Portfolio Ziyue Wang selected works 2014-2021
CURRICULUM VITAE RENDER: Enscape (for revit/ skech up) Vary (for revit/ skech up)
- SKILL 3D: Sketch Up Revit Rhino
- BASIC INFORMATION Name: Ziyue , Wang Nationality: Chinese Born: 19th August, 1996 Birthplace: Beijing, China Residence place: Milan, Italy Current GPA: 28/30
2D: AutoCAD Photoshop Adobe Illustrator InDesign - EDUCATION BACKGROUND 09/2019-now
+39 3497395939 Piazza Enrico Bottini,1, 20131, Milano, MI, Italy ziyue.wang.819
- WORK EXPERIENCE 07/2018-02/2019
09/2014-07/2019
Hebei University of Architecture Bachelor of Architecture (study more on museum,educational buildings(children garden, study center...), hotel,tall buiding, residential buildings, restoration of old factory,urban design. All projects are located in China, research more on site, local culture and people’s life ,then thinking how to use design to improve current situation. All of them are individual works)
Beijing Institute of Architectural Design (BIAD) Position: Architecture Internship Duties: 1.Drawing toliet detils of plan(stadium project). 2.Modeling colume by skechup(stadium project). 3.Elevation color design(stadium project). 4.Simple plan design(private small commercial building). 5.Drawing sections details (theater project). 6.Site rearch and doing presentation(swimming stadium project). 7.Concept and volumn simple sketch and do simplely model (swimming stadium project). 8.Learn an energy software, use it to model and make a calculation then export a report, check it again by hand.
(study more on restoration of Italian old church, tall building of dormitory in Milan and in Japan,theater in China. Focus more on city context design, landscape of building, architecture function and culture influence. At the same time working on structure model and calculation, material and construction details,MEP and BIM software analysis. All of them are team works.)
- LANGUAGE Chinese: mandarin native English: B2 - CONTACT wangziyue036@gmail.com or ziyue1.wang@mail.polimi.it
Politecnico di Milano Master of science in achitecture, Architecture-Building Architecture
OTHER: Freehand Sketching Watercolor Ceramic Craft
06/2017-09/2017
Beijing Heno International Architectural Design Position: Architecture Internship
Duties: 1.Find similar cases and data and making presentation for leader. 2.Modelling simple volume( hotel project). 3.Drawing the details of plan and section(small private villa). 4. Learn VR software and do simplely modification of one project.
- WORKSHOP 09/2020
VII LASUE international workshop - Milano 2020
05/2021-07/2021
150 hours project management workshop (in English) Get the IPMA certificate “Introductory Certificatein in Project Management ”
CONTENTS
FUKUOKA STUDENT HUB —High-rise building design
WORKING
02/2021-07/2021 Politecnico di Milano
07/2018-01/2019 Beijing Institute Of Architectural Design
Team Work (3 students)
Internship
SHEN ZHEN OPERA HOUSE —Theater design
·Private land construction (small public construction)
02/2021-07/2021 Politecnico di Milano
·Samoa south Pacific games stadium project
Team Work (7 students)
OLD CHURCH PRESERVATION — Preservation studio Team Work (4 students) 09/2019-02/2020 Politecnico di Milano
WAVING—The old retired people's factory reconstruction Solo Work
05/2017-06/2017 Hebei Institute Of Civil Engineering
FOLDING—Jingzhang railway memorial museum Solo Work
03/2017-04/2017 Hebei Institute Of Civil Engineering
FLUCTUATING—Wood construction competition Team Work(team of 6),second prize,design leader 04/2017-06/2017 Beijing construction design competition 2017
The natatorium maintenance sub-item New gymnasium sub-item
·Xiamen youth palace project Part of theatre design
OTHER WORKS
2016-2021 Hebei Institute Of Civil Engineering Politecnico di Milano
FUKUOKA STUDENT HUB —— High-rise building design Seaside Momochi,Fukuoka,Kyushu,Japan
February 2020- July 2021
school curriculum design,Team Work(team of 3) Overview: 3 students works in a team and did the "Fukuoka international architecture design competition", we need to design several aspects: according to city context to design landscape of site,the relationship between podium and landscape, podium and tower. Besides, not only architecture design,but also structure calculation and model, material and construction detail, MEP scheme and calculation, BIM analysis. We research more Japanese culture elements apply in podium design, facade design and interior space of building. There are many schools around the site, so we think the function it's better related with students, student hub is born, some activity spaces for student develop their hobbies. There are also dorm and office for their living and working.Podium fuction provides for public as well.
