This would be the anchor point to activate the potential of musical business and become the new musical center for people to gather together with their passion.

DIAGRAM ANALYSIS

25’

Vertical Circulation

50’

There are elevators and stair cases on each cluster. The specific spiring stair case follows the geometry of the gallery unit. It leads visitors to the second floor in a tangible way and shows the unexpected difference view on the upper level to enrich the hierarchy of the art gallery.

Ventilate Circulation

7

FOLDING SECTION

The folding section goes through all the major spaces at the same time through western and eastern side.

The whole circulation flow is full of surprise and unexpected points. On the western side, a double-hight in the hall area. The secret path in between the unites would have the visual access to see the event

RENDERING PERSPECTIVE

Exterior Stage

25’

50’

The intersection of three major clusters are connecting by the sky bridge with clear view of the city. space occupied as the light well and also provide the echoing environment for instrument practice happening from above and bring the natural light at the same time.

2nd Floor Interior Gallery

Outdoor Corridor

8

03

Suburban Gambit

A game between cars and doors: Enjoyable infinite growing system of strip mall

Spring 2021, Suburban strip mall system research project Architecture program | Individual Work Site: Auburn Mall, Auburn, Alabama Instructor: Matthew Hall msh0029@auburn.edu

Design Description Suburban area is the important representation of American social structure. More people do not tend to live in crowded downtown and went to suburbs instead. We live, we drive, and we complain about this abnormal karma that designed completely for the four-wheel boxes instead of human. Is there any way to break the checkmate?

This project is to focus on the biggest symbol of suburban area strip mall. By analyzing its logic of conflict between automobiles and pedestrians, the project would attempt to develop a system that could make strip mall an enjoyable place on human scale. It meant to be the system that beyond the limit of sites, and has the potential to grow infinitely as the new way to live.

“Wait....did we just pass the entrance?...uh never mind this is the way in.”

9

Suburban condition defines the lower density of population and less demand of centralized economic complex. Under this condition, whatever programs would have less limits of boundaries but more freedom of manipulation and growing.

The site is Auburn Mall - a strip mall at the intersection between Auburn and Opelika, AL. This is the typical condition that occurs on almost all the suburbans as the way people live. The highly automobilized society defined this system for people to shop, gather or suffer from the distance between their homes and stores on the car.

Strip malls are not designed for pedestrians, and people cannot expect pedestrian experience, the demand would not support the change to happen. Is there any way to break this endless circle of suburbs?

SUBURBAN FABRIC

Opelika

Intersection Suburban Area

Auburn

SITE PHOTOS

Typical American strip mall site -- attachment on high roads

Chaos arround the unpredictable parking context with various sizes

All languages talking towards the sea of paking lots

Isolated islands floating in the sea

Negative space in the front & back

A better way: closure

Distance between the door and car?--FOREVER

Unhuman gaps: draive way invading pedestrian

Clusters have surrounding corridors to connect public courtyards. Each unit has the secondary transparency between outside place and inner courtyard. It provides the options of fast access from automobiles or keep walking in for deeper exploration.

MASSING GENERATION

The system would be the sample solution for the suburban condition. It provides the opportunity for different programs to exist together and fabricate the flexible system which could be any scale The system starts from a unit that has a cluster of four elements on 360 degrees. All the elements have the access from outside towards the interior courtyard that formed by itself.

Structure Grid

Regular Core Unit

4-Unit Cluster Sample 1

Connection with variation

4-Unit Cluster Sample 2

The sizes of units are different which could be divided by various proportions to contain different programs but still keeps the same structural language. They are connected by the corridor of the width of a drive way. There is flexibility to form a larger project by connecting several 100x100’ units to satisfy the various sizes of programs, and at the same time it would create different space while respecting the same structural language and scale.

10

STRATEGY Adaptive Sizes for Various Purpose

INLAY THE PARKING SPACE Core

Parking Condition

Basic Logic of Extension

Fabric that fits the Infinite Growth

UNIT GENERATION

Component

Unit 1

Unit 1-Resized

ADAPTING TO INFINITE FUNCTION

Space Generation

Gathering

Variation

Function

Small Retails

Event Space

Education Unit 2

Unit 2-Stacking

Unit 3

Food Plaza

Public Museum

AXONOMETRIC VIEW

Each cluster would form a unique public space by mixing different unit facades. It challenged how different languages can communicate with each other and collaborate on a clear grid. No matter Gambit of Chess Board what the chess is, they will always have the opportunity to celebrate on this chessboard.

