Content 01 Museum- Design From Spinning Structure 2015 Fall at University of Toronto
02 Observatory house-Design From Nature 2017 Summer YAC Competiton
03 Life Circle-Design from Culture and Religion Competition:2016 Winter at University of Toronto
04 Museum Junction-Design from City Grid 2017 Winter at University of Toronto
05 Parametric Screen- Design From Geometry 2014 Spring at University of Utah
06 Other Work Fine art, archtiecture communication, parametric design
AW
INFO Address: Room 410, 200 Elm St. Toronto, Ontario M5T1K4 Phone: +1 6479367440
Yazhuo Alice Wang
Email:
wangyazhuo1993@gmail.com
Website: https://issuu.com/alice1993/docs/yazhuo_wang_portfolio/5?e=10096307/30000297
Architecture Intern
WORK EXPERIENCE
EDUCATION 2014.9-2015.1
AECOM Beijing
2015.9-2019.7
COMPETITIONS Toronto, Ontario, CA
University of Toronto Master of Architecture Teaching assistant of Undergraduate studio in 2018 Spring
Presentation documents, Sketchup/Rhino/Revit model making, Construction drawings, perspective with Photoshop/Vray, rendering
2017.8
Baitasi Hutong Design Competition Hutong Heritage Renovation Competition
2017.7
Observatory House Competition Observatory Gallery & Resort Design Life Cycle Competition Hospital Landscape Design Competition
2014.9-2015.1
EXP. Brampton
Landscape architecture detailing, construction drawing, tree inventory, building digital models in Sketchup, coloured plan, and perspective, Diagramming
2016.1 2014.9-2015.1
Baoding Institute of Architecture
Construction drawing, Sketchup/Revit modelling, diagramming,Vray and Photoshop rendering, presentation video
2014.7-2014.8
Lekai Chemical Design Institute Autocad drawing, PPT Presentation
2013.8-2014.5 2013.7-2013.8
Baoding Institute of Architecture
2011.9-2015.7
Autocad drawing, Sketchup modelling
University of Utah
Salt Lake City, Utah, US
1 Year Exchange Program Major in Architecture
Haikou City, Hainan, CH
Hainan University Bachelor degree of Landcape Architecture
SKILLS
EXPERTISE Architectural Concept Development Construction Drawing AutoCad
V-ray
Ps
Photoshop
Ai
Illustrator
Revit
3DMax
SketchUp
Concept Development Construction Drawing
Id
InDesign
Landscape Architecture
Office
Rhino
Honours & Awards
LANGUAGES Chinese
English
Mother Tongue
Fluent
Agricultural scholarship for freshman Third Class Jinxing Scholarship First Class Scholarship Merit Student Excellent Environmental Volunteer Merit graduate student representative
2011-2012 2011-2012 2011-2012 2011-2012 2011-2012 2015-2016
01 MUSEUM- DESIGN FROM SPINNING STRUCTURE Year: 2015 Fall Location: Bulgaria This is a museum project that generate from spinning or folding structure. The first floor is a open space that covers the ruins in Bulgaria. The second and the third floor are the gallary and cafe. All the form of horizontal element and vertical elements comes from the use of spin. The main comcept is combine all elements of building including glass facade, floor, roof, wall, rail and stairs by the rule of spinning structure.
Stage 1------ Designing a Spinning Structure Physical Model
Stage 2------ Translate the Structure into a Museum Site Adaptation
Structure Adaption Variation 1
Variation 2
Variation 3
1
1
2
2 2
1 Ruins Level Plan
1
2
1 Ground Floor Plan
2
2
1 Second Floor Plan
N 0
5m
10m
Exterior Rendering
1-1Section
2-2 Section
02 RE-CONNECTED TO THE SKY-DESIGN FROM NATURE Study period: Spring 2017 Second year at University of Toronto Project type: Public building(Group project) Location: Toronto
CONCEPT: The scheme offsets the activity of movement with a commitment to creating spaces that allow the individual visitor to discover moments that engage with more primitive humanistic experiences that are aimed to disconnect with the artificially constructed world but reconnect with the forest, the stars, and the sky.
AERIAL VIEW DIAGRAM
A
BLOW UP SECTION A-A
A
SITE PLAN
SECTION A-A
The design of the sky lounge stitches the existing natural and artificial elements together. The two existing staircases connecting the upper and lower walkways strengthen the vertical layer of program just as the rocky slope is left exposed both on the interior and exterior of the lounge to reinforce the natural state of the landmass. The major north facade is composed of the traditional brick wall, with a pattern inspired by Italian vernacular architecture, and translucent glass to provide the direct visual connection for visitor inside to heritage building on the north. The Skylounge is mufti programmed, including roof top for sightseeing, the main indoor floor for reception and library, and lower level for recreation like Cafe. The interface between sky lounge and lower walkway is designed to be an exhibition corridor, where the brick walls are telling site stories to visitors passing by.
