Haoyu Li | Architecture Portfolio 2019-2022

PORTFOLIO Architecture & Design Works

HAOYU NOAH LI | B. ARCH Rhdoe Island School of Design Professional & Academic Projects 2019 - 2022

NOAH LI https://issuu.com/imhaoyuli/docs/portfolio_issuu haoyulee0914@gmail.com | STEM OPT

WORK EXPERIENCE

EDUCATION

JARRET YOSHIDA, INC. | BROOKLYN, NY

RHODE ISLAND SCHOOL OF DESIGN (RISD)

Interior Design Intern | September 2023 - Present - Initiated site visits and measurements for 3 luxury homes and proposed floor plan and furniture plan ideas, realizing client’s ideas and needs.

Bachelor of Architecture, Bachelor of Fine Arts

- Coordinated with project managers to produce plans, sections and furniture details in AutoCAD for 5 luxury homes, contributing to project accuracy.

Providence, RI | 2018 - 2023

- Assisted principal designer with client presentations and design concepts, as well as procuring fabrics, finishes, and furniture for multiple projects.

PERKINS EASTMAN | SHANGHAI, CHINA Architectural Intern | Summer 2021

- Developed and managed over 20 detailed BIM architectural documents in Revit for the DD of a commercial hotel complex, efficiently defining project details.

- Coordinated with structural and facade consultants to develop facade and interior BIM model details in Revit, effectively communicating design details with teams in Vietnam and Chicago.

JASON XIAN ARCHITECT AND ASSOCIATES | GUANGZHOU, CHINA Architectural Intern | Summer 2020 - Proposed spatial planning for the concept design and SD of a mixed-use project using AutoCAD and SketchUp to translate client’s visions into concrete designs.

- Researched and organized site information for 3 projects using Adobe InDesign, extracting and clarifying projects’ core information for client presentations.

RHODE ISLAND SCHOOL OF DESIGN | PROVIDENCE, RI CADLab Monitor | 2022-2023

- Monitored and troubleshot printers, scanners, and plotters for students utilizing technological and software skills.

- Provided expertise in drawing software and tools, assisting and instructing students in achieving accurate and visually impactful drawings.

BROWN UNIVERSITY Cross-registration Introduction to Popular Music Theory and Song Writing Japan: Nature, Ritual, and the Arts Providence, RI | 2021-2022

SKILLS DESIGN SketchUp | Revit | AutoCAD Rhinoceros | BIM 360 | Diva MODEL MAKING 3D printing | Laser-cutting Wood-working (band saw, drill press, table saw, disc sander) Concrete Casting VISUAL Enscape | Adobe Creative Suite (Illustrator, InDesign, Photoshop, Lightroom) | Lumion Touchdesigner

AWARDS + ACTIVITY

AUDIO Adobe Audition | MuseScore

HONORS STUDENT (GPA 3.75+) | From Fall 2020 to Spring 2022 RISD Academic Standing Committee

COORDINATION Microsoft Office | Miro | G-Suite

HARMONIC MOTION A CAPELLA | Fall 2018 to Spring 2023 Student Organization at Brown University

LANGUAGE Mandarin (Native) English (proficient) Japanese (Beginner)

TEMPO PERFORMANCE CO. | Fall 2022 to Spring 2023 Student Organization at Brown University

REFERENCE Laura Briggs | Professor at Rhode Island School of Design lbriggs@risd.edu | +1 (917) 716-8592 Junko Yamamoto | Thesis Advisor at Rhode Island School of Design jyamamot@risd.edu | +1 (617) 909-7374 Anne Tate | Academic Advisor at Rhode Island School of Design atate@risd.edu | +1 (401) 454-6281

CONTENTS TABLE OF CONTENTS

01

Professional

FAIRMONT HANOI

02

Professional

SHANGTAI HEADQUATER

03

Academic

WHATCHEER FLOWER FARM

04

Academic

BUILDING A FUTURE

Perkins Eastman Hanoi, Vietnam Internship 2021

Jason Xian Architect and Associates Guangxi, China Internship 2020

Mixed-used Building Design RISD Integrated Building Systems Fall 2022

Community Center in Africa Women’s House Fall 2021

05

06

07

08

Academic

URBAN TERRACES Mixed-use Residential Complex RISD Urban Ecologies Fall 2020

Academic

MUSEUM OF FOLKLORE Tulou Based Museum of Folklore RISD Advanced Studio Fall 2021

Academic

OFFSETTING THE LIGHTS Research Center Pier RISD Advanced Studio Spring 2022

Academic

PERSONAL INTEREST Fine Art and Photography Individual Works 2018-2022

01

FAIRMONT HANOI Perkins Eastman | Internship 2021

Role: • Collaborated with a team of 7 on the design development of a commercial hotel complex project involving BIM design in all disciplines and phases, multiple scales, and numerous constraint implementations.