Development Scenario

THOUSANDS FACES IN ONE FORM The system will be cut on a specific direction by the main drive way under the context. Units will be split by a road that is perpendicular to the main road to approach interior space. Automobiles would park in the pocket space which provides the easy and safe access from car door to the storefront. The units could combine together to form a larger cluster as the possibility of civic and cultural programs. The hight of the middle cluster has the flexibility to change in order to create the hierarchy on vertical scale.

11

SAMPLE PROPOSAL PLAN Each cluster would form a unique public space by mixing different unit facades. It challenged how different languages can communicate with each other and collaborate on a clear grid. No matter what the chess is, they will always have the opportunity to celebrate on this chessboard.

1

4

2

3

5

16

6

9 10 20

7

13

8 12

11

14

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17

15

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PROPOSAL TAXONOMY 1. Public School 11. Instrument Store 2. Funeral Chapel 12. Major Dining Plaza 3. Church 13. Bar 4. Utilities Services 14. Yoga Studio 5. Real Estate Office 15. Arcade 6. Mjor Retail Space 16. Event Venue 7. Trampoline Park 17. Tailor 8. Legal Maurijuana Dispensary 18. Auto-shop 9. Shoe Store 19. Car Wash 10. Storage 20. Amusement Park

16

100’

STRUCTURE DETAIL ELEVATION

GROUND TREATMENT 12

04

The Fold Midtown - Uptown Connection: New downtown destination across city heart

Fall 2022, Birmingham Rainbow Bridge Renewal Project Teammates: Clay Causey, Bob Williams, Hester, Kang Site: Birmingham Richard Arrington Jr Blvd S, Alabama Instructors: Alex Krumdiek, John Pittari azk0036@auburn.edu johnpittari.jr@auburn.edu

Design Description What can a bridge become beyond the structure of connection? Rainbow Bridge is one of the three main bridges that connect northern and southern areas in Birmingham. This bridge stood across railways and provided a quick path for cars from south to north for several decades. It is not safe to pass through due to aging and lack of maintenance and thereby now worked as a site for commemorating the civil rights movement in Birmingham’s history. Nevertheless, the cost of reconstruction will put a heavy strain on local finances.

The project was commissioned by Birmingham City Hall to find the direction as alternative answer of demolishing. The purpose of this project is to make the bridge a pedestrian park and even further, the new core destination of the city for people to enjoy.

13

CONNECTION

ID EN TIA

L

/

LO D

G

IN

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AT

TR A

C

TO

R

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The city is divided by the rail road track across in the middle.

Even though there are plenty of anchor points with magnificent business and residential potential, people barely have ways to easily access from south to north. This river of iron needs the stronger connection. Rainbow Bridge, which is on 21 st street, has the most efficient character as the connection compared to the automobile bridge and tunnels on both sides. It also connects to both sides with the highest quality of pedestrian walkability. This site becomes the core part that can create the space for people to walk through safely and enjoy the unique view.

R ES

ANCHORS

V A

C

A

N

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B

U

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PA

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K

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G A

R A

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TR IA

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Birmingham set up on the clear city fabric grid. Since 1990s, more population is coming back into downtown area to create more residential and commercial opportunities. Besides the Railroad Park, there are a lot of vacant parcels around rail road which is at the physical and economic center among all the development growing.

MASSING GENERATION

INITIAL across

LIFT ground plan

EXTRACT above railroad

BRANCH along Powell AVE

FOLD ground plan

ABSORB parking

22ND ST

21ST ST

20TH ST

18TH ST

HISTORY VALUE

20TH ST

18TH ST

Basic logic is rising up the addition level for heavier constructions and trees, and fold it down to create the second level between the ground parcel and untouchable bridge. In this case, various hierarchies would provide more opportunities for the adjacent development to engage with the bridge but still within their own freedom of designing.

