Portfolio_Yue Han by Yue Han

PORTFOLIO YUE HAN

SELECTED WORKS

YUE HAN

Email: yh6jh@virginia.edu 304-989-7146 301 15th St NW 4040A, Charlottesville, VA 22903

EDUCATION 2017-2019 2012-2017

2014-2015

UNIVERSITY OF VIRGINIA School of Architecture

Charlottesville, VA Master of Architecture

NORTHWESTERN POLYTECHNICAL UNIVERSITY

Xi’an, China Bachelor of Architecture

TAMKANG UNIVERSITY

Taipei, Taiwan Exchange Study Program

PROFESSIONAL EXPERIENCE Jan 2019

Studio Gang Extern Chicago, IL

Worked on physical models of making Spelman College Center for the Arts & Innovation. June - August 2018

CallisonRTKL Inc. Intern Washington, D.C

Worked on diagram drawings, designing of corporate retreat and residence, and making Revit model of Kunming OCT Expo Competition. Worked on diagram drawings, designing, and making Revit model of Wuhan OCT Multi-used Towers. July - October 2016

Shanghai Zhongjian Architectural Design Institute Co., Ltd Intern

Xi'an, China

Worked on construction drawings of Xi’an Xiangyang Airport Phase II project. Joined planning and designing of Guan Zhong Lin Li Happy Town. Conducted site plan drawing of Yi Chuan Ban Cheng Shannbei Lu Yao Memorial Museum. July - August 2014

Hualu Engineering & Technology Co., Ltd Intern Xi'an China

Participated in construction drawings of Design of Xi’an Headquarter of Shaanxi Coal and Chemical Industry Group Co. Ltd.

HONORS & AWARDS 2017-2018 2015-2016 2015 2015 2012-2015 2012-2015 2012-2013

Selected Studio Work, UVA school of Architecture Excellent Prize for National Student Innovation Training Program, China 2nd Rank Prize in National Green Building Design Competition, China (5th/461 teams) Shan Chuan Yuan Jing company Scholarship for outstanding students, NPU (6/500) 1st Prize for Excellent Undergraduate Scholarship for top 3% students (three times), NPU Excellent All-round Student for top 3% student (three times), NPU 2nd Rank Prize in 15th Mathematical Modelling Contest, NPU

PUBLICATION & PRESENTATION 2017

Yue Han, Wei Cai, Yi Liu, Study of Climate Adaptive Design of Green Rural Houses in South Shaanxi Province, World Sustainable Built Environment Conference (WSBE17) Hong Kong.

2016

Yue Han et al., A Preliminary Exploration on the Climate Adaptive and Industrial Integration Design of Green Rural Houses in the South Shaanxi Province, Proceedings of Hot Summer and Cold Winter Area Green Building Alliance Conference.

2015

Yue Han, Yi Liu, Presentation on Urban Seedsâ&#x20AC;&#x201D;Green Architectural Design, Fifth National Green Architectural Design Contest.

SKILLS Sofeware

Rhino Revit AutoCAD Sketchup Grasshopper Adobe Suite

Hardware

Sketching 3D printing laser cutting CNC routing Model making

Language English (fluent) Mandarin (native) Japanese (basic)

Architecture has a life of its own. As an essential part of the whole society, it is capable of interacting with its occupants, life, landscape, environment and climate. In this way, architecture can correspondences to ecological, social and economic needs thus helping to address these challenges of 21st century and future.

CONTENTS

Selected works from 2014-2018

I. FULL SPECTRUM SYMBIOSIS

II. HURDLING BARRIERS

III. VERTICAL VILLAGE

IV. URBAN SEEDS

V. NEW FROM OLD

VI. COMMUNITY CENTER

VII. ALTERNATING SEQUENCE

VIII. GROWTH

IX. OTHER WORKS

Altered States: Experiments in Design for Extreme Climates

Architecture Design in Broadway Junction

Reconstruction of Village in the City

Rest Places for City Cleaners

Urban Design for Hanzhong Railway Station Plaza

Santa Monica Community Center Design

Genealogies of the Column

Tamsui Church & Community Center Design

Hand-drawing& Professional works

I FULL SPECTRUM SYMBIOSIS

Altered States: Experiments in Design for Extreme Climates

Partners: Han Yu, Xinxin Huang My work: research, concept, collages, drawings (background research, diagrams, long section and axon), models (handmade and digital by Rhino). Instructor: Matthew Jull Location: Barrow, Alaska 08/2017-12/2017