• Developed and managed more than 20 detailed drawing sheets including stair detailing and documentation, building sections, and canopy design options and coordination with structural and facade consultants in Revit and AutoCAD, which efficiently defined project details.

• Assisted in developing facade and interior BIM model details in Revit, effectively communicating design details with teams in Vietnam and Chicago, and facilitating seamless collaboration.collaboration.

[Above] Project Aerial View

[Above] Project Street View - Office

1 A-301

2 A-301

1 A-302

3 A-310

1 A-310

LV 10 34.900

LV 10 34.900

1950

1 BAY

CORRIDOR

TERRACE

1 BAY

BALCONY

1 BAY

BALCONY

1 BAY

TERRACE

2450 800 HOTEL CORRIDOR

LV 09 31.900

LV 08 27.500

LV 08 27.500

LV 07 24.150

LV 07 24.150

LV 06 20.900

LV 06 20.900

LV 05 17.650

LV 05 17.650

LV 04 14.400

LV 04 14.400

LV 03 11.150

LV 03 11.150

LV 02 5.900

LV 02 5.900

520

MECH.

6000

4200

3300

ARRIVAL GALLERY/LOUNGE

330

1950

MECH.

JUNIOR BALLROOM

PANTRY BOH CIRCULATION

PREFUNCTION

4000

1400

1400

HOTEL CORRIDOR

3020

2450 800

850 2400

MECH.

550 1550

2400

850

2450 800

2750 500 2750 500 2750 500 2750

1 BAY

CORRIDOR

1650 3600

BALCONY

2450 900

850 2400

CORRIDOR

1 BAY

3 BAY SUITE

2450 800

2500

1 BAY

850 2400

2850

CORRIDOR

500

1 BAY

1 BAY

LV 09 31.900

2450

2000

CORRIDOR

850

500

1 BAY

2400

2750

1650

31.750

MICE LOBBY VESTIBULE

ST-04 VEST.

