Yun Shiuan Hsieh (2019-2023) | Portfolio by YS HSIEH

Offshore Islands

Based on past experience, the ar-

Taiwan Countryside | 2022

chitectural design process has the

A Roof for Democracy

patterns

ability to transcend established through

Programming

A BIG ROOF = 10,000 sqm | 2022

and actively shape spatial rela-

Crystallisation

this idea, if design embraces “ex-

Collective Housing as Urban Platform | 2021

Robotic Medical Labs Bio-ICT Campus, NYCU | 2021

Open Ground Service Centre in Hsinchu Park | 2020

Co-living+ Intergenerational Co-living House + Shop | 2020

P2 | P8 | P12 | P17 | P21 | P23

tionships in design. Expanding on

ploration and transformation into the commons” as a dynamic, then Commoning becomes the verb that

embodies the concept of “common in design.” It highlights the collective

consciousness

within

the design process, which remains

a crucial focal point that cannot

be disregarded, even when subjectivity is present. Moreover, the Commoning Ground that emerges

through design maintains its effectiveness as a realm for knowledge production. It is a domain that can be revisited, extended, and applied

in a sustainable manner, serving as P26 | P27 | P28

a catalyst for discussions on related topics and contextual cues.

URBAN DESIGN / RESEARCH

PORTFOLIO

APPENDIX | 2021 | Selected Report Bio-ICT Campus a positioning analysis APPENDIX | 2013-2014 | Selected Report NorthWoolwich/ Albert Island/ Beckton a response

PUBLICATIONS / EVENTS

Keywords:

APPENDIX | 2015-2022 | Selected Work

# Artfact

EXHIBITION / WORKSHOP

# Collective Form

APPENDIX | 2015-2022 | Selected Work

# Open Structure

# Automated Landscape

2019 _ 2023 YUN SHIUAN HSIEH URBAN-COUNTRYSIDE RESEARCH | ARCHITECTURE DESIGN

Offshore Islands Taiwan Countryside Y3-S5 | 21/9-22/1 | INDIVIDUAL WORK

Site | Western Coastline, Taiwan

Adviser | Chiaju LIN (OMA)

1-1 Collage : Taiwan’ s Coast and Offshore Islands

1-1

Rem Koolhaas reminds that “country-

ny, showcases a unique coexistence of di-

world a better place. Humans must

Throughout history, the island’s inhab-

side” is the foundation for making the bravely explore beyond the familiar ur-

ban environment to confront unfamiliar territories, rediscover neglected places,

recognise the associated risks, and reanimate new imaginations of the countryside.

Taiwan Countryside Studio draws inspira-

tion from OMA’s research on the country-

verse life forms and water environments. itants have managed to resist coastal

erosion caused by ocean currents and climate change. In the case of the alluvial land along the west coast, the transformation of shoreland use reveals four dis-

tinct stages: Farming, Industrialisation

(including landfill), Port Development, and On-to-Offshore Energy Generation.

side. The research “Offshore Islands” fo-

Overall, offshore resources create oppor-

landscape and raises the core question:

but also carry the potential for regional

cuses on Taiwan’s ever-changing coastal How do people on this island, located in East Asia and the Pacific region, actively shape our maritime territory?

Taiwan, an island formed through tecton-

tunities for international collaboration conflicts. Hence, how will Taiwan’s forthcoming offshore operations impact the

boundaries of the strait and the maritime domain?

ic plate movement and geological oroge-

M.ARCH | Y3-S5 | PROJECT 001 /

1-3

1-2 5

1-4

1-2 Changes in Changhua Coastal Landscape [ 1905 – 2021 ] 1-3 West Coast Development 1720 – 1979 | 1970 – 1999 : Agriculture / Fisheries | Coastal Industrial Zone

1-4 West Coast Development 1990 – 2000s :

Landfill / Wastewater / Factory / Power Plant / Harbor / Park

1-5 Natural Coastal Scenes Coexisting with the Sea :

Subsidence | Oyster Shacks | Wetland Birds | Intertidal Zone

1-6 West Coastal Scenes 1990s – 2020s :

1-7 West Coastal Scenes 2020s :

Offshore Wind Power Terminal in Taichung

90s Breakwater Blocks / Open Dump / LNG Plant 20s Breakwater Blocks in double

M.ARCH | Y3-S5 | PROJECT 001 /

Global warming trends indicate that

by 2050, Taiwan will likely experience

a significant rise in sea level (approximately 6-7 meters higher, equivalent

to B.P. 6,000), resulting in land displacement by the marine environment.

