EDUCATION Architectural Association School of Architecture London, UK Master of Architecture (MArch) Design Research Laboratory (DRL) 2016.9-2018.2 Ruilin Yang Nationality Chinese Place of Birth Hubei, China Phone +44-07510935138 Email ruilin.yang@aaschool.ac.uk Address 57 Great Russell Sreet, London, UK, WC1B 3BA
North China University of Technology Beijing, China Bachelor of Architecture (BArch) 2011.9-2016.6 International exchange programme: Hanzehogeschool Groningen Groningen, the Netherlands Civil Engineering, Real estate and Project management 2014.9-2015.2 Hochschule Darmstadt University of Applied Sciences Darmstadt, Germany Sustainable Architecture 2013.7-2013.8 Workshops: Architectural Association Beijing Visiting School Beijing,China Beijing Baitasi historic district renovation research 2015.8-2015.9 Rhino Tutorial from Rhino3D Beijing, China 2015.9 (10 days)
PROFESSIONAL EXPERIENCE
AWARDS / EXHIBITION
Architectural intern B.L.U.E. Architecture Studio, 2015.4 - 2015.8 Beijing,China (Nanluoguxiang courtyard renovation, built project) Worked directly with studio founder Shuhei Aoyama on restoring and renovating a traditional Beijing courtyard house in the historic district, starting from concept to construction. Role in the project: I was reponsible for the as-built documentation, material specifications and communication with suppliers and contractors. Participated in client meetings and was actively involved in the schematic design, design development and construction administration. Team: Shuhei Aoyama, Ruilin Yang, Yufeng Zhai Design: 2015.4 - 2015.8 Construction: 2015.6 - 2015.8
Awards: Outstanding graduates of Beijing 2016 Outstanding graduates of North China University of Technology 2016 Merit Scholarship Recipient 2012-2014 Exchange programme Scholarship Recipient (Darmstadt, Germany) 2013 National Excellent Undergraduate Architectural Design Work Award 2012
Interpreter for IAAC Beijing Visiting School (English, Mandarin) 2016.7-2016.8
INTERESTS
PROFICIENCY
Crafting Sketching Photography Cinematography Climbing Badminton Travel
Digital: Photoshop Illustrator Indesign After Effects Adobe Audition
Exhibition: Beijing Design Week (Architectural Association Beijing Visiting School project) 2015
RUILIN YANG
Rhino Maya Sketchup AutoCAD Grasshopper 3Ds Max Arduino Processing C++
Analogue: 3D printing Laser-cutting Model-making Hand-drafting Drawing Woodworking Painting Language: Mandarin(native) English German
NANLUOGUXIANG COURTYARD RENOVATION
(Nominee project of WAACA2016 | WA Housing Award, built project) Office: Team member: Programme: Role:
B.L.U.E Architecture Studio Shuhei Aoyama, Ruilin Yang, Zhai Yufeng SketchUp, AutoCAD, Photoshop
Material specifications and communication with suppliers and contractors. Participated in client meetings, schematic design, design development and construction administration. 4.2015-8.2015 Design time: Construction time: 6.2015-8.2015 Project Architect: Shuhei Aoyama Jingyang Hutong, Beijing, China Site:
8623 1520
120
120
1520
120
200 720
5443
200
1380
700
494 3363
170 310
700
8673
100 500 150
1546
120
200
5443 900
400
494 2113
1030
170150
798
3460
3460
798
860
402
1420
402
110
860
402
2380
402
120
1800
cabinet
520
522 1410
895
distribution box
1160
522
520
200
200
radiator
1800
cabinet
clear double-layer glass dresser
washstand cabinet above radiator
tatami
glass roof slope direction
1410
washing machine up-down motor
height of this wall:
2100
sliding wooden grille wooden grille
cabinet
900 1170
110
1874
400 1874 168
100 70 300130 160
500
430
900 1170 2100
First Floor Plan 1:100
110
500 500
200
2917
580 198 280
500
2100
Ground Floor Plan 1:100
943
945 547 150
mini table
150 700
430
450
198 280 300 130 160
150
cabinet
cabinet
590 580
200
2917
cabinet mini table
cabinet
cabinet nunder floor
590
150
distribution boxďźˆabove radiator radiator cabinet nunder floor
700
402
402
880
1410 1874
1874 100 70
168 943
547
945
washstand
400
radiator television
16184
16184
sliding rail of wooden grille
gas stove
200
clear glass skylight 1500
Sofa
tea table
16184
cabinet nunder floor
16184
3223
1410
washstand
5020
5018
5640
5020
5018
5240
original wood beam lockers incased in the bed
sliding rail of wooden grille
200
5640
fridge
450
washstand
radiator
1123
washing machine sliding wooden grille
COURTYARD RENOVATION RESERACH
HUANGPEN VILLAGE RENOVATION ----FACTORY RENOVATION Location: Huangpen village, Zhejiang, China Year: 5th year core studio, 2016 Tutor: Xinzheng Wang Project team: individual project
Ground Floor Plan 1:400
First Floor Plan 1:400
South Elevation 1:400
1-1 Section 1:400
East Elevation 1:400
KINDERGARTEN DESIGN School: North China University of Technology Project type: Individual work Skills: 3ds Max, Rhino, Sketchup, CAD, Photoshop Time: 3.2013 - 5.2013 Instructor: Wang Xin zheng Site: Beijing,China The basic idea of this kindergartern is to help children establish a sense of safety in their childhood. Compared with a square -plan classroom, a round-plan classroom is more homogenous and has less sense of direction, thus kids might be treated more equally, which might help kids building their self- confidence at the early stage of their life. The idea of a sense of safety not only designed in the shape of the classroom, but in the courtyard. The part of the yard that encircled by main corridor is kids’ play ground and classrooms, while outside of the main corridor is teacher and managers’ room. In this way, I try to help building up the sense of safety by encircle children in the building.
