Portfolio 2022 - Yu,Jiake

YU, JIAKE DESIGN PORTFOLIO 2022

CONTENT RESUME

02 EDUCATION 03 EXPERIENCES

ARCHITECTURAL DESIGN

04 OUT-REACH 14 VORTEX-ITY 22 CYBER(IFT)

URBAN DESIGN

36

PJ-PORT

CITY PLANNING

46

ST THOMAS RESILIENCE PLAN

FABRICATION

48

ROBOTIC CARBON FIBER

INTERNSHIP

56 58 60

KPF GENSLER HKS

1

EDUCATION University of Pennsylvania Stuart Weitzman School of Design The Wharton School

Master of City and Regional Planning Real Estate and Design Development Certificate

(Sep 2020 – May 2022, Philadelphia, USA)

National University of Singapore School of Design and Environment

Master of Architecture Bachelor of Arts (Architecture) with Honours

(Aug 2015 – May 2020, Singapore)

Hwa Chong Junior College

2

GCE A-Level Diploma IP Program

(Jan 2011 – Dec 2014, Singapore)

Resume Architecture

EXPERIENCES Housing Initiative at Penn Part-time Research Assistant

Data analysis on California Rental Relief Program

(Nov 2021 – Present, Philadelphia, USA)

Urban Design

KPF Architects

Summer Architectural Intern

Agile Zhongshan Supertall Residential Tower

(May – August 2021, New York City, USA)

City Planning

Gensler Architects

Summer Architectural Intern

Min Sheng Bank Beijing Headquarter

(May – July 2019, Shanghai, China)

HKS Architects

Summer Architectural Intern

Macau Central Library Cebu Casino Resort Gleneagles Shanghai Hospital

Fabrication

(May – July 2018, Singapore)

Internship 3

01 OUT·REACH AN AQUATIC RECREATIONAL CENTER SITE LOCATION: PORT VELL, BARCELONA, SPAIN DATE OF PROJECT: SEPTEMBER 2019 TEAM WORK WITH CHEN HEYANG 4

Resume Architecture Architecture Urban Design City Planning Fabrication

PROJECT INFORMATION

5

Internship

This project, a public bath building in an urban port area, is an excellent opportunity to illustrate the idea of permeability. Whether it’s because of the seaside or because of the public baths, water has become an essential element. The “permeability” is a unique character of water. At the same time, it echoes with Barcelona’s breakthrough spirit since ancient times and the yearning of people to extend their activities to the unknown space. Through the interaction between architecture, people, and water, this projects aims to convey the city spirit and the site missionary to the visitors. Let their minds feel and sublimate while they are far away from the hustle and bustle of the city and enjoy happiness.

6

1000 -- COAST BORDER

1000 -- CITY BORDER

1750 -- COAST BORDER

1750 -- CITY BORDER

1890 -- COAST BORDER

1890 -- CITY BORDER

1956 -- COAST BORDER

1956 -- CITY BORDER

2010 -- COAST BORDER

2010 -- CITY BORDER

RESIDENTS

Resume Architecture Architecture

ROAD

PLAZA

Urban Design

PROMENADE

City Planning Fabrication Internship

The people of a port city are destined to be adventurers. At the boundary of the land and sea, the growth of the city is always trying to break through the imprisonment imposed by nature.

From the small settlement of the seaside thousand years ago to the medieval castles to the later exploration era; From the plains to the mountains, to the new continent on the other side of the ocean; the people of Barcelona continuously extend their activity zones beyond existing boundaries, into unknown spaces and finally reach a balanced and coexisting status with nature.

WATER

SITE

EMBRACE THE UNKNOWN 7

LL I

GU ID

N O SI

A

CO

CE N

EB L E

R

LI CI ON

AT IO N

C RE

AT IO N

C

JOURNEY OF RECONCILIATION -- MAN AND NATURE

8

EXTEND

SUBMERGE

COMPARTMENT

DETOUR

Traditional Port is a floating platform extending to the sea, for people to walk on and board the ship. By giving it a volume, we can create a space at the threshold between land and sea.

To make it more intimate with the water and become an entrance to the unknown space beneath the sea, we further transformed it by submerging it into the sea, only part of the building appearing above sea level.

To give visitors progressive experience, we dissect the building volume into three stages — above water, among the water, under the water. Each spatial experience is resonating with its position with water.

Instead of providing a linear, straight-forward path for visitors to travel through 3 stages, we decide to give a detoured path to visitors so that they can fully immerse with the atmosphere and feel respective spaces.

Resume Architecture Architecture Urban Design City Planning Fabrication Internship

Bather Circulation Visitor Circulation Maintenance Circulation (Water Filtration/Recycle) View Axis

9

10

ABOVE THE SEA

INTO THE SEA

Located in front of the Columbus Monument, which represents the spirit of the city, the bathhouse hopes to inherit this spirit of exploration with a humble attitude (volume above the ground). It is not to conquer nature, to be above nature, but to break the limits, to go deep into the wilderness, to understand the unknown, to eliminate fear, one with nature. A detoured walking path, together with a series of pools, gradually guide people step from coast to the sea area.

