CHANG ARCHITECTURE HANYUAN PORTFOLIO 張瀚元 2010-2018 Bachelor of Architecture, Tamkang University
Born, 1991
Dept. of Architecture, Tamkang University, 2010
Contents architecture by experiment... 01 SWITCH ON ARCHITECTURE architecture as machine... 09 MACHINES : ART MUSEUM EXTENSION architecture from situations... 15 SCHOOL x SITUATIONS architecture of sharing... 21 SHARING HOUSING architecture of transformation... 24 TRANSFORMATION SCHOOL architecture by parasitizing... 27 PARASITIC TEMPLES REGENERATION, REFRAMING, RECAST architecture by regenerated... 29 Graduate Thesis Design, 2015 / indiviual work
Fourth year program, 2014 / indiviual work, academic Fourth year program, 2013 / indiviual work, academic Third year program, 2012 / indiviual work, academic
CHANG HANYUAN
Dept. of Architecture Tamkang University New Taipei City, Taiwan Cell phone : (+886)-930-388-289 E-mail : mikusupercell@gmail.com
Third year program, 2012 / indiviual work, academic
Urban research project, 2016-17 / team work, publication
Urban research project, 2018-Present / team work, publication
architecture for coexistence...
31TAIPEI WATER CO. HEADQUARTER & WATER RESERVOIR Professional work, 2016-Present / team work
To be Continued, 2019...
architecture by experiment...
SWITCH ON ARCHITECTURE
Graduate Thesis Design program, 2015-16
Site : N/A Category : Installation Type : Indiviual / Academic Work Advisor : Chung Yu Hua
In the nature world, all substances have its own condition. Observing the nature and artificial substance, it defines a visible or invisible limit in shape or shapeless. Through repeated experiments, I try to redefine a dynamic space by a flying installation which can release invisible wind energy when the power is switched on. By this basic concept and experiment, I start the further experiment of light material, opening size of skin and the scale of modeling in order to make human scale installation.
1
This project is a huge challenge for me to practice design because it is my first time use experimental result and conclusion to implement and accomplish an human scale architecture.
phase 01 :
What kinds of visible and invisible boundary in the world?
phase 02 :
How is the dynamic boundary happened?
From Preception to Construction
Preception Boundary The book "America building 2 : the environment forces that shape it," was published in 1972. It is about the boundary relationship between nature environment and preception. For example, atmosphere is asscoiate with preceptual system such as visual, auditory, tactile, olfactory and gustatory. This feeling invisibly exists a territory or a shalter which could be perceived by human beings. Hence, through sense, people can distinguish familiar or unfamiliar space or object in associated environment. Indirectly, the range of space would be defined. Environmental Boundary N at u re s u n l i g h t , w i n d o r organic material such as plants and trees can also be defined as limit of territory.
Energy Boundary eletronic energy, x-ray, thermogram highlight or climate condition all exists energy and can be visilualized in natural or artificial condition. For example, through x-ray, there is a unclear and blurred boundary between skin and bone. Anothers like eletronic energy would create thunder shape in atmosphere.
column wall, partition wall
roof & ceiling
Traditional building boundary is defined by column, wall or partition and roof or ceiling.
Replace Function of Column, Wall and Ceiling However, I tried to find a method to replace traditional building definition. I used drone whicn can create strong airflow to support a space. In other words, airflow had to replace function of column in construction. weight loading
ceiling
ceiling
airflow
space
space
space
floor
floor
floor
Traditional building
Airflow relace column, wall and ceiling
Traditional construction process Architecture Boundary
land
drone with four propellers
Strong airflow is created by drone
foundation
columns
beams
roof / ceiling
replace traditional contrustion process
New construction process helicopter
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airflow
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inflating
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inflation
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phase 03 :
Experiment 01 : Does "airflow energy" make space?
I made models to figure out whether airflow energy can create space and the relationship among airflow, skin and form.
Rectangle Type
Stacking Type
Square Type
Pillar Type
Interactive Ination Type 40cm
Add Control Points
power up
power up
80cm power down
Process of making human scale airflow model
power up
power down
frame
160cm
200cm
90cm
x8
plan
frame design
model design drawing
components
Above-mentioned models' testing, it can be sure that airflow may create space. Hence, to extend this results, I decided to make a human scale model whcih can be inflated by airflow and its formation.
inating machine design frame
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POWER
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Chang Han-Yuan
25%
Design Portfolio
50%
75%
human scale model testing
power up
power down
power up
section
This experiment was to test the form variation between two exactly the same model stacking together. I tried many methods in testing such as simple stacking and stacking and folding. When I switched on four fans in different moment, the form would start changing. Therefore, through controlling fans, the shape of model can be controlled.
When setting a inflating machine (self-flying propeller), this model would inflate and follow rising. This result allowed me to have further experiment in next phase.
Experiment 02 : What is the model variation in different coverage?
