Shifan Deng | Portfolio
Contents
Shifan Deng | Portfolio
2014 - 2015
PROFESSIONAL WORK Browse of professional works from 2014 to 2015 at UNStudio
2015
URBAN SWMMING Swimming Pool Design Integrated Studio/ Independent
2013
BAYFRONT Bay Area Urban Design Academic/ Two People Teamwork
2011
WUTHERING HEIGHTS Residential District Planning Academic/ Two People Teamwork
2011
IN BETWEEN High Speed Rail Station Design & Surrounding Planning Academic/ Four People Teamwork
CHRONOLOGY Browse of other works from 2008 to 2015
HUIZHOU SHOPPING MALL Huizhou shopping mall is located in Huizhou, Guangdong, China, next to the beautiful west lake in this city. The concept is to create continuous terracing roof which provides nice views to the lake. In addition, those roof routes also offer accessibilities to all atriums, roof gardens and plaza. Thus, the mall could integrate lake viewing and shopping experience together for customers and become a new landmark by the lake.
CONCEPT roof program
Huizhou Retail Mall
/// 14.12.09
A 1. continuous roof 2. accessible to all atriums 3. connecting all roof garden and plaza
A
B 1. small scale plaza 2. stepping from top to the West Lake 3. see one from another
B
C 1. serpentine as terraced fields 2. stretched around atriums, more dynamic feeling C
SECTION DRAWING 3D section
Huizhou Retail Mall
L7: roof terrace, high-end restaurant L6: courtyard & collection, temporary collection, food plaza, theme restaurant
Food & Beverages
L5: circulation, lake view restaurant, terrace, corridor L4: roof garden & cafe, art collection, lake view cafe, courtyard
Metro connection Info desk shopping
L3: void-flexible shop, flexible area, flexible circulation, terrace
Roof terrace
L2: temporary retail, atriums, plaza, high-end retail
Gathering point
L1: central plaza, flexible area, entry space, high-end shopping
Escalator Staircase
B1+B2: sunken plaza, market place, food, flexible area, supermarket, metro connection
Elevator
/// 14.12.09
HUIZHOU SHOPPING MALL
project name
project name
project name
Huizhou Retail Mall
PLAN DRAWINGS L2
Huizhou Retail Mall
/// 14.12.09
keyplan
Huizhou Retail Mall
Huizhou Retail Mall keyplan
keyplan
Huizhou Retail Mall
Huizhou Retail Mall
Huizhou Retail Mall keyplan
Road red line
Road red line
/// 14.12.09
project name
keyplan
Road red line
Low-rise setback
Low-rise setback
Low-rise setback
/// 14.12.09
project name
project name
Road red line
Huizhou
PLAN DRAWINGS L3
keyplan
keyplan
project name
Huizhou Retail Mall
Huizhou Retail Mall
PLAN DRAWINGS L1
PLAN DRAWINGS B2
Low-rise setback
SUNKEN PLAZA Road red line
Road red line Low-rise setback Metro setback
A
Metro setback area
VOID
COURTYARD VOID
VOID
B
VOID
ALTAR
F client
C
CENTRAL PLAZA
ALTAR
Glorisun
T
client
ALTAR
VOID
D
Glorisun
VOID
C Food
Circulation F&B
BOH
T +31 (0)20 570 20 40 F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
Circulation
BOH
Stadhouderskade 113 P.O.Box 75381 1070 AJ Amsterdam
The Netherlands
drawing type
file name
Retail date
A1-1-1B2.dwg
Retail
Flexible GFA: 13,611 m2 840, 594 1: Return area: 0 m2 Back of house 3,814 m2 Supermarket: A1-1-1B2 Core Metro setback area: 1,242 m2 Ground floor Basement level two GFA: 11,892 m2 D 2 Return area: 2,751m Flexible area
revision
----
---- - ---format
scale
#m
0
## m
title
Core
description
project name
www.unstudio.com
T +31 (0)20 570 20 40
VOID
F +31 (0)20 570 20 41
C
location
2014-257
CHINA
phase
goal
A1 - Concept Design reference
GFA: Return area:
sector
drawing ## type
file name
1 - floor plans
A1-1-101.dwg
date
revision
----
---- - ----
scale
format
#m
0
Retail
11,892 m2 2,751m2
Stadhouderskade 113
F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
CHINA
phase
goal
A1 - Concept Design
scale
format
reference
sector
1:
840, 594
## m
file name
A1-1-101.dwg
date
revision
GFA: Return area:
#m
0
Retail
14,607 m2 4,506 m2
drawing code
Stadhouderskade 113
VOID
P.O.Box 75381
C Flexible-circulation
VOID
architect
Stadhouderskade 113
P.O.Box 75381
F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
A1-1-102.dwg
location
2014-257
CHINA
phase
goal
---- - ----
A1 - Concept Design
scale
format
reference
sector
1:
840, 594
A1-1-102
D
drawing ## type
file name
1 - floor plans
A1-1-101.dwg
date
revision
----
Second floor
Third floor GFA: Return area:
#m
0
----
13,658 m2 3,887 m2
scale
1: 0
## m
##
drawing code
A1-1-101
A1-1-103 title
Third floo
11,892 m2 D 2 2,751m Terrace
description
title
status
draft
Ground floor
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-102.dwg | printed by Guomin Lin
description
#m
drawing code
GFA: Return area:
840, 594
1:
date
Ground floor
---- - ---format
scale
1 - floor plans
project number revision
## m
A1 - Concept De