Design Concept Bamboo Vegetation and material
Green system
Zen Garden
Facade Tatami modular used in Dorm Origami Japanese taditional living space
Japanese Culture use in our project
Engawa
Fusuma, Shoji, Byobu
Fusuma, Shoji, Byobu
Ground floor plan 1:1000
Narrow Street
12
Moving panel used in office Bukatsudou (student club) culture
Concept(culture use) :
student clubs provide various traditional activities
Podium
3 UP
4
5
8 6
7
Legend:
1 9 2
Floor 2 (Student dorm) Scale 1:200
1
Archive room
2
Cafe & bar
3
Cafeteria
4
Green area
5
Guard room
6
Laundry
7
Mail room
8
Reception
9
Shared kitchen
Floor 2 (Student dorm plan 3D view)
DN
5
3 2 4
4
Legend:
1
1 2
1
Common area
2
Single room
3
Double room
4
Double height
5
Green area
Floor 3 (Student dorm plan 3D view)
Floor 3 (Student dorm) Scale 1:200
2 1
3 4 5
Legend:
1 2
Floor 4 (Student dorm) Scale 1:200
1
Common area
2
Single room
3
Double room
4
Double Height
5
Green area
Floor 4 (Student dorm plan 3D view)
3
4 5
Legend:
1 3
2
1
Cafe & bar
2
Cafeteria
3
Green area
4
Gym
5
Reception
Floor 24 (Start-up office)
Floor 24 (Start-up office plan 3D view)
Scale 1:200
2
1
3 1
Legend:
2
1
Conference room
2
Open space area (moving panels)
3
Green area
Floor 25 (Start-up office plan 3D view)
Floor 25 (Start-up office) Scale 1:200
2
3
3
1
1 2
1
1
Legend:
4
Floor 26 (Start-up office) Scale 1:200
1
Conference room
2
Open space area (moving panels)
3
Leisure area
4
Green area
Floor 26 (Start-up office plan 3D view)
3
UP
4
6 UP
Wooden finishing with sound and thermal insulation
2 2
3
UP
Shoji with glass brick (bathroom) 1
10
4
1
UP
2
3
7
Shoji with laminated glass
6
Tatami 11
1
5 UP
9
8
Shoji with laminated glass
4
UP
5
6 UP
Wooden board (walkable Engawa) UP
Floor -1 (Parking and public area)
Double room layout (3D view)
Single room layout (3D view)
Legend:
Legend:
UP
Scale 1:500
Legend: 1
Tea house
4
Souvenir gift shop
7
Parking
10
2
Restaurant / bar
5
Game room
8
MEP
Public area
11 Leisure area (without green)
3
Food street
6
Leisure area (with green)
9
Entrance
1
Bedroom (8 pieces tatami)
1
Bedroom (6 pieces tatami)
2
Bathroom (3 pieces tatami)
2
Bathroom (1.5 pieces tatami)
3
Entrance (4 pieces tatami)
3
Entrance (1.5 pieces tatami)
4
Dining room / kitchen (4 pieces tatami)
4
Walkable wooden engawa
5
Walkable wooden engawa
1
1 2
2
2
5 4
3
4
12
5 12 11
18
18
19
16
19
15 14
7
8
17
10 9
PRODUCED BY AN AUTODESK STUDENT VERSION
5 12
8
2
20
22
13
3
3
4
5
6 7
20
4
3
3
Tatami modular (Single room size)
1
1
22
24
24
6
21
23
Legend: 11 Foreign language
16
MEP
12 Robot laboratory
17 Mathmatic room
Karaoke
13
18 Chess room
9
Cooking club
14 Painting room
19
10
Photography
15 Calligraphy room
2 0 Small theater
1
Conference room
2
Large conference room
7
3
Rehearsal room
8
4
Dance room
5
Karate/ Judo/ Kendo training space
6
Lobby
Handmade room
Literature room
Table tennis room
21 Flower arrangement
Double room layout
Single room layout
Legend:
Legend:
1
Bedroom (8 pieces tatami)
1
Bedroom (6 pieces tatami)
2 2 Gym
2
Bathroom (3 pieces tatami)
2