VILLA DESIGN
Distance Distance
Distance FOLD STITCHES
PRESSURE POINT B
FOLD STITCHES PRESSURE POINT A
FOLD STITCHES
PRESSURE POINT B
PRESSURE POINT A
PRESSURE BEFORE POINTCASTING: B X-Y AXES
7th Cast7th (Corn) Cast (Corn) PRESSURE POINT B
6 CM
7 CM
banana tree
garlic
corn
PRESSURE POINT A
Expansion ratio
PRESSURE POINT A
1 CM
66CM CM
77CM CM
BEFORE CASTING: X-Y AXES PRESSURE AFTER POINT CASTING: A X-Y-Z AXESBEFORE CASTING: X-Y AXES
Width before folding
90cm
Distance between rows
5cm
11CM CMSize of stitches
12 CM
0.5mm
Number of stitches at the same height
12
pineapple
cactus
AFTER CASTING: X-Y-ZBEFORE AXES CASTING: X-Y AXES
1.2
5 CM
PATTERN PRESSURE POINT B
5 CM
FOLD STITCHES
5 CM
PATTERN
5 CM
CORN FOCUSED ON GETTING ACQUAINTED WITH THE TECHINIQUE OF CREATING FOLD STITCHES IN THE FABRIC IN ORDER TO CREATE AN INTERDEPENDENT RELATIONSHIP PATTERN FOLD STITCHES BETWEEN THE INFLECTION POINTS IN A CURVE AND THE PLASTER BEHAVIOUAR . IN THIS CASE, THE UNIFORM FOLDS PRODUCED A UNIFROM CURVE WITH VERY LITTLE WEAK POINTS ALONG THE CAST.
GARLIC
12 12CM CM
BACK FACE CURVATURE CAUSED BY EXPANSION OF FOLDS
11 11
6.0 6.0
8.0 Risk index 8.0 Risk index
Width before folding
90 CM 6 CM PRESSURE POINT A
PRESSURE POINT A
AFTER CASTING: X-Y-Z AXES
AFTER CASTING: X-Y-Z AXES
A
AA
B Fold stitch: 24 Pressure point A: 24 Pressure point B: 23
Fold stitch: 11 Pressure point A: 10 Pressure point B: 6
BACK FACE CURVATURE CAUSED BY EXPANSION OF FOLDS
10 CM
middle middle
BEFORE CASTING: X-Y AXES
Fold stitch: 13 Pressure point A: 12 Pressure point B: 13
A'
BB
Fold stitch: Pressure line:
BANANA TREE CACTUS
90 90CM CM
BANANA TREE
bottom
bottom
EXPLORATION ONE: PATTERN
[10]
Fold stitch: 3 Pressure point A: 3 Pressure point B: 2
Fold stitch: 11 Pressure point A: 10 Pressure point B: 6
Fold stitch: 13 Pressure point A: 12 Pressure point B: 13
Distance Fold stitch: Pressure line:
Fold stitch: Pressure line: Expansion ratio
Expansion ratio
60 CM
Width before folding
Width before folding Distance between rows
Distance between rows Size of stitches EQUAL EXPANSION
EQUAL EXPANSION
Size of stitches
1.53
9cm
Risk index
5 83cm 9cm
0.5mm
Width before folding Distance between rows
Size of stitches (BOTTOM PART) Number of stitches at the same height Expantion ratio
0.5mm
12
Width before folding Width before folding
Size of stitches
1.5mm
Number of stitches at the same height
9
Width before folding Width before folding
- Middle - Stitch
8th Cast 8th (Garlic) Cast (Garlic)
PRESSURE POINT B
PLASTER FLOW
8.5 CM 1 CM 8 CM 1 CM 7.5 1 CM 6.5 CM CM116CM CM717CM CM CM6.5 1 CM CM 661CM CM117.5 1CM CM 8 CM CM CM 11CM 8.5 8.5CM CM CM11CM 1CM CM7 CM 88CM CM 11CM CM 7.5 7.51CM CM CM CM6.5 11CM CM 6.5 CM CM117CM CM CM CM CMCM 6.5 6.5CM 11CM CM 77CM CM11CM 1CM CM8.5 7.5 7.5CM CM CM 111CM CM 889CM CM CM 8.5 8.5CM CM 11CM CM 99CM CM
Number of stitches at the same height
Width before folding
Risk index
Fold stitch: 11 Pressure point A: 10 Pressure point B: 6
Fold stitch: 24 Pressure point A: 24 Pressure point B: 23
GRADIENT OF FOLDS IN X-Y AXES
8.0
Fold stitch: Pressure line:
PLASTER FLOW
8.0
9 9
Fold stitch: Pressure line:
Width before folding
11 11
EXPANSION
EXPANSION
BANANA TREE
Distance
[18]
Distance between rows
Fold stitch: 3 Pressure point A: 1.53 3 Pressure point B: 83cm 2
Expansion ratio Width before folding Distance between rows
Fold stitch: EXPANSION