10-12cm
55-60cm
Symmetrical models study
x4 pieces
18-20cm
coverage 1
coverage
Dissymmetrical models study study model 01
coverage 1
coverage 2
10-12cm 55-60cm
coverage 3 coverage 4
18-20cm
coverage 3
coverage 1 + coverage 2
coverage 2
coverage 1 + coverage 2 + coverage 3
coverage 4
process
process
study model 01-2
study model 01-1
coverage 2 + coverage 3
coverage 2 + coverage 3 + coverage 4
process
process
study model 02-2
5-6cm 55-60cm
double
top
front
right
single
double
top
front
right
single
double
top
front
right
single
double
top
front
right
single
double
top
front
right
single
double
top
front
right
single
double
process
process
study model 03-1
study model 03-2
further study model : integrated symmetrical study model & dissymmetrical model
10-12cm
2012
cover
perspective
top
2011
study model 03-3
x4 pieces
front processing
2010
process
45-50cm
single
x4 1/4 x 2 1/8 x 2
study model 02-3
9-10cm
right
x2
process
study model 03
front
x4 1/4 x 2 1/8 x 4
55-60cm
study model 02-1
top
x2
1/4 x 3 1/8 x 2
5-6cm
9-10cm
coverage 3 + coverage 4
x2
study model 01-3
study model 02
coverage 1 + coverage 3
x3
process
55-60cm
phase 04 :
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phase 05 :
Experiment 03 : What is the model va r i at i o n i n d i f fe re n t incision?
50cm
2cm
Six different testing models in differnet incision of piece of skin. 5cm 10cm
This experiment was testing a piece of skin when it have some incision in the part of installation. Utilize flow design software to stimulate. As a result, different scale or size of incision on piece of skin would make testing model have some degree of distortion.
5cm
10cm
15cm
20cm
type 01 section
5cm 10cm 15cm 20cm
top = 304.2 (cm2)
top = 284.2 (cm2)
top = 270.8 (cm2)
top = 257.5 (cm2)
top
bottom
type 02 section
top = 244.2 (cm2)
top bottom = 304.2 (cm2)
angle = 133
angle = 130.11
bottom = 304.2 (cm2)
angle = 127.99
bottom = 304.2 (cm2)
angle = 125.7
bottom = 304.2 (cm2)
angle = 123.21
bottom
type 03 section bottom
top
type 04 section top = 230.8 (cm2)
top = 210.9 (cm2)
top = 197.6 (cm2)
top = 177.6 (cm2)
top = 164.4 (cm2)
top
bottom
type 05 bottom = 304.2 (cm2) angle = 120.51
bottom = 304.2 (cm2) angle = 115.99
bottom = 304.2 (cm2) angle = 112.62
bottom = 304.2 (cm2) angle = 106.99
bottom = 304.2 (cm2) angle = 102.68
section
上片
下片
mid
type 06 section
top=48 B=60 W=48 H60
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Chang Han-Yuan
Design Portfolio
top
bottom
phase 06 :
Two different testing models by twining incision pieces of skin on installation. type 07
Experiment 04 : What is the formation in multiple combined models?
When three or multiple installation compose t o g e t h e r, i t c a n c r e a t e d y n a m i c s p a ce formation. In this experiment, I designed a structure which included three frameworks and fans. Through this structure, stimulating a experimental result of multiple installations was possible to be recorded. When I build up a stimulated model in 3D software, I tried to envision the relationship among human, installation and space.
type 08
build up a experimental platform for stimulating three installations combination design.
drawing a section in 3D software and stimulate scale in reality.
envision a scenario when setting this installation in exhibition.
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phase 07 :
Human scale installation 1.0 : First approach W h at i s t h e p r o ce d u r e i n m a k i n g h u m a n s c a l e installation?
A4 = 7162cm2
1. I looked for a flying machine for installation design. First of all, I built a typical drone and made detail setting and programming in Arduino and MissionPlanner.
A2 = 2798cm2 A9 = 9655cm2 A10 = 11607cm2
A1 =5088cm2 x 6 = 30528cm2
A1 =5088cm2 x 6 = 30528cm2 A2 = 2798cm2 A3 = 2398cm2 A4 = 7162cm2 A5 = 6492cm2 A6 = 7447cm2 A7 = 3155cm2 A8 = 14845cm2 A9 = 9655cm2 A10 = 11607cm2
disassemble all pieces of skin and make sure all it weight can be supported by drone motive power.
2. To construct a soft skin material in place, I made a temporar y framework for attach it in my design shape. I rationalized all the pieces of skin and composed it in p h y s i ca l m o d e l . W i t h o u t utilizing plastic bag, I selected aluminum foil as primar y material because of its light and durability.
build up a drone and set up in Arduino framework for skin attach 220-230 cm 180 cm
250-260 cm
90cm 90cm
phase 08 :
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Chang Han-Yuan
Design Portfolio
What is the formation in human scale installation 1.0?
testing installation 1.0
A5 = 6492cm2
A3= 2398cm2
3. I installed drone on the aluminum foil skin and made it in testing position.
Total = 96087cm2 96087(cm2) x 0.0017(g/cm2) = 163.35(g)
A8 = 14845cm2
A6 = 7447cm2
A7 = 3155cm2
4. When I switched on the power of drone, it produced lots of wind energy by four propellers. This drone started to fly and its air flow full all inside the aluminum foil skin. Without supporting structure, this installation space can stand and perform it dynamic form in the air by drone's motive power.
time
phase 09 :
h=180cm
h=220cm
h=210cm
h=190cm
h=190cm
h=180cm
relationship among time, height and formation
Human scale installation 2.0 : Second approach What is the formation in human scale installation2.0?
