jesse honsa architectural portfolio
DESCRIPTION
Architectural Portfolio of Jesse Honsa, 2011TRANSCRIPT
JESSE [email protected]/Academic Architectural Portfolio 2011
Maaghof Housing Estonian Academy of Arts Quarry Laboratory Soho Loft/Harlem TownhouseCitadel of Art Field Housing Retroactive Arcology Flex Bench
Maaghof: Aparment building in ZurichProject Architect, 2009-2011Rutz Architekten/AGPS Architecture, Zurich
This 41,300 m2, 211-unit apartment building wraps around three sides of a park in the core of a developing central business district in Zurich. Sharing one side with another developer and architect, the building’s ambiguous form is conceived in three separate masses that incorporate the neighboring building into a reading of four volumes arranged around the park.
The facade materialization is an ‘approximation’ of the neighboring building’s yellow brick: glazed ceramic and metallic-gold plaster gives the overall impression of a unified courtyard while maintaining subtle differences.
The flat mix features 44 different apartment typologies.
The east and west wings are organized with flats that occupy the 18 m depths. The 12,5 m northern wing features south-facing, flexible typologies, accessed from a corridor along the north fassade. High-end flats occupy the top floor, with spacious terraces and views over the city. The lower two floors feature office space and smaller “business flats.”
High-end Flats
Normal Flats
Business Flats
Office/Retail Space
16
15
14
13
12
11
10
10
11
12
13
14
15
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16
15
14
13
12
11
10
10
11
12
13
14
16
17
10
11
12
13
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16
15
14
13
12
11
10
10
11
12
13
14
15
16
10
11
12
13
14
15
16
Herag Delta 75 cm
286x750mm
KSBO
GS
KSBO
GS
Herag Delta 75 cm
286x750mm
KS
BO
GS
GS
KS
BO
GS
KS
BO
GS
KS
BO
GS KS BO
GS
KS
BO
GS KS BO
GS
KSBO
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
NLP + HYD
30x91x82
FA
Otis 1
00
0 K
g-1
3 P
ers
on
en
CL
D 8
00
mm
Otis 6
30
Kg
-8 P
ers
on
en
CL
D 8
00
mm
Otis 6
30
Kg
-8 P
ers
on
en
CL
D 8
00
mm
FA
Otis 1
00
0 K
g-1
3 P
ers
on
en
CL
D 8
00
mm
NLP + HYD
30x91x82
GS KS BO
KS BO
KS
BO
GS
GS
KS
BO
GS
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
GS
KS
BO
GS
KS
BO
GS KS BO
GS
KS BO
GS
KSBO
GS
KS BO
GS
KSBO
GS
KS BO
GS
KS
BO
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
NLP + HYD
30x91x82
NLP + HYD
30x91x82
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NLP + HYD
30x91x82
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
GS
KSBO
GS KS BO
Tre
ppenhaus F
30 W
ohnungen
Tre
ppenhaus E
20 W
ohnungen
Treppenhaus G36 Wohnungen
EI9
0
EI90
EI90
EI90
EI9
0
EI9
0E
I90
EI9
0
EI90
Treppenhaus A46 Wohnungen
EI9
0
Elektroschacht
EI90
EI90
Treppenhaus D27 Wohnungen
Treppenhaus C26 Wohnungen
Treppenhaus B26 Wohnungen E
lektr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
On the southern end of the building, the section opens up into generous 3,90 m tall spaces with a special “split-level” flat typology.