Pressure line:
0.5mm
Number of stitches at the same height
6
2.0
8cm
6.0
Risk index
8.0
2.0
Risk index
8.0
[17]
2.0
90cm
Risk index
8.0
1.5mm 9
CORN
Fold Stich
Fold FoldStich Stich
Pressure Point B
Pressure PressurePoint Point BB
Pressure Point A
2.0mm 5
Expantion ratio
2.0
Width before folding
90cm 1.5mm 9
Pressure PressurePoint Point AA
- Middle par tFailure: Uncontrolled pressure of p - Stitch type
[19]
Distance
90cm
Expansion ratio
0.5mm
Width before folding
Expansion ratio
1.2
Width before folding
90cm
Distance between rows Expansion ratio Size of stitches 1.54 Width beforeoffolding Number stitches at the same height 115cm
Distance between rows5.25cm Distance between rows
12
- Middle par tFailure: Uncontrolled pressure of plaster - Stitch type
5cm
Size of stitches Number of stitches at the same height
Distance Distance
5cm
Width before folding Failure:
Size of stitches Number of stitches at the same height
Width before folding
Size of stitches
Size of stitches
Number of stitches at the same height
0
5cm
Size of stitches Number of stitches at the same height
40cm 8cm
1.2
The design methodology of this workshop id dependent upon a continous study of material behavious through Width before folding developing stiching patterns in lycra and casting in plaster. What we want to acheive is to find a pattern that can curve thesurface it self by casting plaster. 4.0
6.0
Expantion ratio
Width before folding
Distance between rows
4.0 EXPANSION
EXPLORATION TWO: PATTERN
Width beforeEXPANSION folding
2.0mmrows 11 Distance between 11 height Number ofPressure stitches atline: the same 5 Size of stitches
2.0
4.0
Width before folding
40cm
Size of stitches Fold stitch:
0
6.0
2.0 4.0
(BOTTOM PART)
EXPANSION
0
8.0
Expansion ratio
Number of stitches at the same height
9cm
Size of stitches
9 9
2.0
2.0
Width before folding Distance between rows
Distance between rows
6.0
MATERIAL BEHAVIOURS WORKSHOP School: Architectural Association Team: Leo Claudis Beiling, Ariadna A. Lopez, Ruilin Yang Tutor: Mostafa Elsayed, Apostolis Despotidis Time: 02016.9-2016.10 Width before folding
Fold stitch: 11 Pressure point A: 10 Pressure point B: 6
0
PINEAPPLE EXPLORATION TWO: PATTERN
(MIDDLE PART) EXPLORATION TWO: PATTERN Expansion ratio
Fold stitch: 13 Pressure point A: 12 Pressure point B: 13
Expansion ratio
GARLIC
102 102CM CM
Distance
CACTUS Distance
(MIDDLE PART)
Distance
Failure:
CORN 102 CM
CASTING INDEX
CACTUS
(BOTTOM PART)
Width before folding
EXPANSION
5.5 CM CM 5 5 CM CM 4.5 4.5 CM CM 4 4 CM CM 5.5 6 CM CM 6 6.5 CM CM 6.5
6
4.0 6.0 Risk index
Fold stitch: 13 Pressure point A: 12 PATTERN Pressure point B: 13
Pressure line:
0.5mm
Number of stitches at the same height
2.0
4.0 6.0
6.0 8.0
0 PLASTER FLOW
9cm
Size of stitches
9.5 CM CM 9.5
2.0
11 11
Distance between rows
10 CM CM 10
4.0
GRADIENT OF FOLDS IN X-Y AXES
EXPANSION Fold stitch:
9 CM
PATTERN
0
1.53 83cm
8.5 CM
Fold stitch: 6 Pressure point A: 6 Pressure point B: 5
9 9
91 CM CM 91
Fold stitch: 11 Pressure 2.0 point A: 10 Pressure point B: 6
Fold stitch: Pressure line:
91 CM
0
Fold stitch: 13 Pressure point A: 12 Pressure point B: 13
Expansion ratio Width before folding
7 CM CM 7
EXPANSION
7.5 CM CM 7.5
Distance between rows
11 11CM CM
91 CM
Width before folding
12
Expansion ratio
8 CM CM 8
0.5mm
Number of stitches at the same height
8.5 CM CM 8.5 8.5 CM CM 8.5