The result of installation 1.0 made sure that this drone had a b i l i t y to s u p p o r t t h e f l y i n g installation space. In second design approach, I designed more sophisticated by utilizing two skin layers. I constructed the installation 2.0 by twining pieces of skin which similar to twine bandage. When the drone was installed in right position, the testing was beginning. Compare to the first installation, because of two layers of skin, this installation performed more coated and therefore, airflow from drone can be enclosed in relative close space. As a result, this installation had obvious height variation.
This render is to stimulate a scenario when three or more installations compose together and create a temporary airflow space.
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architecture as machine...
MACHINES : ART MUSEUM EXTENSION
Fourth year program, 2014
Site : Taipei Fine Art Museum, Taipei City, Taiwan Site Area : 650m2 Type : Indiviual / Academic Work Advisor : Chen Chen Cheng
Machine is similar to architecture. It could trigger many kinds of mechanism to solve problem and affect using experience. And this concept could be use in architecture design.
By researching and studying four different types of photographs, I transform its types into four unique machine spaces and each machine space include specific characteristic and experience. Also, this four machine spaces would be an extension architectural exhibition space in Taipei fine art museum. Therefore, this project aim to challenge a traditional way in which we hold about architecture. 9
1.
phase :
(I)
phase :
ORIGINAL [material]
(II)
Her photos contain high contrast, bright color and reflection which is similar to kaleidoscope. Therefore, I would like to create a space, included many mirrors, to reflect color when people walk through.
ANALYSIS
[measurement]
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f/1.4
f/2
f/2.8
f/4
f/5.6
f/8
f/11
f/16
f/22
2.
f/32
When people shooting in close, it could “rotate” a lens in order to focus on target. Through slow, careful and concentration, the target would be captured silently and purely in a scene.
1.
(III)
phase :
Her photograph projects are known as brightly color of decoration, people, flowers, goldfish and landscape. Also, her photo exist strong color contrast which make people feel fascinatic.
6”x 6”Square Photos
Slow in Time
[concept]
6
3.
1/1000s
1/500s
2.
Kawauchi Rinko
Focus
Blur in his photos are a main characteristic, and it is because of the movement when he takes photos. Thus, I would like to create a moveable space in order to present a movement situation.
select four photos as beginning
Mika Ninagawa
Focus
DIAGRAM
3.
1.
Focus
Focus on the scenes by Microscopic Perspective
2.
4.
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Her photograph projects are known as her detail observation of daily life. Through carefully and calmly in taking photos, her projects present silent and pure.
1/250s
1/125s
1/60s
1/30s
1/15s
1/8s
1/4s
1/2s
analysis four photos' characteristic
3.
Moriyama Daido
His photograph project are known as using special shooting angle, blur, high black and white color contrast. He use this methods to record urban life.
rea lit
y
4.
4.
Araki Nobuyoshi
His photograph are known as violence and sexual issue. Also, his projects contain high tension and it make people feel under great pressure.
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illu
2016~
sio
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Rea l ity a nd il l us io n l ike two strength which pull and drag each other in Araki Nobuyoshi’s photos. Therefore, through horizontal movement of some mechanism, it can create a high tension feeling when people stay in the space. Academic
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1.
"Reflection" Machine:
By using 16 mirrors, it can create multiple reflection when people stay in this machine. And this atmosphere seem like walking into kaleidoscope. cross section
cross section
section
reflection mirrors
phase :
(IV)
"Reflection" Machine : photos & CNC model components
PROTOTYPE
mirror
[operation]
circulation / pathway revolve pull
rotation core
2.
"Focus" Machine:
In this machine design, there is a constant rotation core. Its rotation symbolize using camera lens when focus on minute things.
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cross section
Chang Han-Yuan
Design Portfolio
cross section
section
"Foucs" Machine : photos & CNC model components
3.
"Vague" Machine:
In the middle of machine, I design a tunnel which could slightly move up and down by gears rotation. Thus, when people take photos inside the machine, it could hardly take photos clearly.
phase :
(IV)
cross section
section
section
slightly rotate
"Vague" Machine : photos & CNC model components
PROTOTYPE
tight rope
[operation]
circulation / pathway
"Tension" Machine : photos & CNC model components
revolve pull
pull rod : back & forward
4.
"Tension" Machine:
Through connection rope on pull rod on the machine, it can pull and drag the rope when pull rods move back and forward.
cross section
cross section
section
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phase :
(V)
PLACE REPRESENTATION [spatial relationship]
For the site, I tried to discover a original building in Taipei which may exist high potential to have extension construction. Fo r t u n ate l y, Ta i p e i f i n e a r t museum is the best site based on my design. This museum has been built for 35 years. Therefore, to extend exhibition area might be a good design approach for Taipei fine art museum.