Bathroom (1.5 pieces tatami)
2 3 Tea ceremony
3
Entrance (4 pieces tatami)
3
Entrance (1.5 pieces tatami)
2 4 Cafe / bar
4
Dining room / kitchen (4 pieces tatami)
PRODUCED BY AN AUTODESK STUDENT VERSION
Student club section box (level 12 - 22)
PRODUCED BY AN AUTODESK STUDENT VERSION
Student club section box (level 12 - 22)
Tatami modular (Double room size)
Laminated Glass
HEB 1000* 584 HEB 500
HEB 260
Concrete core
Stainless steel (DN 200mm)
Laminated Glass & Low-E Glass
Stainless steel
Stainless steel
(DN 100mm)
(DN 300mm)
(connected with vertical elements and glass frame) (connected with vertical elements)
Glass Frame
(connected with vertical elements)
(connected with cantilevel)
Building structure
First facade
(connected with floor slab)
Cantilevel
(connected with building structure)
Second facade
Aluminum coping Natural anodized aluminum finishing
Ned(roof)=639.228 KN 1 roof
Huge Triangular Void Column
Flashing
Concrete Core
DPM (Damp proof membrane) Metal flashing
HE 1000*584
Metal grid (For maintenance)
HEB 500
High reflective solar control coated Dual - seal
MEP
Thermal insulation Aluminum cover with sound insulation infill
Dead Load: (roof floor)4.5KN/m2
60mm Gravel
Live Load: 2 KN/m2
0.3mm DPM (Damp proof membrane) 65mm Sand and cement screed
Total Load (roof floor): 6.5 KN/m2
Office
Heating pipes and water pipes inside screed 50mm Glass wool insulation 0.3mm DPM (Damp proof membrane)
Infulence area: 12m*6.5m= 78 m2 To t a l L o a d
120mm Concrete and steel deck
( r o o f f l o o r, w i t h s n o w a n d
Office
maintenance load): (6.5 +0.101+1)KN/m2 * 78
HEB 300 (Steel beam)
m2 + 46.35 KN = 639.228 KN
HEB 500 (Steel beam) HEB 300 (Steel beam) HE 1000 * 584 (Steel pillar)
General Structural Model
Green area
Plants & growing medium (With irrigation system) Filter membrane (Stop dirt from entering drainage) Gravel drainage layer Root barrier membrane DPM (Damp proof membrane) Vapour barrier Concrete and steel deck
Low-E Glass
Ned=498.75 KN
Laminated safety glass
29 typical floors
Club
Stainless light steel with white color
Stainless Steel
Low-E glass
Stainless Steel
Stainless light steel with white color
HE 1000*584 HEB 300 Laminated safety Glass
Dead Load: (general floor)3.8 KN/m2 ,
HEB 300
15mm Bamboo flooring
HEB 500
65mm sand and cement screed
Club
Heating pipes and water pipes inside screed
Live Load: 2 KN/m2
General structure with facade
Total Load (general floor): 5.8 KN/m2
50mm Glass wool insulation 0.3mm DPM (Damp proof membrane) 120mm Concrete and steel deck
Shoji (Wooden frame + laminated glass)
Infulence area: 12m*6.5m= 78 m2
Dorm
Wooden flooring
Total Load (general floor): 5.8 KN/m2 * 78 m2 +
Timber joist
46.35 KN = 498.75 KN
Ceiling
Dorm Wooden finishing Sound insulation Thermal insulation DPM (Damp proof membrane) Concrete panel Plaster
Nsd=498.75KN*29 +639.228 KN= 15102.9780KN
Lobby Japanese gravel and pebble Sand and cement Thermal insulation (Glass wool) DPM (Damp roof membrane) Concrete and steel deck
Plaster 2000 0
Partly structure calculation
6000 4000
10000 8000