Typ 3.1 EI30 TSTyp 3.1 EI30 TS
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 3.2 EI30 TS
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 1.1 EI30
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 1.1 EI30
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ 3.1 EI30 TSTyp 3.1 EI30 TS
Typ
1.1
EI3
0
Typ 3.2 EI30 TS
Typ 3.1
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ 3.2 EI30 TS
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
NLP + HYD
30x91x82
8 7 6 5 4 3 2 1
16
15
14
13
12
11
10
9
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
NLP + HYD
30x91x82
8 7 6 5 4 3 2 1
19
18
17
16
15
14
13
12
RWA0.9m2
9
10
11
9
10
11
8 7 6 5 4 3 2 1
19
18
17
16
15
14
13
12
87654321 9 10
11
12
13
14
16
17
8 7 6 5 4 3 2 1910
11
12
13
14
16
17
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
87654321 9 10
11
12
13
14
16
17
8 7 6 5 4 3 2 1910
11
12
13
14
16
17
NLP + HYD
30x91x82
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
15
16
17
18
19
20
21
22
123456714
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
14
10
987654 15
16
17
18
19
20
21
22
9 8 7 6 5 4 3
2
1
3 1
2
1 2
RWA0.9m2
RW
A
RW
A
RWA
RWA
RWA
RWA
RW
A
FA
FA
FA Notausstieg80x80
FA Notausstieg80x80
RWA0.9m2
12
56
85
35
41
21
.80
12
42
62
.40
26
2.9
23
5
35 1.215 25 3.725 25 1.215 125 68 35
35 4 12 1.80 124
12 1.80 124
35 1.50 35
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
1 35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
1.00
90
1.5
02
61
.20
57
1.2
03
6
1 35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
1.00
90
1.5
02
61
.20
57
1.2
03
6
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
2.2
33
02
.53
30
53
2.5
33
02
.58
30
2.5
83
02
.58
30
2.5
83
02
.58
30
2.5
83
02
.58
30
2.5
88
33
.56
24
+1.41
+1.94
+4.77
+3.33
+0.02
+6.21
+7.65
+9.09
+10.53
+11.97
+13.41
+14.85
+17.73
+19.17
+20.61
+22.05
+23.49
+25.085
+26.37
-1.42
-2.86
-3.95
+27.81
+28.34
+29.73
22
1.4
65
71
.20
35
22
22 35 4.54 244
12 1.80 124
12 1.80 124
35 22
-5.45
±0.00
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
+29.75
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
25
1.5
07
93
01
.14
30
1.1
43
01
.09
30
23
30
1.0
93
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.29
53
09
85
30
1.1
45
33
01
.09
30
2.1
72
43
5
+16.29
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
±0.00
+14.85
+11.97
+9.09
+6.21
+3.33
+17.73
+20.61
+23.49
+26.37
+29.77
+23.49
+26.37
+29.25
+29.77
+20.61
+17.73
+14.85
+11.97
+9.09
+6.21
+3.33
+0.02
-2.86
-3.95
+0.54
57 1.215 25 3.725 25 1.215 125 68 57
22
12
56
75
35
41
21
.80
12
42
62
21
.96
22
26
1.2
02
03
21
.20
35
22
30 4 12 1.80 124
12 1.80 124
35 1.50 35
35 1.215 4.225 1.215 125 68 35
12
56
85
35
41
21
.80
12
42
62
.40
26
2.9
23
5
35 1.215 25 3.725 25 1.215 125 68 35
36
.24
35
41
22
.76
26
2.4
02
61
.20
20
32
1.2
03
5
35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
26
3.3
52
61
.20
57
1.2
03
5
1.9
71
53
.23
26
1.0
81
03
2
+29.75
+32.49
+29.75
+32.49+32.57
22153.11354
121.80124
121.80124
3522
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
WAS
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
KW
L 1
80 x
40
WAS
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
WAS
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
WAS
WAS
OG3
Treppenhaus A49 Wohnungen
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WGFortluft60x100
Reserve1,00 m2
Kern B bis D
UG
EG
OG 2
OG 1
OG 3
OG 4
OG 5
OG 6
OG 7
OG 8
OG 9
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
WGFortluft60x100
Treppenhaus B26 Wohnungen
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