CITY-OWNED DEVELOPABLE SITE NEW RESDENTIAL DEVELOPMENT

NEW RESIDENTIAL DEVELOPMENT

RAILROAD-OWNED DEVELOPABLE SITE NEW MULTIFAMILY DEVELOPMENT

NEW MULTIFAMILY DEVELOPMENT

RAINBOW BRIDGE (21ST ST VIADUCT) NEW COMMERCIAL DEVELOPMENT

NEW COMMERCIAL DEVELOPMENT

CITY-OWNED DEVELOPABLE SITE

NEW RESIDENTIAL DEVELOPMENT

CITY-OWNED DEVELOPABLE SITE

NEW MULTIFAMILY DEVELOPMENT

RAILROAD-OWNED DEVELOPABLE SITE

NEW COMMERCIAL DEVELOPMENT

RAINBOW BRIDGE (21ST ST VIADUCT)

RAILROAD-OWNED DEVELOPABLE SITE RAINBOW BRIDGE (21ST ST VIADUCT)

The original bridge is still readable, but it even becomes the structural language blended in the park, which represents the historical value of what the bridge captured for the city.

Rotary Trail

Amphitheater

Private Park

Railroad Track

Public Park

Vertical Circulation

14

AXONOMETRIC VIEW

Public spaces on both sides would form pocket areas that interact with adjacent developments. Architects might not have the right to decide what they would be designed, but this is giving the vision of how the district could grow and achieve based on the bridge project. Parking lots would be absorbed underneath, while all commercial or quite residential are occupying on the middle and higher hierarchy on both sides.

PERSPECTIVE RENDERING VIEWS

Railroad Visual Connection

Skyline Between

SECTIONAL FUNCTION SYSTEM CHUNK

Top level are defined as fast access, including the pedestrian-focused green space along the building side and mobile-focused smooth area along the eastern side with faster access. This provide people different options to experience the space through various speed. Lower level is supposed to be more private area, with massive shade by dense tree canopies to create the quite park experience.

Bridge and Park

Vertical Access on Powell Avenue

15

ONE PARK

THREE MOVES

Three powerful moves constructed the system of the whole project. The first one is amphitheater area that sits right next to the PNC parking deck area. The screen wall system is proposed on the facade of parking deck with LED screen to create the cultural characteristic of bridge. Upper level and lower level defined the two different functions of the project— public and private.

BRIDGE SURFACE FLOOR PLAN At both ends of the bridge, the cross road area would become the pedestrian entrance based on the traffic pattern master plan. It not only connects 1st Ave N and Rotary Trail, but also activated the safe and attractive opportunities for people to easily access.

PEDESTAL SYSTEM DETAIL Considering about the weak load condition on the bridge surface, the pedestal system is introduced to the structure. The sizable cone components could stack together to hold the new layer of material without directly hurting the original surface, and creates space underneath as the opportunities for drainage and thermal deformation.

Limestone/ Concrete

Steel Mesh

Adjustable Pedestals

Pedestal System Bricks

Wood Seats & Dirt Planter

Adjustable Pedestals

Higher Planter Bricks Wood Formed Concrete

Lower Planters

Adjustable Pedestals

100’

16

05

Communal Threads Co-dividual Housing for 100 residents

The Return of Housing Project Architecture program | Team Work Teammate: Charles Lafon Site: Exposition Park West, Los Angeles, CA Instructor: Hadrian Predock

Design Description Here we are in Los Angeles, one of the biggest urban environments that are suffering from housing crisis. Standing on the perspective of entry level workers, young starters, married or simple, the of living could be challenged as the logic of how housing could be designed and constructed for the high quality living experience. This project provides the concept of Co-divided housing, starting from the minimum dwelling units for one person to generate the system of complex in the larger scale for 100 people.

Co-housing means a group of homes that include some shared facilities (= areas, rooms, equipment, or services for particular activities): The village was inspired by co-housing in Denmark. Most co-housing communities include a common house with a kitchen, mailboxes, and laundry rooms.

Co-sharing means the use of an office or other working environment by people who are self-employed or working for different employers, typically so as to share equipment, ideas, and knowledge.

Co-dividual is a strange aggregate as semantically it means with divisions, means an aggregate of many small pieces...

“Residents in the affordable housing deserves the better quality of daily uses, cultural celebrations, and the respect, through the caring and logical designing.”

17

SPATIAL STRATEGY The fundamental strategy of the spatial organizing is to define the hierarchy of different functionalities of residents’ daily uses. In the general architectural logic, spaces are usually connected by “connections” such as corridors and lean spaces, which could generate isolation and weaken the sense of co-sharing. We defined the strategy of Space x Space which is the anti-corridor method that use spaces to connect other space. It utilizes all the space in the complex, not only by spatial connection, but also by spaces being used visually and mentally.