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Taipei Fine Art Museum
Chang Han-Yuan
Design Portfolio
phase :
(VI)
CONNECTION/EXTENSION [context]
Taipei fine art museum was composed by many rectangular tubes. Fortunately, this typology can be suit for my four machine spaces design. First, this four machines can be connected in linear shape and this shape is similar to original rectangular tube structure. Secondly, to connect new four machines combination, I design a bridge from original museum to new machine museum. Therefore, original exhibition area can be extended to outside machine museum.
phase :
(VII)
"FOUR MUSEUM"
Four museums, reflection, focus, vague and tension represent four different types of experiences and atmospheres. This experimental architecture might create a new exhibition approach for citizen to visit. Also, when citizens walk inside the machine museum tunnel, they can realize four photographers’ concept in photo projects. Therefore, this design not only connects the old museum and machine museum but also provide new sense in architecture.
[function]
"Reflection" Machine A
B 560
C 620
"Vague" Machine
"Focus" Machine D 630
E 480
F 540
6050
"Tension" Machine
G
H
430
I 430
1180
J 1180
1610 310 1300 340 1610 960 310 650
650
GL 0
four machine interior renders
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architecture from situations...
SCHOOL x SITUATIONS
Fourth year program, 2013
Site : Tamkang High School, New Taipei City, Taiwan Site Area : 57,000m2 Type : Indiviual / Academic Work Advisor : Huang Jui Mao
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Situations create activities, and activities create interaction with architecture. In Tamkang high school, students’ energy in every annual events exist huge influence to create diversity aspects. By depicting and designing a simple prototype which represents school identity, it can be composed for multiple use in order to adapt variation of activities.
SITE INVESTIGATION : ARCS
PROTOTYPE : ARC COMPONENT
Arc shape is a main element in Tamkang high school.
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ARCHITECTURAL ELEMENT
Arc shape can be a key element in developing "arc component"
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Arc element becomes a language in many school buildings. It represents TK high school identity.
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A prototype of arc component could be constructed by students and be reused in every years events. Also, this components have great potential in architectural performance such as stacking, composing and arrangement.
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Architectural Performance : Stacking
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SITE : SPATIAL PATTERN LINEAR
POINT
Single
Single
L TYPE
U TYPE
T TPYE
COURTYARD
Single
Single
Single
Single
Multiple
Multiple
correspond to spatial patterns by composing arc components...
EXISTING CONDITION : EVENTS & SITUATIONS
Combine
SITE PATTERN & RELATIONSHIP GEOGRAPHY GREEN AREA
LANDMARK HISTORICAL BUILDINGS
ROAD
MAIN PEDESTRIAN
MINOR PEDESTRIAN
MINOR PEDESTRIAN
ROAD (CARS)
ACTIVITIES MAIN ACTIVITES AREA CONNECTION
FIGURE GROUND BUILDINGS
OPEN AREA
Different e vents or situations correspond to different site pattern. Arc components combination have potential to define relationship between space and activities.
Dr. MacKay Cemetery (1901) Octagonal Hall (1931) Tamkang Church (1965)
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High School Playground Kindergarten Playground Aletheia University Playground
Chang Han-Yuan
Gym (1923) Dr. MacKay Memorial Library (1939) Alumni Center Documentary Museum(1971)
School Historical Museum (1915)
Girls Gym (1915) Girls School building (1916)
Design Portfolio
Ln.3, Zhenli St. (4m) Xinmin St. (8m)
Zhenli St. (4m) High School Main Pedestrian High School Minor Pedestrian
Ceremony / Events Multiple Clubs Area Basketball / Volleyball
Tamsui Junior High School
Annual Events (Main Plaza) Tamkang High School (SITE) Football (Main Playground) Tamsui Historical Building Area Playground Aletheia University
LI-4
LI-5
LI-6
LI-7
LI-8
P-5
P-6
P-7
P-8
P-9
P-10
T-3
T-4
T-5
T-6
T+L-6
T+L-7
T+L-8
T+L-9
T+L-10
U-5
U-6
U-7
U-8
U-9
C-9
C-10
C+U-3
C+U-4
C+U-5
C+U-6
C+U-7
T+U+U-8
P-3
P-4
T-7
T-8
T-9
T-10
T+L-5
U-10
C-5
C-6
C-7
C-8
C+U-9
C+U-10
L+U-4
L+U-5
P
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T
T+U-6
T+U-7
T+U-8
T+L
8
U
C
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T+U+U-9
T+U+U-7
C+U
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L+U
T+U T+U+U
5
T+U+U-10
2
LI
10
T+U+U-6
T+U+U-5
T+U-10
T+U-9
P-2
C+U-8
T+U-5
L+U-10
L+U-9
L+U-8
L+U-7
P-1
LI-10
LI-3
L+U-6
1
LI-9
LI-2
4 3 LI P T L U C
: : : : : :
Linear type Point type T type L type U type Courtyard
Component Units : Possibility
Develop similar spatial combinations to interact with spatial pattern of site.
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SITE PLAN : COMBINATION MAKES CREATION
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In Tamkang high school, this site exists different spatial relationship such as enclose space, courtyard space and linear space. Base on those relationship, different combination of arc components could be used by students to create diversity events or transform conventional events to novelty aspect. In other words, by constructing arc components, students have a chance to make their own unique amusement park during all kinds of activities, events and celebrations.