The Fukushima nuclear disaster in 2011 prompted Taiwan, which is also

located in the Pacific seismic zone,

to adopt a path towards becoming a

“Non-nuclear Homeland.” The plan involved replacing coal-fired power

generation with natural gas and expanding renewable energy sources such as hydro, wind, and solar power.

Since 2019, liquefied natural gas (LNG) has officially surpassed coal in electricity generation, and additional LNG

terminals are planned near the thermal power plants on Taiwan’s west coast.

For instance, Taichung Harbour was established in the 1970s as an international freight port. In 1986, the construction of coal-fired power plants

began in the southern area through land reclamation. From the 2000s onwards, LNG terminals were added and expanded. Today, the reclaimed ash 8

1-16 1-17

1-8 Taiwan shaped by the Eurasian and Philippine Sea Plates

1-13 West Coastal Scene : Beach Life (1989)

1-10 / 11 Taiwan’ s Energy Transition Goals for 2025 :

1-15 Guantang LNG Terminal on Algal Reef in Taoyuan

1-9 Fukushima nuclear accident caused by earthquake and tsunami [＋] Green Energy, Natural Gas; [－] Coal, and Non-Nclear

1-12 Changes in Taiwan’ s Coastline [ B.P. 6000 – 2050 ]

1-14 Yongan LNG Terminal nearby Wetland in Kaohsiung 1-16 Active LNG Terminal | Thermal Power Plant ＋ planed LNG Terminal

1-17 Port Expansion : Fishing Pier / Cargo Terminal / Thermal Power Plant ＋ LNG ＋ Wind Turbine Terminal

pond from the coal-fired power plants has been transformed into a storage platform for offshore wind turbine components, serving as a port base. M.ARCH | Y3-S5 | PROJECT 001 /

Taiwan’s land planning contrasts with

its unfamiliarity in ocean management, which forms the national border. The ocean includes sensitive areas like military zones, undersea cables,

gas pipelines, and protected zones for conservation and resource extraction.

National security concerns arise as human-made structures intervene in the

area. China’s illegal sand mining and offshore wind farm plans near Matsu exemplify these challenges.

Asia will experience significant wind power growth due to the narrow sea

passage effect in the Taiwan Strait,

known for high wind speeds. Large-

scale offshore wind power construction is currently underway in Taiwan’s western waters, surpassing the traditional coastal area extended up to

the 30-meter isobath line. Within the

50-meter isobath line, international offshore wind power teams establish

a sea-based community. Future development using floating platforms may

expand into deeper areas. Research marks that the seabed infrastructure

of wind turbines will create a thriving marine environment akin to artificial

reefs, benefiting fisheries resources. In essence, the expansion of on1-18 1-19

1-20

22 24

1-18 Sensitive Areas in Taiwan’ s Waters |

1-21 Fixed Foundation Offshore Wind Power [ Depth < 50m ]

1-19 International Teams establish Offshore Wind Power Community

1-23 Artificial Reefs promote Undersea Ecologies

Offshore Wind Farm Site planning along Taiwan Strait

1-20 Wind Power Density Map ＋ 2050 Offshore Wind Power Prediction

1-22 Floating Platform Offshore Wind Power [ Depth > 50m ] 1-24 Offshore Wind Plants : Construction Phase disturbance to Marine Ecologies | Operation Phase formation of Artificial Reef Effects.

to-offshore energy production en-

larges Taiwan’s living territory and establishes a newly-defined ocean boundary.

M.ARCH | Y3-S5 | PROJECT 001 /

The offshore areas of Changhua, Yunlin, and Chiayi have undergone

ship channel and operational space re-planning. Wind farm areas are lim-

ited to construction vessels, and fishing activities are restricted to coastal

areas. However, large cargo ships can still navigate through the designated

channel between wind farms. Marine traffic has transitioned to regulated

control, prompting active defence of fishing rights by fishermen.

Coastal areas of Changhua feature di-

verse artificial coastlines, including

wetlands, oyster farms, fishing docks, fishponds, wave breakers, and reclaimed industrial zones. These areas

now contribute to renewable energy transformation, with onshore wind turbines at maximum density and

inshore areas becoming the world’s largest offshore solar power zone.

Abandoned lands serve as storage for offshore wind components, while nearby substations facilitate future energy transmission.