N Units: mm
2000 0
6000 4000
10000 8000
N Units: mm
Structure plan
Concrete panel Plaster
Basement
SHEN ZHEN OPERA HOUSE —— Theater design Shenzhen Bay Park,Shenzhen,Guangdong,China
September 2020- Janurary 2021
school curriculum design,Team Work(team of 7) Overview: 7 students works in a team and did the "International Architecture Design Competition-shenzhen opera house",we needed to focus on city context and landscape design, also respect Chinese culture. The project is located in Shenzhen Bay, a good seaside with wonderful view,facing sea and there is mountain behind.The goal was creating a landmark in ShenZhen. Besides, we thought over architecture design, at the same time, we did structure calculation, material design,Mep design and BIM softwares analysis. My job in our team is design 1 concert hall and 1 mutifuctional halls design(plan, section,modelling). Then design ground floor plan( organise 4 halls together, of course, introduce Chinese culture to our group,find some culture elements in this project. Help groupmates modelling other addictional buildings( urban art parlor and supporting functional building)
Concept
Chinese roof
Bamboo column
Chinese courtyard
Ground floor plan 1:1000
Level -1
Level 0
1
Level 1
Level 2
1
LEGEND 1
PUBLIC FOYER
5
STAFF ROOM
9
DRESS ROOM
13
KITCHEN
17
ART EXHIBITION
21
CHORUS LOUNGE
25
PRACTICE ROOM
2
AUDITORIUM
6
TECHNICAL ROOM
10
BAND LOUNGE
14
FOOD STORAGE
18
PIPE ORGAN
22
ARTISTIC DIRECTOR
26
BAND REHEARSAL ROOM
3
STAGE
7
ACTOR FOYER
11
INSTRUMENT STORAGE
15
BAR
19
MEETING ROOM
23
DIRECTOR
27
CHORUS REHEARSAL ROOM
4
SERVICE ROOM
8
VIP FOYER
12
LOCKER ROOM
16
MUSEUM
20
CHORUS DRESS ROOM
24
CONDUCTOR
28
UNLOADING ZONE
Level -1
Level 0
2
Level 1
29
N
SOUVENIR SHOP
Level 2
2
LEGEND
N
1
PUBLIC FOYER
5
INFORMATION DESK
9
DRESS ROOM
13
LIGHT CONTROL ROOM
17
CAFE
2
AUDITORIUM (LIFTING PLATFORM)
6
FIRST AID ROOM
10
MAKE UP ROOM
14
BROADCAST CONTROL ROOM
18
ART EXHIBITION
3
STAGE(LIFTING PLATFORM)
7
ACTOR FOYER
11
SHOWER ROOM
15
SOUND CONTROL ROOM
19
STAFF ROOM
4
SERVICE ROOM
8
VIP FOYER
12
DIMMER CONTROL ROOM
16
TEA ROOM
20
MEETING ROOM
B’
A
A’ B
Section A-A'
Section B-B'
MULTI-FUNCTIONAL THEATRE
SMALL OPERA HALL
FLOOR 2
FLOOR 2
FLOOR 1
FLOOR 1
FLOOR 0
FLOOR 0
FUNCTIONAL ZONING Stage
VERTICAL CONNECTIONS
Backtage Auditorium
FLOOR -1
Visitors
FUNCTIONAL ZONING
Staff entrance
Stage
Visitors entrace
Auditorium
Staff circulation
Visitors
Staff
Visitors circulation
Staff
Toilets
Elevators
Toilets
VERTICAL CONNECTIONS Staff entrance Visitors entrace
FLOOR -1
Staff circulation Visitors circulation Elevators
FUNCTIONAL ZONING
METAL SHEET (BRONZE EFFECT)
STEEL & REINFORCED CONCRETE COLUMNS
U-GLASS FAÇADE
BAMBOO
STONE FLOOR
WOODEN FLOOR
VERTICAL CONNECTIONS
FUNCTIONAL ZONING
VERTICAL CONNECTIONS
Work flow
Details Site Analysis
Sketch
LOD 100
Concept Analysis
The LOD 100 model consists of overall the response of conceptual design; building massing designed to perform whole building type analysis including volume, building orientation, square foot.