drawing type
Huizhou Retail Mall
drawing code
description
project name
reference
VOID
project name
----
#m
The Netherlands
phase
T +31 (0)20 570 20 40
date
0
1070 AJ Amsterdam
Huizhou Retail M project number
goal
Back of title house
title
MAIN ENTRANCE
VOID
F
sector
file name
11,892Core m2 GFA: D 2 Return area: 2,751m High-end retail
##
T
2014-257
Flexible
Ground floor
draft b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
ALTAR
location
description
## m
A1-1-101
##
F&B
Ground floor
---- - ---format
840, 594
1:
status
description
drawing ## type
scale
description
CENTRAL PLAZA
CHINA
drawing type
Circulation 1 - floor plans
Second floor
1 - floor plans
----
Ground floor
11,892Core m2 GFA: D 2 Return area: 2,751m High-end shopping
A1-1-101 Ground floor
location
2014-257
## m
VOID
project name
A1 - Concept Design
drawing code
drawing code
draft b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-1B2.dwg | printed by Guomin Lin
project number
---- - ----
#m
www.unstudio.com
phase
Huizhou Retail Mall
revision
0
info@unstudio.com
The Netherlands
Terrace reference
project name
date
A1-1-101
ALTAR
Huizhou Retail Mall
T +31 (0)20 570 20 40
----
Back oftitle house
F +31 (0)20 570 20 41
1070 AJ Amsterdam
project number
P.O.Box 75381
A1-1-101.dwg
T +31 (0)20 570 20 40
P.O.Box 75381
Return2014-257 area
Flexible
Ground floor
840, 594
1:
F&B
Ground floor
Huizhou Retail Mall
architect
goal
file name
F
architect
Stadhouderskade 113
VOID
C Plaza
sector
drawing type
Circulation 1 - floor plans
www.unstudio.com
F
location
C
T
architect
MAIN ENTRANCE
VOID
T
CHINA
Terracereference
Glorisun
project name
project number
info@unstudio.com
project number
T F
Huizhou Retail Mall
title
status
info@unstudio.com
The Netherlands
Return2014-257 area
drawing code
Back of house
F +31 (0)20 570 20 41
1070 AJ Amsterdam
phase
goal
Basement level two
Flexible
D
T +31 (0)20 570 20 40
P.O.Box 75381
A1 - Concept Design
sector
F&B
Core
C Entry space
location
F&B1 - floor plans
Back of house
F architect
reference
Circulation
Flexible
VOID
VOID
T
CHINA
A1 - Concept Design
Metro Entrance
project name
project number
ALTAR
VOID
Stadhouderskade 113
VOID
Return area Huizhou Retail Mall 2014-257 Terrace phase
Retail
CENTRAL PLAZA
MAIN ENTRANCE
Stadhouderskade 113 P.O.Box 75381
client
ALTAR
Return area Terrace
F
client
Glorisun
CENTUAL ATRIUM MAIN ENTRANCE
T
architect
F
MAIN ENTRANCE
B
T
F
architect
D
VOID Glorisun
F
T
B Flexible area
client
CENTRAL ATRIUM MAIN ENTRANCE
C
F
F
T
PLAZA
T
MAIN ENTRANCE ALTAR CENTRAL PLAZA
B Atriums
VOID Glorisun
A
T
A
client
CENTRAL PLAZA ALTAR MAIN ENTRANCE
MAIN ENTRANCE
ALTAR
B Flexible area
client
Glorisun
A
VOID
MAIN ENTRANCE
B Market place
VOID VOID
B VOID
VOID
VOID
Terrace
SUNKEN PLAZA
Supermarket
VOID
A Void-flexible-shop
Low-rise setback
SUNKEN PLAZA
B
Return area
Road red line
A Temporary retail
Low-rise setback
SUNKEN PLAZA
SUNKEN PLAZA
Metro boundary
A Central Plaza
Low-rise setback
A Supermarket
Road red line
status
draft
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\
status
status
draft
draft
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
status
draft b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
project name
project name
project name
Huizhou Retail Mall
Huizhou Retail Mall
PLAN DRAWINGS L4
PLAN DRAWINGS L5
/// 14.12.09
keyplan
Huizhou Retail Mall
Huizhou Retail Mall
Huizhou Retail Mall
keyplan
keyplan
Road red line
Road red line
Low-rise setback
Road red line
Low-rise setback
Road red line
A Roof garden & cafe
B
VOID
SUNKEN PLAZA
COURTYARD
A
C
VOID VOID
VOID
VOID
VOID
A
B B Roof garden & collection
VOID
B Lake view restaurant
client
VOID Glorisun
MAIN ENTRANCE
VOID
T
MAIN ENTRANCE
client
D
ALTAR
CENTRAL PLAZA
Glorisun
ALTAR
T F
T F
CENTRAL PLAZA
C
VOID
C Lake view cafe
VOID
Terrace Circulation F&B Retail Flexible
F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
phase
A1 - Concept Design
GFA: Return area:
11,512 m2 3,461 m2
Back of house
Ground floor
Core
GFA: Return area:
Retail
C Terrace
VOID
architect
goal
Stadhouderskade 113
P.O.Box 75381
F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
file name
A1-1-104.dwg
T +31 (0)20 570 20 40
Huizhou Retail Mall project number
location
2014-257
CHINA
revision
phase
goal
----
---- - ----
A1 - Concept Design
scale
format
reference
sector
1:
840, 594
0
#m
## m
VOID
project name
date
A1-1-104
drawing ## type
file name
1 - floor plans
A1-1-101.dwg
date
revision
----
forth floor
11,892Core m2 D 2 2,751m Courtyard
CENTRAL PLAZA
ALTAR
D
status
0
VOID
F&B
8,058 m2 0 m2
## m
drawing code
A1-1-101 title
draft
Ground floor
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-104.dwg | printed by Guomin Lin
description