2900 3400

LOBBY LEVEL 0.500 GROUND LEVEL 0.000

10300

1700 3400

1200

BUSINESS CENTER LOBBY

PREFUNCTION

SERVICE CORRIDOR

3100

4500

BOH CIRCULATION

BATHHOUSE

HOTEL POTABLE WATER / TECH ROOM

BOH CIRCULATION

B3 PARKING

OFFICE RAW WATER TANK B4 PARKING

FIRE LIFT LOBBY

AA

BB

CC

1 A-301

BB

DD

EE

FF

4400 3350 3250 34900 3250

750 3350

6000

3300

5250

300 1650

5400 500 700

LV B1 -5.800

LV B1 -5.800

LV B2 -11.700

5800

5100

LOBBY LEVEL 0.500 GROUND LEVEL 0.000

350 HOTEL POTABLE WATER / TECH ROOM

LV B2 -11.700

HOTEL RAW WATER TANK

LV B4 N -18.700

3150

3500

350

B3 PARKING

LV B3 -15.200

B4 PARKING

DD

KEY PLAN

3500

3150

CC

LV B3 -15.200

18700

4500

BOH CIRCULATION

BATHHOUSE

5900

B3 VIP PARKING

5550

3150

GROUND LEVEL 0.000

SEAL

BANQUET STAGINGKEU ROOM SERVICE STATION 2 SERVICE CORRIDOR

1400

350 350

BANQUET KITCHEN FREEZER

SERVICE CORRIDOR

350 2450 3100

BOH CIRCULATION

B4 PARKING

FIRE RISER HOTEL FIRE LIFT

LOBBY LEVEL 0.500

7600

4100 4400

7600 PREFUNCTION BATHHOUSE

HOTEL FIRE LIFT

B4 PARKING

LV 02 5.900

LV 02 5.900

1900

BANQUET STAGING

B3 PARKING

FIRE RISER HOTEL FIRE LIFT

LV 03 11.150

PAU ROOM

BALLROOM

FIRE RISER

B3 PARKING

LV 04 14.400

LV 05 17.650

LV 03 11.150

BOH CIRCULATION BOH CIRCULATION

1400 4500

5900

18700

HOTEL FIRE LIFT

LV 06 20.900

3250

ALL DAY DINING

LV 05 17.650

LV 04 14.400

3750

ALL DAY DINING TERRACE

LV 06 20.900

LV 07 24.150 3250

500 2750

500 1950

1500

1 BAY

MECH.

BALLROOM

LV B4 -18.700

EE

1045 Huai Hai Middle Road Huai Hai Plaza 38th Floor, Suite 3803 Shanghai 200031 China T. + 86 21 6252 1040

FF

4

BB

CC

DD

EE

FF

Owner: Gelex Group Joint Stock Company No.52, Le Dai Hanh Street, Le Dai Hanh Ward Hai Ba Trung District, Hanoi, Vietnam

TRAN 1 : 200

Construction Manager: Turner Vietnam Co., LTD Bitexco Financial Tower, 63rd Floor 2 Hai Trieu Street, Ben Nghe Ward District 1,Ho Chi Minh City

TRANSVERSE SECTION_BALLROOM 1 : 200

1 A-301

2 A-301 2 A-310

LV 10

3300

550 1550

950

2300

ALL DAY DINING TERRACE MECH.

JUNIOR BALLROOM PREFUNCTION

F ELEV. PREFUNCTION

BB

AA

1 A-302

2750

2750 2750 2750 2950

MECH.

1 : 200

2

1 BAY

TERRACE

ALL DAY DINING TERRACE

3000

500 500 2750

2850

BALCONY

ALL DAY DINING

500

HOTEL CORRIDOR

HOTEL CORRIDOR

2750

2750

500

450

BALCONY

BALCONY

LV 07 24.150

LV 08 27.500

1 BAY

500

TERRACE

TRANSVERSE SECTION_BALLROOM2

1 : 200

LV 10

BALCONY

TERRACE

LV 08 27.500

LV 09 31.900

1 BAY

500 1 BAY

LV 10 34.900

1 BAY

500 1 BAY

1 BAY

2400

4200

GALLERIA

2850

1200

850

1200

850

800 2400 850 2500

850 850

1 BAY

1 BAY

HOTEL CORRIDOR

1200

RETAIL AREA F ELEV.