Manual model Sketch
Modeling
GrassHopper 3D Modeling Algorithm
LOD 200 LOD 200 is generalized systems including approximate quantities such as size, shape, location and orientation. LOD 200 models are generally used for analysis of defined systems and general performance objectives.
Archicad
Analysis & Design
GrassHopper 3D Modeling Algorithm
Pachyderm Acoustic analysis
LadyBug Analysis of solar radiation
LOD 300
Daylight visualizer Analysis of the Daylight Conditions
LOD 300 is specific assemblies accurate in terms of quantities, size, shape, location and orientation. LOD 300 models are suited for estimating as well as constuction coordination for clash detection scheduling and visualization.
Construction
Structure
hand calculation
VIZ daylight visualizer
Day light factor under the canopy
LUX April 12:00 above buildings
Luminance April 21 14:00 under canopy
Radiation analysis
Acoustic analysis
Solar analysis 2D
Sound reflectors
Reverberation time
Solar analysis 3D
1.6 s
Solar radiation and sunlight hours
source of sound
Defination 50 Seating area
Grasshopper code used for analysis IMPORTING RHINO GEOMETRY RESULTS
CALCULATIONS ANALYSIS
Total, diffuse and direct radiation rose
VISUALIZING RAYS SOURCE GEOMETRY FOR RAY PROJECTION
MEP design
Level 2
Level 2
Vertical Duct Serviced Area Plumbing Pipes
Level 1
Level 1
LEVEL 0 - BIG OPERA HALL
LEVEL -1 - BIG OPERA HALL Mechanical room for Stage Area - Zone 1
Mechanical room for foyer Area - Zone 2
Mechanical room for Back stage - Zone 3
Mechanical room for Hall seay=ting - Zone 4
Area for Zone 1
Area for Zone 2
Area for Zone 3
Area for Zone 4
Vertical Duct in Structure
Machines Diffusers HVAC Duct
5 0
N
25 m
15 Level 0 Level 0 Vertical Duct Serviced Area Plumbing Pipes
Mechanical room
Level -1
Vertical Duct Plumbing Pipes Level -1
LEVEL 3 - BIG OPERA HALL
LEVEL 1 - BIG OPERA HALL
Mechanical room for Stage Area - Zone 1
Mechanical room for foyer Area - Zone 2
Mechanical room for Back stage - Zone 3
Mechanical room for Hall seay=ting - Zone 4
Area for Zone 1
Area for Zone 2
Area for Zone 3
Area for Zone 4
Vertical Duct in Structure
Machines Diffusers HVAC Duct
HVAC Distribution on different floors in Big Opera hall
Plumbing Distribution on different floors in Big Opera hall
OLD CHURCH—Preservation studio Cornello dei tasso, Bergamo, Italy
September 2019- January 2020
school curriculum design,Team Work (team of 4) Overview:This project is an old church, we study on the site, collect the data of the church,material, structure and decay. Scan many old buildings include this church on the site. Then do some drawings, research more information on this project.
WAVING—The old retired people's factory reconstruction Xuanhua,Zhangjiakou,Hebei,China
May 2017- June 2017
school curriculum design,solo work Overview:This design is an old plant renovation, located in Xuanhua County, Zhangjiakou, Hebei Province, China. The factory is transformed into a retired old man club, which gives most of the functions of the cultural hall and the a small part of function of the sanatorium. In view of the characteristics of the inconveniences of the elderly, "adding ramps and reduce the staircase" is the core content.
1
1
1
First floor plan
Second floor plan
Top floor plan N
0 10 20m
The skylight of the roof layer and the opening of the ramp closely correspond to the landscape plants of the first layer.The middle skylight is opened symmetrically.The eastern and western skylight opening pattern is close to the middle, presenting a concentrated pattern and corresponding to the twostory landscape.