Chang Han-Yuan
Design Portfolio
SCENARIO 01 : CHRISTMAS
As Christian school, Christmas is the biggest event in entire year. In this moment, students decorate the biggest pipe tree which is the heart of school. In addition, all kinds of Christmas events such as Christmas party, performance, singing in chorus and so on would be hold in different combination of arc components. Such arc components can be defined in diverse compositions which can be fit in diverse Christmas activities.
SCENARIO 02 : ANNIVERSARY CELEBRATION
On March, the most important events of school is anniversary celebrations. Most of students would pay much time in holding this events and prepare distinct performance such as dancing, chorus, magic performance, short drama and so on in every school corner. Therefore, distinct combination of arc components could be assemble in stage and audience seating area. Also, this combination could efficiently correspond with novelty performance.
SCENARIO 03 : GRADUATION PROM
For all third year students in high school, graduation prom would be the most impressive events in their memory. By combination of arc components, students can creative distinct dancing pool corresponding different kinds of music and costumes. In addition, by stacking those arc components, it could create second floor for some relatively motionless activities such as beverage bar or snack bar.
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architecture of sharing...
SHARING HOUSING
Third year program, 2012
Site : Daan district, Taipei City, Taiwan Site Area : 720m2 Type : Indiviual / Academic Work Advisor : Lai Yi Chen
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Located in the silent area of Taipei city, good life quality and interaction become a significant issue in urban housing design. With sharing people’s life as design strategy, the whole project is like a dynamic platform which provide a place for tenants to interact with each others. It includes a single unit type which can create some terraces when this units stacking in zigzag. Hence, through connection with other units, the central of living will be provoked by this unique configuration.
Aly. 11, Ln. 183, Sec. 1, Heping E. Rd.
[Unit A (2 stories) : living, dining, kitchen, 3 bedrooms and terrace] x 4 [Unit B (2 stories) : living, dining, kitchen, 4 bedrooms and terrace] x 3 [Unit C (2 stories) : living, dining, kitchen, 2 bedrooms and terrace] x 1 Total : 8 units
I hypothesize this building members include one units for landlord and seven residential units.
Sta ir
UNIT PROTOTYPE
Single Unit
Double Units
STACKING in ZIGZAG
Transform Units
Stacking Units
Develop a single unit. When stacking units together, it can create terraces for connecting interior and exterior.
:u
p&
do
wn
6F
Unit A
(living, dining, kitchen and terrace)
5F
Unit A
(bedrooms)
Unit B
down
Ln. 9, Qingtian St.
UNITS & RELATIONSHIP
In the center of Taipei city, this area contains potential residents who have their own specialty such as yoga teacher, dancer, music instrument player and so on. Through sharing knowledge a n d e x p e r i e n ce , a l l re s i d e n ts are contributors of community. Therefore, sharing, learning and teaching become a central thought for co-living in this building.
Stair : up &
Ln. 183, Sec. 1, Heping E. Rd.
SITE & PROGRAM
(rooms and terrace)
Core
Unit B
(living, dining, kitchen and bedrooms)
B3 Extension Family B2 Extension Family
C1 Landlord A4 Nuclear Family
B1 Extension Family
Unit C (landlord)
Living Units
(living, dining and kitchen)
Sharing Terrace
A3 Nuclear Family
Circulation
A2 Nuclear Family
A1 Nuclear Family
By stacking in zigzag, terraces interlace between exterior and interior. And this terraces can be shared with other residents. 2010
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3F 2014
Stair : up & down
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Academic
4F
Unit C (landlord)
(bedrooms and terrace)
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3 4 2
1
GF Plan
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6
7
1 2 3 4 5 6 7
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Chang Han-Yuan
Design Portfolio
Std. Plan
A1 Room (dinning/living Area) Security Room Rental shop Housing Entrance A1 Room (bedrooms Area) B1 Room Sharing Terrace
model photos
Section
architecture of transformation...
TRANSFORMATION SCHOOL
Third year program, 2012
Site : Zhuwei, New Taipei City, Taiwan Site Area : 44,200m2 Type : Indiviual / Academic Work Advisor : Lin Chia Ju
Zhuwei junior high school has already elevated status of Zhuwei high school. However, because of growing students including junior and senior, original space is insufficient for accommodating students. Also, this high school will have contract with Taipei National University of the Arts. Therefore, it can imagine that the teaching type will have tremendous changing in the future. In this project, I tried to figure out architecture issue from the state of original building framework and the relationship between space and users. 24
additional extnesion program : arts library
STRATEGY & CONCEPT
In the configuration of the original building, the relationship between exterior and interior boundary seem as a strong limitation. By utilizing the double corridors, I tried to make blur in between classroom and one side of corridor so that the boundary is broken and original classroom space can be extended.
BOUNDARY : DOUBLE CORRIDORS
" d o u b l e co r r i d o r s " becomes a beginning of design strategy. 1. Abandon one side of corridors. 2. Extend origianl classroom and combine with it.
