ENG. FILIPPO NASSETTI
nassetti.filippo@gmail.com
UNDERGRAD WORKS
MIXED USE TOWER - SKIN DESIGN 2006.03.25 / 2006.07.25 Niccolò Amaducci - Nicola Mari
theme start/end team
PAGE-SP1
2006.03.25 / 2006.07.25
STUDENT PROJECTS
MIXED USE TOWER / SKIN DESIGN
PAGE-SP2
STUDENT PROJECTS
SECTION PERSPECTIVE A. PLATFORMS (3 levels) B. SKIN Skin is designed as continuous top mutation of the cartesian grid ing protected areas and shadows patterns.
B1
B2 ______ __ 01 B1 ______ B ______
______ A
__ 02
__ 03
SKIN DESIGN PROCESS 01 GENERATIVE SECTIONS program and functional control 02 TRIANGULATION triangle as basic structural element B2
2006.03.25 / 2006.07.25
03 ARCHITECTURAL OUTPUT steel / glass components
MIXED USE TOWER / SKIN DESIGN
INTERNSHIP: PLASMASTUDIO
DEICHMANSKE LIBRARY, OSLO (NORWAY) CONTEST 2009.01.26 / 2009.02.26 renderings / digital fabrication / furniture design / graphic production
theme start/end tasks
XI’AN HORTICOLTURAL FAIR (CHINA) SD 2009.03.26 / 2009.06.26 architectural design / graphic design / digital fabrication / graphic production
theme start/end tasks
PLASMASTUDIO SOLO EXHIBITION GALLERIA COME SE (ROME) 2009.04.15 / 2009.05.10 boards design / public relations / event’s photography / installation - site engineering management (basic level)
theme start/end tasks
PAGE-PS1
2009.01.26 / 2009.02.26
INTERNSHIP / RENDERINGS
DEICHMANSKE LIBRARY, OSLO (NORWAY)
PAGE-PS2
2009.01.26 / 2009.02.26
INTERNSHIP / DIGITAL FABRICATION: ROOFSCAPE
DEICHMANSKE LIBRARY, OSLO (NORWAY)
PAGE-PS4
INTERNSHIP / GRAPHIC PRODUCTION
MAIN CIRCULATION
VIEWS ON THE LANDSCAPE
COLD PLANTS - 593.53 sqm RARE PLANTS - 608.1 sqm HOT PLANTS - 648.41 sqm SHOP - 243.67 sqm RESTAURANT - 353.81 sqm VIP - 146.24 sqm INFORMATION - 160.16 sqm FOYER - 245.4 sqm SERVICES - 1097.07 sqm
2009.03.26 / 2009.06.26
XI’AN HORTICOLTURAL FAIR (CHINA) - GREENHOUSE
PAGE-PS3
_ REFERENCE GRID
2009.03.26 / 2009.06.26
INTERNSHIP / ARCHITECTURAL DESIGN
_ GLOBAL ORGANIZATION
XI’AN HORTICOLTURAL FAIR (CHINA) - PARKING
PAGE-PS5
2009.04.15 / 2009.05.10
INTERNSHIP / BOARDS DESIGN - INSTALLATION AND SITE ENGINEERING MANAGEMENT (BASIC LEVEL) - PUBLIC RELATIONS - EVENT’S PHOTOGRAPHY
PLASMA STUDIO SOLO EXHIBITION, GALLERIA COME SE (ROME)
GRAD. FINAL DISSERTATION
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM 2010.01.15 / 2010.04.30 Prof. Eng. Alessio Erioli
theme start/end advisor
PAGE-T1
GRADUATION FINAL DISSERTATION
NETWORK TOPOLOGIES PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
answer to local connective crisis. PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
z = 0
z = 0
z = 0
design model_ network topologies, decentral-
EMERGING ACTIVITIES
EMERGING ACTIVITIES
EMERGING ACTIVITIES
EMERGING ACTIVITIES
EMERGING ACTIVITIES UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15
PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
<
_NODES structural nodes_ nodes necessary for the system to work potential nodes_ possibility of emerging of unplanned activities
PARKING BUILDING z = 0
structural nodes PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
z = 0
z = 0
z = 0
potential nodes
EMERGING ACTIVITIES
EMERGING ACTIVITIES EMERGING ACTIVITIES
EMERGING ACTIVITIES
UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15
PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
<
_LOGICAL CONNECTIONS Possible logical connections system’s nodes.
PARKING OPEN-AIR HOTELS
between
z = 0
the
EMERGING ACTIVITIES
PARKING BUILDING
THRESHOLD = 130 m
PARKING BUILDING
z = 0
PARKING BUILDING
THRESHOLD = 340 m
z = 0
PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
z = 0
z = 0
z = 0
UNDERGROUND ST. z = -15
PARKING BUILDING
THRESHOLD = 225 m
z = 0
<
UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15 PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
THRESHOLD = 116 m
PARKING BUILDING
z = 0
THRESHOLD = 130 m
PARKING BUILDING
z = 0
_PHYSICAL CONNECTIONS Network organized in two levels: structural level and potential level. Development of structural level through algorithm: given a points cloud and a threshold value (maximum connections lenght), points at a distance shorter than the threshold are connected with straight segments. Threshold values are searched for which it is obtained: complete points connection; minimum redundancy; maximum redundancy.
