TABLE OF CONTENTS INTRO [CV_Resume] p. 03-07
COMPETITION PROJECTS [Project 1] The Skin We Live in, Turin, Italy. p. 10-15
MASTER’S THESIS [Master’s Thesis] Design on the Edge, Naples, Italy. p. 16-29
ACADEMIC PROJECTS [Project 3] City in Vertical, Rome, Italy. p. 30-37
[Project 4] Texils Pontem, Munich, Germany. p. 38-41
[Project 5] Sun Hedge, Winnipeg, Canada. p. 42-45
[Project 6] Soft Covered, Kaltenberg, Germany. p. 46-49
OTHER ACTIVITIES [Workshops]
p. 52-53
2
[Photography] p. 54-57
RESUME
CV
Francesco Scarpati Born: 10/08/1991, Naples, Italy
francescoscarpati.a@gmail.com francesco-scarpati@hotmail.com
I believe in Architecture as construction, where construction is the bridge between the human ideas and material world. I believe in Architecture as dreams that allow people’s desires to come true. I believe in parametric architecture, not only as a formal language but also as a tool to solve problems where traditional construction fails. I believe in sustainable architecture, not only as a fashion, but also as the responsibility of architects for the world. I believe in resilient cities where people with different backgrounds coexist and guarantee a sustainable development of their environment. Last but not least, I believe in human progress, and that I will contribute to it.
francesco.l.scarpati
+39 3939094214
Via generale Giordano Orsini n.5, 80132, Naples, Italy
Education 2010 - 2016
ARCHITECTURE - FIVE YEARS MASTER DEGREE
2015 - 2016
ERASMUS+ EXCHANGE PROGRAM
2014 - 2015
ERASMUS+ EXCHANGE PROGRAM
Università degli Studi di Napoli Federico II - Naples, Italy Graduated with a thesis which cmbines building sciences (environmental design, adaptive design, technology, construction, structural design, computational design) with an architectural and urban design project founded on architecture history & theory, honored with the best grade, cum laude and recommended for the publication.
Technische Universität München - Munich, Germany Researches and design studios in the fields of Environmental Architecture and Structural Design under the supervision of Prof. Thomas Auer and Prof. Rainer Barthel. Beuth Hochschule für Technik - Berlin, Germany Researches and design studios in the fields of Building Restoration (Bauen im Bestand) and New Building Design (Neubau) under the supervision of Prof. Mara Pinardi and Prof. Mathias Essig.
Skills Languages:
Italian
Native Language
English
Fluent
German
Fluent
French
Basic
3
RESUME Computer skills:
AutoCAD 2D/3D Rhinoceros 3D Grasshopper 3D Kangaroo Physics Karamba 3D Sketchup Pro Cinema 4D + VRay 3D Studio Max + VRay ArchiCAD Ecotect Analysis ENVI-met EnergyPlus Radiance Adobe Photoshop Adobe Illustrator Adobe Indesign Revit + Dynamo Model-making
Advanced Advanced Advanced Advanced Advanced Advanced Intermediate Intermediate Intermediate Advanced Advanced Intermediate Intermediate Advanced Advanced Advanced Beginner Advanced
Professional Experience 03.2017 - Today
INTERNSHIP at Studio Razavi Architecture
Paris, France. • Definition and drawings of constructive details • Drawings and Design solutions for the project of a private residence in Hereford Square, London, UK. • Design of a Ferry Terminal in Seoul for a public competition (2D drawings, 3d models, axonometric and perspective views) • Editing for publications 06.03.17 - 10.03.17 TUTOR Tutor for the international workshop Urban Regeneration and Environmental Design in the Mediterranean Town at Università degli Studi di Napoli Federico II. 11.2017 - 03.2017
4
RESEARCH BURSARY
Worked for the research project SNECS - Social Networks of Historical District Entity, at Università degli Studi di Napoli Federico II. • Production of Environmental Analyses and Outdoor comfort analyses. • Urban Analyses and architectural drawings. • Writings of personal publication materials and articles.
RESUME 01.2017
ENVIRONMENTAL ANALYST
09.2015 - 10.2015
INTERNSHIP at Co.Res. srl
Environmental Analyst of the proposals for the design of a square in front of the academic campus of Monte Sant’Angelo, Naples, Italy. Naples, Italy. Architect assistant for the design of a B&B in Via Melisurgo Naples, Italy.