The corridor guides visitors from the the interior. The glass corridor not only upper seawater and the baths at the bo medium for evaporation and liquefacti (between seawater and bath water), e Visitors in the corridor are always attrac of the terminal pool and travel deeper

Resume Architecture Architecture

The viewing deck is the end of the visitor experience and the final presentation of the bath concept. At the end of the sight are glazed wall and glazed roof.

The fish and boats in the ocean are unobstructed, and the indoor environment is reflected. Together with the swimming pool and the surrounding waterfall, space is wrapped by water to create an endless feeling. Water does not block human activities but instead presents a soothing and inclusive posture. This is the terminal of the tourist tour and the beginning of their exploration of the baths. On the way back, you can see the passage to the underground bath, you can then feel the baths passing around the corridor and the different space experiences they each synthesize from the water.

Urban Design

outdoor interaction with the water to y provides an unobstructed view of the ottom on both sides but also serves as a ion caused by temperature differences enriching tourists’ perception of water. cted by the faint skylights and waterfalls into the room.

UNDER THE SEA

City Planning Fabrication Internship 11

12

Resume Architecture Architecture Urban Design City Planning Fabrication

A NEW DESTINATION REPRESENTING BARCELONA SPIRIT

The sea surface and seafloor are the next boundary we are conquering. This mission gives the port a new meaning, and it is no longer an extension of the ground to the sea, but also can be an entrance to the seabed. This is a long process of reconciliation between man and nature. And this process embeds the courage and dreams of generations and represents the spirit of Barcelona.

13

Internship

Port Vell is the beginning of numerous breakthroughs and explorations: The end of the land and the beginning of the ocean. From here, people left the prosperous country, boarded the ship, started an expedition to the sea, and reach other lands. The development of sailing technology has long made the ocean less horrible. But people still treat the sea more as a medium of transport while the range of people’s activities stops above the surface of the sea.

02 VORTEX-ITY AN UNIVERSITY COMMUNITY NODE SITE LOCATION: KENT RIDGE, SINGAPORE DATE OF PROJECT: MAY 2018 PROJECT GUIDED BY PROFESSOR RUDI STOUFFS EMAIL: stouffs@nus.edu.sg 14

Resume Architecture Architecture Urban Design City Planning Fabrication

PROJECT INFORMATION

The aim was to craft a middle-ground space with an efficient transport system, a comfortable mixeduse environment with attractive programs. I believe this typology can multiply through the Kent Ridge. The detailed massing and form may be different, but what is important is the design process and guidelines.

15

Internship

This project studies a new building typology for sloping places, aiming to help people overcome the physical barrier caused by the topography and thus strengthens the bonds between two sides of the Kent Ridge.

NUS CAMPUS MAP

1 UNOBTRUSIVE ENTRANCE

3 UNSHELTERED PATHWAY

5 UNCLEAR STAIRCASE

SECTION AA’

16

2 RESTRICTED ENTRANCE

4 BORING PATHWAY

6 OVERCROWDED BUS STOP

Resume Architecture Architecture Urban Design

200m RADIUS

SCIENCE SCHOOL MEDICINE SCHOOL HOSPITAL

City Planning

400m RADIUS

RESEARCH INSTITUTE HOSTEL WALKING PATH SHUTTLE BUS ROUTE

Fabrication

PLENTY COLLABORATIONS YET POOR CONNECTIONS

35,000 mm

40,000 mm

17

Internship

With the help of site analysis, I have found out that multiple collaborations are happening around the site.

However, people have to travel a detoured route, wasting traveling time and increasing traffic pressure in this area. Although there are staircases and pathways, allowing people to climb over the hill on foot, lack of proper shelter, and supportive program along the route makes the site uninviting to pedestrians.

18

Resume Architecture Architecture Urban Design City Planning Fabrication

A NEW FACILITY BRINGING PEOPLE CLOSER

BY CENTRIPETAL & CENTRIFUGAL FORCE

19

Internship

This project aims to reduce the distance between people so that they are no longer alienated because of geographical factors. Vortex does not only pull objects into its center, but can also accelerate objects at its periphery.

Using this as an inspiration to my design strategy, the outer layer has the highest speed, mostly used by people with bikes and PMDs. The middle layer is for walking people, who can freely swift between fast and slow pace based on their wills. The inner circle is for people seeking leisure or entertainment.

LEVEL 1 -- 0 M LEVEL 2 -- 5 M LEVEL 3 -- 10 M LEVEL 4 -- 15 M LEVEL 5 -- 20 M LEVEL 6 -- 30 M LEVEL 7 -- 35 M

CONTINUOUS TRANSIT EXPERIENCE Although the frontal entrance and back entrance have a 35-meter height difference, the walking experience inside the building is continuous and smooth.

The western part is quieter, containing mainly lounge, garden, and conference rooms. The eastern part is more vibrant as it is close to student housings, providing study space, playground, and sports facilities.

Common services like a cafe, supermarkets, and canteen are located near the entrance lobby so both groups of people can access. Different levels have their distinct characters, increasing legibility to users of the building.

In terms of circulation, there are two loops for people to travel around. The outer ring is for people traveling with PMDs, such as e-scooter, bikes, and so on. The inner ring is for people walking on foot.