BALCONY

300

RESTAURANT

850 2400

850

2250

1450

CORRIDOR

BALCONY

BALCONY

850 2400

CORRIDOR

HOTEL CORRIDOR

1 BAY

850 2400

900

2500

2450 800

2450

2400

800

2450

2400

800

2450

2400

800

2450

FIREMAN'S LIFT 1 BAY

3800

5250 5400

CORRIDOR

CORRIDOR

1 BAY

BALCONY

BALCONY

5900

AA

3

ISSUE 100% SCHEMATIC DESIGN 100% SD ADDENDUM 100% DD

750 3750

750

500

850 500

2700

2700

650 2750

500 2850

500 2750

500 2750

500 FIREMAN'S LIFT 2 BAY SUITE

3 BAY SUITE

1 BAY

CORRIDOR

CORRIDOR

TERRACE

350

LV B4 -18.700

TRANSVERSE SECTION_BALLROOM3

2 A-301

CORRIDOR

CORRIDOR

FIREMAN'S LIFT 2 BAY SUITE

TERRACE

3 BAY SUITE

CORRIDOR

FIREMAN'S LIFT

2 BAY SUITE

3150

LV B4 -18.700

3500

LV B3 -15.200

STORAGE

3500

LV B3 -15.200

BOH CIRCULATION

3500

LV B2 LV B4-11.700 -18.700

18700

LV B3 -15.200 LV B2 -11.700

DATE 05/11/2021 05/28/2021 08/16/2021

1: 2

LV 09 31.900

BALCONY VIP APARTMENT

B104.1

3500

B4 PARKING

CC

1 A-301

500

500 5800

1

OFFICE RAW WATER TANK

OFFICE RAW WATER TANK

BIM 360://Gelex Hotel/TNH-DC01-ZZ-ZZ-M3-A-0002.rvt 8/16/2021 5:39:00 PM

AA

3250

3250 5400 10300

OFFICE RAW WATER TANK FIRE LIFT LOBBY

BOH CIRCULATION PREFUNCTION

LV B2LV B1 -11.700 -5.800

LV B1 -5.800

2800 3100

HOTEL POTABLE WATER / TECH ROOM

BOH CIRCULATION

B3 PARKING

B4 PARKING

2 BAY SUITE

FIREMAN'S LIFT

5250

4200

1400 1400 3400

BATHHOUSE

CORRIDOR

GALLERIA

LV B1LOBBY LEVEL -5.8000.500 GROUND LEVEL 0.000

3400

SERVICE CORRIDOR

4500

BOH CIRCULATION

GOLD LOUNGE

GOLD LOUNGE

STORAGE

4000 2900

1700

LOBBY LEVEL 0.500 GROUND LEVEL 0.000

PREFUNCTION

WC

1400

ST-04 VEST.

2750

LOBBY LEVEL 0.500 LV 02 5.900LEVEL GROUND

1 BAY

500

LV 02 5.900

2750

LV 02 5.900 LV 03 11.150

3 A-310

1 A-310 34.620

0.000

BUSINESS CENTER LOBBY

NO. 2 3 9

1 A-302

TR

32.000

32.150

FIREMAN'S LIFT

SUNKEN GARDEN

1200

MICE LOBBY VESTIBULE

1250

400

LV 03 11.150

PANTRY BOH CIRCULATION

PREFUNCTION

1 A-302

2 A-301

2450

3000 3350

LV 04 14.400

3250

3250

LV 04 14.400

3250

LV 03LV 05 11.15017.650

330

6000

1950

MECH.

JUNIOR BALLROOM

3300 HOTEL CORRIDOR

LV 04LV 06 14.40020.900

LV 05 17.650

5800

1950

ARRIVAL GALLERY/LOUNGE

LV 06 20.900

520

MECH.

3020

550 1550

TERRACE

MECH.

3250

LV 05LV 07 17.65024.150

3250

LV 07 24.150

3000

LV 08 LV 06 27.500 20.900

4400

LV 08 27.500

34900

BALCONY

FF

31.750

3350

LV 08 27.500 LV 09 31.900 LV 07 24.150

3250

1 BAY

1 BAY

HOTEL CORRIDOR

1650 3600

BALCONY

2450 800 CORRIDOR

2450 800

850 2400 2400

850

500

1 BAY

LV B4 -18.700

LV 10 34.900

34900

LV 09 31.900

2450 2450 900 2450 800 CORRIDOR

1 BAY

TERRACE

1 BAY

2450 800

850 2400

2750

2000 850 2500 850 2400

1 BAY

500 2750

2400

1650 2750 2850

500

CORRIDOR

1 BAY

2750

CORRIDOR

1 BAY

500

2750

500

1 BAY

EE

2 A-301

1 A-301

30.900

4400

LV 10 34.900

LV 10 34.900

BALCONY

LV B3 -15.200

LV B4 -18.700

900

LV 09 31.900

3 BAY SUITE

LV B3 -15.200

2

1 A-302

3 A-310

CORRIDOR

LV B2 -11.700

1 : 200

31.750

1 BAY

LV B2 -11.700

TRANSVERSE SECTION_BALLROOM3

LV 10 34.900

1 A-310

DD

2400

2 A-301

B4 PARKING

3000

1 A-301

LV B1 -5.800

OFFICE RAW WATER TANK

OFFICE RAW WATER TANK

3000

1

LV B1 -5.800

2800

1400

WC

LOBBY LEVEL 0.500 GROUND LEVEL 0.000

1 A-302

Civil / Site: Aurecon Vietnam Co., Ltd Suite 1304 Centec Tower, 72-74 Nguyen Thi Minh Khai District 3, Ho Chi Minh City Landscape: EDSA 1512 E. Broward Boulevard, Suite 110 Fort Lauderdale, Florida 33301

02

SHANGTAI HEADQUATER Jason Xian Architect and Associates | Internship 2020

Role: • Proposed holistic ideas in creative discussions and spatial planning in the concept and schematic design of a mixed-use project including vacation villas, a hotel and a multi-purpose event hall, successfully translating client’s needs and visions into concrete design concepts.