N 0
5
10
15 m
Patio
Atrium
Show stage
Outdoor
Indoor
Sink
1-1 Section plan
Maintain the original column and beam structure, raise part of the roof, add varied skylights, connect with the newly built interior ramp, design an outdoor courtyard and create different spatial feelings.
Roof
Beam
Roof and outdoor patio
The opening of the new ramp is inextricably linked to the size of a sunken stage and roof skylights. Retain the original red brick material, and slope metal material to form a contrast. The ramp on the second floor
Ramp The relationship between the design of the sunken stage and the newly built ramp transforms the original one-floor workshop into a multi-level space, which not only enriches the space, but also provides more places for activities and promotes communication.
Column
The sink show stage on the ground floor
The ramp design is good for old people, many ramp creates various interesting spaces in different levels.
New Preserve
activities part
Ground floor lobby
FOLDING—Jingzhang railway memorial museum Jing Zhang railway memorial hall,Hebei,China
March 2017- April 2017
school curriculum design,solo work Overview:Folding building is located in Zhangjiakou, Hebei,China. The shape of the Chinese character "ren"of the Jing Zhang railway and the artistic features of the origami paper are extracted. According to the features of the terrain, different sizes of courtyards are designed by means of folding and interweave.
"Herringbone" in the horizontal direction
"Herringbone" in the vertical direction This project is the memorial hall of jingzhang railway. Jingzhang railway is a famous railway in Chinese history. It is a "herringbone" track form, which enables the train to change direction on the complicated mountain road.Based on this period of history, I designed "herringbone" in both plane and vertical directions to better commemorate the beijingzhangzhou railway.Visitors can experience the effect of "herringbone" track when visiting the space.
A slip of paper
Three-dimensional
Interweave
Reserved north square
Steel material
square
First folding square
square
Second folding
reserved south square
Bottom overhead
Echo the highest building
Details (skylight, yard)
the highest building
Third folding
Site plan N 0 5 10 15 20 25 m
N
0
Basement parking
10.000
First floor plan
5
10
15 20 25 m
Second floor plan
10.600 10.000
10.600 10.000
8.600 8.000 10.000
5.000
5.000
5.000
3.600 3.000 ±0.000
±0.000
-0.600
-0.600
±0.000
±0.000 -0.600
-5.000
2-2 Section plan
1-1 Section plan
0
5
10
15
20
25 m
The empty form at the bottom of the museum site enables people to move through various Spaces at will, creating virtual and real relationships, indirectly dividing a large space into several small Spaces, adding playfulness and interestingness, enabling people to move, communicate and have a rest. At the same time, it broadens the vision and makes the buildings and people feel friendly.It breaks the cold feeling of metal. The development of vision allows the relationship between architecture and city to borrow from each other and generate interactive relationship.
BOOMING ——Urban design Buzili,Zhangjiakou,Hebei,China
March 2018- June 2018
school curriculum design,Team Work(team of 2),design leader Overview:Located in the center of Zhangjiakou City, Hebei Province, China, this project is the birthplace of the city. It has a long history, is an ancient city, flourished in the Ming and Qing dynasties, after the Republic of China began to decline. The purpose of this scheme is to renovate and renew the old city, to protect the famous historic sites and the historic courtyard, to stimulate the vitality of the block and to revive the brilliant scene.
Basic situation
Site comprehensive evaluation
square
green
culture
shopping
accommodation
catering
entertainment
According to the municipal departments to provide housing quality and building value to promote the site comprehensive evaluation. In addition, indepth investigation shows that there are still many problems and prominent contradictions in this plot, which are worth urban renewal and reconstruction.
tourists
residents
tenants
artists tenants tresidents tourists artists 50%
Lot tenant rental and resident population 60+ 35-60 18-35 under 18
50%
3000+ 2000-3000 1500-2000 1000-1500 500-1000
General building Commercial finance Education architecture Higher value buildings Traditional architecture Historical and cultural sites under government protection
Age structure of population
50%
Structure chart of income of local residents free-lancer idleness regular work 50%
Lot resident work statistics
Apartment buildings clash with the surrounding urban fabric.
Public space is small and without greenery.