The architecture of human-made

ocean facilities has evolved from

oyster trellises to high-rise wind turbines. Today, advancements in ma25

30 32

1-33 1-34

1-25 Coastal Area [ Depth < 30m ] | Artificial Coastline Rate on West Coast

1-30 Onshore Wind Power | Small-Scale Wind Power | Traditional Oyster Trellises

1-27 Navigation Channel ＋ Subsidence in Changhua-Yunlin-Chiayi Region

1-32 Offshore Wind Power Pioneer project in Miaoli

1-26 Offshore Wind Projects ＋ Subsea Artificial Reefs [ > 88 sites, 237 km² ] 1-28 Ship Tracking Map

1-29 Marine Engineering VS. Coastal Engineering

1-31 Offshore Wind Power Substations in Changhua 1-33 Coastal Landscape Scenes in Changhua

1-34 North Sea Offshore Power Hub and Hydrogen Network

rine engineering promote sustainable development, while coastal engineer-

ing, including seawalls and breakwaters, remains prevalent.

M.ARCH | Y3-S5 | PROJECT 001 /

In the North Sea region of Europe,

plans are underway to convert marine wind energy into hydrogen through a

multinational energy network. Artificial energy islands in the ocean will serve as bases for engineers, ensuring the smooth transition, storage, and transportation of energy.

Ideally, hydrogen energy storage and facility pipelines have the potential

to replace fossil fuel and gas technologies in the future, achieving the

ultimate goal of carbon neutrality. Furthermore, the mechanism of a multinational energy network will

promote regional energy governance and reach new milestones.

Ultimately, the final design scene represents a metaphor suggesting that

humanity may develop an ideal living territory coexisting with natural energy at sea. However, in a cyclical pattern and in the far future, humans

may once again face challenges such

as retirement, abandonment, demolition, or reactivation in the realm of the

ocean, referred to as the “re-generation” of offshore artificial islands.

1-35 Collage : On-to-Offshore Islands in the far future

1-35

M.ARCH | Y3-S5 | PROJECT 001 /

A BIG ROOF = 10,000 sqm

GSH AN

1 Site | Taipei, Taiwan

ZHO N

Y3-S6 | 22/5-22/6 | INDIVIDUAL WORK

SOU TH R

OAD

A Roof for Democracy Adviser | Cheng-Hsuan Wu, Tze-Chun WEI

2 Executive Yuan

Control Yuan

2-1 Urban Analysis : Site Plan

Legislative Yuan 2-1

In the 21st century, social movements

decentralised citizen actions. The archi-

centralising coordination and participa-

roof to create a post-pandemic demo-

blend online and offline networks, de-

tion. Communication networks enable information flow, empowering organisations, promoting agendas, and foster-

cratic space that supports national de-

in urban areas, forging an“autonomous

Yuan blocks, preserving historic sites with

The 2014 Sunflower Movement in Tai-

wan demonstrated the power of crowd-

sourcing through an internet platform that broadcast live coverage of the occupation. This transparency led to collaborative mechanisms for digital democ-

BOULE

VARD RENAI ROAD

Judicial Yuan

rates the Legislative Yuan and Control

an asymmetrical roof. Opening towards Qingdao East Road, the roof symbolis-

es a path for social movements, guid-

ing crowds to the surrounding chamber

square. The parliament square connects

to the Executive Yuan in the north, forming an urban green belt with urban park

and campus. In the south, it intersects with significant institutions, establishing an important node for democracy and citizen participation in Taiwan.

1 2 3 4 5 6 7 8

Taipei Station Huashan 1914 Creative Park 228 Peace Monument Liberty Square National Theater & Concert Hall Chiang Kai-shek Memorial Hall NTU Hospital NTU College of Medicine

AD RO

Augmented reality technologies enable

ELT

cision-making from on-site constraints.

ALAN

EV OS

transformation, freeing democratic de-

KETAG

racy. The pandemic accelerated digital

Presidential Office

mocracy.

The new parliament site design incorpo-

space.”

tecture aims to design a 100,000 sqm

ing resistance. These movements seek to merge virtual and physical networks

Bureau of Consular Affairs

M.ARCH | Y3-S6 | PROJECT 002 /

2-2 Diagram : FOUR LAYERS of the Design in Democracy

2-3 A Roof for Democracy : Structure in Progress 2-4 A Roof for Democracy : THE ROOF

2-3

2-5 A Roof for Democracy : Time-Bridge [ dark side ]

2-6 A Roof for Democracy : Parliament + Plaza under Inclined ARCHES

“A Roof for Democracy” utilises Arches

and continuity in democracy. It categoris-

5 7

and Bridges as symbols of collaboration es the social reform process into four spatial structures: Democratic Foundation, Parliamentary

Parliamen-

tary Circular Plaza, and Time-Bridge.