• Researched and organized site information for 3 other projects, which extracted and clarified core information and data for client presentations.

方案平面图

面积：3178.88 ㎡

DESIGN PLANS

厅面积：672.00 ㎡ 厅及后勤用房面积：2017.68 ㎡ 积：483.2 ㎡

别墅平面图 DESIGN PLANS

N

N

屋面餐厅平面图

N

屋面餐厅平面图

首层平面图 首层平面图 301.6 ㎡

[Above] First Floor Plan

二层平面图 196.3 ㎡

[Above] First Floor Plan

[Above] Second Floor Plan

首层平面图 301.6 ㎡ 总建筑面积：497.9 ㎡

首层平面图

[Above] Multi-purpose Event Hall

[Above] Vacation Villas

03

WHATCHEER FLOWER FARM Fall 2022 Integrated Building Systems Flower Farm and Floral Academy Instructor: Laura Briggs Collaborative work with Xiaoqi Shen and Yuanyu-

This project is a mixed-use building for What Cheer Flower Farm located in Providence, Rhode Island focusing on the structural systems and facade design. Featuring two prominent characteristics, the vertical green wall facade design, and the open-web joist steel structural system, this project aims to utilize the tectonic of “weaving” for the facade design to create a more dynamic light and spatial experience and outstanding characteristic from both the interior and exterior, which not only creates a more sustainble structural and architectural system but also represents the identity of the flower farm.

178 | Fall 2022 hen, Haoyu (Noah) Li

Rules of Assembly

Perspective basic grid patternof Surface Assembly

basic grid pattern

tilted tilling

basic grid pattern

tilted tilling

tilted tilling

nodes for controlling prosity

basic grid pattern

tilted tilling

[Left] Initial Concept

tilted tilling

nodes for controlling prosity

nodes for controlling prosity

stacked assembly

nodes for controlling porosity Perspective of Surface Assembly

nodes for controlling prosity

stacked assembly Integrated Building Systems | ARCH-2178 | Fall 2022 Yuanyuan (Yuki) Cao, Xiaoqi (Fiona) Shen, Haoyu (Noah) Li

stacked assembly Integrated Building Systems | ARCH-2178 | Fall 2022 Yuanyuan (Yuki) Cao, Xiaoqi (Fiona) Shen, Haoyu (Noah) Li

stacked assembly

Integrated Building Systems | ARCH-2178 | Fall 2022 Yuanyuan (Yuki) Cao, Xiaoqi (Fiona) Shen, Haoyu (Noah) Li

stacked assembly Integrated Building Systems | ARCH-2178 | Fall 2022 Yuanyuan (Yuki) Cao, Xiaoqi (Fiona) Shen, Haoyu (Noah) Li

This project started with establishing the concept of “weaving” through a series of stacked bricks. From the initial basic grid system, the bricks are tilted and then added nodes to create porosity for air and heat to flow through the facade system. By controlling the size of the opennings, lighting and ventilation conditions across the facade are able to provide people different experiences.

Wash on Coping

45.50 feet

Roof Slope for Unobstructed Drainage TERRART®-Baguette Ceramic Rods Steel Decking

Steel Open Web Joists Liquid Applied Flashing AA™6600 Thermal Window Assembly Fixed with Project-out/ Outswing Casement Vent 6inch deep (1inch infill) 48inch x 72inch Glass U-Factor = 0.10 Overall U-Factor = 0.38

30.00 feet

Aluminum Window Frame 2 inch Interior Dry Wall 3 inch Rockwool Insulation 3.0 to 3.3 per inch of insulation R-value= 9 1/4-inch Water Control Layer 3/4-inch Exterior OSB Sheathing R-value=0.91 6 inch Steel Stud Cavity 6 inch Rockwool Insulation 3.0 to 3.3 per inch of insulation R-value=18

2 inch Interior Dry Wall

17.00 feet

2.5 inch Rockwool Insulation 3.0 to 3.3 per inch of insulation R-value=7.5 6 inch Concrete Slab R-value = between 0.6 and 1.2.