5cm
Size of stitches
[46]
9 CM CM 9
Distance between rows
pineapple
cactus
6 CM
90cm
6.5 CM
Width before folding
8 CM
1.2
8.5 CM
Expansion ratio
7 CM
Distance
11 CM
7.5 CM
DistanceBANANA TREE
banana tree
garlic
5.5 CM 5 CM 4.5 CM 4 CM
GARLIC
9.5 CM
CORN
EXPLORATION TWO: OVERVIEW
5cm
Width before folding
91 91 CM CM
GRADIENT OF FOLDS IN X-Y AXES
Size of stitches
[16]
90cm
Distance between rows
PRESSURE POINT A PATTERN
Risk index
2.0 2.0
6 2.0
Width before folding
Failure:
ONE: OVERVIEW
Risk index
8.06.0 Risk index 8.0 8.0 Risk index Risk index
0
Number of stitches at the same height
FOLD STITCHES
Distance
corn
6.0 4.0 6.0
4.0 2.0 4.0
Size of stitches
0 0
6
10 CM
OF THE PATTERN IN ORDER TO CREATE A SELF-STANDING CAST. THE PATTERN DEVELOPED IN THIS INSTANCE IS A GRADIENT OF SIZE FOLDS IN X-Y AXES, ALLOWING FOR MORE ARTICULATED CURVATURE AFTER CASTING.
1.53 2.0mm
Number of stitches Width before foldingat the same height
[9]
EXPLORATION ONE: DIAGRAMS [8] EXPLORATION GARLIC FOCUSED ON UNDERSTADING THE SCALEABILITY
8.0
8cm
Size of stitches Expansion ratio
Distance between rows
4.0
Risk index
2.0 40cm
Expansion ratio
6.0
8.0
Expansion ratio Width before folding Distance between rows
5cm
2.0
4.0
(MIDDLE PART)
90cm
83cm
0
6.0
Pressure Pressure Point Point AA
Distance
11 11
0 2.0
Pressure Pressure Point Point BB
Pressure Point A
1.2
Number of stitches at the same height 0.5mm
Number of stitches at the same height
Fold Fold Stich Stich
Pressure Point B
[11]
GARLIC
9 9
Fold Stich
Distance Distance
Distance CORN
EQUAL EXPANSION
B' B'
11 11
BACK FACE CURVATURE CAUSED BY EXPANSION OF FOLDS 90 CM
12
A' A'
B' Fold stitch: Pressure line:
9 9
0.5
BACK FACE CURVATURE CAUS EXPANSION OF FOLDS
Width before folding Width before folding
EQUAL EXPANSION
7 CM
BEFORE CASTING: X-Y AXES
5 CM
NT B
1
5cm
Number of stitches at the same height
0 0
60 CM
Fold stitch: Pressure line:
10 CM
9 9
AF
BACK FACE CURVATURE CAUSED BY Distance between rows EXPANSION OF FOLDS
2.0 2.0
4.0 4.0
60 CM
8.0
Risk index
Fold stitch: Pressure line: 60 CM
top
60 CM
top
4.0
Fold stitch: 6 6.0A: 6 Pressure point Pressure point B: 5
10 CM
2.0 Fold stitch: 11 Pressure point A: 10 Pressure point B: 6
1.2
90c
Size of stitches
0
Fold stitch: 13 Pressure point A: 12 Pressure point B: 13
Expansion ratio
Width before folding
AFTER CASTING: X-Y-Z AXES
Distance between rows Expansion ratio Size of stitches Width beforeoffolding Number stitches at the same height
2
N
CORN
CORN
2.0 4.0 6.0 Risk index
8.0
8.0 Risk index 8.0 Risk index
6.0 6.0
4.0 4.0
2.0 2.0
5
Number of stitches at the same height
0 distance 0
Width before folding
Width before folding Width before folding
CASTING INDEX
BANANA TREE
0.5mm
[47]
5cm
0.5mm 12
CORN
GARLIC Distance
Distance
AFTER STITCHING
BACK FACE
AFTER STITCHING
PLASTER FLOW
FOLD STITCHES PLASTER FLOW
Expansion ratio
PRESSURE POINT A
Width before folding
90cm
Distance between rows
5cm
12th 12th Cast Cast (Cactus) (Cactus) Size of stitches
BACK FACE
PRESSURE POINT B
6 CM
6 CM 8 CM
8 CM
1 CM
10
10
CM
Expansion ratio
Size of stitches 11
Number of stitches at the same height
CM 41 CM
CM
CM CM
5
CM
5
5 CM
CM
5
5 CM
CM
5
5 CM
CM CM
5
8.0
Risk index
5
5
92 CM
6.0
CM
CM
CM 55
CM
CM
CM
55
5
5
GARLIC 5
5
CM
CM
Distance
5
5
Distance
CM
CM
5
5
5 CM
GARLIC
PLASTER FLOW