##
GFA: Return area:
Retail
status
C Food plaza
VOID
Stadhouderskade 113 P.O.Box 75381
F +31 (0)20 570 20 41
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
A1-1-105.dwg
CENTRAL PLAZA
ALTAR
Huizhou Retail Mall project number
location
2014-257
CHINA
revision
phase
goal
---- - ----
A1 - Concept Design
scale
format
reference
sector
1:
840, 594
#m
## m
VOID
drawing ## type
file name
1 - floor plans
A1-1-101.dwg
date
revision
D
----
0
#m
## m
drawing code
A1-1-101 title
draft
Ground floor
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-105.dwg | printed by Guomin Lin
description
Ground floor
---- - ---840, 594
1:
F&B
7，774 m2 0 m2
status
VOID
B
MAIN ENTRANCE Stadhouderskade 113 P.O.Box 75381 1070 AJ Amsterdam The Netherlands
architect
project name
Retail
Huizhou Retail M project number
2014-257
goal
Stadhouderskade 113
P.O.Box 75381
F +31 (0)20 570 20 41
sector
1070 AJ Amsterdam
info@unstudio.com
The Netherlands
www.unstudio.com
file name
A1-1-106.dwg
location
2014-257
CHINA
phase
goal
A1 - Concept Design
scale
format
reference
sector
1:
840, 594
#m
## m
drawing ## type
file name
1 - floor plans
A1-1-101.dwg
date
revision
Seventh floor GFA: Return area:
drawing code
A1-1-106
----
Sixth floor
11,892Core m2 GFA: D 2 Return area: 2,751m Theme restaurant
840, 594
1: 0
#m
## m
drawing code
date
----
2,649 m2 0 m2
Ground floor
---- - ---format
scale
drawing type
1 - floor plans
project number
---- - ----
Back of title house
VOID
Huizhou Retail Mall
revision
0
A1 - Concept De reference
VOID
project name
----
Flexible
phase
T +31 (0)20 570 20 40
date
status
F
location
description
##
T
CHINA
drawing type
Circulation 1 - floor plans
Sixth floor GFA: Return area:
format
scale
description
Terrace reference
VOID
project name
A1 - Concept Design
drawing code
Fifth floor
www.unstudio.com
phase
project name
----
A1-1-105
info@unstudio.com
The Netherlands
Huizhou Retail Mall
T +31 (0)20 570 20 40
date
Back of title house
F +31 (0)20 570 20 41
1070 AJ Amsterdam
project number
T +31 (0)20 570 20 40
P.O.Box 75381
Return2014-257 area
goal
file name
11,892Core m2 D 2 2,751m Corridor
ALTAR
F
architect
Stadhouderskade 113
VOID
architect
sector
status
F
location
0
T
T
CHINA
drawing type
Flexible
Glorisun
MAIN ENTRANCE
project name
Circulation 1 - floor plans
Ground floor
---- - ----
#m
T F
Huizhou Retail Mall
A1 - Concept Design
GFA: Return area:
840, 594
1:
www.unstudio.com
phase
Fifth floor
format
scale
description
info@unstudio.com
The Netherlands
Terrace reference
drawing code
Back of title house
F +31 (0)20 570 20 41
1070 AJ Amsterdam
Return2014-257 area
sector
T +31 (0)20 570 20 40
P.O.Box 75381
project number
location
Flexible
ALTAR
F
architect
Stadhouderskade 113
VOID
F
CHINA
drawing type
Circulation 1 - floor plans F&B
T
T
project name
Terrace reference
Fourth floor
Glorisun
MAIN ENTRANCE
MAIN ENTRANCE VOID
client
F
Huizhou Retail Mall project number
VOID
T +31 (0)20 570 20 40
P.O.Box 75381
Return2014-257 area
VOID
T
client
Glorisun
T F
architect
Stadhouderskade 113
Return area
MAIN ENTRANCE
ALTAR
architect
MAIN ENTRANCE VOID
T client
B High-end restaurant
VOID Glorisun
ALTAR
ROOF TERRACE
client
F
COURTYARD
B Temporary colletion
client
Glorisun
F
A Roof terrace
Low-rise setback
SUNKEN PLAZA
A C
Road red line
A Courtyard & colletion
Low-rise setback
SUNKEN PLAZA
SUNKEN PLAZA
Low-rise setback
Road red line
A Circulation
Low-rise setback
/// 14.12.09
project name
Huizhou Retail Mall
Low-rise setback
B
keyplan
Huizhou Retail Mall
keyplan
Road red line
A
/// 14.12.09
project name
project name
Road red line ROOF TERRACE Low-rise setback
Huizhou
PLAN DRAWINGS L7
keyplan
Huizhou Retail Mall
project name
Huizhou Retail Mall
PLAN DRAWINGS L6
keyplan
##
GFA: Return area:
scale
1: 0
#m
drawing code
A1-1-107 title
Seventh
11,892 m2 2,751m2
description
A1-1-101 title
draft
Ground floor
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-106.dwg | printed by Guomin Lin
description
status
draft
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\
status
draft
draft
draft
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
b 6.0 / a 1.0 O:\2014-257 Huizhou Retail Mall\A1 - Concept Design\Drawings\1 - plans\A1-1-101.dwg | printed by Guomin Lin
FACADE CONSTRUCT PV This is a facade PV panels design project located at Zueblin Z3 facade, Stuttgart, Germany. This project is developing a set of modular PV panel system applied on existing building facade to achieve both performance and aesthetic goals simultaneously. The facade module system the excellent characteristics of PV panel products and zUeblin z3demonstrates faCade, StUttgart, gerMany decorate building facade, meanwhile, it generates solar power for building’s daily use.