BOUNDARY & TRANSFORMATION
utilize one side of corridor to extend space
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Chang Han-Yuan
Design Portfolio
Layer 2
Layer 1
single unit transformation
3. flexibility for multiple usage
two layers of boundary : classrooms & facade
There are three layers in between exterior and interior. Layer 1 : original classroom boundary Layer 2 : extend original classroom Layer 3 : add stairs for connection Layer 3
Layer Section
Layer1
double units transformation
+
+ Layer2 -Extension
Layer3 -Connection
Extension Library a
This extension library is in the center of school which acts a primary character for students to study and also activites. On the ground level, there is a smooth slope raising to second floor which is a main entrance of library and the bridge to original school building. On third floor, it is a typical library for researching and studying.
a’
GF Plan GF Plan
2F Plan
2F Plan
model of library
3F Plan
3F Plan
Section
transform classrooms design 4F Plan extension design/library
Elevation
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architecture by parasitizing...
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PARASITIC TEMPLES
Urban Research Project, 2016-2017
Temples become a part of urban scape in Taiwan. In Taiwan, temples are materializaton of religion. They are types of buildings which be seen as universal form in Taiwan society. Based on people's requirement of religion, small temples start to be disseminated in every urban corner of Taiwan. Therefore, this project is similar to doucumentary. This project significantly presents the difference
Site : Taiwan Type : Team Work / Professional Work / Publication (ISBN: 978-986-384-237-8) Involvement : Designer/Illustrator [research, 2D drawing, 3D modeling] WillipodiA Founder : Lai Po Wei WillipodiA Urban Reseach Group
of Taiwan urban context and other moden city in the world. Through conventional field research and online map research, our team categorize 108 types of temples in systematic records. In addition, we selected 36 representative types of temples and compiled in a publication. To me, this book shows the most characteristic part among society, architecture and urban development in Taiwan.
Temple in Parking lot Binjiang Tranditional Market
25o04'01.6"N , 121o32'12.2"E
Artificial Host Architecture Parking
In the Center of Ccircular Ramp The temple’s origin : Urban Context Artificial Host Domestic Parasite Site Condition : Earth Site Size : S Concrete Invisible : no temple’s appearance Incompleteness of the Plaza Temple Administrator Space
Binjiang Tranditional Market
Riverside traditional wholesale market (the second fruit and vegetable wholesale market) Taipei City, was established in 1985. This market established the m o st a cco m p l i s h e d a n d a d va n ce d fruit and vegetable auction system in Taiwan, providing producers, suppliers, underwriters and consumers the best quality services. The establishment of fruit and vegetable supply center created the supply chain to fresh supermarkets, large consumer households and other daily needs of the fruits and vegetables. This is also a precedent for a modern vertical wholesale market, almost like a large parking structure.
There is a Fu De temple in the geometric center of the car ramp, for the people working in the market to worship, held a celebration. For example, a major festival in the market is "Zhongyuan Purdue". The famous seafood restaurant "Ichiro Japanese cuisine" is in this vertical wholesale market on the fifth floor, so people who drive to the restaurant will see the Fu De Temple, the wonder of the Taiwan market temples, from the slope of the circular looping process.
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REGENERATION, REFRAMING, RECAST This Project is followed the Parasitic Temples project. Parasitic project is recorded the buildings which no architect builds. On the contrary, Regeneration, Reframing, Recast project is to record masterpieces from famous architects to rebuild infrastructure.
Silo Harbor Apartment, Denmark
architecture by regenerated...
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Old port areas across Europe are being gradually converted into high quality living areas. With wonderful scenery, waterfront area, close to the downtown area and its“original” features have made the old port area a fast development. Completed in 2005, the Frosilo Gemini is a silo renovation project on the waterfront of Brygge, Copenhagen. MVRDV's mission is to transform the renovation of the double silos built in the 1960s into apartment buildings. Silos were suspended in the 1990s due to the decline of the soybean processing industry (death cause). The limitations of the circular structure of the silo affect the design of the solution. Under the premise of maintaining its internal characteristics, it is very troublesome to cut a large hole in the circular concrete load-bearing wall. Therefore, the living unit of the apartment is designed to be hung outside the
PUBLICATION IS IN PROGRESS Urban Research Project, 2018-present
Site : N/A Type : Team Work / Professional Work / Publication Involvement : Designer/Illustrator [research, 2D drawing, 3D modeling] WillipodiA Founder : Lai Po Wei WillipodiA Urban Research Group
silo instead of being filled inside the silo. Added around the perimeter of two original concrete cylinders, the external living unit can maximize the city view for each room. In total of eight-storey apartment, each living unit has its own private balcony, and the inside of the silo contains a public space and circulation space. It is housed in a hall with two spacious patios. The ground floor does not have the living unit of the apartment, but the core tube of the bare concrete. Unlike other warehouse renovation projects that have historical features, MVRDV sees silos as "futurist" house of the concrete exposed structure. Obviously, unlike the other“inwardly filled”silo modification cases in the world, this case is selected. because its "plug-in" makes the entire design more flexible.
SERIES : STORAGE TANK
Silo Harbor Apartment, Denmark State : Regeneration Site Condition : On the Ground Building Shape : Silo Original : Storage purpose
Storage Tank
1960s - 1990s
30
Death Cause Industry Transition
Storage Tank
1990s - 2005
15
No Need for Storage Reborn Location Factor
Housing
Open Space
Synthetic Design 2005 2010
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architecture for coexistence...