Following diagrams show the analyzation of the relationships of different uses of space by the scale of how many people are using them.

AXONOMETRIC VIEW

PUBLIC <-> PRIVACY

After clarifying the scale and functionality of spaces, we input another logic layer of privacy and publicity onto the diagram.

The smallest unit for one person would be the absolute private area of the project, which is defined as minimal dwelling units.

In between five units, residents would share a more private socializing zone for more quiet and smaller activities. In addition, every two groups of five “pod” would share one kitchen and dining area as more public activities. The spaces connect all the pods are for the most public activities such as gardening and party. Based on that, the top layer are programs such as common-owned thrift store and tool rooms to support the co-sharing lifestyle.

18

LOWER FLOOR PLAN

TYPE A DWELLING FOR 1

TYPE B DWELLING FOR 2

The lower floor plan shows the logic of the overall project. The minimal dwelling units have the single type for one person and another type of two for the couple or family’s temporary stay. They all share the same amount of sunlight and have equivalent access towards the bathrooms and laundry.

Each two pods not only share the kitchen area but also an outdoor courtyard that brings the natural light and form the natural cooling tower. The two ends of projects are for the bigger public-owned facilities such as the thrift store, green house, and community party area.

Inside the grand hallway, the zigzagging spaces are designed for not being able to see through but have partial visual connection. When residents are walking through the grand hall towards their units, they would be able to see and smell people from different cultures cooking and dining. We believed that dining is the fundamental demand of human and also the easiest connection to bring people into the conversation regardless the culture or careers. The space not just assume people to go together, but instead the connection would naturally happen through how residents see, smell, and touch.

SHARED POD FOR 5

SHARED KITCHEN & DINING FOR 10

19

OUTDOOR PERSPECTIVE The project remains two-story high to blend into the surrounding neighborhoods of Los Angeles residential fabrication. The facade is using painted steel to show the gradient of the sunset color tone as the representation of the cultural icon of Los Angeles.

GRAND HALL PERSPECTIVE The language of arch was implied in the indenture project. The arches in the hallway are carved CLT panel to show the nature of wooden structure. It not only emphasizes the characteristics of the project, but also creates the overlapping tunnel spaces as the visual language to divide spaces and reveal the functionalities at the same time.

LONG SECTION THROUGH THE GRAND HALL

CHUNK MODEL VIEWS

20

06 Egg & Shell Parametric penalization modeling practice Fall 2023, Computational geometry assignment Architecture program | Individual Work Instructor: Matt Conway mconway3@usc.edu

Design Description Understanding the mathematics and geometry behind surface types, rationalization, and discretization is fundamental knowledge for designers to master form. However, it is equally important to practice techniques for translating this information into measured drawings and schedules, as this is key to utilizing complex geometry in professional practice and scaled construction.

The physical model serves as a tactile means to engage with the process of physical assembly and assess the effects produced by its modulation, allowing the observation of form in light and space. Using the grasshopper script to construct the penalization surfaces as the practice of parametric fabrication. This pair of models meant to represent the idea of “egg and shell” as the opposite of pawns of the chess game.

Dou

21

07

Professional Works Spring 2022, K-5 School Project Montgomery, Alabama

Steel Panal

Overhanging Ceiling

Steel Window Frame Rigid Insulation

HVAC Conduits

Steel Columns

Concrete Foundation

Corita Kent Art Foundation Comprefensive Project

Revit Structural Documents Architecture 526 Fall 2024

Architecture 526 Fall 2024

Third Floor 33' - 6 1/2"

Structural Column Schedule Count

Type

22

12 x 12

84

18" x 18"

Structural Material Concrete, Cast-in-Place gray Wood Dimensional Lumber

Structural Framing Schedule Count 2 10 23 10 3 16 10 11 5 10 30 1 2 2 1 3 2 4 2 1 2 5 4 5 2 1 2 3 63 1 3

1

3D Structural System

1 2

Type 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 9.5" x 22" 12x12 12x12 12x12 12x12 12x12 12x12 Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam Roof Steel Beam

Structural Material

Corita Kent Foundation

3 A102 Second Floor

Length

Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Wood - Dimensional Lumber Concrete, Cast-in-Place gray Concrete, Cast-in-Place gray Concrete, Cast-in-Place gray Concrete, Cast-in-Place gray Concrete, Cast-in-Place gray Concrete, Cast-in-Place gray Metal - Steel 50-355

