PROJECT GEOLOCALIZATION
±0 open grass field
SITE PLAN 1:5000
+658
±0
bituminos roof system
+658
+327
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti SITE PLAN 1:1000
+2
plantings side lanscapes
gravel drive
±0
plantings side lanscapes
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Site plan and
ES_AR
N
project outside area Scale 1:100
0
0.5
1
1.5
2
2.5m
01
2
2a
3
3a
4
5
B sheet 8
1
1.311
297
297
258 167
21
75
96
80 210
80 210 WIN - 004
WIN - 004
150 105
199
187
E
161
±0
10
Driver's bathroom DBa01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 6 m2 Window srf: 12 m2 Room volume: 19,18 m3 R.A.I.: 0,30
281
98
240
Driver's bedroom DBe01 Fin floor: grey floor tiles 15x15 cm Fin wall: white plaster Room srf: 18 m2 Window srf: 12 m2 Room volume: 55,76 m3 R.A.I.: 0,55
299
52
150 105
20
Windowsill -10 Laundry La01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 13 m2 Window srf: 18 m2 Room volume: 39,42 m3 R.A.I.: 0,55
376
228
199
D2
112
44
589
Windowsill -10
E
KEYPLAN
-16
WIN - 003 Windowsill -10
DOOR - 004
DOOR - 004
188
WIN - 004 Windowsill -10
331 112
135
135
64
336 167
WIN - 002 Windowsill -10
21
188
112
75
336 167
95 -16
D2
±0
10
249
10
20
10
10
DOOR - 003
R 45
10
80 210
110
R 45
381
30 105
548
R 211
158
96
12
5
D1
251
DOOR - 001
200 105
227
200 105
WIN - 006 Windowsill -10
141
D1
68
20
10
475
248 Service room Se01 Fin floor: grey floor tiles 15x15 cm Fin wall: white plaster Room srf: 9 m2 Window srf: 2 m2 Room volume: 26,68 m3 R.A.I.: 0,24
548
10
211
10
Windowsill -10 WIN - 005
160
60 210
20
59
59
DOOR - 001
50
10
±0
51
10
136
75
D
10
10
250
DOOR - 005
Service room Se02 Fin floor: grey floor tiles 15x15 cm Fin wall: white plaster Room srf: 12 m2 Window srf: 2 m2 Room volume: 37,76 m3 R.A.I.: 0,17
200 105
+108
C2 961
289
143
120
C2
80 210
105
200 105
WIN - 006 Windowsill -10
154
DOOR - 001
55
75
80 100
10
10
10
35 75
17
80
280
9
D
45°
37
35
16
104
135
142
80 210
10
C1 310
±0
711
10 30
10 45
1.205
90
210
70 210
168
Service's bathroom SeBa01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 2 m2 Window srf: 0 m2 Room volume: 4,64 m3 R.A.I.: 0,20
105
30 105
105
C1
96
48
WIN - 005 Windowsill -10
475
29
171
45
Ramp grounf floor 01 RaG01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 12 m2 Window srf: 0 m2 Room volume: 35,42 m3 R.A.I.: 0,00
Not structural pillar Techinical cave passage Diameter: 30 cm
120
Garage Ga01 Fin floor: grey floor tiles 25x25 cm Fin wall: white plaster Room srf: 47 m2 Window srf: 0 m2 Room volume: 143,10 m3 R.A.I.: 0,00
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 129
129
C
398
11
14
13
12
15
16
17
SOTTO
18
20 89
10 9 8
218
7
18A x 19 17P x 26
6
5
4
3
2
1
255
SOPRA
89
10
2.170
C
787
64
64 210
122
177
DOOR - 002
87
R 667
70 210
A sheet 8 475
A sheet 8 ±0 10
B1
10
B1
119
650
DOOR - 002
31 R 638 Curtain wall CW04 - sheet 13 Total lenght: 354 cm Height: 295 cm Material: Black steel profile - temperate glass
±0
5
6
13
88
103
11 2
50
90
220
2
Entrance hall En01 Fin floor: black floor tiles 25x25 cm Fin wall: white plaster Room srf: 58 m2 Window srf: 0 m2 Room volume: 177,67 m3 R.A.I.: 0,00
R 644 Curtain wall CW04 - sheet 13 Total lenght: 1008 cm Height: 295 cm Material: Black steel profile - temperate glass
B
B
1.129
±0
69
111
69
35
54
180
4
±0
-15
Driveway DrW01 Fin floor: gravel diameter 3cm Fin wall : white / dark green plaster Room srf: 227 m2
475
475
MAIN ENTRANCE DOOR 00 - sheet 13 Total lenght: 250 cm Height: 295 cm Material: Black steel profile - temperate glass
54
610
447
610
288
475
475
475
475
45 -16
-16
B sheet 8
1.990
1
2
2a
3
3a
4
5
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Ground floor plan
ES_AR
N
45
135
A 135
A
0
Scale 1:50
0.5
1
1.5
2
2.5m
02
2
2a
3
3a
4
5
B sheet 8
1
1.922
28
127
228
208
199
WIN - 015
WIN - 015
WIN - 016
203
273
158
22
228
248
WIN - 014
WIN - 016
WIN - 015
KEYPLAN
131
59
59
E
19
249
261 154
356
456
154
59
76
E
Windowsill 90
WIN - 010
44
19
44
76
116
45
155
Windowsill 90
19
Windowsill 90
19
207 105
19
199 105
395
320 105
199 105 Windowsill 90
197 105
258 105
Windowsill 90
Windowsill 90
20
456 108
Windowsill 90
165
Boudoir Bo01 Fin floor: oak parquet flooring Fin wall: white plaster Room srf: 18 m2 Window srf: 6 m2 Room volume: 55,72 m3 R.A.I.: 0,31
70 210
365
299
10
100
71 10
D2
295
447
455 105
436
115
136
416
387
227
250
WIN - 016
281
Bedroom 01 Be01 Fin floor: oak parquet flooring Fin wall: white plaster Room srf: 22 m2 Window srf: 2 m2 Room volume: 68,57 m3 R.A.I.: 0,18
Windowsill 90