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TAIPEI WATER CO. HEADQUARTER & WATER RESERVOIR
Professional Work, 2016-present
Site : Zhongzheng Dist., Taipei City, Taiwan Site Area : 113,162m2 Type : Team Work / Professional Work Involvement : Project Designer [research, planning, schematic design, 2D drawing, 3D modeling, rendering, animation] Architect : Chang Ching Hwa / Lai Po Wei (Bio-architecture Formosana)
. (15M)
SITE PLAN
Ln.
104
, Se
c. 3
, Tin
gzh o
uR d. (
Shuiyuan Rd. (20M)
E
8M
)
Commercial Space
3
Square Entrance
B1
6
Double Wall
2
1
Double Wall
Water Museum
B
B2 Water Amusement Park
A
B3
A Taipei Water Headquarter (14F)
1 Water Square
C Rental Offices Building (14F)
3 Courtyard
B Rental Offices Building (14F)
ir
vo
er
es
t. r
1s
2. reverse the logo to reflect landscape
New Trees
Original Trees
B4
parking
service core
water reservoir museum water pressure station
Double Wall
relationship among center core, parking and water reservoir
2
1. center core plaza
2. old water reservoir
ir
vo
er
es
t. r
1s
1
Double Wall
2 Water Stage
4 Civic Square D Water Museum /Multifunction Center/Urban Farm 5 Water Tank Well E Commercial Space 6 Historical Building
Taipei Water Park
Double Wall Double Wall
5 Parking Entrance
Office Entrance
Road (16M)
1. logo of Taipei Water Co.
GF
C
D
MASSING DEVELOPMENT
2F
Rd. (8M)
Commercial Space
4
Ln. 160, Sec. 3, Tingzhou
gzhou Rd
Sec. 3, Tin
3. correspond to commercial area
4. access
5. circulation
6. configuration
7. setback
8. green and landscape
Relationship between People & Water
This project aims to integrate Taipei water department headquarter and water reservoir. The relationship between building and underground water reser voir structure should be arranged efficiently. Also, because of tremendous site and floor area, the impact of urban context should be considered deliberately. Furthermore, how to renovate a historical building (water pump station) is also a consideration. Therefore, different aspect of issues have to be thoroughly integrated in this project.
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M
31
8
3 1 D1
60
屋頂防水隔熱詳
面貼止滑 戶外面磚
洩水方向
125
b39 35x60
703 ?
315 60
b39 35x60
1
300
330
360
360
公館配水池暨多目標辦公大樓新建工程 名人堂花園大飯店新建工程
正
客房走道 329
60
九典聯合建築師事務所 台北市忠誠路一段111號5F TEL：(02)2831-3377 FAX：(02)2838-7712
100 175 185 65 1530 65
A11_05 ---
W5
GB6b 60x65
185
D2
DW09
124
客房 322
GB19 50x75
GB6b 60x65
張清華
日期106.03.15
林章鍊
SCALE A1=1/50 A3=1/100
蔡聖良 繪圖 張瀚元
業務號碼
設計 #1506
張清華 施工圖
圖名 外牆剖面圖 （十四）
張號
圖號 A4_20
DW09
中庭露臺 342
-6
室內裝修非 屬本工程 客房走道 329
防水隔熱詳
A11_06 ---
GB6e 50x75
3
1 : 50
校核
客房走廊 437
面貼止滑 戶外面磚 W5
面貼止滑 戶外面磚
FL 700
外牆剖面詳圖_31
核准
室內裝修非 屬本工程
C5
3FL(旅館)
2
客房走廊 537
面貼止滑 戶外面磚
室內裝修非 屬本工程
xx30
b39 35x60
室內裝修非 屬本工程
3015
FL 700
陽台防水詳
75
3FL(旅館)
1 : 50
修
W6
防水隔 熱詳
60 3015
3FL(旅館)
-7
124
18
A11_06 ---
FL 700
外牆剖面詳圖_30
工程名稱
33
面貼止滑 戶外面磚
203015
A11_06 ---
DW31
面貼止滑 戶外面磚
-6
50
防水隔熱詳
-6
b1 30x50
GB18 50x75
300
中庭露臺 342
300
DW08
客房走道 329
FL 1060
GB19 50x75
室內裝修非 屬本工程
客房 315
DW09
D2
C5
C5
室內裝修非 屬本工程
75
75 4FL(旅館)
W5
GB6b 60x65
15
FL 1060
客房 430
D10 f60A
客房走廊 630
W5
18
65 1530 65
4FL(旅館)
65 1530 65
360 360 客房走廊 437
室內裝修非 屬本工程
C5
室內裝修非 屬本工程
65
4FL(旅館)
60
152010 45
FL 1060
15 201045
-7
FL 1420
360
270
360
300
DW18
15 75
W5
b39 35x60
360
270 花台防 水詳
300
室內裝修非 屬本工程
DW16
124 面貼止滑 戶外面磚
280
60
D10 f60A
GB19 50x75
C5
A11_05 ---
GB18 50x75
客房 530
5FL(旅館) b39 35x60
W5
DW09 D2
C5
65
FL 1420
201510 45
5FL(旅館)
C5
18
295
客房走廊 537
面貼止滑 戶外面磚
GB6e 50x75
室內裝修非 屬本工程
DW18 鋼索
C5
76 15
GB19 50x75
C5
270
300
360 5FL(旅館)
60
20151045
FL 1420
FL 1780
65
6FL(旅館) b39 35x60
W5
15 60 W5
客房走廊 437
客房 625
D10 f60A
洩水方向
295
FL 1780
61 15
室內裝修非 屬本工程
客房走廊 630
15 60
花台防水詳
屋頂平台 721
1 -
A11_05 ---
285
DW18
360
6FL(旅館)
屋頂防水隔熱詳
C1
室內裝修非 屬本工程
325
6FL(旅館)
360
鋼索
b39 35x60
GB18 50x75
45
10
201510 45
室內裝修非 屬本工程
室內裝修非 屬本工程
270
DW16
客房走廊 537
FL 2170
GB19 50x75
C5
15201045
FL 1780
300
室內裝修非 屬本工程
室內裝修非 屬本工程
50
VIP套房 703
7FL(旅館)
b39 35x60
300
60 390
360
330
60
W5
C5
客房 415
VIP套房 ?