PARKING OPEN-AIR HOTELS
PARKING OPEN-AIR HOTELS
z = 0
z = 0
z = 0
In addition to the basic nodes system a second system is considered, in which two auxiliary nodes provide a better management of redundancy, shortening connections lenghts.
The network scheme considered as basic design diagram is the one represented by the structural network level of physical connections. UNDERGROUND ST. z = -15
PARKING BUILDING
PARKING BUILDING
PARKING BUILDING
z = 0
z = 0
z = 0
2010.01.15 / 2010.04.30
PARKING BUILDING
auxiliary nodes
z = 0
UNDERGROUND ST. z = -15
UNDERGROUND ST. z = -15
THRESHOLD = 340 m
z = 0
PARKING OPEN-AIR HOTELS
UNDERGROUND ST. z = -15
EMERGING ACTIVITIES EMERGING ACTIVITIES
>
The potential level, connected to the emerging of activities, is expressed through the generation of additional meshes in the network, causing an increased redundancy, positive property for the general safety.
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / DESIGN PROCESS
PAGE-T2
GRADUATION FINAL DISSERTATION
GENERATIVE SECTIONS
S_01 S_02
design targets_ spatial continuity and fluidity
S_03 S_04 S_05
design model_ sections-driven geometry (high control on programme and the perceptive aspects of geometry)
__ (A)
The two principal network branches are taken as trajectories along which generate the surfaces that envelop space. Control-sections are defined in which it is possible to directly translate the architectural programme.
__ (B)
S_06 S_07 S_08
S_10 S_11 S_12 S_13
<
MV_ movement ST_ stasis
Control-sections are defined by interpolation curves of set of points. The number of points is the same for each set, each point has an index. Curves generated interpolating points with the same index are the guide trajectories for the generation of the surface (A). A more detailed gradient is parametrically achieved generating a number of intermediate sections that mediate the transformation (B). The wrapping surface is generated lofting through these sections (C).
> __ (C)
(SS) 02 > < 01
Activities and circulation diagrams. (SS)_ services (toilets. cafĂŠ area) (EE)_ events (exhibition-performance area)
> (EE)
01_ open-air parking 02_ building parking 03_ underground
01 >
<> 03
02 > < 01
Through local alterations the overall geometry is negotiated with the context to modulate the accesses (see following page).
2010.01.15 / 2010.04.30
01 >
<> 03
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / DESIGN PROCESS
PAGE-T3
000
2010.01.15 / 2010.04.30
GRADUATION FINAL DISSERTATION / DESIGN OUTPUT
050
100
150
200
250
300
350
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / DESIGN OUTPUT
PAGE-T3
2010.01.15 / 2010.04.30
GRADUATION FINAL DISSERTATION / DESIGN OUTPUT
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / DESIGN OUTPUT
PAGE-T4
GRADUATION FINAL DISSERTATION
-580
-550
-520
-490
-460
-580
-430
-550 -520
-400
-490
-370
-460
-340
-430
-400
-310
-370
-280
-340
-310
-250
-220
-190
-160
-130
-280 -250 -220 -190 -160 -130 -100
-100
-70
-70 -40 -10
-40
-10
100
0
2010.01.15 / 2010.04.30
800
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / DESIGN OUTPUT
PAGE-T5
GRADUATION FINAL DISSERTATION
L_13 L_12 L_01 60.0°
L_02 56.3°
L_03 52.5°
L_04 48.8°
L_05 45.0°
L_06 41.3°
L_07 37.5°
L_08 33.8°
L_09 30.0°
L_10 26.3°
L_11 22.5°
L_12 18.8°
L_13 15.0°
L_11 L_10 L_09 L_08 L_07 L_06
L_05
L_04
L_03
L_02
L_01
THRESHOLD
LIGHT
GRADIENT
90
80
< <<
[A] PARAMETRIC MODEL
70 12 13 11
Subdivision of the surface in a subsystem of components that, through continuous geometric variations, manage the variation of light flow. This lamellar component, through a rotation of the transversal section on the longitudinal axis, allows the surface to move from complete opacity to a permeability that could be modulated in connection to the rotation angle. The rotation of the components is referenced to the inclination of solar rays (03). A min and max values are considered: each lamella is related to a specific angle in the interval.
60
14 10
15
50 9
16
40
8
30
17
7
>
20
18
6
10
19
5
AL T N o rth
2010.01.15 / 2010.04.30
30
60
90
1 20
1 50
S o u th
21 0
240
270
300
330
N o rth
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM /ACCESSES DESIGN
PAGE-T6
GRADUATION FINAL DISSERTATION
THRESHOLD
LIGHT
GRADIENT
[B] ARCHITECTURAL STRATEGY
21 JUNE 2010 7.00 AM
__ (01)
21 JUNE 2010 9.00 AM
design target_ threshold between inside and outside, underground and emerged strategy_ design of a light gradient connecting continuously the ext. condition of light to the int. condition of darkness. (01).