WIN - 015
227 105
Windowsill 90
D2
70 210
DOOR - 003
Master Bedroom MaBe01 Fin floor: oak parquet flooring Fin wall: white plaster Room srf: 37 m2 Window srf: 6 m2 Room volume: 113,09 m3 R.A.I.: 0,17
DOOR - 002
10
82
44
44
120
10
120
D1
55
36
26
WIN - 015
227 105
Windowsill 90
D1
10
Bath and rest area BaR 01 Fin floor: light blu floor tiles 10x10 cm Fin wall: white plaster Room srf: 5 m2 Window srf: 0 m2 Room volume: 13,88 m3 R.A.I.: 0,00
245
Windowsill 90
75
198 122
233
10
74
10
207
10
C2
310
Windowsill 90
981
Bedroom 02 Be02 Fin floor: oak parquet flooring Fin wall: white plaster Room srf: 14 m2 Window srf: 5 m2 Room volume: 42,22 m3 R.A.I.: 0,37
53
455 105
80 210
533
251
117
C1
DOOR - 003
39
63 Ramp first floor 01 RaF01 Fin floor: black floor tiles 10x10 cm Fin wall: white plaster Room srf: 12 m2 Window srf: 0 m2 Room volume: 35,67 m3 R.A.I.: 0,00
Not structural pillar Techinical cave passage Diameter: 30 cm
242
70 210
201
107
50
WIN - 005
99
166 32
Windowsill 90
122
335
WIN - 016
Windowsill 90
325 105
213
430
40
1.521
277 85
10
WIN - 015
277 204
WIN - 005
96
Windowsill 90
WIN - 005
38
84
Windowsill 90
10
30
74
177
198
+433
60
318
C1
D
125
170
97
WIN - 010
69
318
C2
63
474
100
Bathroom Bedroom BaB01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 5 m2 Window srf: 2 m2 Room volume: 14,36 m3 R.A.I.: 0,27
130
WIN - 010
Windowsill 90
70 210
120 105
48
DOOR - 002
86
10
150 150
101
DOOR - 003
37
29
82
R 35 169
82
237
100
62
257
34
R 35 21
80 210
10
195
53
D
58
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 60 210
89
69
11
14
15
13
2.151
476
241
SOTTO
20
12
16
18
43
112
DOOR - 001
7
281
17
Windowsill 90
WIN - 013
10
6
5
4
3
2
1
80 210
C
10 9 8
DOOR - 003
Terrace Te01 Fin floor: grey floor tiles 30x30 cm Fin wall: white plaster Room srf: 94 m2 Window srf: 3 m2 Room volume: 286,79 m3 R.A.I.: 0,03
Ramp ground floor 02 RaG02 Fin floor: black floor tiles 10x10 cm Fin wall: white plaster Room srf: 12 m2 Window srf: 0 m2 Room volume: 35,81 m3 R.A.I.: 0,00
SOPRA
160 105
Service's Bathroom SeBa02 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 1 m2 Window srf: 0 m2 Room volume: 3,25 m3 R.A.I.: 0,00
404 294
110
89
WIN - 005
Master bedroom bathroom BaM01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 1 m2 Window srf: 0 m2 Room volume: 3,25 m3 R.A.I.: 0,00
120
120
DOOR - 002
70 210
Windowsill 90
46
2.152
C
122
263
Bathroom bedroom 02 BaB02 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 1 m2 Window srf: 0 m2 Room volume: 3,97 m3 R.A.I.: 0,00
91
10
DOOR - 002
84
19 18A x 26 17P x +325 120
10
156
B1
10
104
10
222
365
119 20
252
DET-9
455 35
20
172
DOOR - 001
WIN - 008
B
Windowsill 90
424
474
17
227 120
34
60 269
121
121
142
5
29
77
DOOR - 003
60
DET-11
+325
78
225 105
225 105
WIN - 010
80 210
Windowsill 90
DOOR - 001
49
WIN - 011
Windowsill 90
137
60 210
WIN - 007
DOOR - 006
Windowsill 90
Storage deposit St01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 0 m2 Window srf: 0 m2 Room volume: 1,43 m3 R.A.I.: 0,00
455 295
454 295
9
80 227
80 210
70 210
Windowsill 90 61
DOOR - 002
WIN - 010
B1
54
112
54
70 210
150 230
182
225 105
A sheet 8
366
110
+325
DET-10 42
B
455 105
136
181
53
DOOR - 002
258 80
107
Hallway Ha01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 28 m2 Window srf: 0 m2 Room volume: 86,28 m3 R.A.I.: 0,00
WIN - 004
276
Windowsill 90
WIN - 009
277 105
Terrace Te02 Fin floor: grey floor tiles 30x30 cm Fin wall: white plaster Room srf: 8 m2 Window srf: 5 m2 Room volume: 23,68 m3 R.A.I.: 0,64
137
Windowsill 90
170
WIN - 014
238
+325
Windowsill 90
282
A sheet 8
50
10
160
Hallway Ha02 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 9 m2 Window srf: 2 m2 Room volume: 28,66 m3 R.A.I.: 0,23
225
Living room Li01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 79 m2 Window srf: 46 m2 Room volume: 241,93 m3 R.A.I.: 0,58
115
448
60
25
250
10
220
10
59
95
60
110
21
Windowsill 90
WIN - 010
25
225 105
25
121
225
Kitchen Ki01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 16 m2 Window srf: 7 m2 Room volume: 49,43 m3 R.A.I.: 0,46
10 10
25
188
10
117
156
DET-8 506
17
21
241
WIN - 014
WIN - 013
225
225
Windowsill 90
WIN - 012
225 105
Windowsill 90
225 105
Windowsill 90
225 105
225 105
WIN - 015
267
Windowsill 90
WIN - 011
225
225
WIN - 010
225
133
B sheet 8
1.920
1
2
2a
3
3a
4
5
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 First floor plan
ES_AR
N
WIN - 016
Windowsill 90
225 105
21
Windowsill 90
258 105
21
21
258 105
Windowsill 90
WIN - 016