Drip Edge

South Facade R-value : Roof R-value = 40.8 Wall R-value= 27.91 Slab R-value= 8.7 Prescriptive R-value : Roof R values = 33 Wall R values = 22 Slab R = 8.25

0.00 feet

6 inch Under-slab Insulation 6 inch Concrete Footing Gravel Layer

e

y

l)

TERRART®-Baguette Ceramic Rods Receptor Backer Rod Sealant Exterior Sill Support Blocking 2 inch GFRC Panel 3 inch Rockwool Insulation 3.0 to 3.3 per inch of insulation R-value= 9 1/4-inch Water Control Layer 3/4-inch Exterior OSB Sheathing R-value=0.91 6 inch Steel Stud Cavity 6 inch Rockwool Insulation 3.0 to 3.3 per inch of insulation R-value=18 2 inch GFRC Panel Welded Assembly into Concrete Slab

Vertical Green Wall

[Above] Courtyard View

Drip Edge Drip Cap Liquid Applied Flashing Plenum

0

5

10

20in

Ground Floor

Second Floor

[Above] Structural Diagram

Third Floor

[Above] Hallway View

[Above] Ground Floor Plan

[Above] Long Section

[Above] Third Floor Plan

0

6

12

18

24

30ft

04 BUILDING A FUTURE Spring 2021 Women’s House in Africa Instructor: Laura Briggs Collaborative work with Jichen Zou and Charles Baoumar

The women’s empowerment house is about the process of construction instead of merely designing a structure for promoting gender equality. We aim to turn the house’s construction process into an empowerment program. A ceramic kiln and a brick press allow the community to make durable terracotta tiles and compressed stabilized earth blocks. As the vaults and walls take form, a women-run manufacturing cooperative will seed. In addition to the creation of iconic public spaces, these tools, integrated into the women’s house, will have long-lasting effects on women’s economic status and rural development in the village. When the construction is finished, skilled and equipped women will be able to keep the cooperative running and expanding. This model could also be adopted elsewhere in Africa to reduce gender gap.

Women in Ministerial Positions

Literacy Rate

Labor Force Participation

Yeas of Female/ Male Head of State

Enrollment in Tertiary Education

Professional and Technical Workers

[Above] Sketch Models and Situation Plan

Politics

Education

Opportunity

[Above] Site Plan

3 1 2

8

6

4

5

7

[Above] Street View

1. Activity Hall | 2. Storage 1 | 3. Storage 2 | 4. Office 5. Meeting Room | 6. Outdoor Gathering | 7. Bathroom | 8.Kiln

[Above] Section

[Above] Outdoor Gathering Space

RED EARTH

STRAW

[Above] Women Baking Bricks

COMPRESSED EARTH BRICKS

[Above] Exploded Construction Processes The construction processes of the women’s empowerment house is divided into four stage starting with the concrete foundation and compressed earth floor.

Then, the structual walls and shading systems are built. After that are the partition walls and doors and finally the vaulted roofs made out of red clay. To sustain an affordable and accessible construction, this project uses local materials for most of the building.

[Above] Exhibition&Activity Space

05

URBAN TERRACES Fall 2020 Urban Ecologies Core Studio Urban Residential Design Instructor: Laura Briggs

Urban Terraces is an urban affordable housing project that is sited at the Blair Lot of Roxbury in Boston, Massachusetts.

It proposes a new housing typology for urban communities and collective living. Consisting of a community center, a local farmer’s market, a food court, a community garden, and affordable apartments with greenhouses, this project intends to integrate farming and gardening into residents’ daily lives. The tectonic of this project comes from the series of rooftop terraces that create outdoor farming and gardening spaces for residents to grow fruits and vegetables by themselves as a way not only to create a more self-sufficient community but also to promote a new social activity for residents to interact and communicate with each other.

Farmland

Market

Community

Orignal Model

01 Extrude volume to generate massing and courtyard

Community

02

Urban Garden

Farmer’s Market

Push inwards to generate descending terraces

Urban Farmland

Proposed Model Due to the limited access to farmland and green parks in the surrounding neighborhoods, this project aims to propose a new typology that brings greeneries and farming into people’s lives in this community. Usually, farms, markets, and residential communities are considered in a vertical supply chain. This project proposes a new typology that puts farming, gardening, markets, and urban living into an enclosed loop, which integrates farming and gardening into people’s daily lives.