15' - 6 1/4" 17' - 6" 17' - 7" 18' - 2 3/4" 18' - 7 1/4" 19' - 2" 21' - 7 3/4" 22' - 0" 22' - 4 1/2" 25' - 1" 29' - 3" 32' - 6" 43' - 5" 57' - 0" 72' - 11" 81' - 8 1/2" 86' - 2 3/4" 155' - 11 1/4" 156' - 5 1/4" 166' - 9" 168' - 1 3/4" 3' - 2"

Metal - Steel 50-355

4' - 10 3/4"

Metal - Steel 50-355

5' - 4"

Metal - Steel 50-355

6' - 8 1/4"

Metal - Steel 50-355

11' - 5"

Metal - Steel 50-355

13' - 8"

Metal - Steel 50-355

53' - 6"

Metal - Steel 50-355

56' - 4"

Metal - Steel 50-355

140' - 11 3/4"

Metal - Steel 50-355

142' - 9 1/2"

Metal - Steel 50-355

144' - 11"

Metal - Steel 50-355

148' - 10 1/2"

GLULAM COLUMN 18"X18"

[studio TYT. ]

PLATE W/ EPOXIED THREADED RODS AT GLULAM COLUMN END

(Team 12)

3671 Vermont Ave, Los Angeles, CA 90007

2

Toby Yang

Toby Yang Ernest Tse

Designer: Ernest Tse GLULAM BEAM 9 1/2" x 22"

Consultant: Geoffrey Von Oeyen

1

CLT SLAB PER PLAN

PLATE W/ 4-16 EPOXIED THREADED RODS INTO END OF GLULAM COLUMN TO FACILITATE CONNECTION

Ernest Tse Consultant: Geoffrey Von Oeyen

FORM FITTED CONNECTOR DAPPED INTO COLUMN AT GIRDERS-COLUMN CONNECTIONS

EXPLODING ISOMETRIC DETAIL

3

GIRDER-COLUMN CONNECTION 3/4" = 1'-0"

STRUCTURAL DETAIL A102

Architecture 526 Fall 2024

F

Corita Kent Foundation

GF 0' - 0"

Concrete Beam

(Spring Studio Project) 3671 Vermont Ave, Los Angeles, CA 90007

Concrete Column

[studio TYT. ]

[studio TYT. ]

(Team 12)

(Team 12)

Watt Hall, 850 Bloom Walk, Los Angeles, CA 90089

Watt Hall, 850 Bloom Walk, Los Angeles, CA 90089

Gregor Tillman Toby Yang Ernest Tse

58' - 3 1/2"

Gregor Tillman

3/16" = 1'-0"

OAK WOOD 1/2" SUB FLOORING

3671 Vermont Ave, Los Angeles, CA 90007

FLAT GLASS ROOF

SECTION

Ernest Tse

(Spring Studio Project)

RF

(Team 12) Watt Hall, 850 Bloom Walk, Los Angeles, CA 90089

FORM FITTED CONNECTOR

Gregor Tillman

Corita Kent Foundation

OUTSIDE

[studio TYT. ] Ground Floor 0' - 0"

Watt Hall, 850 Bloom Walk, Los Angeles, CA 90089

Architecture 526 Fall 2024

SOLAR SHADE

Corita Kent Foundation (Spring Studio Project)

3671 Vermont Ave, Los Angeles, CA 90007

STRUCTURAL A101

F

18' - 5"

CLT FLOOR SLAB

(Spring Studio Project)

Designer

Consultant: Geoffrey Von Oeyen

BF

Waterproof Membrane Rigid Insulation

Gregor Tillman

Expansion Joint

Toby Yang Ernest Tse

12" Concrete Slab

Designer

Consultant: Geoffrey Von Oeyen

-18' - 0"

INSIDE

1

ROOF DETAIL 1 1/2" = 1'-0"

ROOF DETAIL A120

1

FOUNDATION DETAIL 1 1/2" = 1'-0"

FOUNDATION DETAIL A121

22

08 Other Works Korita Kent Art Foundation Site : 681 W 37th Avenue Semester: 2024 Spring Individual Work

Sketches Site: Any second of daily life

23

KAIDI YANG E-mail kdyangtoby98@gmail.com Address 2343 Scarff St, 210, 90007 Selected Work from 2019-2025