BLOW UP SECTION A-A
SOUTH ELEVATION 1:300
ENTRY ACCESS
CONNECTED TO SKY LOUNGE
New walkways have two levels.They are mostly paralleled with the existing southern side(upper) walkway in plan, but have different spatial relationships in section. The upper level of new walkways is focusing walking experience, as well as connecting to existing walkway and sky lounge. The lower one is providing access to observatory houses. Psychologically, since it is cantilevered away from the cliff, it means to create a perception of "walking into sky" .
CONNECTED TO EXISTING WALKWAY
Master Bedroom ROOM MASTER Washroom WASHROOM Living room LIVING
ROOM
Secondary Bedroom SECONDARY
Swimming Pool SWIMMING
In terms of Observatory houses, the unit form is to optimize the views both to the sky and to the surrounding landscape. The houses from the west to the east are spinning in a certain way when they are going up to the highest spot in order to give a tension of movement. The form of the houses starts from a transparent cube. By cutting off a corner of its top, it maximizes the view to the starry sky. Part of it that faces the existing building is wrapped by brick wall inspired by existing vernacular building, same with sky lounge, while the transparent inside represents a place where people could connect their deep inside to the eternal sky and a way in which people could find their inner peace.
BEDROOM
POOL
03 LIFE CIRCLE COMPETITION Study period: WINTER 2016 Project type: Competition(Group Project) Location: Toronto, Ontario, Canada A circle can be the regeneration of birth and death and the seasons change during a year, with its landscape changing but never goes to an end. Life’s vitality gives people a recovering path that makes the circle bigger and stronger. Our concept comes from this circle. This project seeks to create a beautiful, peaceful and vitalizing place for relaxation, reflection and pray. This is a group project done by Yazhuo Wang, Gefei Pan, Shan Yang and Xiaoting Yuan. I did the bird eye perspective, generation diagram and joint detail.
SITE CONTEXT
SITE PLAN
Main Entrance
Parkdale Rd
CONCEPT GENERATION
N Scale: 1:100 Sunnyside Ave
PERSPECTIVE
PLANT LIST
JOINT DETAIL
SECTION
MATERIAL
04 TORONTO STORY MUSEUM-DESIGN FROM CITY GRID Study period: Spring 2017 Second year at University of Toronto Project type: Public building(individual project) Location: Toronto Professor: Vivian Lee
CONCEPT: As a museum located in the center of Toronto, the museum aim to create a public celebration spot for visitor and local citizens. The concept of this project is to use a peeling up landform building to frame out paths to the identified attractions. The main entrance plaza is conceived as intersection of surrounding paths and places. The center path is a shortcut from wellington street to rail deck park. The sunken plaza of the museum is the extension of Niagara Street.
CONCEPT GENERATION
Surrounding Public Transportation it Tr an s to n
St re
et
Wellington Neighbourhood W el lin g
King St @ Portland Streetcar Station
Spadina &Front Streetcar Station
Bathurst @ Niagara Streetcar Station
Vi ct or
ia
M
em
or ial Pa rk
Surrounding Public Open Space
STEWART ST
Ra
il D
eck
Par k
City Place
WELLINGTON ST W
BATHURST ST
WELLINGTON ST W
DRAPER ST
PORTLAND ST
NIAGARA ST
SPADINA AVE
FRONT ST W
Link to surrounding open space and public transportation
STEWART ST
WELLINGTON ST W
DRAPER ST
PORTLAND ST
URST ST
WELLINGTON ST W
NIAGARA ST
SPADINA AVE
FRONT ST W
Site Strategy to fit into the city grid
Museum Junction The site circulation consists of a center path which is a short cut from wellington to rail deck park entry and a grand stair to sunken plaza which is extended from Niagara street. The three path intersect at the sunken plaza that is intended for public event. It is also the place where the main entrance of the museum is located. This siting strategy allow people to permeate through the site without getting into the museum.