A11_05 ---
W5
室內裝修非 屬本工程
D1
室內裝修非 屬本工程
W5
7 -
61 15
b39 35x60
GB18 50x75
客房 515
室內裝修非 屬本工程
75
客房走廊 630
室內裝修非 屬本工程
客房走廊 719
DW23
15 60
60 255
DW16
FL 2170
5FL(陳列館)
60
客房 615
W5
7FL(旅館) FL 2140
60
室內裝修非 屬本工程
60 20 80
b39 35x60
300
W5
洩水方向
GB18b 60x65
室內裝修非 屬本工程
室內裝修非 屬本工程
屋頂防水隔熱詳
A11_05 ---
152010 45
-1
屋頂平台 721
300
50
D1
面貼止滑 戶外面磚
360
30x60
C1
b36 35x60
GB19 50x75
60
20 80
FL 2530
面貼止滑 戶外面磚
A2
60
R1FL(旅館)
-1
A11_05 ---
W5
簽
審
章
核
外牆剖面詳圖_32 1 : 50
2
C U R R I C U L U
CHANG, HANYUAN 張瀚元 Email TEL Mobile Address
mikusupercell@gmail.com +886 2 2794 0619 +886 930 388 289 1F., No.21, Aly. 3, Ln. 179, Sec. 2, Neihu Rd., Neihu Dist., Taipei City 114, Taiwan (R.O.C.)
M
V I T A E
EDUCATION
Sept. 2010 - Jun 2015 New Taipei City, Taiwan
Bachelor of Architecture Tamkang University (TKU)
PROFESSIONAL EXPERIENCE Nov. 2016 - present Bio Architecture Taipei City, Taiwan 九典聯合建築師事務所
Formosana
Architecture Designer project experience
SanYin Metro Line Taipei Water Co. & Water Reservoir Taoyuan Public Library with MVRDV Chiayi Railway & Stations Planning Taoyuan Railway & Stations Planning Bifido Tourism Factory Taoyuan Crematory Planning Tucheng Social Housing Ocean Technology Trainning Center
2016 - 2018 Parasitic Temples Taipei City, Taiwan (ISBN 978-986-384-237-8)
Designer/Illustrator
2018 - present Taipei City, Taiwan
LANGUAGES Chinese (native) English (fluent)
SKILLS
2D/3D Drawing Autocad Sketchup Rhino Grasshopper Revit
Editing/Graphic
Photoshop Illustrator InDesign Vray Render Lumion Microsoft Offices Premiere Lightroom
Frabrication
Laser Machine 3D Printing CNC
//SD,DD //competition, SD, DD, BIM //competition, workshop //competition //competition, SD //SD //competition //competition //competition, SD, DD, BIM
(WillipodiA, Po-Wei Lai)
Research, 3D modeling and 2D drawing
Regenerated, Reframing, Recast (WillipodiA, Po-Wei Lai) (Publication is in progress)
Designer/Illustrator
Research, 3D modeling and 2D drawing
Sept. 2013 Rural Planning & Strategy Workshop Yunlin, Taiwan TKU (Tamkang University) x JWU (Japan Women University)
Assistant Architect & Group Leader
Level
Jul. 2013 - Aug. 2013 Shanghai, China
Jan. 2013 - Feb. 2013 Taipei City, Taiwan
OTHER
Jun. 2015 Taipei City, Taiwan
Sept. 2013 - Jan. 2014 New Taipei City, Taiwan
Worked on rural planning project Designed strategy, programming and schematic design
AECOM
Intern Architect
Worked on hotel and commercial projects Schematic design, 3D modeling and presentation making
Taipei International Group (TIG) Intern Architect
Worked on residential projects Schematic design, BIM and physical model making]
Graduate Thesis Design Exhibition Exhibition Organizer
TKU (Tamkang University) x CYCU (Chung Yuan Christian University) Exhibition coordinating and organization
Student Association of Architecture Department
Department Newsletter Editor
Content was the latest architecture information, internship experience sharing and discussions Researching and editing
34
CHANG ARCHITECTURE HANYUAN PORTFOLIO 張瀚元 2010-2018 Bachelor of Architecture, Tamkang University Apply for MIT SMArchS Program