154
95
58
59
59
778
Windowsill 90
Villa Savoye - Le Corbusier 1928-31
137
203
262
225 105
21
A
DET-7
135
70 210
DOOR - 002
248
50
142
10
59
A
0
Scale 1:50
0.5
1
1.5
2
2.5m
03
2
2a
3
3a
4
5
B sheet 8
1
1.918
KEYPLAN
E
D2
D2
10
609
E
10
120
10 10
D1
D1
+478
10
87
D
71
1.263
10
D
56
10
C2
Roof Ro01 Fin floor: gravel diameter 3cm Fin ring beam: white plaster Room srf: 144 m2
132
C2
132
856
10
C1
149
C1
66
186
66
66
70
135
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 911
57
57
10
C
43
C
11
14
15
13
12
16
10
18 SOTTO
10 9 8
17
7
89
6
5
4
3
10
89
SOPRA
2
1
272
A sheet 8
19 18A x 26 17P x
Hallway Ha03 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 8 m2 Window srf: 3 m2 Room volume: 20,71 m3 R.A.I.: 0,44
B1
+650
70 210
DOOR - 002
249
221
275 120
A sheet 8
+656
+658
Windowsill 100
274
WIN - 010
B1
10
87
B
86
10
103
31
B
10
137
94 83
106
75
107
85
39
93
10
10
R 208
29
+658
+658
10
49
R 318
44
Roof garden RoG01 Fin floor: white floor tiles 10x10 cm Fin wall: white plaster Room srf: 53 m2 Window srf: 2 m2 Room volume: 146,13 m3 R.A.I.: 0,03
R 278
63
10
10
10
Roof Ro02 Fin floor: gravel diameter 3cm Fin ring beam: white plaster Room srf: 54 m2
71
40
326
10
58
67
10
158
150 R 207
48
R 440
R 190
R 480 417
10 45
10
400
R 322
150 100
Windowsill 100
1
WIN - 011 618
10
130
132
130
30 5
305 5
114
5
A
31
A
Villa Savoye - Le Corbusier 1928-31
5
38
B sheet 8
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
1
2
2a
3
3a
4
Student Maikol Mazzotti - 302128
5
Roof plan
ES_AR
N
17
0
Scale 1:50
0.5
1
1.5
2
2.5m
04
2
2a
3
3a
4
5
B sheet 8
1
KEYPLAN
D2
D2
D1
D1
D
D
C2
C2
C1
27
E
27
E
C1
Lobby Lo01 Fin floor: grey floor tiles 15x15 cm Fin wall: white plaster Room srf: 31 m2 Window srf: 0 m2 Room volume: 85,47 m3 R.A.I.: 0,00
78
82
10
Not structural pillar Techinical cave passage Diameter: 30 cm
27
C
10
80
125
89 89
16A x 15P 18 x 28
20
6
5
4
3
1
2
Techincal room Te01 Fin floor: grey floor tiles 15x15 cm Fin wall: white plaster Room srf: 19 m2 Window srf: 0 m2 Room volume: 51,56 m3 R.A.I.: 0,00
SOPRA
635
80 210
210
DOOR - 001
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti C
A sheet 8
473
A sheet 8
B1
B1 10
160
14
5
260
50
27
-295 -295
10
489
27
B
27
B
295
A
A
B sheet 8
1
2
2a
3
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
3a
4
5
Student Maikol Mazzotti - 302128 Basement plan
ES_AR
N
27
0
Scale 1:50
0.5
1
1.5
2
2.5m
05
1
2 1,564
2a
3
3a
6,098
4
5
6,178
3,238
2,144
+9,450
2,735
2,735
2,726
1,000
KEYPLAN
1,500
+6,715
1,050
3,845
1,424
0,298
2,581
0,090
2,581
2,250
2,250
2,250
2,250
2,250
2,250
0,200
3,030
3,020
1,380
0,248
-0,160
4,750
3,400
1,350
1,350
3,400
4,750
19,225
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 1
2
A
2a
B 3,999
0,850
B1 2,209
3
3a
C 2,375
4
C1 C2 1,028
D
5
D1
D2
E
0,320
2,735
2,719
+9,450
+6,715
3,845
1,050
3,861
+6,715
+4,250
1,349
4,500
0,250
4,550
0,208
4,550
0,186
4,550
8,106
2,100
2,100
3,030
3,020
Villa Savoye - Le Corbusier 1928-31
-0,025 ±0,000
-0,150
-0,160
4,750
A
2,200
B
2,550
B1
1,775
C 21,501
0,475
C1 C2
2,500
1,350
D
1,410
D1
1,990
D2
E
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128
ES_AR
Elevation 1 & 2 0
Scale 1:50
0.5
1
1.5
2
2.5m
06
E
D2
D1
D
C2 C1
C 0,320
B1
1,029
B
A
4,483
4,413
0,536
+9,450
KEYPLAN
+6,732
1,050
3,845
+6,724
+4,250
+4,250
3,020
+1,000
2,266
0,219
1,200
0,100
3,250
0,201
1,600
2,250
2,759
2,250
1,348
1,050
2,265
2,000
2,000
0,282
0,300
±0,000
±0,000 -0,160
1,990
E
1,410
D2
1,350
D1
2,500
0,475
D
1,775
C2 C1
2,550
2,200
C
B1
4,750
B
A
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 21,520
5
4 2,143
1,999
3a
1,139
3
2a
2
6,185
1,088
1 5,102
1,564 +9,450
2,717
+9,450
+7,600
+6,715
1,080
3,863
+6,715
+4,250
4,561
0,200
3,199
0,100
2,066
1,992
1,992
0,100
1,972
2,581
0,248
1,670
0,190
3,030
Villa Savoye - Le Corbusier 1928-31 +1,000
0,200
3,360
2,582
3,360
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
0,200
-0,160
4,750
3,400
1,350
1,350
3,400
4,750
Student Maikol Mazzotti - 302128
19,210
5
4
3a
3
2a
2
1
ES_AR
Elevation 3 & 4 0
Scale 1:50
0.5
1
1.5
2
2.5m
07
A
B
B1
C
C1 C2
D
D1
D2
E KEYPLAN
DET-4 sheet 10
DET-1 sheet 10
DET-5 sheet 10
DET-2 sheet 10
B-B LONGITUDINAL SECTION DET-14 architectural joint sheet 14
DET-6 sheet 10
A 4,750
DET-3 sheet 10
B
B1
C
2,200
C1 C2
2,550
1,775
0,475
D 2,500
D1 1,350
D2 1,410
E 1,990
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 1
2
2a
3
3a
4
5
A-A CROSS SECTION
DET-12 architectural joint sheet 14
Villa Savoye - Le Corbusier 1928-31
4,750
1
3,400
2
1,350