TORSION: OPPOSING EXPANSION TORSION: FORCES OPPOSING EXPANSION FORCESTORSION: OPPOSING CURVATURE EXPANSION ANALYSIS FORCES : WEAK CURVATURE POINT ANALYSIS : WEAK POINT
Fold stitch: Pressure line:
0.5mm
4.0
11 11
12
Risk index
60 CM
Risk index
Width before folding Distance between rows
CORN
CM
100 CM
100 CM
5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM
5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 5 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM 10 CM
M
5C
M
CM
10
CM
5C
CM 10 10
CM 10 CM
10
10 CM
CM
10
10 CM
CM
10
10 M
M
10 C
10 C
M
M
distance
2.0
10 C
10 C
4.0
4.0 6.0
CM
CM 14 CM
2.0
10 C
8.0
0
2.0
2.0
4.0
4.0
8.0
Distance between rows Size of stitches
Width before folding
EXPLORATION FIVE: DIAGRAM
90cm
PINEAPPLE
14 CM
BACK FACE
8.0
Width before folding
[41]
0 2.0 4.0
9
Width before folding
5
Distance between rows
2.0
Expantion ratio
2.0
40cm
Width before folding 8cm
90cm
Distance between rows 2.0mm
Size of stitches
5cm
Number of stitches at the same height
5 Size of stitches Expansion ratio Number of stitches at the same height Width before folding
(BOTTOM PART)
Expantion ratio
Distance between2.0 rows
Width before folding
Width before folding
Distance between rows Size of stitches
Size of stitches
0.5mm
5cm
Number of stitches at the same height
1.5mm 1.54 9 115cm 5.25cm
90cm
Number of stitches at the same height Failure: 1.5mm 9
Failure:
5 - Middle pa - Stitch typ
- Middle par tFailure: Uncontrolled pressure of plaste - Stitch type
Width before folding Fold StichFold Stich
14 CM
Expansion ratio
115cm
Width before folding
Distance between rows 115cm
5.25cm
Distance between rows
Size of stitches
0.5mm
Size of stitches
Number of stitches0.5mm at the same height
CASTING INDEX
6.0 Risk index
8.0
Risk index
8.0
0
distance
1.54
Width before folding
Expansion ratio
1.54
Number of stitches at the same height
90cm 5cm
Number of stitches at the same height
Distance [43]
2.0
1.5mm
8cm 2.0mm
PINEAPPLE EXPLORATION FOUR: PATTERN
5
5cm
Distance between rows Size of stitches
Distance
8cm
1.5mm
2.0 40cm
Pressure Point Pressure Point
2.0mm
Distance between rows
Expansion ratio Width before folding
(BOTTOM PART)
Expansion ratio Width before folding
40cm
Size of stitches
Number of stitches at the same height Number of stitches at the same height 9
6.0 Risk index
Width before folding
2.0
- Middle pa - Stitch typ
Width before folding
5C
M 14 CM
0
0
(MIDDLE PART)
EQUAL EQUAL EXPANSION EXPANSION
M
10 C
M
100
M
2.0mm 5
6.0
10
10
M
0
Failure:
EXPLORATION FIVE: OVERVIEW
100
(BOTTOM PART) Expantion ratio
Failure:
[40]
100
M
Width before folding
40cm EXPLORATION FOUR: PATTERN 8cm 2.0
2.0
4.0
(BOTTOM PART)
6
Risk index
5C
Width before folding
5C
Risk index
Risk index
Size of stitches
Expantion ratio
6.0 Width before folding
Risk index
M
10 C
9 CM
8 CM
- Middle par tFailure: 7 CM Uncontrolled 7 CM 8 CM pressure of plaster - Stitch type
Number of stitches at the same height
6.0 8.0
Expansion ratio
Size of stitches
EQUAL EXPANSION
2.0 4.0
6.0 8.0
Number of stitches at the same height
0
2.0
Distance between rows
8.0
M
0.5mm
M
9cm
Size of stitches
Risk index
C 10
Distance between rows
6
C 10
0.5mm
Number of stitches at the same height
CM
Size of stitches
CM
83cm
4.0
(MIDDLE PART)
Distance between rows
Expansion ratio
0
[42]
11 1.53 11
Width before folding
8 CM 8 CM
2.0
Width before folding
Number of stitches at the same height Fold stitch: Pressure line:
10
Distance
9cm
Pressure line:
50 CM
FRONT FACE
Expansion ratio
CACTUS
83cm
Distance between rows
50 CM
(MIDDLE PART)
1.53 9 9
M
9 CM
Failure:
PLASTER FLOW
Expansion ratio
9
10 C
Distance
Width before folding Fold stitch:
Width before folding
Width before folding
CONTRACTION OF BACK FACE FOLDS Fold stitch: 3 Pressure point A: 3 Pressure point B: 2
10
8.0
Distance
tch: 11 e point A: 10 e point B: 6
1.5mm
Risk index
CM
of stitches
CACTUS BANANA TREE
90cm 5cm
Number of stitches at the same height
Distance
PRESSURE POINT A
CM
BANANA TREE
4.0
8.0
8.0
10
Fold stitch: 11 Risk index Pressure line: 11
9 9
10
Fold stitch: Pressure line:
6
CM
RiskSize index
CM
Width before folding
2.0
6.0
4.0
Fold stitch: 24 Pressure point A: 24 Pressure point B: 23
2.0
Distance between rowsWidth before folding
6.0
10
Width before folding
0.5mm
Number of stitches at the same height folding
Distance 0
6.0
9cm
Size of stitches 10
6.0 8.0
CONTRACTION OF BACK CONTRACTION OF BACK DistanceFACEFACE FOLDS FOLDS
83cm
CM
Risk index
Distance between rows
9
(MIDDLE PART)
9 CM
1.53
CM
2.0
8 CM 9 CM
CACTUS PINEAPPLE
10
0 Width before folding
Expantion ratio
Width before
0
(BOTTOM PART)
2.0
EQUAL
Number of stitches at the sameEXPANSION height
0 4.0
6
5
Expansion ratio
Width before folding
10
Number of stitches at the same height
Width before folding
8 CM 8 CM
PLASTER 10 C FLOW 10FLOW PLASTER CM M
CM
Risk index
11 11
8.0
8cm 2.0mm
Size of stitches
6.0
8.0
Width before folding Distance between rows
CM
0.5mm
6.0
7 CM 8 CM
Number of stitches at the same height
Failure:
10
Fold stitch: Pressure line:
Size of stitches
4.0
7 CM
1.5mm
Width before folding
40cm
Expansion ratio
10
Risk index
Distance between rows 2.0
4.0
50 CM
5cm
Size of stitches
Width before folding
8.0
6
CM
12
CM
0.5mm
Number of stitches at the same height
0 folding Width before
2.0
4.0 8.0
between rows Number of stitches at theDistance same height
2.0
0.5mm 10
Size of stitches
0
Size of stitches
2.0Number of stitches at the same height 10
5cm
Expansion ratio
9cm
CM
(MIDDLE PART)
Distance between rows
CM
Distance between rows
6.0 Risk index
CONTRACTION OF BACK FACE FOLDS Number of stitches at the same Distance height
83cm
10
90cm
9cm
8.0
Size of stitches
4.0
8.0 6.0
1.53
Width before foldingPRESSURE PRESSURE POINT POINT A A 10
6.0
Risk index
Width before folding
Expansion ratio CM
4.0
Number of stitches at the same height
0
1.2
50 CM
CM
2.0
Risk index
10
Pressure line:
90cm
14 CM 14 CM 2 CM 1 CM2 CM 1 CM
10
4.0
2.0
Expansion ratio
pineapple
Size of stitches
2.0
Width before folding
0
14th 14th Cast Cast
PLASTER FLOW
Distance
9 9
12
Distance
Size ofTREE stitches DistanceBANANA
CACTUS
Distance
Fold stitch: 6 Pressure point A: 6 Pressure point B: 5
(BOTTOM PART)
CACTUS
Distance between rows
FOLD STITCHES FOLD STITCHES
5
Expantion ratio
M
GARLIC
PRESSURE POINT A
Number of stitches at the same height
Width before folding
Risk index
M
12
PATTERN PATTERN
8cm 2.0mm
Expansion ratio
Width before folding
PRESSURE POINT A
Distance between rows Size of stitches
Distance between rows
DistanceBANANA TREE [33]
Width before folding
2.0 40cm
0.5mm
5cm
Width before folding
Distance
Expansion ratio Width before folding
Width before folding
6.0
6.0
Expansion ratio
1.53
9cm
8.0
Risk index
4.0 0
8.0
Risk index
0.5mm
83cm
Distance
FOLD STITCHES
Distance
Fold stitch:0 Distance between rows