20

Resume

Architecture Architecture Urban Design

City Planning

Fabrication

Internship

SECTION

21

03 CYBER(IFT) AN ONLINE-TO-OFFLINE EXPERIENTIAL MALL SITE LOCATION: QIPU ST, SHANGHAI, CHINA DATE OF PROJECT: MAY 2020 THESIS PROJECT GUIDED BY PROFESSOR RUDI STOUFFS EMAIL: stouffs@nus.edu.sg 22

Resume Architecture Architecture Urban Design City Planning Fabrication

PROJECT INFORMATION

In the future, a great O2O shopping experience happens seamlessly anytime and anywhere.

It infiltrates our daily life and can stem from any experience, interaction or conversations with shopkeepers, friends, family or even strangers.

23

Internship

The aim of this project was to help local independent shop owners to survive and thrive in the rise of network society and the tide of E-Commerse, by designing an Online-to-Offline (O2O) shopping mall. This new O2O building is more like an infrastructure framework which welcomes everyone to participate and allows tenants to self-organize and customize the spaces.

SHOPPING SPACE SHOES STORE

NUTRITION STORE

CLOTHES STORE

EQUIPMENT STORE

GEAR STORE

BALL STORE

DISPLAY PRODUCTS PROVIDED BY STORES; DISPLAYED IN STORE BOOTH CUSTOMIZABLE BASKETBALL

123 LIKES

356 SALES

286 REVIEWS

CUSTOMIZABLE BASKETBALL SINGLET

453 LIKES

889 SALES

768 REVIEWS

SPORTS HAT

143 LIKES

245 SALES

199 REVIEWS

SPORTS WATER BOTTLE

600 LIKES

713 SALES

665 REVIEWS

SCANNING ACCESSORIES USED BY SHOPPERS TO GAIN PRODUCTS INFO

A NEW RETAIL MODE Let’s imagine a shopping mall, which is no longer filled with assorted stores, and is replaced by distributed open space for public activities.

The products are no longer exhibited in their respective stores but are displayed together in the sharing space. And they are tried, reviewed, and ordered by shoppers. Storage is no longer solely responsible by the respective shop owners but is operated under a central logistics system, eliminating unnecessary and fragmented storage space. The size of individual stores is minimized to provide only customer service and event support so that shop owners can pay a cheaper rental fee but still have an excellent environment for experiential shopping. In this mall, shopping is no longer an isolated hunting activity for individuals but an inclusive carnival of limitless interactions among customers, shopkeepers and goods.

24

SHARED POC

LOGISTIC SPACE COLLECT

CHANGE

Resume

TRY-ON PRODUCTS PROVIDED BY STORES; USED IN SHARING SPACE SPORTS GLASSES

546 LIKES

255 SALES

188 REVIEWS

BASKETBALL SHOES

143 LIKES

PROTECTIVE GEARS

552 LIKES

456 SALES

332 REVIEWS

134 SALES

Urban Design

128 REVIEWS

SPORTS WEARS

1134 LIKES

953 SALES

888 REVIEWS

ORDER DEVICES USED BY SHOPPERS TO PLACE ORDERS

City Planning Internship

LOGISTIC CORE

Fabrication

CKET SPACE

DROP-OFF

Architecture Architecture

TRY-ON

STORAGE CENTRE 25

SITE CONTEXT and MASSING STRATEGY The site I chose is an once popular cloth market located in Shanghai.

It is located near a metro station, an intersection of two metro lines. It has total 16,000 sqm footprint. The existence of diverse neighborhood and transport node implies that the site can expect various groups of people to bypass and visit this place. For example, local residents from the east such as the elderly and children; students from the north and more people coming from the commercial street at the west and the metro station from the south.

These potential human flows are like invisible forces that constantly hit on the site. The massing development idea was based on imagining the site as a brittle solid being cracked by these external forces.