Context Map

Background Research

humidity

wind speed

wet bulb temp

global horiz illumination

Richmond Barrow

Existing Bottom Ground Relationship Typology

Design Catalogue small

medium

large

Lifestyle Possibility

apparatus: lifestyle possibility —1

apparatus: lifestyle possibility —2

apparatus: lifestyle possibility —3

apparatus: lifestyle possibility —4

Plan As the northernmost point of United States, Barrow exhibits an extreme geology-meteorology condition. At high latitudes, low average radiation in limited light time throughout the year, as well as continuous permafrost layer, contribute to the specific cold moist climate regime across the area. Low biodiversity makes the ecosystem even more fragile. Based on the homogeneous topography, human construction makes it possible for the environmental conditions to change without obvious natural ground relief. Intentionally or not, road grid and building structure deeply reshaped the radiation distribution and air flow pattern within the settlement. However, mutual beneficial relationship hasnâ&#x20AC;&#x2122;t been observed from the lifted building structure subsided in the 05

melted active layer. Interim space between building and ground becomes the most problematic area across the city, which could also be viewed as the breakthrough point to redefine the relationship between environment, human and species. With carefully designed form, function and transparency of building-ground interface, microclimate mode, as well as spatial configuration could be re-programmed according to specific site features. Varied typologies created from a spectrum of demand and limitation may weave a new socio-environmental matrix, within which human and other species could make a step forward toward a symbiosis relationship.

School Plan & Section

Flea Market Plan & Section

Residential Area Plan & Section

wind field manipulation

ground relationship remapping

urban anatomy

transport system extraction

environmental factor connection

intervention area demarcation

Operation Process Axon

Market Area near Airport

Melting Water Garden near Residence

Playground under Teaching Building

HURDLING

Architecture Design i

Partners: Zhenkang Z

My work: research, concept, d plan, figure ground drawing, se detailed section)

Instructor: Se Location: Broadway 02/201809

BARRIERS

in Broadway Junction

Zhai, Byongwook Oh

drawings (mapping, plans, roof ection), diagrams( site analysis, ), models( Revit)

eth McDowell Junction, New York -05/2018 10

Background Analysis

Barrier Analysis high- sky connection

commercial

commercial parking reversed parking

sidewalk

barrier

underground passage

ground

underground passage

ramp barrier

get through

shop

industry barrier

sidewalk

want to get the railway

open space

barrier

busway

industrial area

This project focuses on addressing / eliminating the substantial barriers that split the site of Broadway Junction. In our site analysis, we identified three barriers that range from roads, train lines and elevated highways. The most restricting barrier we identified was the elevated highway at Atlantic Avenue which also has the LIR line below. Since these barriers block access, the adjacent properties are vacant, underutilized and the commercial corridors are disconnected. This condition produces an undesired situation that discourages people to come or inhabit the site.

Existing Situation

barrier

existing retail

underground passage existing station and structure

existing structure

Design Strategies

bridge connection

uplevel connecting block

Cave Concept

truss and cantilever

underground commercial

holes for sunlight

Green Roof

uplevel connection

thrid floor platform

connection above fast passing connection above subway

Open Space for Activities

Semi- open Space

Sequence

Process

making a box to cover the barrier

cutting the boxes on both sides

making conneciton above the barrier

short cut for diagonal corrider

holes and uplevel blocks

A B

up up

open

down

open

1 1 1

2 1

1 up

open down

down

up down

open open

A 1

down

Plan

1. retail 2. ticket 3. HRA entrance 4.commerical entrance

Our goal is to rejuvenate Broadway Junction and adjacent area. To achieve this goal we are positioning a new commercial, community and HRA program on the top of the most limiting barrier at Broadway Junction. This new connection hub works as â&#x20AC;&#x153;go acrossâ&#x20AC;? the barrier with massing that offers porosity and connectivity. This hub acts as a connection device that establishes links to the currently disconnected commercial corridors and encourage people to go across barrier both under and over the barriers with using commercial and community programs.