FORM GENERATION
A A
B
3
B
C
A
B C
B
D
C
E
D
D
F
E
E
F
F
G
G
G
H
H
H
1 1
1 Storage
2
Commercial
Storage
Storage
Commercial
Research Office
2
2 Office
Auditorium
Storage
Storage
Storage
Storage
Commercial
Commercial
Office
A
4
4
4
6
6
Loading Lobby
Storage
Coat check
6
1
1
8 8 Mech
anica l Zone Room 1
2
9
Storag
e
Gifts
7
7
9 9
Giftsh
op
Storag
Resta
e
Shop
8
7
urant
Storag
10
Storag
Court
Resta
10
Court Open yard to be low
urant
yard
2
11
e
10
Kitch en
e
8
8
11
8
11 Perm
Mech
anica l Zone Room 2
anen t Exh
Perm
anen t Exh
ibitio
12 Librar
Storag
e
ibitio
9
n Galle
ry
y
10
13
n Galle
9
12
9
ry
12
Sun-r oom
10
13
10
13
Amph
ithea ter Multip
Storag
urpose Room
e Foyer
11
14
Tempo
rary Exh
ibitio
n Galle
ry
12
15
14
11
14 Perm
anen t Exh
ibitio
15
12
n Galle
11
12
Perm
anen t Exh
15
ibitio
n Galle
ry
ry
13 Multipurpose Room
13
13
Multipurpose Room
urpose Room
Multip
urpose Room
14 14
14
Basement Plan
Multip
Cafe
A
A A
B
15
C D
B
15
C D
E
F
G
E
H
Second Floor Plan
F
G
B
15
C D
E
F
G
H
H
Third Floor Plan
3
Ground Floor Plan
1-1 section
2-2 section
Skylight-Greenroof-Curtain wall Detail
SKYLIGHT DETAIL Mullion Secondary skylight structure Triple-glazing unit with low-E coating
Detail B 2
A/V barrier connection stripe
5 6 7
3 4
Thermal insulation
Flushing
acoustic ceiling panel mechanical operable curtain
Drainage
2% Slope
Wood ceiling structure Attached to secondary beam
1
Primary skylight structure
Detail A
01-Primary Structure
02-Ceiling: Ceiling structure
Growing medium Filter cloth Reservoir Layer Moisture Retention layer
Thermal Insulation Drainage Layer Root Barrier Protection course Waterproof membrane
Detail A
Scale 1:5
13 8 9 10 11
03-Ceiling: Acoustic ceiling panel
14 15 16
12
Metal Clamp Thermal insulation Flushing
curtainwall mullion
04-Roof Assembly:Concrete on Metal Deck
05-Roof Assembly:Roof Insulation
06-Roof Assembly:Green Roof
19
triple glazed curtain wall with Low-E coating
2000mmx1000mm triple glazed glass unit with low E coating
Detail B Scale 1:5
17
18
2% Slope
1. Atrium long light structure (see detail A for more detail) 2. Motorized comfort venting skylight module (Mechanical operable ) 3. Precast Concrete Panel 4. Gravel 5. Green Roof Assembly Growing medium Filter cloth Reservoir Layer Moisture Retention layer 6. Roof Insulation Thermal Insulation Drainage Layer Root Barrier Protection course Waterproof membrane 7. Concrete on Metal Deck 8.W Section Main Beam 9. Wood Ceiling Structure 10. Duct 11. Steel ceiling membrane 12. Curtain 13. Suspended Ceiling 14. Purloin 2m O/C 15. Metal flange 16. W Section Column 17. Sun Room Floor Assembly Precase Concrete Paver Waterproof membrane Rigid Insulation 18. Drainage 19. Triple glazed Curtainwall System
07-Curtain Wall
skylight mullion (Secondary Skylight structure)
Primary skylight structure (Atrium longlight)
09-Skylight: Skylight module (Motorized comfort venting skylight module)
08-Skylight: Skylight Structure
SUN ROOM CURTAIN WALL SECTION
PHYSICAL MODEL
05 PARAMETRIC SCREEN-DESIGN FROM SHAPE SERIALITY Study period: Spring 2014 Second semester of Junior year at University of Utah Project type: Public building Location: Salt Lake City, Utah, United States. Professor: Krysta Mae Dymick The concept of this project is to use a series of shading panels to cope with sunlight , especially the western exposure by providing shading with various pattern and make the coffee time more enjoyable. The panels can be adjusted with a control horn according to the sun angle in different seasons in a year and different time in a day.
STRUCTURE ANALYSIS
EGONOMICS ANALYSIS 1.Changeable shading panel This is the shading fan that can be adjusted to three different angles that provide three different shadows according to the various weather conditions.
2.Unchangeable shading panel This part of shading panel can not be changed and work as the main shading part together with the changeable shading panels.