zUeblin z3 faCade, StUttgart, gerMany
CPV
ConstruCt-PV GEnoVA
ModUle deSign: ConStrUCt pv
SoUtH faCade Color diagraM Blue
PV moDulE DEsIGn
1 2 3
cell
design
CONSTRUCT-PV RESEARCH SETUP
level
ule pv modlevel design gn de desi
level
faca
l
4
gn leve
ing desi
build
l
5
1
17
7
7
7
7
17
1
1
16
6
6
6
6
16
1
1
15
5
5
5
5
15
1
1
14
4
4
4
4
14
1
1
13
3
3
3
3
13
1
1
12
2
2
2
2
12
1
green
1=
S 7502-G
12 =
S 7010-B90G
2=
S 7020-B90G
13 =
S 7010-B70G
3=
S 7020-B70G
14 =
S 7010-B50G
4=
S 7020-B50G
15 =
S 7010-B30G
5=
S 7020-B30G
16 =
S 7010-B10G
6=
S 7020-B10G
17 =
S 7010-R90B
7=
S 7020-R90B
Construct PV 1
2 3 4 5
gn leve
ent desi
environm
architectural scale levels: cell & material level design options - front cover - internal surface: design for gloss/frit finishing - bulk material - external surface - front embedding material - PV cell layer - electrical connection pattern (front) - electrical connection pattern (back) - electrical connection pattern (in between) - cell placement - cell color - perforation of the cells - space between the cells - rear embedding material - back cover - external surface - bulk material - internal surface: coloring pv module level design options facade level design options building level design options environment level design options
front cover internal surface coating
pv cell placement & Color
back panel coloring
frame (covered in small scale test setup)
UNSTUdiO | GENOVA mEETiNG | 12-03-2015 | CONSTRUCT-PV |
8
FACADE CONSTRUCT PV
Small Scale Mockup ModUle deSign: SMall SCale MoCkUp ModUle deSign: SMall SCale MoCkUp Curtain wall facade
-glass size: -cells:
1460mm x 1800mm 8*10=80 total
-module 1B:
Meyer Burger technology black/dark blue backpanel (s 7010-r90B) frit/silk screen front panel
-facade:
Ventilated warm facade
-glass size: 1060mm Transparency: 20% x 1360mm Transparency: 10% total -cells: 6*8=48
1460 20
156
36
-module 2B: 1460 Meyer Burger technology 77 60 60 grey77backpanel anthracite/dark (s 7502-G) frit/silk screen front panel
26
156
30
20
36
16
8
16
2
156
136
127
136
2
40
32
42
88
57
PLaN CELLs
75
75
1360
40
42
20
30
88
88
1360
156
1800
4
160
4
88
20 10
1800
Transparency: 20% Transparency: 10% 1060
1060 10
160
-facade:
57 PLaN CELLs
PLaN PaTTErN
PLaN PaTTErN
ModUle deSign: SMall SCale MoCkUp
ModUle deSign: SMall SCale MoCkUp
-facade:
cold facade, external shading
-facade
cold facade, integrated shading
-glass size: -cells:
1480mm x 1060mm 8*6=48 total
-glass size:
1450mm (1100mm) x 1020mm
-module 3B:
Meyer Burger technology dark green backpanel (s 7010-B90G) frit/silk screen front panel
-cells:
6*6=36 total
-module 4B:
Meyer Burger technology blue backpanel (s 7020-r90B) frit/silk screen front panel Transparency: 10% Transparency: 20%
Transparency: 20% Transparency: 10%
1480 2
84
227
57
1020
84
227
18
12
2
1060
12
156
15 1060
156
PLaN CELLs
156
1020
57
1450
12
64
12
156
18
15
1450
1480
25
64
25
ll SCale MoCkUp
52
PLaN PaTTErN
12
156 1100
PLaN CELLs
1100 PLaN PaTTErN
ROOF CONSTRUCT PV This is a roof shingle/ PV panels installation project located at NTUA campus roof, Athens, Greece. By designing a dynamic installation with different tilting angles on each surface, it fully demonstrates the excellent characteristics of the products of both roof shingles and PV panels, meanwhile, it also generates solar power for building’s daily use.