Time-Bridge

These spaces represent task-oriented,

Circular Plaza Parliamentary Chamber Democratic Foundation

1 Main Concept: Arch and Bridge

Chamber,

representative, dynamic, and commemo-

rative functions, unified through the roof design.

4 Plaza for People

The roof incorporates inclined Arches that

support the main beam Bridge, serving as the primary deliberation space in parliament. Below is a Circular Plaza for citizen activities, while the Chamber witness-

es ongoing democratic discourse. The

Time-Bridge houses a space dedicated to commemorating democracy’s evolution, 2 Hackathon Foundation

5 Roof Structure

resembling a time tunnel transitioning

from darkness to brightness with a double inverted arched opening welcoming light and urban views.

Regarding the Democratic Foundation,

the lower layer adopts an open-grid structure of concrete deep beams, creat3 Open Ground: Parliament Hall

6 A Double-side Roof for Democracy

ing a flexible workspace for citizen part-

nerships such as hackathons. The upper layer balances the inclined arches with

curved and V-shaped deep beams, providing a media space for online discussions, participatory interactions, and potential support for augmented reality.

M.ARCH | Y3-S6 | PROJECT 002 /

SECTION CC 0

BRIDGE FLOOR +2500

50 M

6 The Moment Bridge 7 Skylight

+10

50 M

+10

- 400

2 5

1 Congress Hall 2 Media Studio 3 Press Room

B1 FLOOR -300 0

B2 FLOOR -600 50 M

4 Administration 5 Think-tank Workshop

50 M

GROUND FLOOR +300 0

50 M

M.ARCH | Y3-S6 | PROJECT 002 / 10

SECTION AA 0

50 M

2-8 Cross Section : Parliament under Inclined ARCHES 2-9 Plan B1 : Parliament + AR Media Studio

Plan B2 : Hackathon Think-tank Workshop

2-11 Plan : ROOF BRIDGE Floor 2-12 Longitudinal Section

2-13 Cross Section : Southern Ramp Entrance

SECTION BB 0

50 M

2-14 A Roof for Democracy : Time-Bridge [ light side ] 2-15 Inclined ARCHES support the ROOF BRIDGE

2-8

2-10

2-9

2-11

2-10 Plan : Ground Floor

2-12 2-13

2-14

2-15

M.ARCH | Y3-S6 | PROJECT 002 / 11

Crystallisation

shared corridor /roof platform / circulation

more types of shared outdoor space

6 units in 1 modual

5 units in 1 modual

linear units

multi-type units

Collective Housing as Urban Platform Y2-S3 | 20/12-21/1 | INDIVIDUAL WORK

Site | Hsinchu, Taiwan

OLD HOUSES

NEW RULES

Adviser | Ling-Li TSENG

3-1 Flexibility : Room Division 3-2 Form in Transformation 3-3 Architectural Platform

3-4 UNITS in Architecture

3-5 / 6 Diagram : Public Space

The“Crystallization”reimagines collec-

tive housing as an adaptable “crystal-

lized structure”in the city. It starts with a fundamental unit, a “Room,”to form

different “Homes” and allows for adjustments based on changing needs, relationships and lifestyle choices. The ar-

chitectural design features a single-layer

parallelogram volume with six“Rooms,” forming a “Group” with three layers.

Each “Group,” similar to the original

R R R R R

form spaces, and introduces fluidity

through gaps. The building maintains an

open and flexible approach, progressing from individual “Rooms” to the collective

FLIP OPEN / CORRIDOR

PLATFORM [S]

SHIFT / CONNECTION

PLATFORM [L]

POSITION

L K

greenhouse amphitheatre

canyon arena

Studio

open ground

OUTDOOR SPACE

FRONT VIEW (PARK SIDE)

R R

Living with Old Parents

R R

vertical bazaar

R R

courtyard plaza

Studio

R R R

sual variations, generates public plat-

DIRECTIONALITY

Studio

cludes a vertical circulation system. By

ulating angles, the design creates vi-

BASIC MODUAL

Core Family

Studio

stacking parallelograms and manip-

VOLUME IN TOTAL

General

double-row houses on the site, accommodates four to five households and in-

3-2

L K L K

canyon arena

courtyard plaza

greenhouse amphitheatre

R R Couple

open ground

INDOOR UNITS

BACK VIEW (NEIGHBORHOOD SIDE)

M.ARCH | Y2-S3 | PROJECT 003 / 12

3-7 Longitudinal Section : Public Space + UNITS

3-8 / 9 Housing GROUPS in Development >> Housing UNITS : 10 types 3-12 >> 3-16 Plan : Ground Floor to 7F

3-7

3-17 Model : Crystallisation [ Collective Housing ]

3-8

3-9

3-11

3-13

3-15

3-16

3-10

3-12

3-14

3-17

“Community.”It envisions collective

housing as a dynamic space where urban wanderers interact, fostering fluid-to-solid relationships.