26

Resume Architecture Architecture Urban Design City Planning

POTENTIAL HUMAN FLOW AS SITE FORCE TO BREAK DOWN THE SITE

FORCE A = 100%

FORCE B = 60%

FORCE A = 80%

FORCE B = 60%

FORCE A = 70%

FORCE B = 60%

FORCE A = 60%

FORCE B = 60%

Fabrication

NET FORCE

NET FORCE

NET FORCE

NET FORCE

Internship

PARAMETERS: FORCE DIRECTION & MAGNITUDE 27

CRACKING PROCESS

CRACKED PATTERN BASED ON SITE FORCE

1st VERTICAL GROWTH WITH RANDOM VACILLATION

2nd VERTICAL GROWTH WITH RANDOM VACILLATION

GENERATIVE ALGORITHM -- 3D CRACKED MASSING

CRACK AND CREATE VOID

REFINE THE RAW RESULT

SITE SPECIFIC SOLAR STUDY

SUMMER LUMINANCE LEVEL ANALYSIS

WINTER LUMINANCE LEVEL ANALYSIS

ITERATION AND EVALUATION

WINTER SOLSTICE 73.47% GOOD

OUTCOME 1

SUMMER SOLSTICE 73.73% GOOD

WINTER SOLSTICE 87.91% GOOD

OUTCOME 2

WINTER SOLSTICE 63.68% GOOD

OUTCOME 5

28

SUMMER SOLSTICE 67.66% GOOD

SUMMER SOLSTICE 84.94% GOOD

WINTER SOLSTICE 80.78% GOOD

OUTCOME 3

WINTER SOLSTICE 72.63% GOOD

OUTCOME 6

SUMMER SOLSTICE 74.47% GOOD

SUMMER SOLSTICE 79.95% GOOD

WINTER SOLSTICE 72.76% GOOD

OUTCOME 4

WINTER SOLSTICE 71.15% GOOD

OUTCOME 7

SUMMER SOLSTICE 70.92% GOOD

SUMMER SOLSTICE 73.98% GOOD

WINTER SOLSTICE 63.86% GOOD

OUTCOME 8

SUMMER SOLSTICE 69.74% GOOD

Architecture Architecture

After one round of solar analysis, 19 out of 27 results are filtered off the list. For the rest 8 outcomes, I made a judgment on their forms based on the following factors: aesthetic, alignment to the grid and harmony with the surroundings. In the end, I chose outcome 2 out of the 8 remaining results.

Resume

01 CHOICE OF IDEAL OUTCOME

02 FURTHER-REFINED MASSING

Urban Design

Based on my choice, I further simplified the massing into a simplified geometry to resonate with the idea “cracking“. During the refinement process, the function/ program of the space and its connection to the site context were being constantly considered.

City Planning

03 MULTI-FACED GEOMETRY

It is important to have a smart logistic system that covers the whole building to fulfill my business idea and design concept. Thus, the logistic system starts from the loading & storage area and extends to every part of the building by the help of these cores and pipes..

29

Internship

04 LOGISTIC SYSTEM & SERVICE CORE

Fabrication

Benefited from its irregularity, the building contains many more faces than regular geometry. In this sense, I can make full use of these extra faces for different uses, such as transforming some into giant digital screen.

OUTDOOR: STREET CULTURE SHOPPING SPACE

LOGISTIC SYSTEM 30

MUSIC PERFORMANCE

HIP-HOP DANCE

BASKETBALL

Resume

Architecture Architecture Urban Design

City Planning

Fabrication

Internship

TO WEST MALL

SKATEBOARD

GRAFFITI

STORE BOX

31

MAIN CIRCULATION

A modular approach has been adopted in order to allow different stores to break and reorganize themselves fast and easily. Each modular space is across two floors.

LOGISTIC SYSTEM

The logistic system is placed at the back periphery of the module, and the distribution spaces are attached to it at every mezzanine level. The product ordered by customers will be sent from the logistic center and will be collected, tried on at the distribution space

VARIOUS POCKET SPACE

The three distinct shared space in one module will conduct related activities so that the whole module forms one themed pocket space to attract a certain group of customers.

EXPANDED VIRTUAL SPACE

AR mirrors blur the boundary between physical and virtual space. The mirrored space provides a solution to create an economical compact space without sacrificing the visual connectivity. It also offers a new way to monitor the whole space and obtain big data for real time analysis and feedback.

32

INDOOR: AFTER-WORK SHOPPING SPACE Resume Architecture Architecture Urban Design

AR MIRROR

STORE BOX

GYM

LOGISTIC SYSTEM

BAKING WORKSHOP

CIRCULATION DECK

STORE BOX

PET CAFE

City Planning Fabrication Internship

BREAK PHYSICAL LIMIT, INCREASE VERTICAL CONNECTIVITY A hybrid space between physical and virtual is created by the AR mirrors. People from different location at different heights are thus able to see each other’s activity. The top view of a space, which is hardly seen at usual days, is also used efficiently to provide more retail and activity information. The bond between customer, shop owner, product and the space itself is being further strengthened.

33

QIPU STREET

G

IN

.M

CH

METRO EXITS

COMMUNITY ACCESS

NORTH JIANGXI RD

NORTH HENAN RD

COMMERCIAL ACCESS

XITS

RO E

MET

TIANTONG ROAD

SITE PLAN

COMMERCIAL ACCESS

COMMERCIAL ACCESS

PUBLIC TRANSPORT ACCESS

COMMUNITY ACCESS

PUBLIC TRANSPORT ACCESS

LOGISTIC SYSTEM LOADING BAY ADMIN OFFICE

EXPRESS COLLECTION

COLLECTION STATION SHOPPING SPACE

34

LEVEL1 FLOOR PLAN

LOGISTIC LOADING

RD

Resume

Architecture Architecture Urban Design

City Planning

Fabrication

Internship

LEVEL2 FLOOR PLAN

LEVEL4 FLOOR PLAN

LEVEL3 FLOOR PLAN

LEVEL5 FLOOR PLAN

35

04 PJ-PORT SMART TOWN CENTER REDESIGNED FROM OLD CARGO PORT SITE LOCATION: PASIR PANJANG PORT, SINGAPORE DATE OF PROJECT: NOV 2018 LED BY PROFESSOR PATRICK JANSSEN TEAM WITH VENETTA LOW 36

Resume Architecture Urban Design Urban Design City Planning Fabrication

PROJECT INFORMATION

During the first stage, the whole studio proposed a general Concept Plan for Pasir Panjang Port 2050 regarding the characteristics, zoning, and transport system. And based on this concept plan, I further picked one of the zones to develop it into more detailed a master plan.