Treppenhaus B26 Wohnungen
A1 8 x 26.5 x 18
A1
A1
A1
A1
A1
A1
A1
A2
A3
B1 3 x 26.5 x 17.75
A1
A1
A1
A1
A1
A1
A1
A1
A1
A1
B1
B1
WG
Fortluft
60x100
B1 3 x 26.5 x 17.75
Kern A
UG
EG
OG 2
OG 1
OG 3
OG 4
OG 5
OG 6
OG 7
OG 8
OG 9
B2
B4
DG
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
OG1
Treppenhaus A49 Wohnungen
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WGFortluft60x100
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
EG
C1
C1
C1
C1
C1
C1
C1
C1
C1
C2 1
6 X 2
6.5 X
17.4
4
C1 1
6 X 2
6.5 X
18
A3
Treppenhaus B26 Wohnungen
WGFortluft60x55
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90
Stebler 90b Breifkasten (3x9)968 x 3991 x 275 mm
OK f. Boden404.02
OK f. Boden
404.02
Treppenhaus A46 Wohnungen
FA AUL100x80
TreppenhausAUL 100x100
TG AUL100x100
Ste
ble
r 90b B
reifkaste
n (
3x8)
968 x
3991 x
275 m
m
Ste
ble
r 90b B
reifkaste
n (
3x8)
968 x
3991 x
275 m
m
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WG AUL60x75
WGFortluft60x75
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,88
m2
Dru
ck
be
lüft
un
g0
,88
m2
S
S
TG
Fortluft
45x100
WG
Fortluft
60x100
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
Q
DG
OG3
OG1
EG
79
30
2.58
30
3.01
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
5.94
30
2.17
24
+0.02
+0.54
-2.86
-3.95
+29.25
A2 8 x
26.5
x 1
7.4
A2 8 x
26.5
x 1
7.4
B4
B4
C1
C1
C1
C1
C1
C1
C1
C1
C1
C2
B2
B3
Typ 3.1 EI30 TSTyp 3.1 EI30 TS
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 3.2 EI30 TS
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 1.1 EI30
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ
1.1
EI3
0T
yp
1.1
EI3
0
Typ 1.1 EI30
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ 3.1 EI30 TSTyp 3.1 EI30 TS
Typ
1.1
EI3
0
Typ 3.2 EI30 TS
Typ 3.1
Typ 3.1 EI30 TS
Typ
3.2
EI3
0 T
S
Typ 3.2 EI30 TS
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
NLP + HYD
30x91x82
8 7 6 5 4 3 2 1
16
15
14
13
12
11
10
9
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
NLP + HYD
30x91x82
8 7 6 5 4 3 2 1
19
18
17
16
15
14
13
12
RWA0.9m2
9
10
11
9
10
11
8 7 6 5 4 3 2 1
19
18
17
16
15
14
13
12
87654321 9 10
11
12
13
14
16
17
8 7 6 5 4 3 2 1910
11
12
13
14
16
17
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
87654321 9 10
11
12
13
14
16
17
8 7 6 5 4 3 2 1910
11
12
13
14
16
17
NLP + HYD
30x91x82
FAOtis 1000 Kg-13 PersonenCLD 800mm
Otis 630 Kg-8 PersonenCLD 800mm
15
16
17
18
19
20
21
22
123456714
Otis 630 Kg-8 PersonenCLD 800mm
FAOtis 1000 Kg-13 PersonenCLD 800mm
NL
P +
HY
D
30x91x82
14
10
987654 15
16
17
18
19
20
21
22
9 8 7 6 5 4 3
2
1
3 1
2
1 2
RWA0.9m2
RW
A
RW
A
RWA
RWA
RWA
RWA
RW
A
FA
FA
FA Notausstieg80x80
FA Notausstieg80x80
RWA0.9m2
12
56
85
35
41
21
.80
12
42
62
.40
26
2.9
23
5
35 1.215 25 3.725 25 1.215 125 68 35
35 4 12 1.80 124
12 1.80 124
35 1.50 35
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
1 35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
1.00
90
1.5
02
61
.20
57
1.2
03
6
1 35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
1.00
90
1.5
02
61
.20
57
1.2
03
6
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
2.2
33
02
.53
30
53
2.5
33
02
.58
30
2.5
83
02
.58
30
2.5
83
02
.58
30
2.5
83
02
.58
30
2.5
88
33
.56
24
+1.41
+1.94
+4.77
+3.33
+0.02
+6.21
+7.65
+9.09
+10.53
+11.97
+13.41
+14.85
+17.73
+19.17
+20.61
+22.05
+23.49
+25.085
+26.37
-1.42
-2.86
-3.95
+27.81
+28.34
+29.73
22
1.4
65
71
.20
35
22
22 35 4.54 244
12 1.80 124
12 1.80 124
35 22
-5.45
±0.00
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
+29.75
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
25
1.5
07