low iron glass steel panel stainless steel profile diagonal truss

operable window

insulated glass

The connection hub is designed as the existing barrier and avenue are included in a whole mass. This strategy is making integration and establishing the new hub as a way to reframe the transportation barrier. Programs and public space are arranged around the Atlantic Avenue barrier creating a multilevel accessible street. The Hub programs are arranged by a level of publicity, comercial malls are arranged on lower level which can provide opportunities for public to communicate, community centers are on middle level, and HRA programs are located on top level which can be the most private space, also these programs are merged with existing street programs.

steel deck

steel beam steel walk way aluminium profile rockwool

Detailed Section

Barrier

Rented Office

HRA Assistant Office

Exhibition

Community C

Section A-A

Section B

Corridor

Green Roof

HRA Job Market

Parking Lot

Second Facade

Subway

xon

B-B

Section C-C

III VERTICAL VILLAGE

Reconstruction of Village in the City Individual work

Instructor: Danwei Wang Location: China 08/2016-10/2016

Background

Elements of The Village

ancestral hall

farmland

Elements of The Cities

garden

custom

communication

vertical

structure

integration

Process

b f

a. People get some empty sapces; b. They put their hopes in these spaces; c. People use pre-fabricate and module to make them into realities; d. They use these spaces for their own needs; 19

e. The spaces are attached together and can be built upwards; f. With the development, people have some new ideas; g. They can move or add modules by their needs; h. The development of the building will never end...

Modules 1

down

single

down

1. single’s apartment 2. public kitchen

down

couple

down

1. living room 2. bedroom 3. washroom

2 down

up down

6up

4. dining room 5. guest room 6. balcony

In a fixed 6 m×6 m module, people can choose different spatial combinations according to their own needs, these drawings demonstrate several possibilities.

1 up down

couple& child

up down

three generations

With continuous development of urbanization, the integration and contradiction of rural and urban became more and more obvious. Village in the city is a specific example of this phenomenon, it refers to the rural villages evolved into residential areas during the urbanization process because all or most of the arable land was expropriated and farmers were still living in the original village. Today, the village in the city became unorganized and unplanned with poor living environment and mixed personnel. Residents living inside are mostly migrant workers or farmers in the city who have been burdened by loneliness, confusion, constraints and pressure. Therefore, it is essential to reconstruction the villages in the city, providing home that truly belongs to these people.

An ideal village in the city should have both country’s spirits and city’s modernization, my dream village in the city has following characteristics: 1. Economic: reduce residents economic burden and thus propose vertical idea. 2. Spirits: maintain country’s self-operating system and let every resident participate into daily operation and construction. Meet requirements from different residents as much as possible and meanwhile increase their sense belongs. 3. Integration: propose integrating active elements of country and city, and let the residents either back to previous nor completely abandon tradition. 20

urgent care

playland

cinema

meeting room terrace

public kitchen laundry gym farmland

retail store library flea market

Circulation Analysis

Top Perspective

North Elevation

East Elevation

1. lobby 2. communication area 3. fair market 4. retail store 5. library 6. recreation area 7. farmland

First Floor Plan

5 up

3 up

2 1. apartment one 2. self-access room 3. apartment four 4. apartment five 5. apartment two 6. apartment three 7. communication area

Fourth Floor Plan

5 2

5 up

Thirteenth Floor Plan

1 apartment one 2. gym 3. terrace 4. laundry 5. apartment two 6. apartment three

A-A Section Perspective

IV URBAN SEEDS

Rest Places for City Cleaners

Partners: Yi Liu, Wei Cai, Runsheng Wang My work: research, concept, drawings (plans, elevation, section and exploded axon), models (handmade and sketchup), ecotect analysis. Instructor: Yu Liu Location: China 03/2015-06/2015

Background City cleaners, as less privileged group in society, dissociate at margins of the city. Due to lack of voice, their living conditions are often ignored and their individual rights are not guaranteed. However, the development of a harmonious society can not be separated from the care and respect of each individual, Therefore, we focus on the city cleaners and decide to design a rest place for them to satify their needs in their daily life.