37

Internship

As Singapore is planning to shift all its shipping business to the West, the current Pasir Panjang Port is destined to embrace its new role as a mix-used suburban town in the near future. Lead by Professor Patrick Janssen. This project aims to redesign the Pasir Panjang Port into a new city town based on the context of 2050.

0M 70 0M 88

19

00

LEGEND

M

70

0M

INDUSTRY RESIDENT INSTITUTION OFFICE

1,3

00

M

PARK HIGHWAY METRO

CONTINUITY OF SINGAPORE WATERFRONT 38

88

0M

CONTINUITY OF SINGAPORE GREEN CORRIDOR

FRESHWATER RESERVOIR

Resume

GREEN AND BLUE BELT

FRESHWATER RESERVOIR

Architecture

This proposal aims to integrate the land into the whole Singapore green and blue system. A green belt, together with the canal, passes through the land, create a linkage between two parks at the sides.

Two barrages are proposed to craft two freshwater reservoirs for town residents.

Urban Design Urban Design

TRANSPORT SYSTEM

Fabrication

G RE ARD SID EN EN CE

SE DI RVIC ST RIC E T

BIO

+C

U FA RBA RM N IN G

OM

H AG IGH RIC -TE UL CH TU RE

DI R&D ST RIC T

RE HOT SID EL EN TIA L

ZONING PLAN Based on site context and land character, the whole land is dissected into nine zones, with four residential areas, two industrial areas, one institutional area, one office area, and one transportation node.

Further detailed functions were assigned to each zone.

39

Internship

BU DI SINE ST RIC SS T

City Planning

The concept plan proposed a mixed-use of the bus (red lines) and tram system (green lines) within the land. A Voronoi geometry was carefully designed to ensure the catchment area has covered the whole site of the land most efficiently.

SINGLE CELL SELF-ADAPTS TO NEIGHBORHOOD PROGRAMS

CLUSTER OF CELLS SELF-ADAPTS TO SITE CONTEXT

COMMERCIAL

COMMUNITY

VIBRANCY LEVEL +10

0

+10

URBAN VIBRANCY DISTRIBUTION

-- BY USING CELLULAR AUTOMATA By categorizing possible programs into two clusters and assort them based on vibrancy level, I thus quantified the qualitative factors. By treating each pixel as one land parcel, I wrote an algorithm of cellular automata to let each cell self evolves. Every cell will check its neighbor and surrounding site context. And based on calculations, it will automatically change its vibrancy level so that its neighborhood area maintains a relatively balanced vibrancy level between commercial and community.

40

Resume

SI

DE

NT

IA

L

RE

CO MM

ER

Architecture

CI AL

RE

CR

EA TIO

NA

CU

LT UR

AL

L

2. ZONING

3. PIXELATION

4. NODES

5. CELLULAR AUTOMATA

6. PROGRAM

7. CROSS-CONNECTION

8. PATH REFINEMENT

9. MASSING

Urban Design Urban Design

1. NETWORK

City Planning Fabrication Internship 41

ORIGINAL BUILDING MASSING

SOLAR GAIN

DAYLIGHTING

GOOD WINDOW

GOOD BUILDING

BAD

GOOD

IMPROVED SETBACK, HEIGHT AND ORIENTATION

SOLAR GAIN

DAYLIGHTING

GOOD WINDOW

GOOD BUILDING

BAD

GOOD

PERFORMANCE-BASED IMPROVEMENT

BY RHINO-GRASSHOPPER, PYTHON, HOUDINI After generating the initial urban massing based on programs, another round of improvement was conducted to improve its energy performance.

In this session, the focus is on the building’s form, orientation, and setback. Multiple software, Such as Houdini and Grasshopper, were used to ensure none of the buildings receive too much or too little sunlight due to inappropriate design and position.

Moreover, in order to increase the accessibility across the green belt, a mega-bridge was added to link two sides. This bridge connects 5 nodes from different zones so that people can have more travel choices other than crossing Central Park.

In the end, the bridge was further extended to the waterfront to make the whole area more bonded.

42

Resume

Architecture

Urban Design Urban Design City Planning

Fabrication

Internship

43

E’

A E

B

B’ D’

D

A’ C

C’

POCKET SPACES ALONG WATERFRONT Based on zone character, four pocket spaces are crafted along with the waterfront areas. Each pocket space defines the character of that area and enriches people’s life.

For example, the commercial waterfront comprises a series of shophouses along the promenade, giving visitors excellent shopping experiences. The cultural waterfront has an amphitheater which can conduct local events. The recreational waterfront provides boat and water bike rental service, making people close to nature. The residential waterfront has floating Condo houses.

