d e s i g n p o r t f o l i o o f I r e n e Y i m Master of Architecture 2012 / Georgia Institute of Technology
Mar 11, 2016
d e s i g n p o r t f o l i o o f I r e n e Y i mMaster of Architecture 2012 / Georgia Institute of Technology
Table of Contents
d e s i g n p o r t f o l i o o f I r e n e Y i mMaster of Architecture 2012 / Georgia Institute of Technology
Eco-Exist Peachtree HighschoolOptions II / Spring 2011
Professor Michael Gamble
Beauty of Veiling, School of DesignOptions III / Fall 2011
Professor Lars Spuybroek
Federal Courthouse in Mobile AlabamaThesis Studio / Spring 2012
Professor Athanassios EconomouIn collaboration with Jack Yeh
1
The project is a charter high school for Environmental and Science for 450 students, including classrooms, library, cafeteria/kitchen, gymnasium, secured recreation, and garden spaces, located on a 1.5 acre of greenfield site located at the intersection of North Avenue and Peachtree Street in downtown Atlanta. The project calls for three distinct responses; urban, pedagogical, and environmental. First, the project’s open plaza facing the Peachtree Street will serve as one of the main public gathering spaces of the city. The project extends an existing psychological boundary of the city beyond the Peachtree Street by providing both physical and visual connections. Secondly, strategically located, main learning space between the city and a natural environment constantly exposes students to two distinct living conditions and helps them learn about a sustainable life style. Carefully situated programs on the main circuit of the project, including public plaza, experimental garden, gymnasium, interior pool, main stair and ramp to roof, cafeteria, and library, will also educate students for healthy mind by emphasizing an importance of physical health. Lastly, a separation of building structure from the building envelope allows the building envelope to operate independently from the structure that provides flexibilities in adjusting the interior environment. Sliding screens and operable windows help minimizing thermal gains and provide natural ventilation and controlled views of exterior. The atrium space separating two main volumes of the building also provides stack ventilation effects for cooling.
View from Peachtree Street / Public Plaza and Highschool Revit 2010
Eco-Exist Peachtree HighschoolOptions II / Spring 2011
Professor Michael Gamble
2
Experimental Garden and High Performance Facade: Scenario OneSmart facade system reflects light and minimizes heat gain during hot seasons and midday.
3
Schematic Design / Photomontage
Experimental Garden and High Performance Facade: Scenario TwoSmart facade system allows visual extension into the exterior garden and lets in natural light during cold seasons and early morning and evening.
4
Schematic Design / Photomontage
Design Development / Photomontage on Perspective
Massing ModelHigh Performance Facade Precedent Study
5
West / Peachtree Street Elevation6
7
South / North Avenue Elevation 8
9
This page:Main Atrium Space, Pool, and
Gymnasium walkwayLeft:
East-West Building Section10
11
12
This page: Swimming PoolFar Left: Model PhotographsLeft:High Performance Facade Wall Section
13
14
This page: GymnasiumLeft: Experimental Gardenand Reflecting Pool
15
Looking Up Between Two Building SkinsRhinoceros + Grasshopper
Beauty of VeilingSchool of Design
Options III / Fall 2011Professor Lars Spuybroek
16
Corporate headquarters, office buildings, and retail stores of high-end design company buildings are generally located in a central fashion district, such as Ginza, Tokyo or Manhattan, New York. The buildings are often designed by famous architects, such as SANNA for Dior Building. These buildings tyipcally present a unique facade design. Despite of elaborate facade designs, basic structures and forms of the buildings present rather uniform and typical rectilinear box shapes. School of design including an exhibition hall would fit well with a concept of veiling. The process of design involves various stages, which can be described in terms of different types of veiling. Sometimes, it is an introverted process that is hidden and private where initial brainstorming and design development processes take place. Other times, it is an extroverted process that is revealed and exposed when the design products are being advertized. As veil hides and shows its structures behind it, the process of design itself can be expressed in terms of veil, which can be translated into a dynamic building skin. The building skin and the program behind interactively influence each other, resulting in a dynamic representational space in both exterior and interior of the building.