As a group that needs to work outside almost a whole day, they need a place to solve their daily needs. Also considering China is a vast country that different areas exist big difference in climate. Therefore we selected five different bases at five climate zones in China, in order to explore adaptability of a same series of buildings in different climatic environment and made relevant ecological design strategies as well as five corresponding rest places schemes.

Timeline of Cleaners' One Day

03:00am

08:00am

Climate Analysis

Xi'an cold region

Wuhan

hot summer and cold winter region

03:00pm

Liuzhou

hot summer and warm winter region

05:00pm

Dali mild climate region

annual mean temperature

optimal orientation

geographical location

Wuwei

severe cold region

12:00pm

Concept

URBAN SEEDS will distribute and grow in different cities, and adapt to different climates. Thus, the building is separated into structure and detachable units. Massâ&#x20AC;&#x201D;adapt circle for reducing shape coefficient and heat loss, and also distridute strong wind.

mass

dining

structure

storage

detachable units

rest

entertainment

Structureâ&#x20AC;&#x201D;not a skelet but a completed building. However it is not ready for use as a rest place. Detachable unitsâ&#x20AC;&#x201D;choose the corresponding unit based on specific needs. Also install these detachable units flexibly on the support.

Ecological

archetype

second floor spinning

roof pitch

uplift

sinking

cantilever

water curtain

verge board

attached sunspace

sunshade

indoor plant

Rainfall collection

Possible Future Visions

study room

Internet bar

restaurant

cafe

convenient store

book bar

storage

office

In the future, URBAN SEEDS may not only be the rest places for cleaners, but also become more universal and adaptable with more social functions. So it can spread like a seed into every corner of the city to provide people more services. Thus we provide many ideas regarding future changes, such as book store, coffee shop and convenience store which can be achieved by retaining support and variant parts and making small modifications based on the original. So that it will become a sustainable green building. 28

Liu Zhou

pv panel

OSSB adjustable louver (sunshine)

open space

atrium

light gauge structure

low-e glass

radiant floor adjustable louver(wind)

Exploded Axon

Ecotect Lighting Analysis

First Floor Plan

down

1. dining room 2. menâ&#x20AC;&#x2DC;s locker room 3. women's locker room 4. storage 5. men's room 6. women's room 7. shower room 8. entertainment room

Second Floor Plan

Summer Daytime

Summer Night

Winter Daytime

Winter Night

Wu Wei

pv panel roof planting

Summer Daytime

Summer Night

adjustable louver(sunshine)

OSSB attached sunspaces

Winter Daytime

Winter Night

light gauge structure Before Test

low-e glass

radiant floor adjustable louver(wind)

Exploded Axon

After Test

Summer Daytime: Control sunlight into the room, enhance ventilation, sink restaurant for cooling, plant on roof to moisturize wind. Summer Night: Open all windows to reinforce convention ventilation for cooling and bringing fresh air and remove heat. Winter Daytime: Adjust sun roof angle, close all windows, attached sunspace for heat exchanging, radiant floor to reserve heat, close northwest louver to resist cold wind. Winter Night: Close all windows to circulate accumulated heat during daytime, radiant floor to release heat and sinking treatment for insulation, attached sunspace for heat exchanging, close louver to resist cold wind.

Xi'an

pv panel

Summer Daytime

Summer Night

OSSB

water curtain adjustable louver(sunshine) attached sunspaces

Winter Daytime

light gauge structure

Before Test

radiant floor

low-e glass adjustable louver(wind) 31

Exploded Axon

Winter Night

After Test

Summer Daytime: Louvers to prevent sunlight, open northeast and southwest windows and adjust louver's angle to ventilate, use water curtain to achieve cooling effect. Summer Night: Open all windows to reinforce ventilation for cooling and bringing fresh air and remove heat. Winter Daytime: Use large south windows and adjust louver's angle for solar radiation, use attached sunspace for heat exchanging, use radiant floor to reserve heat, close northeast louver to resist cold wind. Winter Night: Close all windows to circulate accumulated heat during daytime, attached sunspace for heat exchanging, radiant floor to release heat.