The street is narrow and there is no central parking space.
The courtyard was destroyed and the space became narrow.
The improper location of the school caused traffic congestion.
The road network was damaged by the courtyard, affecting traffic.
Dot
"Hit"
Line
"Connect"
Face
Solutions to present New buildings
Replace it with a home stay facility
Key courtyard (replacement museum, etc.)
1.High-grade hotel 2.Middle class hotel 3.Primary 4.Kindergarten 5.Yuhuangge 6.Memorial (best view of sunset) 7.Entrance square 8.Convenience Square 9.The ruins of the wall stroll along the corridor 10.Tourist Service Centre
Retain buildings
Replacement of commercial functional buildings
Fire station
"Rise"
Replacement of religious commercial and cultural buildings and other functional buildings
11.Staff rest area 12.Sculpture Square 13.Shared Library 14.Folk Art Museum 15.Lun Ching College (Best View of Sunrise) 16.Guan Di Temple 17.The old stage 18.Theater 19.Cultural Museum 20.The park
21.Religious Square 22.Mosque 23.Religious commercial and cultural areas 24.Residential area 25.Art House 26.Ticket office 27.The theatre 28.Opera Research Center 29.Special food plaza 30.WenChangge
According to the actual situation and urban catalyst theory urban renewal and transformation.Revitalize the city by point and face. Mainly through the functional replacement of the building, reconstruction after the demolition of low-quality buildings, as well as leaving green space and the construction of parks, valuable courtyard repair and protection, the road network is adjusted.
Network
"Revive"
Theory— Urban catalyst theory
FLUCTUATING——wood construction competition Beijing Jiaotong University,Beijing,China
April 2017- June 2017
Beijing construction design competition 2017,design leader,team Work(team of 6), Overview:This case is a competition event. Within the limit of 2.5m in length and width, the material can only be made of planks or sticks of the specified size, and a single construction technique can be used to create rich space, light and shadow relationships for people's activities. And ensure safety. The main feature of this scheme is to use the principle of bars to build a space with a clever structure, a solid and reliable structure, and a rapid construction, and win the second prize in the end.
Stress analysis of bottom member
Stress analysis of the central member
Stress analysis of top member
bar1 bar3 bar2
bar1 bar3 bar2 Bar 1: upward force member Bar 2: downward force bar Bar 3: force of balancing bar 1 and bar 2 Grooves: increase the contact area of the bar 3 and increase the friction force
Force analysis
WORKING—Private land construction A private land located in the city center,Colombo,Sri Lanka
During Intership
Beijing Institute of Architectural Design overview:This project was commissioned by nunu himself to design a small high-rise public building with about 10 floors. The main function of this project is office building, which has both apartment and restaurant functions.Site area is only 569 square meters. Sri Lankam , colombo
Geographical location
Visual landscape analysis
Lotus Tower Parliament House
National Museum
The site is located in the city center, adjacent to the sea and several landmark buildings in the city.Multiple viewing platforms can be designed.There are lotus theater, lotus tower, the parliament building, the national museum, the sea and other landscape.
Lotus Theater
The site is located near the equator, a tropical climate,north latitude 6 ° 55 ', longitude 79 ° 52 '.The sun is at a higher altitude.Shading and good ventilation are required on the east and west sides. WEST
site
EAST
The site faces the intersection of three urban roads.The population and vehicles gathering place should be elevated on the first floor to give way to the square and provide urban activity space. The transition zone of radial network and grid network.By twisting the building, the excessive axis can be redesigned in the site to echo the urban texture.
sea
Analysis of the environment of the base
Sunlight analysis
The site is located in the center of the city, in an excellent position, and needs a good image facing the city.
landmark
According to the requirements of the employer, he wanted to design a public building of about 10 floors on this small piece of land, most of which are office functions, one or two floors are apartments, and the first and second floors are restaurants. Because the site is too narrow, it is difficult to have a special shape in architecture. We can only rationally analyze several possibilities of the plot under such limited conditions. At present, the architectural volume and space cannot play any role, so we pay more attention to its relationship with the city.
sea
Site model
Site analysis
I was responsible for the preliminary data query and case search in the early stage of this project, and the analysis of the geographical location, climatic conditions and surrounding environment of the site, and proposed the preliminary construction plan for the site, as well as the preliminary drawing of plans and sections.After I sorted out these parts into documents, the leader sent them to nunu personally. This project is not easy to construct because of its small land area and narrow site shape. So the person in charge assigned this small public building design to me, and I personally completed the preliminary work.The purpose is to calculate whether this land parcel can be constructed and meet the requirements of the owner by referring to some codes.