2a
1,350
3
3,400
3a
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
4,750
4
5
Student Maikol Mazzotti - 302128
ES_AR
Section A & B DET-13 architectural joint sheet 14
Longitudinal and cross Scale 1:50
0
0.5
1
1.5
2
2.5m
08
DOOR 00
DOOR 02
DOOR 01
20
20
30
20
DOOR 03
10
10
10
20
232
263
DOOR 04 210
210
10
97
210
17 5
28 50
135
1
25
98 80
9
9
69
111
22 20
±0
68
1
5
5 1
5
5
22 20
10
1 50
123
1 5
1
5
5
9
9
5
10
±0
43
160
10
22 20
9
80 98
9
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 9
70 90
9
74 82
30
-15
20
34
180
34
20
288
INSIDE
295
INSIDE
OUTSIDE
INSIDE
105
OUTSIDE
100
WIN 07 - 08
OUTSIDE
WIN 02 - 03 - 04 - 06 (same windows coming in different large 205 - 267 cm)
from WIN 09 to WIN 16 (same windows coming in different large 120 - 160 - 205 - 225 - 258 - 320 cm)
INSIDE INSIDE
OUTSIDE OUTSIDE
Villa Savoye - Le Corbusier 1928-31 459
INSIDE
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
OUTSIDE
Student Maikol Mazzotti - 302128
ES_AR
Schedule of doors and windows
Scale 1:20
09
Roof
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti
Ro02
ROG01 Roof Garden
floor + mortar 3cm
inclined screed 10 cm
sheet 12
+650
i = 1,2%
ITALGLAM drip tray d 3cm
pignatta Wienerberger 16x45x25
plaster 2 cm
plaster 1 cm connection of window with wall TECNARIA aluminium frame 10x19 cm
Li01
PANORAMAH PH42 sliding window
Li01
OUTSIDE
livingroom
Li01
livingroom
PANORAMAH PH42 sliding window
connection of window with wall
+425
TECNARIA aluminium frame 10x19 cm
self supporting unit cabinet made in reinforced concrete
insulation panel (sp=6 cm) Rockwool Ventrirock Duo λequ=0.035 W/(m°K)
sheet 13
wall 2
TECNARIA - KT13 rondella for the fixing of insulation
block Wienerberger BUB (12x20x25) cm plaster 1 cm
technical screed 10 cm
+325
slab 3
wall 1
PANORAMAH PH40 fixed window
WIN-04
Sheet 9
Te01 terrace
livingroom
floor + mortar 3cm inclined screed 10 cm waterproof sheat (sp=2x4mm) raised h20cm min. on wall Door-001
Sheet 9
PANORAMAH PH40 fixed window
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
WIN-04
Sheet 9
OUTSIDE
B
OUTSIDE
anti root cloth fine gravel
sheet 12
23
+0,00
soil
soil
FOUNDATION
70
Sheet 14
70 10
Villa Savoye - Le Corbusier 1928-31
10
ES_AR
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
6 6
-15
magrone 10cm
frame window - wall bracket connection
-130
90 B
+325
slab 3 sheet 12
+322
i = 1,2%
metal coating
trimming silicone
INSIDE steel plates connection curtain wall with ceiling
OUTSIDE
slab 1
reinforced concrete slab vapor barrier membrane
Student Maikol Mazzotti - 302128
Scale 1:20/10
Wall section detail sheet
coarse gravel 6 cm
reinforced concrete plinth foundation
vapor barrier membrane channel drainage water 10x5 cm
floor + mortar 1,5 cm
B
sheet 12
B
slab 2
TECNARIA aluminium frame 10x19 cm
technical screed 10 cm
floor + mortar 1,5 cm
pignatta Wienerberger 16x45x25
sheet 12
concrete beam (B) sheet 19
frame window - wall bracket connection
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
plaster 2 cm
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
pignatta Wienerberger 16x45x25
vapor barrier membrane
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
vapor barrier membrane
plaster 1 cm
plaster 1 cm
wall 3
WIN-03
Sheet 9
slab 5 sheet 12
+670
light brick Wienerberger (8x20x25) cm
sheet 13
WIN-03
Sheet 9
inclined screed 10 cm
+658
plaster 1 cm
plaster 1 cm
dropped reinforced beam height 135 - large 18 cm sheet 18
OUTSIDE
sheet 12
wall 3
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
slab 4
big coarse gravel 3 cm
ITALGLAM drip tray d 3cm
wall 1
slab 5
light brick Wienerberger (8x20x25) cm
vapor barrier membrane
plaster 1 cm
sheet 13
vapor barrier membrane
soil for plants
sheet 13
inclined screed 10 cm
sheet 13
waterproof sheat (sp=2x4mm) raised h20cm min. on wall +662
+700
sheet 13
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
wall 1
inclined concrete screed waterproof sheat (sp=2x4mm) raised h20cm min. on wall plaster 1 cm soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
big coarse gravel 3 cm
silicone trimming metal plate
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
pignatta Wienerberger 16x45x25
plaster 1 cm concrete beam (B) sheet 19
INSIDE floor + mortar th.2 cm waterproof case polyethylene waterproofing sheath technical screed concrete screed
reinforced concrete slab
hard mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
insulation panel (sp=6 cm) Rockwool Ventrirock Duo λequ=0.035 W/(m°K)
Ha01 hallway
+322