17
B e a u t y o f V e i l i n gInitial Analysis
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I m a g e s P a t t e r n s ( p l a n )S e c t i o n A n a l y s i s N u m b e r o f f o l d s
M a g n i t u d e o f v e i l
1 2 3 4
1 2 3 4
1 23 4
12 3 4
1 2 3
45 6 7
1 2
3 4 5
1 2 3 4 5
6
1 2 3 4 5 6
7
A
B
A
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B
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Opa
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Tigh
tLo
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Dark
Ligh
tDa
rkLi
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Ligh
tDa
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Tigh
tLo
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5
18
B e a u t y o f V e i l i n gInitial Analysis
Para
llel
Y Sh
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Dist
orte
dCo
nver
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ZigZ
agU
Sha
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le S
tru
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I m a g e s P a t t e r n s ( p l a n )S e c t i o n A n a l y s i s N u m b e r o f f o l d s
M a g n i t u d e o f v e i l
1 2 3 4
1 2 3 4
1 23 4
12 3 4
1 2 3
45 6 7
1 2
3 4 5
1 2 3 4 5
6
1 2 3 4 5 6
7
A
B
A
B
A
B
A
B
A
B
A
B
A
B
A
B
A
BA
B
A
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A
B
A
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A
B
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A
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A
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A
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A
B
A
B
A
B
A
B
A
B
A
Opa
que
Tran
spar
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Tigh
tLo
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Dark
Ligh
tDa
rkLi
ght
Ligh
tDa
rk
Tigh
tLo
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5
5
19
Light, Object, Shadow Analysis
Height GenerationPixelationBrightness Analysis
‘Pseudo Code‘H = Height
Dim HDim B1,B2,B3,B4,B5,B6,B7,B8‘B = B value of HSB B1=29 B2=47 B3=59 B4=69 B5=76 B6=82 B7=92 B8=100
Dim a,X‘a = Coefficient‘Relative Height Difference a = 2
‘X = Starting Height X = 5
Dim n For n=1 To 8 Step 1 H=X H(n)=(B(n)-B(n-1))/a + H(n-1) Call.Print(H(n)) Next
Section from Height tableau Section of Fold-MidPoint Degree 2 NURBS Curve, Deleuzian Diagram Degree 3 NURBS Curve, Deleuzian Diagram
Degree 2 NURBS Curve, 20 Control Point Degree 3 NURBS Curve, 20 Control PointDegree 2 NURBS Curve, 50 Control Point Degree 3 NURBS Curve, 50 Control Point
Formal Folding Anlysis Using Geometric Hinge
406
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002406
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
180 ° , Elevation180 ° , Plan
D D D
D DD D
DA A A
A AA A
AB B B
B BB B
BC C C
C CC C
C
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165165
406412
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382 242358218
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242
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335194
314 170290 146 098266
122
074050
026002
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382
242
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218
335194
314 170290 146 098266
122
074050
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165 ° , Elevation165 ° , Plan
D D
D D
D
D D
DA A
A A
A
A A
AB
B
B B
B
B B
BC C
C C
C
C C
C
406
412
416
420
424
382
242358 218335
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314 170
290
146 098266
122 074
050
026 002
406
412
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420
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382
242358 218335
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314 170
290
146 098266
122 074
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026 002
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416
420
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428
382
242
358
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335
194
314170
290
146
098
266
122
074050
026002
135
135
412
416
420
424
406 382
242358 218335
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314 170
290
146 098266
122 074
050
026 002
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416
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428
382
242
358
218
335
194
314170
290
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122
074050
026002
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382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
412
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420
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382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002406
412
416
420
424
382
242358 218335
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314 170
290
146 098266
122 074
050
026 002
406
412
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382
242358 218335
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314 170
290
146 098266
122 074
050
026 002
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382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
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412
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382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
135 ° , Elevation135 ° , Plan
D
D
DD
D
D D
D AA
A A
A
A A
AB B
B B
B
B B
B CC
C
C
C
C C
C
406
416
420
424
428
382
242
358
218
335
194
314
170290 146
098
266122
074050
026002
150
406412
416
420
424
382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
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420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
416
420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002406412
416
420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
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420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
416
420
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382 242358
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335 194
314 170
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026
002
406412
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420
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382 242358
218
335 194
314 170
290 146 098
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026
002
406412
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382 242358
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335 194
314 170
290 146 098
266 122 074
050
026
002
406412
416
420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406416
420
424
428
382
242
358
218
335
194
314
170290 146
098
266122
074050
026002
150 ° , Elevation150 ° , Plan
DD
D D
D
D D
D
AA
A A
A
A A
AB B
B B