44

Resume

SECTION AA’ CENTRAL GREEN BELT

WATERFRONT FEATURES COLLAGE

SECTION BB’ COMMERCIAL WATERFRONT

AMPHITHEATER COLLAGE

SECTION CC’ CULTURAL WATERFRONT

WATERFRONT ACTIVITIES COLLAGE

SECTION DD’ RECREATIONAL WATERFRONT

FLOATING CONDO COLLAGE

SECTION EE’ RESIDENTIAL WATERFRONT

Architecture

TRAM STATION AND INFO HUB COLLAGE

Urban Design Urban Design City Planning Fabrication Internship 45

Section 319 Non U.S. Environmental Protection Agency (EPA) Grants

USDA Solid Waste Management Grants

Water P

National Coastal W

National Institute of Food and Agriculture/USDA Community Food Project Grant

EPA’s Environmental Justice Collaborative Problem-Solving Cooperative Agreement Low Income Housing Tax Credits

Recycling Fee

Congesti 5 Star Wetla

Building Resilien HUD Public and Indian Housing Annual Reporting Fee Structure Grants USDA Rural Development Program CD New Markets Tax Credits

05 STT RESILIENCE PLAN A CLIMATE CHANGE ADAPTIVE PLAN (STUDIO PROJECT) SITE LOCATION: ST THOMAS, USVI DATE OF PROJECT: SEP - DEC 2021 LED BY PROFESSOR SCOTT PAGE AND JAMIE GRANGER LINK TO THE BOOK: https://issuu.com/yu.jiake/docs/final_book_full_pages 46

Resume

RESILIENCE PLAN

npoint Source Management Program

Architecture

Pollution Control (Section 106) Grants

UNIVERSITY OF PENNSYLVANIA | FALL 2021

Wetlands Conservation Grants

Urban Design

Surface Transportation Profram (STP) ion Mitigation and Air Quality Improvement Program and and Urban Waters Restoration Grants

nt Infrastructure and Communities (BRIC) FEMA- Building Resilient Infrastructure DBG-MIT USVIEDA, Tourism, and Tourism Tax Budgets

City Planning Planning City

CDBG-DR Community Foundation of the Virgin Islands EDA Competitive Tourism Grant Workforce Innovation and Opportunity Act US Department of Energy (DOE) Office of Energy Efficiency and Renewable Energy Federal Energy Management and Program Training (FEMP)

Fabrication

Americorps

PROJECT INFORMATION

47

Internship

The crystal-clear waters that surround Saint Thomas characterize its beauty, history, and the locals’ connection to the land; however, a changing climate resulting in sea level rise, increased storm activity, drought and saltwater intrusion are threats to the island’s assets and economic activity.

Despite the continuous risks climate change will present to vulnerable communities and systems on the island, resilience is the cornerstone of St. Thomas’ history, people, and culture. The purpose of the project focused on the island’s vulnerability to climate change in order to address the gaps between the island’s most pressing challenges and envisioning what a resilient island would look like. Due to the nature of city planning project, please find the whole book via the link on the left.

06 ROBOTIC PRINTING A CARBON FABRIC DOME CONSTRUCTED BY ROBOTIC ARM DATE OF PROJECT: JAN - MAY 2021 LED BY PROFESSOR EZIO BLASETTI EMAIL: ezio@design.upenn.edu TEAM WORK WITH DANNY ORTEGA, NICHOLAS HOUSER 48

Resume Architecture Urban Design City Planning Fabrication

PROJECT INFORMATION

49

Internship

This project focused on the design of an integrated computational building element. It has challenged traditional typologies of construction. The ‘Building Unit’ in this case operates as the synthetic atom between the definition of space, the robotic material deposition and the real time data exchange. Our design group designed a proposal for an architectural unit made from carbon fiber with integrated computational systems through a series of physical prototypes. Parallel to the physical models, we further developed rule-sets and algorithmic processes that explore the phase space of possible assemblies, as well as an evaluation criteria for the organizational, structural and architectural properties of their system.

MODULES (FROM PART-TO WHOLE)

One cluster of our pavilion is comprised of four pedals.

Each pedal is formed by a single surface folded into two layers and it is arrayed around the center to create a dome.

50

Resume Architecture Urban Design City Planning Fabrication LARGER AGGREGATION

51

Internship

In addition, our team discussed not only breaking down the pavilion into parts, but speculate how it could be aggregated to become a larger system or whole.

STRUCTURAL ANALYSIS (ISO)

STRUCTURAL ANALYSIS (TOP)

STRUCTURAL ANALYSIS (MODULE)

STRUCTURAL ANALYSIS (ELEVATION)

STRUCTURAL ANALYSIS (ISO)

STRUCTURAL ANALYSIS (TOP)

STRUCTURAL ANALYSIS (CLUSTER)

STRUCTURAL ANALYSIS (ELEVATION)

Both the individual pedal and the cluster were taken into structural analysis. This analysis was used as a tool to refine the overall geometry and to give us refinement.

As the loads get heavier-the carbon fiber will be more dense.

52

Resume Urban Design

MODULE PANELIZATION FOR FABRICATION

Architecture

WEAVING RESULT

FABRICATION RODS

City Planning

BREAKDOWN INTO GRID

Fabrication

MODULE

PANEL GEOMETRY

53

Internship

The pedal module was further broken down for fabrication via the process of panelization. The panelization then references and reflects the process with the use of a grid of rods for the weaving of the carbon fiber.