block Wienerberger BUB (12x20x25) cm
p.B2 d20
wall 2
+325
Ha01 hallway
Te01 terrace
+322
Te01 terrace
+322
Te01 terrace
plaster 1 cm
sheet 13
+325
p.B3
p.B4
p.B5
20x20
d20
d20
plaster 1 cm wall 1 sheet 13
light brick Wienerberger (8x20x25) cm
plaster 1 cm
plaster 1 cm
plaster 1 cm
wall 1 sheet 13
light brick Wienerberger (8x20x25) cm
WIN-04
Sheet 9
PANORAMAH PH40 fixed window
PANORAMAH PH40 fixed window
WIN-04
WIN-04
Sheet 9
Sheet 9
PANORAMAH PH40 sliding window
PANORAMAH PH40 sliding window
WIN-04
Sheet 9
connection of window with wall
sheet 13
wall 1
TECNARIA aluminium frame 10x19 cm
PANORAMAH PH42 sliding window
light brick Wienerberger (8x20x25) cm
WIN-03
Sheet 9
plaster 1 cm
+325
Ha02 hallway
Li01
livingroom
+325 Door-001
Sheet 9
Lualdi Fllo_S
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti plaster 1 cm
PANORAMAH PH42 sliding window
light brick Wienerberger (8x20x25) cm
WIN-03
Sheet 9
connection of window with wall
wall 1
sheet 13
TECNARIA aluminium frame 10x19 cm
p.A5 d20
plaster 1 cm
+325
TECNARIA rondella for the fixing of insulation
self supporting unit cabinet made in reinforced concrete
plaster 1 cm
Ha02 hallway
wall 1
TECNARIA aluminium frame 10x19 cm
PANORAMAH PH42 sliding window
self supporting unit cabinet made in reinforced concrete
TECNARIA aluminium frame 10x19 cm
connection of window with wall
WIN-03
WIN-03
Sheet 9
Sheet 9
plaster 1 cm
block Wienerberger BUB (12x20x25) cm
sheet 13
plaster 1 cm
insulation panel (sp=6 cm) Rockwool Ventrirock Duo λequ=0.035 W/(m°K)
light brick Wienerberger (8x20x25) cm
TECNARIA aluminium frame 10x14 cm
connection of window with wall
PANORAMAH PH42 sliding window
WIN-03
Sheet 9
connection of window with wall
PANORAMAH PH42 sliding window
PANORAMAH PH42 sliding window
WIN-03
Sheet 9
OUTSIDE
plaster 1 cm
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128
ES_AR
Plan detail sheet Scale 1:20/10
11
floor + mortar 1,5 cm
screed 8 cm waterproof sheat heat seated (sp=2x4mm)
technical screed 10 cm soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
screed 8 cm waterproof sheat heat seated (sp=2x4mm)
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
vapor barrier membrane
pignatta Wienerberger 16x45x25
Slab 5 - external slab 38 cm - covering with gravel big coarse gravel 3 cm
Slab 4 - external slab 38 cm - covering tiles floor floor + mortar 3 cm
pignatta Wienerberger 16x45x25
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
vapor barrier membrane
pignatta vapor barrier membrane Wienerberger 16x45x25
lime and sand plaster 1 cm
50 lime and sand plaster 1 cm
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
38
20 16+4 concrete brick slab
50
i = 1,2%
38
38
20 16+4 concrete brick slab
i = 1,2%
20 16+4 concrete brick slab
Slab 3 - internal slab 38 cm - ground and first floor
50
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
lime and sand plaster 1 cm
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti Slab 1 - internal 60 cm floor + mortar th. 2cm
reinforced concrete slab vapor barrier membrane magrone th.10 cm
vapor barrier membrane magrone th. 10 cm 6 6 10
23
5
26
vapor barrier membrane pignatta Wienerberger 16x45x25
anti root cloth fine gravel reinforced concrete slab
23
self supporting reinforced stair A19cm - P26cm
coarse gravel
technical screed hard mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
38
20 16+4 concrete brick slab
38
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
skidproof covering floor + mortar 1,5 cm
19
technical screed 10 cm
Slab 2 - external 45 cm
45
floor + mortar 1,5 cm
19 2
Stair vertical connection basement - ground - first - roof
reinforced beam H50cm - L20cm
soil
soil
lime and sand plaster 1 cm Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Schedule of horizontal elements Scale 1:10/5
ES_AR
12
Wall 1 - internal wall 10 cm - scale 1:5
Wall 2 - external wall 20 cm - scale 1:5
Plan
Plan
Elevation
Elevation
plaster 1 cm
plaster 1 cm
plaster 1 cm
INSIDE
plaster 1 cm
plaster 1 cm
20
insulation panel (sp=6 cm) Rockwool Ventrirock Duo λequ=0.035 W/(m°K)
light brick Wienerberger (8x20x25) cm
block Wienerberger BUB (12x20x25) cm light brick Wienerberger (8x20x25) cm
OUTSIDE plaster 1 cm
OUTSIDE
INSIDE block Wienerberger BUB (12x20x25) cm
10
20
Wall 3 - curtain wall total height 287 cm - scale 1:2 Elevation steel plates
insulation panel (sp=6 cm) Rockwool Ventrirock Duo λequ=0.035 W/(m°K)
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti Plan
21
21
metal coating