Wu Han

pv panel Summer Daytime

Summer Night

Winter Daytime

Winter Night

Before Test

After Test

OSSB adjustable louver(sunshine)

radiant floor attached sunspaces indoor planting

light gauge structure

low-e glass Exploded Axon

Summer daytime: Use louvers to prevent sunlight, close all windows to prevent hot air, plant indoor for cooling, open skylight on plant area to form air pressure ventilation to remove heat and cool inside. Summer night: Open all southeast and northwest windows to form ventilation, plant indoor for cooling. Winter Daytime: Close all windows to prevent indoor heat loss, skylights and south large windows to receive solar radiation, attached sunspace for heat exchanging between indoor and outdoor, radiant floor to reserve heat. Winter night: Close all windows to prevent indoor heat loss, radiant floor to release solar radiation heat which was stored during daytime.

Da Li

pv panel Summer Daytime

Summer Night

Winter Daytime

Winter Night

OSSB adjustable louver(wind)

radiant floor

water curtain atrium

Before Test

low-e glass

light gauge structure

Exploded Axon

After Test

Summer Daytime: Adjust angle of louver to control sunlight entering the room. Open all windows for ventilation. Courtyard with its green plants and water can regulate buildingâ&#x20AC;&#x2122;s temperature and humidity. Summer Night: Open all windows for convection ventilation cooling, garden green plants and water contribute to cooling and humidification. Winter Daytime: Adjust the louver to provide indoor heat. Close all windows to prevent outdoor cold air from entering. Close the south louver to block the strong southwest wind. Winter Night: Close all windows to circulate accumulated heat during daytime, maintain appropriate indoor temperature, close southwest louver to defense the cold wind from southwest.

V NEW FROM OLD

Urban Design for Hanzhong Railway Station Plaza Partner: Qian Wu

My work: research, concept, drawings (plan, perspectives), diagrams( site analysis, strategies analysis, ecological analysis), models (sketchup) Instructor: Jian Cao Location: Hanzhong, China 03/2016-06/2016

Site Analysis A

people oriented

integration

shopping

Increasing of land price and development density. B

Lack of positions due to increasing out-comers. C

transportation Lost culture during economic growth, needs inheritation. residential area

new traffic mode

ecology

Ve g e t a t i o n d i s t r i b u t e s r a n d o m l y w i t h o u t organization and planning. E

site landscape node commercial area

traditoinal custom

Crowded traffic in front of station, needs distribution and relief.

Strategies Analysis

road organization

visual corridor

public transportation

featured industry

business activities

people oriented

human & vehicle flow

rainfall collection

urban greenery

bio-friendly

imagery water channel

TangLuo old road

plant communities

sculpture art

cultural center

road building plane formation

skyline

height determination

architectural retreat

Development of Base Map

landscape

sectorization

8 3

6 6

7 2

6 9 6

1. business square 2. pocket courtyard 3. culture square 4. recreation square 5. culture center

6. business 7. hotel 8. existing 9. offices

Plan 1

1 4

1. office 2. business 3. catering 4. hotel

Recreation Square Plan

4 5

1. station 2. parking lot 3. public tran â&#x20AC;&#x201D;sportation 4. business 5. catering 6. culture center 7. hotel

Culture Square Plan

Han Zhong, as a famous historical and cultural city, has tremendous development opportunities and demands from different perspectives. With connecting by High-speed railway, the reformation of square in front of the railway station has a profound impact to the development of the city and its nearby region. The project is located in the core area of transportation hub, and the future has multiple values of property development. Land development model: Comprehensive developing model by using commercial and hotel as core drivers to drive other businesses. Overall positioning: An integrated traffic hub and city lounge with catering, tourism, shopping, culture and leisure, as well as full of Hanzhong city style and modern business atmosphere.