The “Crystallization” collective hous-

ing complex is a large village comprising ten groups of parallelogram

volumes, with each group selecting

Green House

from ten different types of “Homes” through

Amphitheatre

Courtyard / Plaza

heterogeneous

combina-

tions. Each “Home” faces both private

Vertical Bazaar

circulation and a public platform,

providing choices for daily living. The building showcases a spacious public

Canyon Arena

platform that maximizes surface area and connects with the city. Notably, the section drawing reveals five landscape-like spaces: the Amphitheatre

(deep cavity), co-learning Green-

house (shallow cavity), Sky-Courtyard (flat concave), Canyon Arena

(double banks), and Vertical Bazaar

(spiral) from left to right. These outdoor public platforms sustain the atmosphere of the Green Corridor and

Longen Canal in Hsinchu City. As a

community, residents can collectively manage these spaces or open

their “Homes” to engage with urban wanderers. The “Crystallization” ultimately demonstrates the active ca-

pabilities of each architectural unit

Section A-A

to the entire building. 0 1

10 M

M.ARCH | Y2-S3 | PROJECT 003 / 13

3 UNITS

2 UNITS

4 UNITS

3 UNITS

4 UNITS

3 UNITS

LINE

WIDE-L

SINGLE

DOUBLE-MID

2 DOWN+1 UP

1 DOWN 2 UP

SHARP-L

DOUBLE-SIDE

2 DOWN 1 UP

3 FLOORS

M.ARCH | Y2-S3 | PROJECT 003 / 14

12 4.94

11 4.94

10 4.94

9 4.94

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

4.94

16 4.94

4.94

15 4.94

14 4.94

13 4.94

12 4.94

11 4.94

10 4.94

A B

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

1 4.94

+900

C WD

5.66

WD WD

+900 WD

+900

2.82

5.66

+900

5.66

+300 +300

5.66

9 4.94

2.83

14 4.94

15 4.94

16 4.94

2.83

E F

8.50

SECOND FLOOR

0 1

FOURTH FLOOR

10 M

16 4.94

0 1

15 4.94

14 4.94

13 4.94

12 4.94

11 4.94

10 4.94

9 4.94

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

10 M

1 4.94

2.83

±0

+600

A B

5.66

+600 +600

C 5.66

WD WD

±0

+600

5.66

±0

2.82

A +600

E F

8.50

FIRST FLOOR

0 1

10 M

THIRDTH FLOOR

0 1

10 M

M.ARCH | Y2-S3 | PROJECT 003 / 15

13 4.94

12 4.94

11 4.94

10 4.94

9 4.94

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

4.94

2.83

+1560 +1560

15 4.94

14 4.94

13 4.94

12 4.94

11 4.94

10 4.94

9 4.94

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

1 4.94

A B

2.82

+1860

8.50

+1860

+1560

SIXTH FLOOR

0 1

14 4.94

13 4.94

12 4.94

11 4.94

10 4.94

9 4.94

4.94

7 4.94

6 4.94

5 4.94

4 4.94

3 4.94

2 4.94

10 M

A B

5.66

+1260

C 5.66

0 1

4.94

+1200

SEVENTH FLOOR

10 M

4.94

2.83

8.50

WD WD

5.66

D WD

4.94

+1860

5.66

+1560

16 4.94

4.94

2.83

15 4.94

5.66

16 4.94

5.66

+1200

5.66

+1200

2.82

+1200

8.50

+1260

FIFTH FLOOR

0 1

10 M

M.ARCH | Y2-S3 | PROJECT 003 / 16

Robotic Medical Labs Bio-ICT Campus, NYCU Y2-S4 | 21/4-21/6 | INDIVIDUAL WORK

Site | Hsinchu, Taiwan

Adviser | Shu-Chang KUNG, Yuchang LIANG, Shu-Hsien CHOU

Bio-ICT : Biomedical Information and Communi-

Tingpu Canal : TINGPUZHEN

cation Technology 3

4-1 Bio-ICT Campus 4-2 / 3 HOSPITAL

Eighteen Peaks Mountain : SHIBAJIANSHAN

forest area (green belt). Additionally, a

research labs, dormitories, and preserv-

portation to the hospital. The hospital

ing historical buildings. The site, located between Hsinchu Park and a canal2 along

the mountain3, offers an ideal natural

setting for an open campus. It consists

of two main axes: the “Robotic Medical Campus” integrating human-machine

medical care and the “Healthy Living Programs”for the public and citizens, promoting sports, learning, and socialisation. It embodies a living experiment driven by scientific knowledge transparency.