ntUa CaMpUS roof, atHenS, greeCe
17150
4
5
6
7
8
9
10
11
1-001
1-001
1-001
1-001
1-001
1-001
1-001
1-001
ROTATION POINT ≈ 790
611
46 186
1400
300
MINI GRAVEL INSULATION
257
1700
DOOR IN SIDEWALL FOR ROOF ACCESS
200
200
1950
200
200
1250
00
ntUa CaMpUS roof, atHenS, greeCe
R65
X: 16167.4 Y: 6450.0
X: 15003.0 Y: 6154.6
3215 185
760
185
2000
0 00 R2
510
185
4
1:100 1-001
000 R2
3 * 950 = 2850
5 * 950 = 4750
200
SECTION
X: 38400.0 Y: 1093.2
X: 36400.0 Y: -906.8
5 * 950 = 5700
200
37°
X: 36350.0 Y: 2150.0
2660
185
° 2 * 2900 = 5800
4500
33°
X: 18835.8 Y: 585.8
X: 17421.6 Y: 0.0
X: -623.5 Y: -906.8
29°
1-001
X: 19814.2 Y: 1564.2
1900
2150
2615
60
X: -100.0 Y: 0.0
X: 21228.4 Y: 2150.0
18°
3
X: 38400.0 Y: 4200.0
X: 37799.6 Y: 2750.4
19°
16°
1640
25° R2000
X: 12299.6 Y: 3303.9
X: 11000.0 Y: 3000.0
13°
3465
3915 6065
7700 200
ARCED SURFACE X: 1632.1 Y: 3000.0
3 1-001
≈ 980
185
3450
X: 14240.0 Y: 5420.0 X: 13874.1 Y: 4839.8 X: 13385.0 Y: 4180.0
200 922
978
1414
4 * 950 = 3800
200
3828
17522
1414
200
EQ.
5 * 950 = 4750
5 * 950 = 4750
200
EQ.
200
2750
200
2000
2
22
1-001
38500
ROTATION POINT
7800
X2
7800
X3
7800
X4
7800
X5
MINI GRAVEL INSULATION
257
600 300
1400
43 200
13°
7800
7800
X6
X7 PLAN
1
1:100 1-001
SECTION
6
7
8
9
10
11
1-001
1-001
1-001
1-001
1-001
1-001
1847 87
3202 VAR.
VAR.
300
3215 185
185
1-001
MINI GRAVEL INSULATION
2000
2660
185 510
185
1640
4 * 950 = 3800
200
3828 978
1414
1414
200
EQ.
5 * 950 = 4750
ELEVATION
200
2750
SECTION
2
1:100 1-001
5 * 950 = 4750
200
EQ.
0
200 922
17522
00
3 * 950 = 2850
5 * 950 = 4750
200
R2
X: 36400.0 Y: -906.8
5 * 950 = 5700
200
4
1:100 1-001
X: 38400.0 Y: 1093.2
000
2 * 2900 = 5800
4500
SECTION
R2
X: -623.5 Y: -906.8
1-001
37°
X: 36350.0 Y: 2150.0
X: 19814.2 Y: 1564.2
X: 18835.8 Y: 585.8
X: 17421.6 Y: 0.0
3
X: 38400.0 Y: 4200.0
33°
1900
18°
°
X: -100.0 Y: 0.0
3465
3915
16°
2150
2615
13°
60
≈ 980
760
7700 200
6065
R2000
1-001
Main view of roof
Main view froM parking lot and road in front
29°
X: 37799.6 Y: 2750.4 X: 21228.4 Y: 2150.0
18
16°
25°
19°
185
3450
X: 13874.1 Y: 4839.8 X: 13385.0 Y: 4180.0
X: 12299.6 Y: 3303.9
X: 11000.0 Y: 3000.0
RIGHT SIDE VIEWED FROM FRONT LEFT SIDE VIEWED FROM FRONT
43 200
@ @
18°
ARCED SURFACE X: 1632.1 Y: 3000.0
3
ROTATION POINT
300 766
MINI GRAVEL INSULATION
X: 14240.0 Y: 5420.0
257
11 1-001
611
10 1-001
46 186
9 1-001
1400
8 1-001
DOOR IN SIDEWALL FOR ROOF ACCESS
200
200
1950
1700
7
300
≈ 790 1-001
257
6 1-001
200
5 1-001
00
200
R65
1250
ROTATION POINT 4 1-001
X: 16167.4 Y: 6450.0
X: 15003.0 Y: 6154.6
200
5 1-001
5
1:100 1-001
17150
4 1-001
6
1:100 1-001
200
2000
2
22
1-001
38500
ROTATION POINT
R
950
12
X4
X5
1-001
950
950
1-001 950
950
11
200
1-001 950 950
950
950
200
1-001 950 950
950
X6
950
950
13
14
1-001
1-001
1
1:100 1-001
SECTION 5450
6 * 950 = 5700
200
200
3 * 950 = 2850
200
4 * 950 = 3800
200
5 * 950 = 4750
200
200
200
SECTION
@ @
RIGHT SIDE VIEWED FROM FRONT LEFT SIDE VIEWED FROM FRONT
950
950
950
X: -623.5 950 Y: -906.8
950
950
950
950
950
1-001 950
950
950
950
1-001 950 950
2 * 2900 = 5800
4500
1-001 950
950
5 * 950 = 5700
200
200
VAR.
300 ≈ 790 1950
950
11
200
1-001 950 950
950
950
SECTION
978
1414
1-001 950 950
950
950
185
EQ.
5 * 950 = 4750
DETAIL
200
EQ.