93
01
.14
30
1.1
43
01
.09
30
23
30
1.0
93
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.14
30
1.1
43
01
.29
53
09
85
30
1.1
45
33
01
.09
30
2.1
72
43
5
+16.29
3.9
53
.31
2.8
82
.88
2.8
82
.88
2.8
82
.88
2.8
82
.88
3.3
9
3.4
25
32
.92
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.4
93
92
.49
39
2.6
67
3
±0.00
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
-3.95
+3.31
+6.19
+9.07
+11.95
+14.83
+17.71
+20.59
+23.47
+26.35
±0.00
+14.85
+11.97
+9.09
+6.21
+3.33
+17.73
+20.61
+23.49
+26.37
+29.77
+23.49
+26.37
+29.25
+29.77
+20.61
+17.73
+14.85
+11.97
+9.09
+6.21
+3.33
+0.02
-2.86
-3.95
+0.54
57 1.215 25 3.725 25 1.215 125 68 57
22
12
56
75
35
41
21
.80
12
42
62
21
.96
22
26
1.2
02
03
21
.20
35
22
30 4 12 1.80 124
12 1.80 124
35 1.50 35
35 1.215 4.225 1.215 125 68 35
12
56
85
35
41
21
.80
12
42
62
.40
26
2.9
23
5
35 1.215 25 3.725 25 1.215 125 68 35
36
.24
35
41
22
.76
26
2.4
02
61
.20
20
32
1.2
03
5
35 1.22 2.115 1.205 244
12 1.80 124
12 1.80 12 4 35
26
3.3
52
61
.20
57
1.2
03
5
1.9
71
53
.23
26
1.0
81
03
2
+29.75
+32.49
+29.75
+32.49+32.57
22153.11354
121.80124
121.80124
3522
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
WAS
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
KW
L 1
80 x
40
WAS
WAS
Heizung 25x45
Heizung 25x45
Heizung 25x45
WAS
WAS
Heiz
ung 2
5x45
Heiz
ung 2
5x45
Heiz
ung 2
5x45
WAS
WAS
OG3
Treppenhaus A49 Wohnungen
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WGFortluft60x100
Reserve1,00 m2
Kern B bis D
UG
EG
OG 2
OG 1
OG 3
OG 4
OG 5
OG 6
OG 7
OG 8
OG 9
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
WGFortluft60x100
Treppenhaus B26 Wohnungen
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90EI90
EI9
0
EI9
0
Ele
ktr
osch
ach
t
Treppenhaus B26 Wohnungen
A1 8 x 26.5 x 18
A1
A1
A1
A1
A1
A1
A1
A2
A3
B1 3 x 26.5 x 17.75
A1
A1
A1
A1
A1
A1
A1
A1
A1
A1
B1
B1
WG
Fortluft
60x100
B1 3 x 26.5 x 17.75
Kern A
UG
EG
OG 2
OG 1
OG 3
OG 4
OG 5
OG 6
OG 7
OG 8
OG 9
B2
B4
DG
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
OG1
Treppenhaus A49 Wohnungen
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WGFortluft60x100
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,95
m2
Dru
ck
be
lüft
un
g0
,95
m2
EG
C1
C1
C1
C1
C1
C1
C1
C1
C1
C2 1
6 X 2
6.5 X
17.4
4
C1 1
6 X 2
6.5 X
18
A3
Treppenhaus B26 Wohnungen
WGFortluft60x55
Ele
ktr
osch
ach
t
EI9
0
EI9
0
EI90
Stebler 90b Breifkasten (3x9)968 x 3991 x 275 mm
OK f. Boden404.02
OK f. Boden
404.02
Treppenhaus A46 Wohnungen
FA AUL100x80
TreppenhausAUL 100x100
TG AUL100x100
Ste
ble
r 90b B
reifkaste
n (
3x8)
968 x
3991 x
275 m
m
Ste
ble
r 90b B
reifkaste
n (
3x8)
968 x
3991 x
275 m
m
EI9
0
Elektroschacht
EI90
EI90
Reserve1,4 m2
TGFortluft45x100
WG AUL60x75
WGFortluft60x75
Reserve1,00 m2
Dru
ck
be
lüft
un
g0
,88
m2
Dru
ck
be
lüft
un
g0
,88
m2
S
S
TG
Fortluft
45x100
WG
Fortluft
60x100
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
L L
Q
Q
Q
DG
OG3
OG1
EG
79
30
2.58
30
3.01
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
2.58
30
5.94
30
2.17
24
+0.02
+0.54
-2.86
-3.95
+29.25
A2 8 x
26.5
x 1
7.4
A2 8 x
26.5
x 1
7.4
B4
B4
C1
C1
C1
C1
C1
C1
C1
C1
C1
C2
B2
B3
Passages to the courtyard are choreographed to views though the neighborhood. Apartment lobbies occupy the corners of the passages.
Necessity of Ruins: The Estonian Academy of ArtsCompetition, 2008RISD Advisor: Peter Tagiuri1st Place, RISD Alumni Travel Grant 2008
The school of art is imagined as an enduring ruin reinhabited: mediating between an institution as eternal terra firma, and an unbounded, adaptive space for invention.