The main strategy involves preserving a long plaza connecting historical buildings

and communities, creating a waterfront recreation area (blue belt), and linking a hill to both the park and the preservation

HEALTHY LIVING PROGRAMS

4-1

The project aims to design a Bio-ICT1

campus in Hsinchu, including a hospital,

ROBOTIC MEDICAL CAMPUS

HEALTHCARE

LIGHT RAIL STOP

light rail stop at the park enhances trans-

MEDICAL RESEARCH

HOSPITAL

design prioritises equal and continuous freedom of movement. The front

section houses outpatient treatment and

media exhibition areas, while the back

MEDICAL LABS SPORT CENTRE PHARMACY

section contains surgical treatment and

patient rooms. The basement connects

to Robotic Medical Labs, supporting automated machinery for medical equip-

HISTORICAL ZONE

ACCOMMODATION

ment and services.

In a smart-service environment, the Ro-

botic Medical Labs feature health-themed

experimental units for customised local

INCUBATOR

FOREST

health services. On the campus, individuals can regain an active lifestyle by integrating nature, community life, and body data digitisation.

M.ARCH | Y2-S4 | PROJECT 004 / 17

Lig

il Ra

Sto

N SI

U C H ail Stop Lig

7 6 3 11

A 12

9 +0

-3

1 LOBBY / CAFE SHOP 2 EMERGENCY DEPARTMENT

-3

3 BUS STOP 4 MEDICAL RESEARCH BUILDING

-4

TING

P UZ

HEN SH

IBA

N JIA

5 BIO LAB 6 ROBOT MAKING ASSISTIVE DEVICES 7 LOGISTIC ENTRANCE

MASTER PLAN 0

8 3D PRINTING PHARMACY 9 ACCOMMODATION 10 SPORT CENTRE 11 VIP RECEPTION 12 HOTEL 13 RESTAURANT 14 WATERFRONT

Level +200 30 m

M.ARCH | Y2-S4 | PROJECT 004 / 18

3D PRINTING PHARMACY

ROBOT MAKING DEVICES

TELEMEDICINE CENTRE

AUTOMATED RESTAURANT

M.ARCH | Y2-S4 | PROJECT 004 / 19

16 BUS STOP 17 BOOKSHOP

8 EMERGENCY DEPARTMENT 9 INFORMATION

1 LOBBY / CAFE SHOP 2 OUTPATIENT

18 RADIOTHERAPY 19 SURGICAL OPERATIONS

10 MEDECINE 11 MEDIA ROOM 12 SUN HOUSE

3 SPECIAL OUTPATIENT 4 REHABILITATION 5 RESTAURANT

13 GREENHOUSE 14 WARDS 15 ROBOTIC LIFT

6 HEALTH CENTRE 7 EMERGENCY PATIENT ENTRANCE

20 INTENSIVE CARE UNIT 21 CENTRAL STERILE SUPPLY DEPARTMENT 22 ANESTHESIOLOGY 23 PATHOLOGY LABORATORY 24 ISOLATION UNIT

HOSPITAL

LIGHT RAIL STOP ACCOMMODATION 14 24

SPORT CENTRE

INNOVATION INCUBATOR

4 12

A 2378.7

PERSPECTIVE SECTION AA 0

TELEMEDICINE

AUTOMATED RESTAURANT

20 m

SPORT CENTRE _ HOSPITAL _ HSINCHU PARK

ACCOMMODATION

INNOVATION INCUBATOR

ROBOT MAKING DEVICES

3D PRINTING PHARMACY

HISTORICAL BUILDING

AUTOMATED FARMING

WATERFRONT BAR

PERSPECTIVE SECTION BB ROBOTIC LABS _ ACCOMMODATION _ WATERFRONT 0

4-13

15 16 17 18 12

4-14

4-4

4-19 4-20

4-4 Master Plan : Ground Floor

4-19 Section : Living Cluster [ Gym + Accommodation ] — HOSPITAL

4-5 >> 4-12 Diagram : Design Steps

4-20 Section : LABS — Green Belt — Living Cluster — Waterfront

20 m

4-13 Exploded Views : HOSPITAL 4-14 Exploded Views : LABS 4-15 >> 4-18 Automated LABS

M.ARCH | Y2-S4 | PROJECT 004 / 20

Open Ground W

Service Centre in Hsinchu Park Y1-S2 | 20/3-20/4 | TEAM WORK

Site | Hsinchu, Taiwan

5-7

door reading room (reader's theater)

to understand and interact effectively.