B
B B
BC C
CC
C
C C
C
20
Light, Object, Shadow Analysis
Height GenerationPixelationBrightness Analysis
‘Pseudo Code‘H = Height
Dim HDim B1,B2,B3,B4,B5,B6,B7,B8‘B = B value of HSB B1=29 B2=47 B3=59 B4=69 B5=76 B6=82 B7=92 B8=100
Dim a,X‘a = Coefficient‘Relative Height Difference a = 2
‘X = Starting Height X = 5
Dim n For n=1 To 8 Step 1 H=X H(n)=(B(n)-B(n-1))/a + H(n-1) Call.Print(H(n)) Next
Section from Height tableau Section of Fold-MidPoint Degree 2 NURBS Curve, Deleuzian Diagram Degree 3 NURBS Curve, Deleuzian Diagram
Degree 2 NURBS Curve, 20 Control Point Degree 3 NURBS Curve, 20 Control PointDegree 2 NURBS Curve, 50 Control Point Degree 3 NURBS Curve, 50 Control Point
Formal Folding Anlysis Using Geometric Hinge
406
416
420
424
428
382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
416
420
424
428
382 242358 218335 194314 170290 146 098266 122 074 050 026 002406
412
416
420
424
382 242358 218335 194314 170290 146 098266 122 074 050 026 002
180
406
412
416
420
424
382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
412
416
420
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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412
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420
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
412
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
412
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
412
416
420
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
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412
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
406
412
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382 242358 218335 194314 170290 146 098266 122 074 050 026 002
180 ° , Elevation180 ° , Plan
D D D
D DD D
DA A A
A AA A
AB B B
B BB B
BC C C
C CC C
C
165
165165
406412
416
420
424
382 242358218
335 194314
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290 146 098266 122 074
050
026
002
406412
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382 242358218
335 194314
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290 146 098266 122 074
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406412
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382 242358218
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406412
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382 242358218
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406412
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382 242358218
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002406412
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382 242358218
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406412
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382 242358218
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406412
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382 242358218
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406412
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382 242358218
335 194314
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290 146 098266 122 074
050
026
002
406
416
420
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428
382
242
358
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335194
314 170290 146 098266
122
074050
026002
406
416
420
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428
382
242
358
218
335194
314 170290 146 098266
122
074050
026002
165 ° , Elevation165 ° , Plan
D D
D D
D
D D
DA A
A A
A
A A
AB
B
B B
B
B B
BC C
C C
C
C C
C
406
412
416
420
424
382
242358 218335
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314 170
290
146 098266
122 074
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026 002
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412
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382
242358 218335
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314 170
290
146 098266
122 074
050
026 002
406
416
420
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428
382
242
358
218
335
194
314170
290
146
098
266
122
074050
026002
135
135
412
416
420
424
406 382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
416
420
424
428
382
242
358
218
335
194
314170
290
146
098
266
122
074050
026002
406
412
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420
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382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
412
416
420
424
382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002406
412
416
420
424
382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
412
416
420
424
382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
412
416
420
424
382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
406
412
416
420
424
382
242358 218335
194
314 170
290
146 098266
122 074
050
026 002
135 ° , Elevation135 ° , Plan
D
D
DD
D
D D
D AA
A A
A
A A
AB B
B B
B
B B
B CC
C
C
C
C C
C
406
416
420
424
428
382
242
358
218
335
194
314
170290 146
098
266122
074050
026002
150
406412
416
420
424
382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
416
420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
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420
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382 242358
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314 170
290 146 098
266 122 074
050
026
002406412
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420
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382 242358
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314 170
290 146 098
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026
002
406412
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382 242358
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314 170
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026
002
406412
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420
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382 242358
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314 170
290 146 098
266 122 074
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026
002
406412
416
420
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382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406412
416
420
424
382 242358
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314 170
290 146 098
266 122 074
050
026
002
406412
416
420
424
382 242358
218
335 194
314 170
290 146 098
266 122 074
050
026
002
406416
420
424
428
382
242
358
218
335
194
314
170290 146
098
266122
074050
026002
150 ° , Elevation150 ° , Plan
DD
D D
D
D D
D
AA
A A
A
A A
AB B
B B
B
B B
BC C
CC
C
C C
C
21
M
D
M’
S’
D’
L o o s e T i g h tS i z e
D a r k L i g h tM a t e r i a l
DD
T r a n s p a r e n tD e v i a t i o n O p a q u e
S
Folds are created in areas that are bent.