1.2 90cm
5C
tch: 11 e point A: 10 e point B: 6
Risk index
5cm
Width before folding Width before folding
4.0
4.0
Width before folding
1.2
Expansion ratio
2.0
[35]
2.0
6.0 8.0
Number of stitches at the same height (MIDDLE PART)
2.0
90cm
cactus
83cm 0.5mm
Size of stitches
5C
BANANA TREE
tch: 11 e point A: 10 e point B: 6
Size of stitches
BACK FACE AFTER FOLDING
CACTUS
0
100
Expansion ratio
8.0
Distance between rows
10 CM
2.0
EXPLORATION FOUR: DIAGRAMS
EXPLORATION FOUR: OVERVIEW Width before folding PINAPPLE FOCUSED ON MASTERING THE TORSION OF THE CURVATURE. IN THIS INSTANCE, THE PATTERN SIZE WAS Distance between rows SCALED DOWN AND MIRRORED TO ALLOW THE TROSION Size of stitches OF THE CURVE TO HAPPEN MORE NATURALLY AS IT WAS CORN Number of stitches at the same height BEING CASTED. FOLD STITCHES
Risk index
10 CM
6.0
Number of stitches atNumber the same height 6 of stitches at the same height
4.0
GARLIC Distance
Distance between rows
Size of stitches
0
8.0
Width before folding
Pressure Line Pressure Line
1.53
Width before folding Expansion ratio Width before folding
Size of stitches
2.0
FRONT FACE
6.0
Expansion ratio Fold StichFold Stich
EXPLORATION FOUR: PATTERN GARLIC
Expansion ratio
Distance between rows
4.0
2.0
CM
Distance
0
Width before folding
banana tree
8 CM
BACK FACE BEFORE FOLDING
EXPLORATION FOUR: PATTERN
[34]
Width before folding
8.0
6.0
0
8 CM 6 CM
11
Distance
Expansion ratio
6.0
4.0
PATTERN
6 CM
CM
CM
9 CM
5C
Number of stitches at the same height
[32]
1 CM
10
2
10 CM
5cm
9 9
6.0 8.0
37 CM
FRONT FACE BEFORE FOLDING
Number of stitches at the same height
Risk index
1 CM
12
9 CM
CM
0
2.0 CORN
90cm
Fold stitch: Pressure line:
Size of stitches
2.0
37 CM
Number of stitches at the same height 10 CM 10 CM
10 CM
11 10
1 CM
0
1.2
Distance between rows
0
0.5mm1 CM
2
Expansion ratio Width before folding Fold stitch: 3 Pressure point A: 3 Pressure point B: 2
5cm
Size of stitches
Distance
BACK FACE
titch: 11 ure point A: 10 ure point B: 6
Distance between rows
2
BACK FACE
90cm
FRONT FACE AFTER FOLDING
DistanceBANANA TREE
Distance BACK FACE
10 CM
CURVATURE ANALYSIS : WEAK POINT
1.2
Width before folding
CM
PLASTER FLOW
CM
PLASTER FLOW
11 11
5
AFTER STITCHING
5
AFTER STITCHING
Fold stitch: Pressure line:
CM
AFTER STITCHING
CM
PATTERN
9 9
5
CORN
Expansion ratio
FRONT FACE
7 CM
Fold stitch: Pressure line:
Fold stitch: 24 Pressure point A: 24 Pressure point B: 23
5
titch: 11 ure point A: 10 ure point B: 6
FRONT FACE
1
CM
CM
90 CM 6 CM
Width before folding
5
5
CORN
Width before folding
CM
5
8.0
92 CM
Risk index
CM
11 11
CM
Fold stitch: Pressure line:
55
6.0
9 9
55
Fold stitch: Pressure line:
Fold stitch: 6 Pressure point A: 6 Pressure point B: 5
2.0 4.0
CM
5
CM
5
2.0
0
5
CM
0
titch: 11 ure point A: 10 ure point B: 6
Width before folding Distance between rows
12 11
4.0
10 CM
CM
pineapple
cactus
CURVATURE ANALYSIS : WEAK CURVATURE POINT ANALYSIS : WEAK POINT
10 CM
0.5mm
9 CM 9 CM 1 CM 1 CM Number of stitches at the same height
1 CM
banana tree
1.2 EXPANSION FORCES TORSION: OPPOSING EXPANSION TORSION: FORCES OPPOSING
92 CM
PATTERN
92 CM
PATTERN
41 CM
CACTUS FOCUSES UNDERSTANDING THE TORSION OF A CURVE; MANIPULATING OUR FINDINGS IN A TWODIMENSIONAL CURVE INTO A THREE-DIMENSIONAL ONE. IN THIS INSTANCE, THE CHALLENGE BECAME THE INFLECTION POINT IN WHICH THE CURVATURE CHANGED DIRECTIONS THREE-DIMENSIONALLY.