3.Structure of shading panels These two layers of structure work together to hold up the shading panels.
MOVABLE PANEL SHADING ANALISYS
The panel is 30° to the polygon structure, which is suitable for using in the hot period. About 80% of the ground area is shaded.
The panel is 60° to the polygon structure, which is suitable for using in the comfortable period.About 50% of the ground area is shaded.
The panel is 90° to the polygon structure, which is suitable for using in the cold period.About 30% of the ground area is shaded.
06 OTHER WORKS -Parametric Form Design---Grasshopper -Parametric Stage Design---Processing -Architecture graphic
Grasshopper---Parametric Insect
Generation Logic variation 3 Scale Project
Distance variation 2
scale votonoi
variation 1
Divide circle R series
3D Print Screen
rotate`
Parametric Stage Design---Julius Caesar Concept: Our idea comes from the story of Act II Scene II of opera Julius Caesar. It is about a conversation among Caesar, his wife Calpurnia and his republican sympathizers Brutus. Calpurnia was trying to stop Caesar from going to the senate house because it was dangerous outside and initially Caesar agreed. But later he was convinced by Brutus to go out again. This scene is mainly about Caesar’s mind changing and how his mind was influenced by the other two opposite minds. Our intention here is to find a form for these minds.
CODING LANGUAGE GEOMETRY
HIGHALGORITHM LEVEL OF DETAIL
Stage Perspective
LOW LEVEL OF DETAIL
Two results run from mandel ball with different levels of precisions in calulation. By reducing the precision, the surface gets less detailed and smooth.
DUSTY
SMOOTHY
BRAIN STORM
CHARACTER CALPURNIA
MIND
ANXIOUS WORRY
CAESAR
BRIGHT BRAVE
The form has totally different characteristics on the two ends, one of which is simple and smooth and the other is chaotic and complicated. Also the right side with worm-toned light has a cave-shaped space that is delivering a feeling of interior and safety, and the left side with cool-toned light is more like an exterior and exposed space. These two ends, which represent the two opposite minds, are connected by a transitional part in the middle that mixes their characteristics together. This part, therefore, represents Caesar’s mind that goes through a changing phase and tends to the outside. Algorithm:The Images are two results run from madel ball with different level of precision in calulation. By reducing the precision, The surface get less detail and become smooth.
COLORED PLAN(EXP. BRAMPTON)
MAXWELL RENDERING(LIGHT CHANGING SEQUENCE)
TECHNICAL DRAWING(Intership Work, Using Revit & Autocad) +105.00
+99.00 电梯间
+95.25
Level 25
+91.50
天威集团办公室 电梯间 天威集团办公室 电梯间
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电梯间
电梯间
电梯间
卫生间
电梯间
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卫生间
电梯间
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卫生间
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卫生间
卫生间
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A
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A
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电梯间 电梯间
1500
出租办公室
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出租办公室
电梯间
出租办公室
电梯间
Set Back Planting
+39.00
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Level 08
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酒店客房
Level 06
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电梯间
出租办公室
Main Road section
电梯间 电梯间
出租办公室
电梯间
Walk-Lane
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电梯间 出租办公室
1300
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3200
1500
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1Lane-1Way Road Way 1Lane-1Way
Set Back Planting
Set Back Planting
Road Way Walk-Lane Walk-Lane Road WaySet Back Planting
电梯间
Level 11
3200 1Lane-1Way Road Way 1Lane-1Way
Set Back Planting
电梯间
3200
1500
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电梯间
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Walk-Lane
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出租办公室
电梯间 酒店客房 电梯间 酒店客房 电梯间
Level 05 Level 04
酒店客房
+16.50 +14.50
酒店客房
设备转换层
设备转换层 电梯间
电梯间
电梯间
会议中心
+9.40
4200
Level 02
+5.20
5200
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Level 03
Level 01
ā0.00
3800
5100 2000 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750 3750
+99.90 Level 26
Level B1
-3.80
电梯间
电梯间
电梯间 餐厅
餐厅
电梯间
电梯间
电梯间
5300
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接待大厅
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电梯间
电梯间
电梯间
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员工餐厅
电梯间
停车场
A
停车场
电梯间
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1500 Set Back Planting
Set Back Planting
5500
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8600
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8600
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Walk-Lane
8600
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1500
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secondary Road section
secondary Road section
5000
6000
춣뎵 5000 Parking 춣뎵
6000 1Lane-1Way
Parking
Road Way 1Lane-1Way
1500
1500
Walk-Lane
Road Way Walk-Lane
Set Back Planting
Set Back Planting