WORKING——Samoa south Pacific games stadium project Samoa
During Intership
Beijing Institute of Architectural Design overview:This project has two subitems:The natatorium maintenance sub-item and New gymnasium sub-item. I was responsible for the facade design of the natatorium maintenance project in this project.Model the appearance of the swimming pool, and design the color of the appearance, according to the local architectural characteristics and residents' preferences and considering the functional characteristics of the swimming pool itself, give blue series design, have a cool, lively feeling.After color confirmation, product and color description in the form of construction drawings.
The natatorium maintenance sub-item
Basic project overview 1) project name: a new stadium project -- gymnasium for the south Pacific games in Samoa 2) construction site: apia city, capital of independent Samoa 3) construction land area: 30100m m2 4) total construction area: 5600m squared Among them, the above-ground building area: 5600m squared Underground construction area: no 5) main functions of the building: gymnasium (1200 fixed seats, 400 movable seats) 6) construction scale and nature: A comprehensive gymnasium.(meet the requirements of badminton competition, table tennis competition, basketball competition, volleyball competition and no board basketball competition) Underground construction area: no 5) main functions of the building: gymnasium (1200 fixed seats, 400 movable seats) 6) number of building floors: three floors above ground (the highest). 7) building height: 18.7m (calculated from the outdoor ground to the roof peak of the building).
Toilet The number of seats in the gymnasium building is 1,604 (1,134 fixed seats, 66 VIP seats, 400 movable seats and 4 disabled seats). According to the ratio of 1:1 between men and women, the number of users for men and women is 802 each.
F u n c t i o n a l Name of Toilet Area Gym
Closet Pan (Nos.) Specification
Urinal(Nos.)
Wash Basin(Nos.)
Design
Specification
Design
Design
Men's
7
8
16
25
6
Women's
24
24
-
-
6
To i l e t f o r t h e disabled
-
1
1
1
Responsible work I was responsible for the drawing of the bathroom details used in the newly-built gymnasium. In this project, I drew a total of 10 bathroom plane details, 10 bathroom ceiling details and 11 bathroom profile details.
New gymnasium sub-item
WORKING——Xiamen youth palace project Siming District,Xiamen,Fujian,China
During Intership
Beijing Institute of Architectural Design overview:This project is composed of five units with the functional requirements provided by the composition, extremely difficult.These functions include bus station, university for the aged, youth palace, community hospital and community committee.I was responsible for the theater design of the youth palace, including the design of the plane and section of the theater, as well as the cooperation with the stage technology. I am responsible for the graphic design and section (including seat line of sight analysis) of part of the theater. At present, the preliminary design stage has been reached, and the stage part needs the cooperation of stage technology. However, the current drawing is only a schematic diagram, and the stage technology has not been accurately calculated.
The theatre section of the juvenile court
Xiamen youth palace project
I was responsible for the modeling and design of the special-shaped staircase in the theater (the stair form was completed under the guidance of the person in charge). This is a kind of stair form that we deliberated in the process of project, presenting it to persuade superior leaders and structural specialty.
Theatre part of the design of special-shaped stairs
OTHER WORKS 2016-2017
overview:Select the representative works from the undergraduate art works.The kind of paintings I choose are acrylic painting works, watercolor works, pen drawing works, pottery works, carving works.
watercolor work
watercolor work
acrylic painting work
watercolor work
pen drawing work
pen drawing work
pottery work
pen drawing work
carving work
"firmitas, utilitas, and venustas"
wangziyue036@gmail.com ziyue1.wang@mail.polimi.it
-—Vitruvius
+39 3497395939 ziyue.wang.819