5.25cm
[
5
5
distance
2.0
4.0
6.0 Width before folding
Width before folding
- Middle par tFailure: Uncontrolled pressure of plaster - Stitch type
- Middle par tFailure: Uncontrolled pressure of plaster - Stitch type
CASTING INDEX
CASTING INDEX
[47]
[4
SORT | TRANSFORMATIVE ARCHITCTURE | FUTURE OF CULTURE Architectual Association DRL, core studio Tutor: Theodore Spyropoulos Time: 2017.1-2018.1 Team: Saenawee Chatameteewong, Heidi Han, Ruilin Yang Role in team: Prototype, Unit animation, Video editing SORT is a research project that speculates the future of culture through the investigation of a ‘building-as-machine’ model – a type of ‘plug-and-play’ model. It explores what the future could mean if our environments could allow for the participation of different multi-influential agents. It questions if a building, its contents, and its occupants could all be active participants – having the ability to navigate through a dynamic infrastructure of decision making and organization. In our proposal for a machine that organizes our world, we envision that intelligent systems of the agents make decisions, and influence the outcome of others. Our building transforms, our objects sort, and our visitors can engage in a dynamic environment where architecture becomes infrastructure. We explore this new model for architecture with computational curational sorting and spatial reconfiguration and transformation through our unit prototype.
Rendered by Saenawee
Rendered by Saenawee
ACTUATING SURFACE STUDY
FLOOR SURFACE (SURFACE SORTING)STUDY
28.26
9.26
6.50
R8.18
24.66
R8.18
19.00
38.73
28.26
14.07
9.26
6.50
19.00
6.50
9.26
28.26
9.45
9.26
14.08
9.55 14.18
Ball Joint Top view 1: 1
9.5313.26 19.02
9.53 13.26 19.02
Ball Joint Front view 1: 1
39.88
79.49 114.39
69.00
69.00
79.49
296.98
114.39
39.88
Frictionless Surface Front view 1: 5 522.00 96.84
148.00
96.84
90.16
39.00
70.00
HORIZONTAL MOBILITY (FRICTIONLESS SURFACE) STUDY
Frictionless Surface Top view 1: 5
522.00
304.00
70.00
39.00
90.16
RY Ruilin Yang
Nationality Chinese Place of Birth Hubei, China Phone +44-07510935138 Email ruilin.yang@aaschool.ac.uk Address 57 Great Russell Sreet, London, UK, WC1B 3BA
EDUCATION Architectural Association School of Architecture London, UK Master of Architecture (MArch) Design Research Laboratory (DRL) 2016.9-2018.2 North China University of Technology Beijing, China Bachelor of Architecture (BArch) 2011.9-2016.6 International exchange programme: Hanzehogeschool Groningen Groningen, the Netherlands Civil Engineering, Real estate and Project management 2014.9-2015.2 Hochschule Darmstadt University of Applied Sciences Darmstadt, Germany Sustainable Architecture 2013.7-2013.8
AWARDS / EXHIBITION Awards: Outstanding graduates of Beijing 2016 Outstanding graduates of North China University of Technology 2016 Merit Scholarship Recipient 2012-2014 Exchange programme Scholarship Recipient (Darmstadt, Germany) 2013 National Excellent Undergraduate Architectural Design Work Award 2012
Workshops: Architectural Association Beijing Visiting School Beijing Baitasi historic district renovation research 2015.8-2015.9 Rhino Tutorial from Rhino3D 2015.9 (10 days)
Exhibition: Beijing Design Week (Architectural Association Beijing Visiting School project) 2015
PROFESSIONAL EXPERIENCE
INTERESTS
Architectural intern B.L.U.E. Architecture Studio, 2015.4 - 2015.8 Beijing,China (Nanluoguxiang courtyard renovation, built project) Worked directly with studio founder Shuhei Aoyama on restoring and renovating a traditional Beijing courtyard house in the historic district, starting from concept to construction. Role in the project: I was reponsible for the as-built documentation, material specifications and communication with suppliers and contractors. Participated in client meetings and was actively involved in the schematic design, design development and construction administration. Team: Shuhei Aoyama, Ruilin Yang, Yufeng Zhai Design: 2015.4 - 2015.8 Construction: 2015.6 - 2015.8 Interpreter for IAAC Beijing Visiting School (English, Mandarin) 2016.7-2016.8
Crafting Sketching Photography Cinematography Climbing Badminton Travel
PROFICIENCY Digital: Photoshop Illustrator Indesign After Effects Adobe Audition Rhino Maya Sketchup AutoCAD Grasshopper 3Ds Max Arduino Processing C++ Analogue: 3D printing Laser-cutting Model-making Hand-drafting Drawing Woodworking Painting Language: Mandarin(native) English German