Guided by the principle of all-age shar-

ing, "Open Ground" envisions Hsinchu

Park's hill, opening the boundary with a windmill plan. This design creates a continuous and independent interme-

diate space, providing opportunities for encounters and immediate choices between dynamic and static options.

The floor plan harmoniously blends

building volumes on one side in a rhythmic "solid, solid, void" pattern, creating a dynamic interaction between interior and exterior spaces. The upper layer of

To i

D t

neously, the lower-level exhibition space

tain openness for diverse individuals

through a spacious staircase. Simulta-

To i

in relationships. It is essential to main-

necting to the outdoor theater and in-

as a catalyst to establish common values

knowledge, objects, and spaces, serving

re Ro s si om ng

the largest solid extends outward, con-

Openness promotes accessible, shared

hi b Sh iti op on

5-3

5-6

Re Th ad ea er t e ’s r

5-4

5-4 >> 5-7 Section + Diagram : Clusters & Layers

5-5

5-3 Plan : Ground Floor

5-2

5-1

5-2 Model : "solid, solid, void" - a rhythmic

5-1 Model : Open Ground - PARK SERVICE

O u Th td ea oo te r r

Adviser | Chun-Chieh FANG Team | Yu-Shuan LO, Hsin-Hsiang HUANG

utilizes the staircase height, opening to a well-lit area on the opposite side and of-

fering a second exit to the central plaza.

Interconnected changing rooms and the

outdoor pool, blending both solid and

PL AY

void elements, form a unified water play space with the outer wall.

On the opposite side, building volumes

are arranged in parallel corridors be-

tween structures, allowing pedestrians

Outdoor Theater To Reader's Theater

PAUSE

Reader ’s Theater Exhibition/Shop

Central Plaza

Dressing Rm.

Pool

Toilet/Equipments

to move swiftly and efficiently choose

A’

among various service spaces, including washing facilities, dining areas, indoor workshops, and rooftop platforms for outdoor workshops.

SECTIONSECTION A-A’ A-A’

25M

M.ARCH | Y1-S2 | PROJECT 005 / 21

SECTION A-A’

Roof Platform Restaurant

To Workshop

Reader ’s Theater Exhibition/Shop

A 0 1 2 Outdoor Theater To Reader's Theater

A’ 5M

A B

A’ B’

SECTION A-A’

SECTION B-B’

B’

C’ B

SECTION B-B’

To Exhibition/ Shop

G: Baby Room H: Equipments I: Restaurant J: Kitchen K: Office L: Workshop

A: Reader's Theater B: Exhibition / Shop C: Dressing / Locker D: Pool E: Toilet F: Accessible Toilet

Reader ’s Theater Exhibition/Shop

To Restaurant

To Workshop

Workshop

B’

Outdoor Theater

SECTION B-B’ SECTION C-C’

C’

0 0

C’ D’

±0

±75

SECTION C-C’

±0 ±0

+35

D’

+70

+105

SECTION C-C’

+105

SECTION D-D’

+143

Workshop

B H

To Roof Platform

Roof Platform Restaurant

To Exhibition/ Shop

Pool

1 To 2

Dressing Room

D’

E +143

D G

+67.5

SECTION D-D’

PLAN

M.ARCH | Y1-S2 | PROJECT 005 / 22

Co-living+

6-1 Co-living+ : Shared Spaces [ Collective Platform ] 6-3 >> 6-7 Plan : Ground Floor to 5F

Intergenerational Co-living House + Shop Y2-S3 | 20/9-20/11 | INDIVIDUAL WORK

Site | Hsinchu, Taiwan

Adviser | Yu-Liang HSU

Mid-Level Community Platform | The

tures age. Adapting residences to diverse

floor for a shared kitchen managed by

needs is crucial, and new constructions benefit from increased volume with a focus on open public interaction.