[G â&#x20AC;&#x201C; light gradient variations: planar projection diagrams]
21 JUNE 2010 12.00 AM
__ (02)
<
2010.01.15 / 2010.04.30
tuating condition in which continuous variations of experiences are generated.
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / ACCESSES DESIGN
PAGE-T7
2010.01.15 / 2010.04.30
GRADUATION FINAL DISSERTATION
UNDERGROUND INTERMODAL CONNECTIVE SYSTEM / STL PROTOTYPE
FREELANCE EXPERIENCES
LIGHT MODULATING SKIN SYSTEM / PAVILLION 2010.05.15 / 2010.06.10 Eng. Mario Da Deppo
theme start/end team
PAGE-E2
FREELANCE DESIGN EXPERIENCES
h_ 60° L v_ 20°
h_ 0° v_ 20°
h_ 60° L v_ 35°
h_ 0° v_ 35°
h_ 60° L v_ 50°
h_ 0° v_ 50°
h_ 60° L v_ 60°
h_ 0° v_ 60°
2010.05.15 / 2010.06.10
LIGHT MODULATING SKIN / LIGHT STUDIES
PAGE-E1
FREELANCE DESIGN EXPERIENCES
17
L-18
16 15 14 13
L-17
12 11 10 9 8
L-16
7 6 5 4 3
L-15
2 1 A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
L-14 STRUCTURAL SCHEME L-13
L-12
L-11
L-10 D_01 GRADIENT RULE L-09
L-08
D_02 GRADIENT RULE
L-07
L-06
L-05
L-04 D_03 GRADIENT RULE L-03
L-02
L-01
D_01
D_02
2010.05.15 / 2010.06.10
D_03
LIGHT MODULATING SKIN / GEOMETRY
PAGE-E1
FREELANCE DESIGN EXPERIENCES
The D1 node scheme is valid for structural lines 1>13, while the ?? is valid for the 14>17 ones. With this distinction, screwsâ&#x20AC;&#x2122; heads are never visible to a person of medium height.
L-02 mm 32 S-D1-1 S-D1-2
NODE D1 L-01 / L-02 object
wood lamellas
production
500 x 120 x 3.2 cm CNC cutting
94
C-D1
32
S-D1-1 / S-D1-2 object
material
screw HBS 8 x 120 mm steel
L-01
S-D1-3 / S-D1-4 object
material
C-D1
screw HBS 8 x 140 mm steel
object
wood connector
production
500 x 120 x 6.4 cm CNC cutting
S-D1-3 S-D1-4
S-D17-3 S-D17-4
NODE D17 L-17 / L-18 object
wood lamellas
production
500 x 120 x 3.2 cm CNC cutting
L-18 mm 32 94
C-D17
S-D17-1 / S-D17-2 object
material
screw HBS 8 x 120 mm steel
S-D17-3 / S-D17-4 object
material
C-D17
screw HBS 8 x 140 mm steel
object
wood connector
production
500 x 120 x 6.4 cm CNC cutting
2010.05.15 / 2010.06.10
S-D17-1 S-D17-2 32
L-17
LIGHT MODULATING SKIN / CONSTRUCTION
PAGE-E4
FREELANCE DESIGN EXPERIENCES
06 START
END
FEASIBILITY CONFIRMATION
06.10
06.11
1
DD
06.07
06.10
3
CD: STEEL/WOOD CONNECTIONS
06.11
06.19
6
CD: TECHNICAL PLANTS
06.11
06.18
5
CD: FURNITURE
06.11
06.18
5
CD: EXTERNAL AREAS SETTLEMENT
06.11
06.12
1
CD: STEEL ELEMENTS
06.11
06.18
5
CD: WOOD ELEMENTS
06.16
06.19
3
CD: FOUNDATIONS
06.11
06.12
1
SUPPLY: WOOD
06.21
07.03
10
SUPPLY: STEEL
06.21
07.03
10
SUPPLY: GRASS
06.14
06.19
5
SUPPLY: FURNITURE
06.18
07.02
10
SUPPLY: TECHNICAL PLANTS
06.18
07.02
10
SUPPLY: TREES
06.14
06.26
10
SUPPLY: BORDER ELEMENTS
06.14
06.26
10
CONSTRUCTION: WOOD AND STEEL
07.06
07.10
4
CONSTRUCTION: PAVEMENTS
07.12
07.13
1
CONSTRUCTION: GRASS
06.30
07.02
2
CONSTRUCTION: FURNITURE
07.12
07.13
1
CONSTRUCTION: TECHNICAL PLANTS
07.12
07.14
2
CONSTRUCTION: TREES
06.30
07.01
1
CONSTRUCTION: BORDERS
06.28
06.29
1
CONSTRUCTION: FOUNDATIONS
06.14
06.15
1
WAITING: TREES
07.01
07.15
10
WAITING: GRASS
07.02
07.23
15
WAITING: FOUNDATIONS
06.15
07.06
15
CONSTRUCTION CONCLUSION
07.14
07.15
1
FREE SITE
06.28
06.30
2
2010.05.15 / 2010.06.10
12
19
26
07 03
10
17
24
LIGHT MODULATING SKIN / GANTT