Sited in a radically transforming Eastern European capital city, the ruin is considered an extension of the “geologic” medieval town of subterranean passages.
Unrolled section and corresponding plan: a reading of “Geologic” Tallinn
The façade exemplifies the diversity within the school of art: framed by monumentally large apertures in the concrete ruin, classroom facilities are built from corporeal, impermanent wood species.
As a school of art, a place for the exchange of ideas, the ruin is considered a stratified “campus” of atria, arcades, and terraces.
1.Underground Passage (to Bus Terminal)2.Gallery3.Cafeteria4.Auditorium5.Mediathek6.Library7.Lecture Halls8.Classrooms9.Studios
1.
2. 5.
6.
4.
7.
8.9. 9.
6.
Quarry (Labor)atory“Architecture of Trees” RISD Advanced StudioCritic: Peter Tagiuri, 2007
Deep within a state park in Rhode Island, the quiet remnants of a long-abandoned quarry are absorbed into the lusciousness of the forest.
A laboratory mines the forest for resources and information: slowly moving along the quarry walls as it excavates granite, mills lumber, and cultivates new growth in greenhouses that ultimately reforests the void.
Plan: Greenhouse Laboratory, Library, Lumber Mill, Drying Racks, Quarry walls
“Quarry-grown Lumber”: irregularly situated trees in the quarry develop concentrations of tensile and compressive fibers, much like reinforced concrete. Early experiments with splitting, reversing, and binding tree trunks neutralizes irregularities.
Derrick crane-like roofs, suspended from the quarry walls
Small, enclosed programs, such as the library, hover above the cold, wet quarry floor; nestled within the large, industrial space formed by stacks of drying lumber, quarry walls, and the canopy-like roof.
Soho LoftDesigner, 2008Aardvarchitecture, New York City
Design development, construction details, project managing.A conversion of a 2,400 square foot loft for a photographer. The several distinct, intimate spaces open up to the larger loft with pivoting doors.
Harlem TownhouseDesigner, 2008Aardvarchitecture, NYC
A single-run stair, extending from entry to building rear, accesses the main four floors of the house. The resulting 50 foor long interrupted spaces are services by baths and storage “tucked-in” above and below the primary stair.
Citadel of Art: LuganoRISD Advanced Studio/Accademia di Architettura, Mendrisio Switzerland, 2006Critic: Lynnette WidderPublished in Empathy and Abstraction
The isolated character of a 19th century slaughterhouse in a modern, urban setting is preserved as it becomes a “citadel of art”: an extended promenade leads patrons around and through the complex.
1.
2.
6.3.
4.
5.
7.
8.
9.
9.
6.
1.Performance Hall2.Foyer3.Gallery4.Administration5.Mediathek6.Artist Studios7.Restauraunt8.Cafe9.Sculpture Garden
Like the art center itself, the reception of art is understood as a “4-dimensional” procession: patrons often have the ability to view works from multiple vantages. Three volumes orbit the large performance hall as part of this procession.
Field Housing: Millbury, MARISD Urban Studio, 2005
Critic: Anne Tate
A former textile mill with an extremely deep footprint is converted into a “mat” of housing. A system of courtyards and terraces are carved out of the roof,
like an extension of the skylights endemic to deep industrial buildings.
Units are arranged vertically:
-south-facing living areas adjacent to garden terraces-sleeping quarters at a “stoop” level, arranged around courtyards-public circulation running through courtyards-parking at the basement level
De/Motown: A Retroactive Arcology for Detroit1st Prize, Think-Space “Urban Borders” competitionCollaboration with Filmmaker Greg Mahoney
This proposal uses the Central Business District of Detroit, already largely abandoned, as a found-object for an investigation of the skyscraper as a typology.Recognizing that skyscrapers have remained largely single-use because of a de-centralized system of circulation dependent on the elevator, this proposal hinges on a ramping, viaduct that connects the towers at multiple levels. It takes the form of a helix, intersecting itself to create a lattice-work of movement.
Decentralized Network
Distributed Network
Unrolled Section
Sky Farms
Flats/Offices
Civic/Commercial(Viaduct)
IndustrialBelt
Geothermal
The shrinking population of Detroit is concentrated around a series of urban nodes.
Viaduct Map
Flex BenchRISD Furniture Studio, 2007
A play between monolithic and tectonic forms of construction. Dimensioned wood rests between the continuous steel armature.
A bolted plate allows an adjustable tolerance to the ash slats’ movement: the steel bends and allows the ash to respond to additional weight.