waterproof case trimming silicone
INSIDE sliding aluminium frame
1
waterproof case
INSIDE
287
1
OUTSIDE
3
5
fixed aluminium frame
double glazing (6 - 18 - 4 mm) silicone silicone trimming
3
double glazing (6 - 18 - 4 mm)
trimming OUTSIDE
waterproof case aluminium frame sliding aluminium frame
Villa Savoye - Le Corbusier 1928-31
silicone trimming waterproof case
metal plate layer of non-woven fabric
polyethylene waterproofing sheath concrete screed
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Schedule of vertical elements Scale 1:10/5
ES_AR
13
OUTSIDE
anti root cloth
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
vapor barrier membrane
self supporting reinforced stair A19cm - P26cm
slab 4b sheet 12
26
-15 vapor barrier membrane
floor + mortar 3 cm
pignatta Wienerberger 16x45x25
38
-15
19
20
pignatta Wienerberger 16x45x25
soil
16+4 concrete brick slab
38
vapor barrier membrane
magrone
slab 2
skidproof covering floor + mortar 1,5 cm
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
technical screed 10 cm
fine gravel
floor + mortar 1,5 cm technical screed 10 cm
coarse gravel
reinforced concrete slab
sheet 12
Ha03 hallway
OUTSIDE
coarse gravel
reinforced beam H50cm - L20cm
screed 8 cm floor + mortar 1,5 cm
lime and sand plaster 1 cm
waterproof sheat heat seated (sp=2x4mm)
technical screed 10 cm
rafters in prestressed concrete with L=12cm and interaxis spacing i=50cm
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
reinforced concrete underground wall H295 L20 cm
vapor barrier membrane
vapor barrier membrane i = 10%
295
plaster 1 cm
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti INSIDE
Ha01 hallway
+325
slab 3
sheet 12
slab 3
sheet
12
38
wall 4
waterproof membrane
sheet xx
Te01 technical room
stell handrail dark black diameter 3cm
floor + mortar 1,5 cm
lime and sand plaster 1 cm
technical screed 10 cm soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
lime and sand plaster 1 cm
vapor barrier membrane
slab 3
-295
floor + mortar 1,5 cm technical screed 10 cm
20 magrone
reinforced concrete slab
10
-425 cm
Villa Savoye - Le Corbusier 1928-31 reinforced beam H50cm - L20cm
lime and sand plaster 1 cm
70 90
26
vapor barrier membrane pignatta Wienerberger 16x45x25
-415 cm
19
15
38
70
reinforced concrete plinth foundation
self supporting reinforced stair A19cm - P26cm 16+4 concrete brick slab
40
soft mineral insulation Ventrirock Duo (sp=5cm) λequ=0.035 W/(m°K)
38
15
skidproof covering floor + mortar 1,5 cm
10
-345cm
23
35
17
sheet 12
reinforce concrete beam connected to roof ramp heigh 20 cm
En01 Entrance hall
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Schedule of architectural joint Scale 1:10/5
ES_AR
14
KEYPLAN
KEYPLAN
194
KEYPLAN
TET - 001
SOL - 009
325
TET - 001
1.240
SOL - 006
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti SOL - 003
153
TET - 001
SOL - 012 SOL - 012
235
972
SOL - 012 SOL - 011 SOL - 011
304
885
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Schedule of architectural joint Scale 1:10/5
ES_AR
14
detail ss1 sheet 14
PE 100 D200 PE 100 D200 PE 100 D200 i = 2%
PE 100 D150
PE 100 D18
PE 100 D220
polyetilene structure
94
i = 0.5%
harvest duct
i=0.5%
sedimentation area
100
184
PE D2
221
20
polyetilene structure filtering material
i=0.5%
digestion area
70 scatter tube
geotexil filter
PE
Pull out pool
dregs
100 D2 20
distribution duct 137
Pool Imhof a
anaerobic filter 306
PE 100 D180
PE 100 D180
i = 12%
i = 12%
SCHEME CONNECTION TO PUBLIC SEWER
CG
i = 12%
PE 100 D180 i = 16%
PE 100 D180
i = 12%
i = 12%
i = 16%
PE 100 D180
PE 100 D180
PE 100 D180
CG
Imhof pool OPPO VI-PE-15T
i = 12%
PE 100 D180
i = 12%
i = 12%
Pull out pool OPPO Ecodren
CG
i = 12%
Anaerobic Filter (Edilportale filtro percolatore anaerobico)
Basin condense grease
L
PE 100 D180
distributive tube
PE 100 D180
sewer channel for bright waters
PE 100 D180
Derivation pool sewer channel for black waters
L
basin with disruptive fund
i = 12%
i = 16%
PE 100 D180
PE 100 D180 i = 16%
PE 100 D180
PE 100 D180
i = 12%
caditoia
i = 12%
PE 100 D180
PE 100 D180 i = 16%
i = 16%
PE 100 D180
sewer column from bright water first floor
SOPRA
11
14
12
15
13
16
17
PE 100 D180 i = 16%
i = 16%
PE 100 D180
SOTTO
18
7
18A x 19 17P x 26
6
5
4
3
2
1
PE 100 D180
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi
i = 16%
PE 100 D180
Villa Savoye - Le Corbusier 1928-31
PE 100 D180
i = 16%
PE 100 D180
i = 16%
i = 16%
PE 100 D180
i = 16%
PE 100 D180
Student Maikol Mazzotti - 302128 Sewer plan drawing with detail 0