The "Co-living+" project proposes a dual-sharing block structure, combin-

ing "economic/space" principles, using

and new spaces.

ing new public layers in the community.

units cater to six residential roles, with

shop. The 3rd floor serves as a common space for all residents to gather, while the 4th and 5th floors offer semi-outdoor areas for shared activities.

repair space, and workshops, with pre-

al sharing by resident artists and com-

Pop-up Shops and holiday events in the adjacent park.

old roof becomes a "second street," link-

Cityward Community Development |

served vending cart spaces for dynamic

Envisioning future housing updates, the

Ground-Level Activities | The ground

floor accommodates bicycle lanes, a DIY

turing a rock-climbing area on the other.

the 2nd floor housing an outdoor bicycle

with real-world transitions between old

old building's roof on one side and fea-

strategy underscores the diversification Open Connection dimensions aligning

cooking enthusiasts, connecting to the

Vertical Sharing Residences | Building

of "sharing" interfaces, with Four Main

new building design reserves the 4th

a single-unit street house as a typical Taiwanese renewal model. The spatial

6-2

6-8 Open Connection : Four Main Dimensions

6-8

Enhancing urban living quality is crucial as housing and population struc-

6-1

6-2 Co-living+ : Shared Economic Model

The "sharing economy" involves cultur-

munity activities managed by students,

aiming to create a collaborative hub for urban Pop-up Events.

M.ARCH | Y2-S3 | PROJECT 006 / 23

15 18

18*

6 3

15*

17 14

1 8

2 9

20 13*

6 Bike Store 7 Reading Corner 8 Toilet / Shower 9 Room 1 [ Cyclist ] 10 Bath

1 Bike Pathway 2 Bike Workshop 3 DIY Bike Repair 4 Pop-up Shop 5 Storage

11 Living Room 12 Garden 13 Room 2 [ Foodie ] 14 Room 3 [ Artist in Residence ] 15 Room 4 _ Co-working Space [ Designer ]

1st Floor Plan 0

2nd Floor Plan 0

3rd Floor Plan 0

18* Room 5 [ Student ] 19 Roof 20 Room 6 [ Professional ]

13* Room 2 [ Foodie ] _ Storage 15* Room 4 [ Designer ] 16 Shared Kitchen 17 Outdoor / Climbing Wall 18 Room 5 [ Student ]

4th Floor Plan 0

5th Floor Plan 0

M.ARCH | Y2-S3 | PROJECT 006 / 24

6-9 Diagram : Publicity - Community Platforms

6-10 Model : Co-living+ [ Street House Prototype ]

6-9

6-11 / 6-12 Elevation : Front / Rear

6-13 / 6-14 Cross Section : Open Space / Circulation

Next Door

6-10

Room

Roof

Food

Sport

+ Sport Platform

+ Food Platform

Living

Shop

+ Skills Platform

Publicity

100% Street / Business Space 50% Visitor Shared

Front Elevation 0

Section A-A

Section B-B

10% Priveate Shared 0%

Complete Private

Rear Elevation 0

M.ARCH | Y2-S3 | PROJECT 006 / 25

Bio-ICT Campus a positioning analysis M.ARCH Y2-S4 | 21/3-21/4 | TEAM WORK Team | Yun Shiuan HSIEH (leader) and 9 other students.

Site | NYCU Campus - Hisnchu, Taiwan

Urban Design / Research APPENDIX | 2021 | SELECTED REPORT / 26

NorthWoolwich/ Albert Island/ Beckton a response MS-S2 | 2014 | TEAM WORK Team | Yun Shiuan HSIEH, Aymara LAMCHE, Kai Ting CHANG, Giovanna ASTOLFO, Kino LEE, Kira BESSA, Kristina PAULAUSKAITĖ

Site | Royal Docks - London, UK

Urban Design / Research APPENDIX | 2013-2014 | SELECTED REPORT / 27

VILLAGE TAIPEI _ ONLINE SOCIAL HOUSING IN TAIPEI CITY

HAVE A RICE DAY FEST. Workshop + Event Coordinator | 2017

Editor-in-Chief + Researcher | 2016

VILLAGE TAIPEI _ MAGZINE Vol.7 & Vol.8

TAIPEI COMMUNITY FEST. Festival Event Consultant | 2019

Editor-in-Chief + Interviewer | 2016 - 2017

VILLAGE TAIPEI _ POP-UP OPEN URS VILLAGE

GIA PROJECT REVIEW LOGIN TO REALITY

Curator + Event Designer | 2017

Curator + General Coordinator | 2022

TAIPEI GOVERNMENT-LED URBAN REGENERATION HANDBOOK

Q-LAB 15th ANNIVERSARY TRANSFORMATION Architectural Graphic Coordinator | 2022

Editor-in-Chief + Inforgraphic Designer | 2019

Publication / Event

VILLAGE TAIPEI _ ONLINE Planner + Project Manager | 2015 - 2018

Exhibition / Workshop APPENDIX | 2015-2022 | SELECTED WORK / 28