Ecological Analysis

roof planting to promote ecology imagery water channel collecting green planting water cycle and road water circulation

landscape pool and planting roof water cycle

return to the surrounding ecological environment open space water channel space

rainwater recycle & reuse waste water recycle & reuse

Imagery Extraction Through the analysis of Hanzhong historical figures and understanding of its history, locating the statue of eminent person Zhang Qian who is well known for opening up the Silk Road at the end of cultural square of site central axis. The statue has been lifted to a certain altitude so that tourists can appreciate Hanzhong history and local culture at the first time when exit the station. statue of Qian Zhang

hitching post stone

Han River

Hitching Post Stone is a unique folk stone carving in the north of China, which was a useful carving boulder strip used to tie mules in many wealthy families. Both have the decorative function and flaunting their wealth, also given significance of avoiding evils and protect house. The decorative hitching post sketches set up in the site echoing with the Tangluo old road, but also decorated the square and enriched pedestrians’ feels.

Han River is the longest branch of Yangtze river and plays an important role in Chinese history, flow thorough Hanzhong. Han river shore is Hanzhong people’s favorite relaxing and exercising place. People walk along the shore and enjoy its beautiful scene. Therefore, I introduce stream to the site and make the brook road run through the whole walking area, bring a steady flow of fresh vitality to citizens’ leisure life.

Hanzhong is a historical and cultural city which has many quaint old streets including varieties of commercial forms, such as walnut bread and hot rice noodle can be seen everywhere. Although there’re blocks of shopping malls sprang up everywhere, small retailers along the street still dominate the market.

Old Street

VI COMMUNITY CENTER

Individual work Instructor: Ines Martin Robles, Luis Pancorbo Location: Santa Monica, CA 01/2019-05/2019

Valley plains are the main part of the urban territory of Los Angeles which are historically subject of periodical flooding. The site is located in Santa Monica, which is suffered from water catastrophe due to the flooding. Therefore, uplifting the building is one of the strategies to solve this problem. The project is a community center to satisfy the needs of neighborhood. The main programs of the community center are urgent care, shelter and community. The form of my design follows the direction from railway station to road which welcomes people from railway. The landscape in the site composed by many strip-type gardens and square, which has an interaction with building form and also as rain gardens during the flooding period. The height from ground to floor of different part of the building follows the landscape of the original site which creates many height differences to abundant the space. The courtyards apart different main programs and creates the place for people to have connection with nature. Massing Process

a. The form is divided by circulation direction b. Create height differences according to landscape c. Uplift to avoid flooding d. finished

Ground Plan

Construction Process

a. structure

b. floors and walls

c. roof

d. windows and doors

3 4 5

Third Floor

1. Reading Room 2. Study Room 3. Classroom 4. Study Room 5. Reference 6. Shelter

4 5 6

Second Floor

1. Media Room 2. Reading Room 3. Study Room 4. Children Room 5. Classroom 6. Reference 7. Shelter

3 7

1 3

First Floor 1. Exam 2. Ward 3. Pharmacy 4. Multi- function 5. Study Room 6. Community Lobby 7. Cafe 8. Office 9. Shelter Lobby 10. Gym

8 9 4 6

10 5 1

Structural System 1. Primary Beam 2. Secondary Beam 3. Column 4. Foundation 5. Braced Frame

3 4

1. 3mm aluminum sheet 2. Industrial laminated wood 3. 40mm thick extruded polystyrene thermal insulation 4. Foam thermal insulation 5. Self-protected waterproofing bituminous sheet for roofing 6. Metal deck 8. 3mm aluminum sheet with anchor hook 9. Clip angle 10.Anchoring sheet metal 11. Double T- steel 12. Insulation panel 13. L shape for fasterning anchoring system of the trim plate 14. L shape for fastening metalwork 15. Window panel fastening system 16. Suspended ceiling 17. Window glass 18. Insulation panel 19. 40mm polished coating 20. Fire- safing

Sectio

on A-A

VII ALTERNATING SEQUENCE Genealogies of the Column

Individual work Instructor: Heather Roberge, Katie Stranix Location: Washington D.C 09/2018-12/2018