2
13
14
1-001
1-001
13
1:5 1-001 200
DETAIL
200
2000
1:5 1-001
14 3327
1609
253
MINI GRAVEL INSULATION 600
1400
200
300 7800
7800
X2
7800
X3
ROTATION POINT
5 * 950 = 4750 200
7800
X4
7800
SECTION
X5
1:5 1-001
SECTION
X7 PLAN
1:100 1-001
MINI GRAVEL INSULATION
1:100 1-001
7
1 SECTION
185
FOLDED SHEET METAL GUTTER ROOF EDGE COPING 15 9
200
8
46
1-001
9
10
1-001
1-001
FOLDED SHEET METAL GUTTER
FOLDED SHEET METAL GUTTER
105
CUSTOM ROOF SHEET METAL COPING
9
STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
11 1-001
RIGHT SIDE VIEWED FROM FRONT LEFT SIDE VIEWED FROM FRONT VAR.
VAR.
300
VAR.
axis 3 1:5 1-001
DETAIL
12
1:5 1-001
DETAIL
13
1:5 1-001
ELEVATION
1:100 1-001
18 1-001
43 200
SHEET ALUMINUM CLADDING
3
MINI GRAVEL INSULATION
257
@ @
STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
200
axis 1
SECTION
2
DETAIL
14
4
1:5 1-001
1:100 1-001
6
16
1-001 950
950
5
200 950
950
950
950
1-001 950
100 950
200
950
950
6 950
1-001 950
200 950
950
950
950
7 1-001 950
950
950
950
200 950
8
200
1-001 950 950
950
9 1-001 950
950
200 950
950
10 950
1-001 950 950
200 950
950
12
11
200
1-001 950 950
950
DETAIL
950
13
14
1-001
1-001
1:5 1-001
15
1609
ROTATION POINT
5450
2 * 2900 = 5800 200
6 * 950 = 5700 200
5 * 950 = 4750 200
3 * 950 = 2850 200
4 * 950 = 3800 200
5 * 950 = 4750 200
5 * 950 = 4750 200
200
19°
1-001
60
950
2910
950
200
700
300 741
DETAIL
axis 4
9
SHEET ALUMINUM CLADDING
STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
VAR. (A)
1
7 1-001
50
7 8
axis 2
2
6 1-001
16°
6
4
STEEL UNDER STRUCTURE DRAWN INDICATIVELY
SHINGLES ROOFING 5 1-001
18°
5
38
5
200
4 1-001
VAR. (B)
45
42
STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
SHINGLES ROOFING
1:100 1-001
BITUMINOUS LAYER ON WOOD PANEL SUBSTRUCTURE 1% SLOPE TO GUTTER FOLDED SHEET METAL GUTTER 9 140
SHINGLES ROOFING
SHEET ALUMINUM CLADDING
1-001
15
7800
X63
1:100 1-001
DETAIL
43 200
5 * 950 = 4750 200
257
4 * 950 = 3800 200
15 141
2910
300 741 3 * 950 = 2850 200
ROTATION POINT 37°
5 * 950 = 4750 200
16 1-001
ROTATION POINT
13°
6 * 950 = 5700 200
78 107
2660
5 * 950 = 4750 2750
1-001
19°
2 * 2900 = 5800 200
4
2000
X: 36400.0 Y: -906.8
950
4 * 950 = 3800 200
22
38500
5450
1:100 1-001
X: 38400.0 Y: 1093.2
200
3 * 950 = 2850 200
3828
1414
6
37°
185
760
10
5 * 950 = 4750
12
1:5 2001-001 922
17522
1-001
MINI GRAVEL INSULATION
1:100 1-001
200
3215
VAR. (B)
1640
200
200
950
DETAIL
200 950
SECTION
VAR.
185
1-001 950
12
1-001
X: 36350.0 Y: 2150.0
2660
185
950
9
200
510
1-001 950
8
200 950
3
X: 38400.0 Y: 4200.0
STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
50
950
950
X: 17421.6 Y: 0.0
7
SHEET ALUMINUM CLADDING
ROTATION POINT
0
1-001 950
950
200
FOLDED SHEET METAL GUTTER
SHEET ALUMINUM CLADDING STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
CUSTOM ROOF SHEET METAL COPING
9
00
950
6
FOLDED SHEET METAL GUTTER
105
R2
950
200
100
46
DOOR IN SIDEWALL FOR ROOF ACCESS
33°
X: 18835.8 Y: 585.8
000
700
5
200
200
R2
X: -100.0 Y: 0.0
4
29°
9
ROTATION POINT BITUMINOUS LAYER O
FOLDED SHEET METAL GUTTER
185 38
MINI GRAVEL INSULATION
X: 19814.2 Y: 1564.2
1900
18°
SHINGLES ROOFING
42
STEEL UNDER STRUCTURE DRAWN INDICATIVELY
SHINGLES ROOFING
X: 37799.6 Y: 2750.4 X: 21228.4 Y: 2150.0
2150
2615
16°
2
1:100 1-001
3465
VAR. (A) 3915 6065
25°
19°
13°
ELEVATION
185
3450 7700
X: 12299.6 Y: 3303.9
X: 11000.0 Y: 3000.0
R2000
X: 1632.1 Y: 3000.0
3 1-001
≈ 980
°
11.8°
X: 13385.0 Y: 4180.0
60
7 6 (TWISTED) 5
7
4 3 2 1
4°
X: 16167.4 Y: 6450.0
X: 15003.0 Y: 6154.6 X: 14240.0 Y: 5420.0 X: 13874.1 Y: 4839.8
200
ARCED SURFACE
1700
SHEET ALUMINUM CLADDING STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
2°
200
200
1250
15 9
00 R65
45
16°
SHINGLES ROOFING
18 1-001 2265
11 1-001
3327
10 1-001
200
121
9 1-001
200
8 1-001
ROOF EDGE COPING STEEL SUPPORT STRUCTURE SHOWN INDICATIVELY
440
7 1-001
2433
6 1-001
7
1:100 1-001
200
5 1-001
300
4 1-001
18°
4° 4° 4° 4°
SECTION
3
1:100 1-001
11 1-001 17150
300
10 1-001
611
9 1-001
46 186
8 1-001
1400
7 1-001
VAR.