03 Carve volume to create entry and divide programs

Community Center

Surrounding Green Parks

Surrounding Farmlands

Residential & Greenhouses

04 Partially remove volume for semi-outdoor urban garden

Farmer’s Market

Food Court

[Above] Urban Farm

[Above] Ground Floor Plan

studio unit 1 270 sf

studio unit 2 452 sf

2-bedroom unit 744 sf

[Above] Apartment Unit Plans

3-bedroom family unit 878 sf

[Above] Greenhouse

Fifth Floor Plan

Fourth Floor Plan

[Above] Urban Garden

[Above] External Perspective - North Facade

[Above] External Perspective - South Facade

06

MUSEUM OF FOLKLORE Fall 2021 Advanced Studio Museum Design Instructor: Spencer Hayden

Based on the traditional Tulou typology, this project aims to create a similarly inviting and intimate sense of place, but one that, through the deconstructing and reassembling of the dense concentric rings of the original structure, is also playful and open to the larger urban community. The museum consists of four courtyards with three for the museum and one dedicated to the public, which weaves the museum into the larger urban context not only as an educational space but also as a relaxing place for families to spend time together. This museum is one of continuity and disruption: the continuity we seek in narratives of myths, but enriched by the productive disruptions of the courtyards that might enhance the educational mission of the museum without turning its back on the surrounding city but rather seeking to invite it in.

Original Typology

Group

Deconstruct & Reassemble

Off-Center

Final Typology

Lobby Space

Cafe & Restaurant

Exhibition Spaces

Theater & Offices

Courtyards

First Floor Plan

Tulou, Fuzhou

Second Floor Plan

Third Floor Plan

Courtyard 1

Courtyard 2

Courtyard 3

When visitors move through the museum, the courtyards provide four distinct atmospheres that correspond to the stories appearing in The Classics of Mountains and Seas. The circulation through the museum guides visitors on a varied and exciting journey through subterranean rooms that correspond to the underwater stories, and sweeping panoramas on the higher floors that correspond to those of the mountains. The courtyards punctuate this journey and serve to elevate the exhibits with moments of play and pause.

07

OFFSETTING THE LIGHT Spring 2022 Advanced Studio Pier Building Design Instructor: Silvia Acosta

The tectonic of this project emerges from the offsetting of volumes in each unit. The two variations of the unit alternate with one another to generate a rhythmic spatial sequence and a sense of open and enclosed spaces.

Light comes into the building through the light wells on the edge of the offset volumes on both sides, creating distinct experiences in each unit. Through the establishment of order, the project delivers a language interlocking and offsetting of volumes from the exterior, and an experience of traveling between light and dark from the interior. The light wells, having various sizes and generating different types of light conditions, are also attracting and guiding visitors to travel along the building through the creation of thresholds that partially block people from viewing what is behind them.

[Above] Initial Sketch Model

[Above] South Pointe Park, Miami

01

02

Extract and extend inner volumes

Offset and extrude inner volumes

Basic Units

Posous Spaces

Circulation Cores

03

04

Carve volumes to generate lightwells and cores

Add shading system on roof for final massing

Roof Shading System

Roof Level Plan

6 1

2

3

4

5

5

3 1

2

4

Ground Level Plan 1. Lobby/Exhibition 2. Office 3. Multipurpose Room 1 4. Auditorium 5. Research Lab 1 6. Cafeteria

Underwater Level Plan 1. Storage 2. Library 3. Multipurpose Room 2 4. Internal Auditorium 5. Research Lab 2

Cross Section A

[Above] Lobby and Reception

Cross Section B

Cross Section C

[Above] Library

[Above] Laboratory

[Above] Main Auditorium

Model Photo (South Facing Facade)

View From Roof Level (Ocean view)

Exterior Night View

View From Roof Auditorium (City view)

08 PERSONAL INTEREST 2018-2022, Individual Works

HAOYU NOAH LI | B. ARCH haoyulee0914@gmail.com Rhdoe Island School of Design