TOP VIEW

ELEVATION

SECTION 54

Resume

Architecture

Urban Design

City Planning

Fabrication

Internship

PANELIZATION PHYSICAL MODEL

55

07 AGILE TOWER Mixed-Use Residential Supertall Building SITE LOCATION: Zhongshan, China DATE OF PROJECT: May - Aug 2021

56

TEAM MEMBERS: Design Principal: Robert Whitlock, Inkai Mu Design Director: Richard Kim, Karen Pui Associate DP: Wenny Hsu, Maciej Szczawinski Designers: Frank Li, Yuchen Liu, Michelle Tang Intern: Yu Jiake

– 37 –

立面与室内关系

立面与室

FACADE VS. INTERIOR PLANNING

From: To: Cc: Subject: Date: Attachments:

caixingjie@agile.com.cn Kong, Chak-Leung (Alex); Hsu, Wenny; li.pan2@ccdi.com.cn; zhang.hairong@ccdi.com.cn zengjianhua1@agile.com.cn; gaoxin2@agile.com.cn; luomengjie@agile.com.cn 翠亨北塔-关于层间防火加强措施影响室内效果的问题 Thursday, May 13, 2021 8:57:43 AM image001.png image004.png image010.png image011.png image012.png image016.jpg

From: To: Cc: Subject: Date: Attachments:

FACADE VS. INTE

caixingjie@agile.com.cn Kong, Chak-Leung (Alex); Hsu, Wenny; li.pan2@ccdi.com.cn; zhang.hairong@ccdi.com.cn zengjianhua1@agile.com.cn; gaoxin2@agile.com.cn; luomengjie@agile.com.cn 翠亨北塔-关于层间防火加强措施影响室内效果的问题 Thursday, May 13, 2021 8:57:43 AM image001.png image004.png image010.png image011.png image012.png image016.jpg

From: To: Cc: Subject: Date: Attachments:

caixingjie@agile.com.cn Kong, Chak-Leung (Alex); Hsu, Wenny; li.pan2@ccdi.com.cn; zhang.hairong@ccdi.com.cn zengjianhua1@agile.com.cn; gaoxin2@agile.com.cn; luomengjie@agile.com.cn 翠亨北塔-关于层间防火加强措施影响室内效果的问题 Thursday, May 13, 2021 8:57:43 AM image001.png image004.png image010.png image011.png image012.png image016.jpg

江总、Wenny、黎工、章工，你们好 KPF后续深化方案设计中，有一问题还需要考虑，

江总、Wenny、黎工、章工，你们好 KPF后续深化方案设计中，有一问题还需要考虑，

根据《建筑高度大于250米民用建筑防火设计加强性技术要求》在建筑外墙上、下层开口之间应设置高度不小于1.5m 的不燃性实体墙，且在楼板上的高度不应小于0.6m；当采用 防火挑檐替代时，防火挑檐的出挑宽度不应小于1.0m、长度不应小于开口的宽度两侧各延长0.5m。

根据《建筑高度大于250米民用建筑防火设计加强性技术要求》在建筑外墙上、下层开口之间应设置高度不小于1.5m 根据《建筑高度大于250米民用建筑防火设计加强性技术要求》在建筑外墙上、下层开口之间应设置高度不小于1.5m 的不燃性实体墙，且在楼板上的高度不应小于0.6m；当采用 的不燃性实体墙，且在楼板上的高度不应小于0.6m；当采用 防火挑檐替代时，防火挑檐的出挑宽度不应小于1.0m、长度不应小于开口的宽度两侧各延长0.5m。 防火挑檐替代时，防火挑檐的出挑宽度不应小于1.0m、长度不应小于开口的宽度两侧各延长0.5m。

此超高层防火加强要求将对室内效果产生影响，后续需要KPF、CCDI一起研究下如何更好的处理。 目前方案若采用第一种方式，户内将会有600M实体墙，影响视线效果，需要结合室内处理

此超高层防火加强要求将对室内效果产生影响，后续需要KPF、CCDI一起研究下如何更好的处理。 此超高层防火加强要求将对室内效果产生影响，后续需要KPF、CCDI一起研究下如何更好的处理。 目前方案若采用第一种方式，户内将会有600M实体墙，影响视线效果，需要结合室内处理 目前方案若采用第一种方式，户内将会有600M实体墙，影响视线效果，需要结合室内处理

2等分 2 EQ DIVISION

3500

2800mm

Per fire code for super tall above 250m, 3等分 3等分 it is required to have no less than 1.5m 3 EQ DIVISION 3 EQ DIVISION of non combustible solid wall between the openings of two levels and the height above FFE should not be less than 0.6m, the mm length should not be 4200 4200mm less than the width of the facade openings plus 0.5m on each side.

2等分 2 EQ DIVISION

2等分 2 EQ DIVISION

2800mm

3500 mm

This requirement will have visible impact on the interior and will need further discussion between CCDI and KPF to find the best solution. If the facade design follows option 1 below then, there will be a 600mm solid wall at the base from interior view. This may impact visibility and interior design.

江总、Wenny、黎工、章工，你们好 KPF后续深化方案设计中，有一问题还需要考虑，

立面设计日照辐射对比

WT FACADE OPTION SOLAR RADIATION COMPARISON

glass guardrail

Per fire code for super tall above 250m, it is required to have no less than 1.5m of non combustible solid wall between the openings of two levels and the height above FFE should not be less than 0.6m, the length should not be less than the width of the facade openings plus 0.5m on each side.

Per fire code for super tall above 250m, it is required to have no less than 1.5m of non combustible solid wall between the openings of two levels and the height above FFE should not be less than 0.6m, the length should not be less than the width of the facade openings plus 0.5m on each side.