6 1-001
43 200
5 1-001
257
4 1-001
FOLDED SHEET METAL GUTTER
8 (VaULT)
MINI GRAVEL INSULATION
200
4
60
axis 1 (1 to 5)
ROTATION POINT
200
axis 2 (5 & 6)
5
1:100 1-001
5 * 950 = 4750
300
3
5 * 950 = 4750
257
2
2 * 2900 = 5800
5 6 (TWISTED) axis 3 (6 & 7)
MINI GRAVEL INSULATION
X7 PLAN
1
axis 4 (7 & 8)
901
10
200 950
950
104
9
200
1-001 950 950
7800
Main view of roof
Main view froM parking lot and road in front
8
200 950
950
300
950
1609
X3
1-001 950
950
7800
2115
950
300 610 200
950
roof plan, SeCtionS and detailS
X2
7
200
1-001 950
950
60
6
950
7800
2910
950
950
200
200
100
1-001 950
950
300 741
950
600
950
43 200
5
200 950
1400
1-001 950
950
7800
257
950
19°
roof rotate angle diagraM
950
7800
29°
13°
4 700
7800
MINI GRAVEL INSULATION
DETAIL
1:5 1-001
17
3200
URBAN SWIMMING Swimming Pool Design Location: San Francisco, California Period: Fall 2015 Instructor: Roddy Creedon Type: Integrated Studio/ Individual The swimming pool is located in Balboa Park in San Francisco. The concept is designing the swimming pool as a special space in the park rather than an isolated building in order to return more public space to this park and strengthen the connection between swimmers and park users at the same time.
Current situation of Balboa Park is full of different sports facilities. However it doesn’t have enough green area for surrounding communities to relax themselves.
17
5
180
16
5
17 0
18
5
HAVELOCK ST
JO
SE
AV
E
MAIN ENTRANCE EN
TR
SA
N
AN
MU
NI
STA TIO
N
CE
EN
TR
AN
CE
SA
NTA
YN
AVE
PA
RK
IN
G
EZ
0 ft
20 ft
40 ft
60 ft
SITE PLAN
100 ft
SITE PLAN
1/16” = 1’-0” Scale physical Model
The strategy is reshaping the topography in site area to produce a series of positive space for swimming facility, and leaving the roof as park landscape.
Building roof connects the ground becoming a link within the park, its accessibility makes the building a social monument rather than a sculptural one.
0’-0”
1 Swimming Pool 2 Office 3 First Aid 4 Wet Storage 5 General Storage 6 Family Changing Room 7 Maintenance 8 Electrical Room 9 Mechanical Room 10 Men’s Locker Room 11 Women’s Locker Room 12 Entry Lobby 13 Cashier 14 Trash Room 15 Muti-Purpose Room
8 B
11
10
13
16’-0”
9
1
12
0’-0” UP
VOID
VOID
2
3
6
4
5
7
UP
VOID
14
A
UP
A’ UP 0 ft
UP
10 ft
20 ft
30 ft
LOWER LEVEL PLAN
50 ft
10’-0”
0’-0”
LOWER LEVEL PLAN
UP
15
Courtyard not only keeps natural landscape inside the building but also provides daylighting for locker room areas. 10’-0”
B’
0 ft
10 ft
20 ft
30 ft
GROUND LEVEL PLAN
50 ft
GROUND LEVEL PLAN
Physical Model
Reorganize the site relationship between basketball court and swimming pool, a path leads people go through those programs up to the roof or into the swimming area. The gap between two massing produce a special quality and brings park landscape into the interior space.
Space of courtyard and the gap.
0 ft
10 ft
20 ft
30 ft
SOUTH ELEVATION
50 ft
SOUTH ELEVATION
Perspective of entrance Sunken entrance plaza plays as a gathering space and provides opportunities for different activities for public. 0 ft
10 ft
20 ft
30 ft
SECTION A-A’
50 ft
SECTION A-A’
0 ft
Section model
10 ft
20 ft
30 ft
SECTION B-B’
50 ft
SECTION B-B’
SUMMER SOLSTICE
ROOF SYSTEM
% Daylight Factor 0
12:00
Guardrail Green Roof
:00
16
5
Skylight Cantilevered Roof for southeast shading including louvers for filtering sunlight
Air Outputs Louver
10
SUMMER SOLSTICE
Daylighting From Skylight
Ramp
Light Diffusing Ceiling
360 Natural Ventilation Outlet
210
Wind Scoop to capture prevailing west winds
SECONDARY STRUCTURE
330
Natural Ventilation inlet S
Roof Purlin Bracing
N Courtyard Daylighting
150
8:00
30 120 60 E
PRIMARY STRUCTURE Roof Girder Steel Column Concrete Wall
FACADE SYSTEM Glazing
LIGHT & AIR DIAGRAM
Glass Fin
Wind Scoop Acoustic Ceiling Bleacher
LIGHT/ AIR DIAGRAM
Parking Outdoor Sport
DIVA analysis of lighting factor helps to evaluate interior space quality. Design details such as ceiling light filters and wind catcher help to higher environmental performance.