Scale 1:200/50/20
ES_AR
N
i = 16%
PE 100 D180
sewer column from dark water first floor
10 9 8
i = 12%
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti
0.5
1
1.5
2
2.5m
15
Render 1
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti Render 2
Render 3
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Render and visualization
ES_AR
16
1
2
2a
3
3a
4
5
70
50
KEYPLAN
- 425 cm
340
135
475
- 130 cm
90
90
- 130 cm
70
90
70
90
340
- 130 cm
E
70
70
70
70
90
90
90
90
90
199
70
199
90
70
E
135
- 130 cm
70
475
- 130 cm
70
10
- 130 cm
90
D2 70
D2
70
141
141
90
90
90
- 130 cm
70
70
90
- 130 cm
D1
70
70
70
90
90
90
90 135
70
135
90
70
D1
- 130 cm
70
- 130 cm
90
D
70
70
70
- 130 cm
70
70
90
90
90
250
70
250
90
- 130 cm
90
- 130 cm
D
C2
C2
- 130 cm
48
- 130 cm
90
70
- 425 cm
70
- 130 cm
48
90
- 425 cm
C1
C1
90
70
70
70
90
70 90
70 90
90
70
70
70
90
90
90
177
177
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti - 130 cm
90
C
70
70
70
90
- 130 cm
90
- 425 cm
C
70
70
70
90
90
90
255
16A x 15P 18 x 28
6
5
4
3
2
1
255
SOPRA
90
B1
70
70
70
- 130 cm
70
70
90
90
90
220
70
220
90
- 425 cm
90
- 425 cm
B1
B
70
90
- 130 cm
70
90
- 130 cm
70
90
- 130 cm
70
90
70
70
- 425 cm
70
70
70
70
70
90
90
90
90
90
90
475
70
475
90
- 425 cm
90
- 425 cm
A
70
90
- 130 cm
70
90
- 130 cm
70
90
- 130 cm
70
90
- 130 cm
70
90
- 130 cm
A
70
70
70
70
70
90
90
90
90
90
475
1
340
2
135
2a
135
3
340
3a
475
4
5
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Structure drawing Basement level floor plan Scale 1:50
ES_ST
N
B
0
0.5
1
1.5
2
2.5m
01
1
2
2a
3
3a
4
5 KEYPLAN
135
135
475
20 126
50
20
126
20
20
E
20
199
199
50
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
E
340
50
340
50
475
D2
D2
20
50
50
20
20
20
20
20
141
20
141
20
20
20
20
D1 135
135
50
20
20
50 20
50
D1
20
D
20
20
250
15
250
50
20
20
20
20
20
20
20
20
20
D
20 20
20
20
C2
20
C2 20
C1
50
20
20
20
C1
20
48
20
48
20
20
20
20
20
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 20
20
C
20
20
20
20
177
20
20
20
20
20
C
20
20
20
20
177
20
20
11
14
13
12
15
16
17
18
255
18A x 19 17P x 26
10 9 8
50
7
20
6
5
4
3
2
1
255
SOPRA
20
20
20
20
20
20 15
20
B1
20
20
SOTTO
20
20
B1
20
220
220
20
20
15
20
20
20
20
20
20
20
20
20
20 475
50
50
20
20
475
135
2a
20 126
20
135
3
20
20 20
20
340
2
20
20 20
20
A
20
340
3a
20
475
4
5
Villa Savoye - Le Corbusier 1928-31 University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Structure drawing Ground floor plan
0
Scale 1:50
ES_ST
N
20
1
20
20
20
20
126
20
20
20
20
20
20
20
20
20
A
B
20
50
20
20
475
20
50
20
20
20
20
B
20
50
0.5
1
1.5
2
2.5m
02
1
2
2a
3
3a
4
5 KEYPLAN
1.922
135
340
20
20
475
140
140
140
20
20
20
20
50
127
140
126
135
20
340
20
475
20
20
20
20
20
E
199
198
50
20
50
20
50
20
50
20
20
20
20
20
20
20
20
E
20
20
D2
20
20
20
50
D2
20
50 20
D1
20
135
135
20
20
20
50
50
20
20
20
20
20
D1
20
20
20
20
20
142
50
50
141
50
20
20
20
50
50
20
D
20
20
20
250
250
20
20
50
20
20
20
20
20
20
20
20
D
C2
50
50 20
20
48
20
20
20
20
50
20
20
48
C2
C1 50
50
50
C1 20
20
177
177
20
20
20
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 2.153
20
20
20
20
20
20
50
50
SOPRA
50
6
5
4
3
2
1
20
11
14
15
13
12
16
20
SOTTO
20
17
7
18
255
20
255
C
20
10 9 8
C
2.152
20
19 18A x 26 17P x
50
20
B1
20
20
20
20
20
B1
20
50
20
20
20
220
20
220
50
50
20
20
20
20
DET-10
20
20
20
20
B
20
20
20
20
20
20
20
20
20
DET-9
B
20
475
50
50
50
50
475
50
DET-11
20
20
20
20
A
20
20
20
DET-8
140
20 140
340
135
135
20
140
340
475
1.922
2
2a
3
3a
4
5
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Structure drawing First floor plan
0
Scale 1:50
ES_ST
N
140
475
126
20
20
20
20
20
20
20
20
126
20
20
1
Villa Savoye - Le Corbusier 1928-31
50
DET-7
20
20
20
20
50
20
20
20
20
20
A
20
20
20
0.5
1
1.5
2
2.5m
03
KEYPLAN h= 285 cm
Ceiling light
CL h= 287 cm
h= 100 cm switch
switch
141
89
101
Switchboard Optical sensor
h= 285 cm
CL h= 287 cm
89
Light wall
CL
101
LW
141 10
10
78
h= 100 cm switch
CL
h= 100 cm switch
P40
CL
h= 100 cm switch
196
h= 287 cm P17/11
h= 287 cm
switch
68
P17/11
switch
CL
128
P17/11
h= 287 cm
h= 287 cm h= 30 cm
30
96 P17/11
h= 30 cm
h= 30 cm
P40
L
P40
P17/11
85
h= 285 cm
P40
P17/11
P17/11
h= 285 cm
5
h= 100 cm
106
83
54
221
10
100
221
L
h= 210 cm
CL
P40
h= 287 cm
180
196
132
h= 30 cm h= 30 cm
CL
h= 100 cm switch
h= 30 cm P40
LW
98 81
92
132
h= 287 cm
153 88 CL h= 287 cm
CL
11
h= 285 cm
181
11
11
141 h= 285 cm
h= 100 cm switch
CL switch
54
185
h= 287 cm
CL
45 switch
h= 287 cm
CL h= 30 cm P40
10
258
h= 287 cm