This requirement will have visible impact on the interior and will need further discussion between CCDI and KPF to find the best solution. If the facade design follows option 1 below then, there will be a 600mm solid wall at the base from interior view. This may impact visibility and interior design.

This requirement will have visible impact on the interior and will need further discussion between CCDI and KPF to find the best solution. If the facade design follows option 1 below then, there will be a 600mm solid wall at the base from interior view. This may impact visibility and interior design.

Resume

2等分 2 EQ DIVISION

F T C S D A

以上，请结合造型设计、室内效果评估和处理，谢谢~~~

option 1

竖向语言 VERTICAL LANGUAGE

1000mm防火挑檐措施 1000mm horizontal projection for fire separation

1500mm (其中600高于楼面) 实体防火隔墙措施 1500mm (including 600 short wall above floor finish) non-combustible fire separation wall

横向语言 纽带 Bullnose HORIZONTAL LANGUAGE

幕墙模组以室内柱墙灵活调整 Facade module flexible to adjust and align with interior wall and column

交错 Staggered

雅居乐集团控股有限公司

广东省广州市天河区珠江新城华夏路26号雅居乐中心36楼

竖向语言 VERTICAL LANGUAGE

option 1

横向语言

蔡兴杰 设计管理部 / 高级建筑设计经理 HORIZONTAL LANGUAGE

波纹 Wave

邮箱：caixingjie@agile.com.cn

–9–

1500mm (其中600高于楼面) 实体防火隔墙措施 1500mm (including 600 short wall above floor finish) non-combustible fire separation wall

竖管 Tube

http://www.agile.com.cn

未未未-2

此电子邮件及其任何附加文檔都属机密。如果您不是收件人，任何对此收到的信息进行披露、复制、拷贝、分发、传播或使用 是被严格禁止的。如果您错误地收到此信息，请立即通知寄件人并删除此电子邮件。由于电子邮件是可以被截获、损坏、遗 失、毁坏、迟收到或是不完整，或含有病毒，所以电子邮件的传输是不能获保证安全或无误的。对于电子邮件内容传输所产生 的任何错误或遗漏，发件人是不负任何法律责任。 This email and any attached files are confidential. If you are not the addressee, any disclosure, reproduction, copying, distribution, or other dissemination or use of this communication is strictly prohibited. If you have received this transmission in error please notify the sender immediately and then delete this email. Email transmission cannot be guaranteed to be secure or error free as information could be intercepted, corrupted, lost, destroyed, arrive late or incomplete, or contain viruses. The sender therefore does not accept liability for any errors or omissions in the contents of this message which arise as a result of email transmission

– 10 –

08.05.2021 | 雅居乐中山翠亨新区北塔

单位辐射总计 Normlized Total -

单位辐射总计 Normlized Total -

单位辐射总计 Normlized Total

Radiation (kWh/m2)

Radiation (kWh/m2)

Radiation (kWh/m2)

Radiation (kWh/m2)

366

446

496

615

单位辐射总计 Normlized Total

-

主塔方案比较 “竖向”立面 -

减少辐射百分比 Reduction % 46.5%

-

减少辐射百分比 Reduction % 34.8%

– 22 –

-

减少辐射百分比 Reduction % 37.4%

-

减少辐射百分比 Reduction % 10%

06.25.2021 | 雅居乐中山翠亨新区北塔

City Planning

TOWER DESIGN COMPARISON “VERTICAL” FACADE STRATEGY

塔楼北面日照辐射情况 North Side Radiation

Urban Design

-

Fabrication Internship Internship

方案一 OPTION 1

方案二A OPTION 2A

此 目

–

08.05.2021 | 雅居乐中山翠亨新区北塔

手机：+ 86 13564092515

根 的 防

Architecture

option 2

option 1

江 K

方案二B OPTION 2B

57

08 MINSHENG BANK HQ New Mixed-Use Headquarter SITE LOCATION: Beijing, China DATE OF PROJECT: May - July 2019

58

TEAM MEMBERS: Design Director: Jack Jourden, Hasan Syed Technical Director: Joe Fan Designers: Guan Ningning, Jin Baisen Intern: Yu Jiake

Resume

Architecture

Urban Design

City Planning

Fabrication Internship

Internship

59

09A CEBU CASINO RESORT New Tourist Destination SITE LOCATION: Cebu, Phillipines DATE OF PROJECT: May -- July 2018

60

TEAM MEMBERS: Design Director: Chad Porter Designer: Gorden Gn Intern: Yu Jiake

Resume

Architecture

Urban Design

City Planning

Fabrication Internship

Internship

61

09B NEW MACAU CENTRAL LIBRARY Renovation Project of Old Macau Court SITE LOCATION: Macau, China DATE OF PROJECT: May -- June 2018

62

TEAM MEMBERS: Design Director: Chad Porter Designer: Lawrence Kam, Gordon Gn Intern: Helene De Mello, Yu Jiake

Resume

Architecture

Urban Design

City Planning

Fabrication Internship

Internship

63

THANK YOU Email: yujiake@upenn.edu Link to full-sized portfolio book: https://issuu.com/yu.jiake/docs/book_hr_sp

64