Bridge Sunken Entrance
PROGRAM Service Locker Maintenance Restroom Lawn
EXPLODED DIAGRAM
Exploded diagram
Physical model
Diagram shows different systems such as roof/ facade system, also indicates primary/ secondary structure system with steel/ concrete materials.
Wind catcher brings west prevailing wind through tunnel into building. Provides passive ventilation for interior space and save energy.
DIVA-for-Rhino Daylight Factor Nodes Analysis Mean Daylight Factor =3.3 % 100% of Area between 0 & 10 0% of Area > 10 %; 0% of Area < 0 %
6
1
3
2
4
5
5
2
17
11
12
13
7
16
14
15
8
9
PERSPECTIVE OF THE GAP
10
The Gap extend landscape into interior space and also create a corridor and bleacher for passerby. Thus, establish the connection between swimmers and park user.
1. Low-E Double Glass Skylight 2. Aluminum Cladding Thermal Insulation 3. Grass Engineered Soil Filter Fabric Reservoir Layer Moisture Retention Layer Aeration Layer Thermal Insulation Drainage Layer Root Barrier Protection Course Waterproofing Membrane Corrugated Metal Deck 4. Metal Supporting Frame 5. Steel Roof Girder 6. Aluminum Coping 7. Low-E Double Glazing 8. Glass Fin Bracket 9. Glass Fin 10. Stainless Steel Cover Grating 11. I Beam 12. Dropped Ceiling Anchor 13. Roof Purlin 14. PTFE Fabric Ceiling 15. Fire Sprinkler 16. Ductwork 17. Recessed Light Fixture 18. Concrete Tiles Concrete Slab Aggregate Sub Base Soil Backfill
18
0 ft
1 ft
3 ft
ENLARGED SECTION & ELEVATION
Enlarged drawing
PERSPECTIVE OF THE POOL
This drawing shows construction details and elevation rendering of one section which cuts through the pool area. For example, roof girder plays a role of both structure and guardrail of roofscape.
The pool is surrounded by the natural elements in the park. Bathing in the daylight, enjoying the natural breeze.
N 0 300
900
Project 2
2100
4500 ft
agriculture
southern open space
WETLAND
CIRCULATION central open space
Take consideration of the environment in Bay Area and the potential sea level rise. We decide to reserve the wetland.
Based on the primary grid, we developed the zoning, because education is a very important program in this project, we mainly focus on the academic circulation, we connect the academic zone to residential zone and entrances. 80% commercial 20% office
research and development
POPULATIONoutdoor recreation
CORRIDOR
Based on the local population desity, we simulate the movement by using grasshopper, Cas a result, people are going to assemble in surrounding open space.
We collapse allhousing of the connection lines together to get a refined circulation curve connection which is the main circulation corridors.
innovation accelerator
OPEN SPACE80% office
ROAD SYSTEM academic
We treat open space as a collector for site to help design the entrance of site. There are two bay trail entrances, and an existing road. We decide to set up a pedestrian connection in the north side near the big open space.
Combined the new corridors and the primary road grid in our site, we refined the circulation and create a new road system.
20% commercial
light industrial
ROAD GRID
ZONING mid-rise residential
We design the road system of site. We extend the surrounding city pattern and combine with the existing roads in the site to create a primary road system.
We refined thewetlands zoning, and define different space properties.
PROCESS
ZONING
agriculture
central open space
research and development
outdoor recreation
innovation accelerate
80% office 20% commercial
light industrial
mid-rise residential
southern open space
80% commercial 20% office
N 0
housing
academic
wetlands
300
900
1800 ft
NEIGHBORHOOD NEIGHBORHOOD
RESEARCH RESEARCH
This partial model shows the landscape drainage system in bayfront area. It has different typologies along the drainage. In this case, at the end of drainage is leisure area contains recreational buildings. The midpiece is the reserarch area mainly focuses on monitoring the water quality before the water merge into the bay. And the last piece is the neighborhood area which offers dwelling space for local resident.
LEISURE LEISURE
CUTTRENT SITUATION There are kinds of different layers along the shore line, such as wetlands, mud flat, and open space.
150 CM SEA LEVEL INUNDATION The wetlands are almost disappeared, instead, it generates new mud flats on original wetlands which offers sea birds a new habitat.
STORM INUNDATION Water inundates the wetlands, and goes into the site. Landscape drainage system helps to drain out the accumulated water in the site. And the building at the end of road plays as a pier.
CURRENT CONDITIONS
150 CM SEA LEVEL INUNDATION
WATERFRONT 1:150
WATERFRONT 1:150
WATERFRONT
STORM INUNDATION
0
30
60
120
HOUSING TYPOLOGY
240 ft
HOUSE TYPOLOGY