Case I
Case II
Length of fabric
Veil
Veil
Veil
Veil
Length of body
Length of fabric
Length of body
Case I: Straight Elbow
Case II: Bent Elbow
Veil
Magnitude of
Veil
Veil
Changes in original form:
25 %
15 %
0 %
Changes in original form: 25%
Changes in original form: 15%
Changes in original form: 0%
22
Previous Page:Catalogue of Veil and Study of Fold GenerationInitial Research in collaboration with Suhee Oh
This page: Transformation of Veil into Building Envelop
Left: Body and Skin Transformation Process
23
This page: Elevations, Sections, and Structure AxonometricRight:View from Woodruff Park
24
25
Federal Courthousein Mobile AlabamaThesis Studio / Spring 2012Professor Athanassios EconomouIn collaboration with Jack Yeh
This exploratory courthouse grammar describes a concept of series of promenade and gardens. The courthouse experience becomes more dynamic and engaging with an emphasis on natural lights, views, and movements through a succession of staircases, ramps, and corridors. Based on a distinct and unique circulation patterns of three networks, restrictive, secured, and public, and its users, the system intersects, connects, and diverges in response to programmatic requirements. The site sits on the edge of the city where it separates a historical neighborhood from the city’s downtown. This edge holds a boundary of oak tree populations that only exists in the historical neighborhood. This forest-like condition disappears in downtown except in a central square that is heavily vegetated. This grammar proposes to bridge this segmented condition and to provide a public green through the site and reconnect with the existing city fabric.
26
View of Courthouse from Public StreetRhinoceros
27
1 / Extend
2 / Bend
3 / Loop + Secure
4 / Follow + Secure
5 / Intersect + Secure
6 / Diverge + Secure
Court 4
USMS / Probation O�ce US DIstrict Clerk
Court 4, 5, 6, 7
Court 1, 2, 3
Garden
Garden
USMS / Probation O�ce US District Clerk Court 1, 2, 3, 4
Court 5, 6, 7
Garden Garden
Garden
Garden
USMS / Probation O�ce US District Clerk Court 1, 2
Court 3, 4, 5, 6, 7Garden
USMS / Probation O�ce US DIstrict Clerk
Court 6, 7
Court 1, 2, 3, 4, 5
USMS / Probation O�ce US DIstrict Clerk
Court 6, 7
Court 1, 2, 3, 4, 5
Garden
GardenGarden
USMS / Probation O�ce US DIstrict Clerk
Court 3, 4, 5, 6, 7
Court 1, 2
Network Modeling Rules and Sequences / Network Diagram Models
28
P
P
Stai
rs
Closet
Sta�Garden
Support
Courtroom 6
Open to below
closetCourtroom 4
Sta�Garden
StairsR
Cells
Sta�Garden
S
Courtroom 3
Clos
et
closetStairsR
S S
R Stairs
Cells
CircuitLibraryBelow
ReadingCourtroom 7
Attorney O�ce
Attorney O�cePublic Restroom
Garden
GSAUSAOSenateJoint
USMS
PublicGarden
Cells
Courtroom 2
Courtroom 5
Sta�Garden
Sta�Garden
P
S
Clerk
Chamber
W
S
P
R
S
Clerk
RChamber Chamber
mech
CircuitLibrary
Stairs
Chamber
mech
ChamberChamber
Jury
Jury
Jury
Jury
Chamber M
Jury
Exhibition
mech
mech
closet
Jury
ChamberChamber
Clerk
Courtroom 1Below
Jury
StairsStairs
Stai
rs
ChamberR
Chamber
PublicGarden
Garden
Sta�Garden
P
Loading mech
MS
PClerk
Service
mech
Stai
rs
M W
Probation
R