258
ADSL / Phone
10
h= 85 cm
CL
h= 100 cm switch
CL
P17/11
h= 287 cm
h= 100 cm switch
h= 287 cm
switch
284
switch
h= 285 cm
221
221
h= 285 cm
h= 100 cm switch
CL
175
CL
256
h= 287 cm
LW
10
10
h= 287 cm
h= 85 cm
P40
switch
110
h= 100 cm switch
CL h= 287 cm
CL h= 287 cm
192
switch
221
191 h= 30 cm
221
P17/11
177
P40
h= 285 cm
248
h= 100 cm
h= 30 cm ADSL / Phone
256
CL h= 287 cm
h= 285 cm
100 P17/11
LW
CL
h= 100 cm switch
h= 100 cm h= 287 cm
310
47
h= 287 cm
103
103
81 CL
CL
10
switch
h= 285 cm
10
h= 100 cm switch
17
17
20
h= 100 cm switch
92
h= 285 cm
switch h= 30 cm
switch
CL
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti 177
P40
h= 287 cm
221
221
P17/11
h= 30 cm
P40
62
P17/11
LW
CL
273
273
h= 100 cm
h= 287 cm
CL
CL
h= 287 cm
h= 287 cm
11
14
13
12
15
16
17
18
10 9 8
221
h= 100 cm switch
h= 285 cm switch
221
7
78
18A x 19 17P x 26
6
5
4
3
2
1
h= 287 cm
266
218
102
SOPRA
CL
h= 285 cm
switch h= 30 cm
SOTTO
P40
switch
20
h= 100 cm switch
45
219
219
30
switch
20
29
h= 100 cm switch
CL
P17/11
248
switch
CL
h= 287 cm
CL
switch
h= 287 cm
h= 287 cm
h= 30 cm P40
h= 100 cm switch
switch
P17/11
118
132
h= 285 cm
h= 285 cm
switch h= 30 cm
221
221
P40
P17/11
CL CL
33
58
47
h= 287 cm
CL h= 287 cm
6
33
CL
6
113
h= 287 cm
113
h= 287 cm
h= 100 cm switch
switch
h= 285 cm
h= 285 cm
221
221
switch
h= 100 cm switch
34
170
CL
h= 285 cm
h= 285 cm
h= 287 cm
124
170
124
CL
141
CL
141
232
h= 287 cm
232
h= 287 cm
CL h= 287 cm
226
229
225
229
CL
CL
h= 287 cm
h= 287 cm
225
228
Villa Savoye - Le Corbusier 1928-31 225
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Electrical system Ground floor plan Scale 1:50
ES_EL
N
229
CL h= 287 cm
0
0.5
1
1.5
2
2.5m
01
KEYPLAN h= 100 cm
h= 100 cm
LW CL
LW
h= 30 cm
h= 30 cm P40
Optical sensor
h= 100 cm switch
34
P40
h= 210 cm h= 100 cm switch
P17/11
38
LW
h= 30 cm P40
P17/11
LW h= 210 cm
LW
h= 30 cm P40
h= 210 cm
h= 295cm
switch
P17/11
switch
h= 210 cm
P17/11
10
Switchboard
43
h= 100 cm
43
h= 100 cm
164
Ceiling light
43
Light wall
CL
47
LW
h= 210 cm
CL
h= 30 cm P40
100
h= 295cm P17/11
10
10
h= 100 cm
91
h= 100 cm
91
h= 100 cm switch
switch h= 30 cm
398
P40
h= 30 cm
P17/11
P40
CL
CL
h= 295cm
h= 295cm
P17/11
LW h= 100 cm switch
switch
LW
h= 100 cm
h= 100 cm
405
LW
160
28
h= 210 cm
h= 30 cm P40
switch
P17/11
177
h= 100 cm switch
CL h= 295cm h= 30 cm P40
91 126
P17/11
LW h= 100 cm
10 CL
switch
227
h= 100 cm switch
177
h= 100 cm
159
h= 100 cm
10
10
h= 295cm
159 93
switch
149
CL h= 295cm
h= 30 cm
83
P17/11
CL
50
65
P40
50
h= 295cm
LW
LW h= 210 cm
10
49 h= 210 cm LW
h= 100 cm
49
h= 100 cm
h= 100 cm
52
23
h= 100 cm
LW
h= 30 cm P40
h= 210 cm
177
P40
122
h= 30 cm
P17/11 P17/11
switch
h= 85 cm
h= 30 cm ADSL / Phone
10
289
h= 100 cm switch
59
P40
53
10
CL
CL
h= 295cm
h= 295cm
P17/11
h= 100 cm switch
10
LW
switch
113
125
122
h= 100 cm
94
CL
50
CL
h= 100 cm
308
57
CL
CL
15
10
45
45
10
25
53
switch
h= 100 cm
46
SOPRA
switch
CL
LW
h= 295cm
44
h= 100 cm switch
switch
h= 100 cm switch
CL
h= 295cm
h= 100 cm
10
51
10
h= 100 cm
h= 295cm
h= 295cm
118
177
VILLA SAVOYE - LE CORBUSIER - BIM model - Maikol Mazzotti h= 295cm
h= 100 cm switch
switch h= 30 cm P40
h= 295cm h= 30 cm
11
14
12
15
13
16
17
18
switch
10 9 8
h= 80 cm switch
switch
switch
SOTTO
LW
255
438
7
72
6
5
4
3
2
1
P17/11
P17/11
135
438
switch
P40
switch
19 18A x 26 17P x switch h= 30 cm
40
34
19
P40
h= 80 cm P17/11
CL
86
CL
h= 295cm
h= 295cm
h= 100 cm switch
switch h= 100 cm switch
switch
131
switch
131
h= 100 cm switch
switch
h= 30 cm
DET-10 DET-9
P40
10
LW
35
10
10 P17/11
10 switch
10
h= 100 cm switch
DET-11
switch
h= 100 cm switch
124
switch
switch h= 30 cm
106
P40 switch
h= 100 cm switch
P17/11
CL
131
switch
h= 295cm
20
10
284
CL h= 295cm
h= 100 cm switch
171
171
switch
switch
CL CL
CL
h= 295cm
h= 295cm
CL
h= 295cm
h= 295cm
475
171
171
CL
h= 295cm
475
switch
284
h= 100 cm switch
switch
switch
h= 100 cm switch
switch
h= 100 cm h= 100 cm switch
h= 100 cm
h= 295cm
h= 100 cm
DET-7
switch
LW
35
P17/11
h= 30 cm
P40
LW h= 210 cm
47
P17/11
75
LW P17/11
h= 210 cm
DET-8
P40 h= 100 cm
47
105
10 P17/11
h= 100 cmP40
P17/11
h= 210 cm
27
55
LW
30
105
P40
10
h= 30 cm
h= 100 cm P40
Villa Savoye - Le Corbusier 1928-31
h= 100 cm
20
h= 295cm
LW h= 210 cm
University of Parma Engeneering and Architecture Department Executive design studio a.y. 2018-19 Prof. Arch. Valerio Mazzei Prof. Arch. Paolo Giandebiaggi Student Maikol Mazzotti - 302128 Electrical system First floor plan
0
Scale 1:50
ES_EL
N
switch
h= 100 cm
CL
55
CL
0.5
1
1.5
2
2.5m
02