Figure Ground Development

Module Diagrams

Patheon in Paris

Iteration 2

Gothic

all

iult

Iteration 1

exhibition

Iteration 3

cti

lle

stu

/ afe

te iva

Iteration 4

cti

lle

o ac

urt

o nc

ild

n ati

lve

s en

lou

cti

lle

ce offi

vic

r se

cti

lle

B A B A

Project Statement My early research analyzed and combined the spatial characteristics of the Neoclassical and Gothic columns as seen in Patheon in Paris and Notre Dame Cathedral. Both architectural plans are symmetrical along the central axis and emphasize the spatial order to define the relationship of nave and side aisle. In both projects, perimeter aisles fold and change orientations filling the exterior massing with three dementional spatial definition. Similarly my work explores the contrast between open and dense space,with the arrangement, sequencing and rotation of linear column arrays.

Ground Floor Plan

1. entrance 2. service hub 3. exhibition 4. cafe seating 5. cafe display 6. lounge 7. open shelves 8. period collection 9. current period collection 10. media collection 11. study 12. study room

Columns connected to one another as linear arrays are used to define project spaces. This draws directly on the linear arrays of the Patheon. The space of the beam fuses column with wall. The north side of the site is a forest, so in the rear of my project,small modules are oriented along a 45degree diagonal allowing spaces to have two views of forest. In the front, the modules are orthogonally in response to neighboring blocks.

Second Floor Plan

7. open shelves 11. study 22. mechanical room 24. restroom 25. multi-used hall 26. children collection 27. terrace

The spatial order alternates between open space and perimeter space, that acts as transitions between the open volumes. I created a sequence from dense space to open space by changing the height of the columns, the thickness of columns and interval between columns. Perimeter spaces are lower than open space and the interval between columns is smaller. In these transition spaces, the columns are extruded laterally to become thickened thresholds. The open spaces are defined at the perimeter, while the transition spaces are defined at both edges and above by the ceiling.

So neither the one who plants nor the one who waters is anything, but only God, who makes things grow.

VIII

GROWTH

Tamsui Church & Community Center Design Individual work

Instructor: Qinghuang Zhu Location: Tamsui, Taiwan 09/2014-11/2014

Corinthians 3:7

Concept Church, as hope of religious belief, its significance is self-evident. The church in religious believers’ mind can bring them hope, just as God in the believers’ hearts is the symbol of hope. So what I want to endow the church are full of prosperity and hope. Why God Means Growth All things receive nourishment from God and grow, man as well. People experience God's baptism in the church, plant seeds of love, faith and justice in their hearts and let them to grow, so that the believers can always be with God. What Is Growth initial type —— affected by internal factors and external influences —— follow certain orderly rules —— from quantitative to qualitative change —— ongoing –—— unfinished —— giving people hope 21

incubate

17 18 19 22

spiral

suspension

13 12

unfinished space

8 7 6

oxidation (copper board)

5 4

-1F

1 2

1. parking lot 2. cafe 3. equipment 4. restaurant 5. kitchen 6. ticket office

7. video shop 8. cafe 9. book store 10. lobby 11. ballroom 12. office

13. classroom 14. 7-11 15. rest area 16. library 17. church 18. exhibition

19. lecture 20. dormitory 21. hotel residence visitors (walking) visitors (driving)

OTHER WORKS

Other works & Hand-drawing

STAGES

03/2015-06/2015

Museum, as a stage, both exhibit branded history and undertake unpredictable future. As an intangible cultural heritage museum, what showing on the stage is not only stationary dusty cultural relics, but also vivid human acticity. Therefore, the museum should behavior as the stage which showing continuity, variability and other characteristics of the intangible cultural heritage. Meanwhile it will also provide people a stage for gathering, communicating and performing.

GRASSHOPPER

03/2015-06/2015

KUNMING OCT EXPO COMPETITION in CallisonRTKL, intern, 2018 Revit modeling, diagram drawing

THE END Yue Han

Email: yh6jh@virginia.edu 304-989-7146 301 15th St NW 4040A, Charlottesville, VA 22903