Forest
MS
Paved Plaza
Sta�Garden
enter
Stairs
S S
U.S. Marshal
District Clerk
Stairs Courtroom 1RStairs
S
R
exit
Support
Jury Assembly Suite
mech
mech
Sta�Garden
Sta�Garden
Cafe
Cells
PublicGarden
Sally Port
Secure Entry
29
Courtroom GrammarVolumettric study of tranditional and new courtroom composition
Restricted
Public
Courtroom
Public
Courtroom
Restricted
Secured
CourtroomCourtroomSecured Garden
Courtroom GrammarCirculation pattern comparision between tranditional vs new courtroom composition
Restricted
Public
Courtroom
Public
Courtroom
Restricted
Secured
CourtroomCourtroomSecured Garden
Courtroom GrammarCirculation pattern comparision between tranditional vs new courtroom composition
Growth pattern of new courtroom compostition
Growth pattern of traditional courtroom compostition
Previous Page:Formal Massing Studying of Courthouseand Program Layout PlansThis Page:Courtroom Grammar StudyComparision of Growth Pattern of Traditional and New Courtroom Composition
30
Site and Building Model
31
1
2
1 Public Garden Entry 2 Security Vestibule 3 Public Lobby 4 Probation O�ce 5 Courtroom 6 District Clerk 7 Jury Assembly Suite 8 Public Garden 9 Restricted Area10 Secured Area11 U.S. Marshal
5
4
6
7
3
8
5
5
9
10 11
12
3
2
5
6
4
4
7
7
8
8
9
10
1 Security Vestibule 2 District Clerk 3 U.S. Marshal 4 Restricted Garden 5 Judge’s Chamber 6 Court Support 7 Circuit Library 8 Courtroom 9 Restricted Area10 Secured Area
32Trajectory Plan and Section of Restricted (Judge’s) Network
1
2
1 Public Garden Entry 2 Security Vestibule 3 Public Lobby 4 Probation O�ce 5 Courtroom 6 District Clerk 7 Jury Assembly Suite 8 Public Garden 9 Restricted Area10 Secured Area11 U.S. Marshal
5
4
6
7
3
8
5
5
9
10 11
12
3
2
5
6
4
4
7
7
8
8
9
10
1 Security Vestibule 2 District Clerk 3 U.S. Marshal 4 Restricted Garden 5 Judge’s Chamber 6 Court Support 7 Circuit Library 8 Courtroom 9 Restricted Area10 Secured Area
16’ 32’0’ 64’
33
34
Perspectives of Promenade
35
This Page:Site and Building Model
Left:Site Cotext Plan
36
37
E d u c a t i o n
Master of Architecture • • Georgia Institute of Technology, May 2012 • GPA of 3.80 • GTA Fellowship • • Bachelor of Science
in Architecture with Highest Honor • • Georgia Institute of Technology, May 2009 • Summa Cum Laude with GPA of 3.89
• Beckum Memorial Architecture Fellowship • • École Nationale Supérieure d’architecture de Paris La Villette • • Study
Abroad, Paris, France, 2008 to 2009 • International Plan Fellowship
S k i l l s
3D Modeling • • Revit 2010, 2009, 2008 • AutoCAD 2011 • Rhino • VRay Rendering • • Parametric Scripting • • Grasshopper •
• Presentation • • Adobe Photoshop • Illustrator • InDesign • Premier Pro • Microsoft Word • PowerPoint • Excel • • Analog • •
Hand Drafting + Physical Modeling • • Language • • English + Korean • Intermediate French
I r e n e Y i mASSOCIATE AIA, LEED ® AP BD+C, O+M
4 9 5 R u b y F o r e s t P k w y S u w a n e e , G A 3 0 0 2 4 • i r e n e . y i m 1 @ g m a i l . c o m • 6 7 8 - 7 7 9 - 1 4 6 9
copyright © 2012 Irene Yim all rights reserved. Portfolio designed and printed in Atlanta, Georgia