Experience and Workshops 05.2016
GRASSHOPPER WORKSHOP
04.2016
GRASSHOPPER WORKSHOP
03.2016
GRASSHOPPER WORKSHOP
03.2016
INTERNATIONAL WORKSHOP
09.2015
WORKSHOP
08.2015
SELF-BUILD WORKSHOP
04.2016 - 07.2016
GERMAN C1 COURSE
09.2014
GERMAN INTENSIVE COURSE
Form Finding Strategies - Milan, Italy with Arturo Tedeschi and Davide Lombardi (http://www.arturotedeschi.com). Ecologic Patterns 2 - Milan, Italy with Arturo Tedeschi and Maurizio Degni (http://www.arturotedeschi.com). Plug-It 2 - Milan, Italy with Arturo Tedeschi and Maurizio Degni (http://www.arturotedeschi.com). Urban Regeneration and Environmental Design in the Mediterranean Town - Università degli Studi di Napoli Federico II, Naples, Italy Thinking outside the Box - Politecnico di Torino, Turin, Italy Villa Pennisi in Musica - Acireale, Italy with Prof. Sergio Pone and Enrico Baleri. Goethe Institut Neapel - Naples, Italy
Technische Universität Berlin - Berlin, Germany 2012 - 2013
ADVANCED PHOTOGRAPHY COURSE:
AFIP Associazione Fotografi Italiani Professionisti
5
RESUME Prizes, Awards and Exhibitions 25.05.17 - 28.05.17 FUTURO REMOTO 2017 Exhibition of the research project SNECS - Social Networks of Historical District Entity - Naples, Italy 30.03.17 - 01.04.17 ENERGYMED 2017 Exhibition of the research project SNECS - Social Networks of Historical District Entity - Naples, Italy 10.2015
1st PRIZE: BEST PROJECT OF THE SEMESTER
04.2015
1st PRIZE: BEST PROJECT OF THE SEMESTER
04.2015 - 11.2015
2st PRIZE: BEST PROJECT OF THE SEMESTER + Exhibition at Rathaus Neukolln
11.2014
1st PRIZE:
Entwerfen und Konstruiren III - Beuth Hochschule für Technik, Berlin, Germany Städtebau und Entwurf I - Beuth Hochschule für Technik, Berlin, Germany Entwerfen und Konstruiren I - Beuth Hochschule für Technik, Berlin, Germany ACRI Social Housing Special Award - URBAN-PROMOGIOVANI 6
Publications
6
03.2017
110 e lode e dignità di pubblicazione per la tesi di Francesco Scarpati, Alberi artificiali a Porta Capuana e alla Duchesca per migliorare il microclima Interview, in Ateneapoli, n.3/2017
11.2017 to appear
From the Outdoor space to the indoor effects: a parametric simultaneous simulation methodology for the definition of climate adaptive design solutions In Perception-Driven Approaches to Urban Assessment and Design, The liveability of urban spaces, IGI Global, Hershey PA, USA.
07.2017 to appear
Metodologia per la simulazione integrata di edifici e spazi aperti: il quartiere Duchesca e il palazzo “Kimbo” di via Mancini a Napoli in OFFICINA Rivista digitale di Architettura e Tecnologia, Venice, Italy, With PhD. Arch. Eduardo Bassolino.
06.2017 to appear
La valorizzazione del sistema insediativo del Centro Antico di Napoli in Conoscenza e valorizzazione del patrimonio culturale del Centro Storico di Napoli, vol.1 Città Antica e Cultural Heritage, Clean, Napoli, Research project SNECS - Social Networks of Historical District Entity, at Università degli Studi di Napoli Federico II.
RESUME 06.2017 to appear
L’analisi delle condizioni ambientali delle corti del Centro Antico di Napoli in Conoscenza e valorizzazione del patrimonio culturale del Centro Storico di Napoli, vol.1 Città Antica e Cultural Heritage, Clean, Napoli, Research project SNECS - Social Networks of Historical District Entity, at Università degli Studi di Napoli Federico II.
06.2016 to appear Un modello per la valorizzazione sostenibile e la promozione di processi innovativi in Conoscenza e valorizzazione del patrimonio culturale del Centro Storico di Napoli, vol.1 Città Antica e Cultural Heritage, Clean, Napoli, Research project SNECS - Social Networks of Historical District Entity, at Università degli Studi di Napoli Federico II. 10.2017 to appear An integrated methodology for the simulation and the management of climate adaptive solution for buildings and open spaces: the case study of the Duchesca district in Naples, Italy IEREK The 2nd Conference on “Urban Planning and Architectural Design for Sustainable Development”, With PhD. Arch. Eduardo Bassolino.
Interests PHOTOGRAPHY
I am a freelancer digital photographer
PIANO
I am a freelancer musical composer with a six-year classical piano background
ART
CINEMA & THEATER TRAVELING LEARNING NEW LANGUAGES
7
8
9
PROJECT 1 THE SKIN WE LIVE IN Type:
Competition
Location:
Piazza Carlo Giacomini, Turin, Italy
Program:
Building Redevelopment of a Middle School, Public Library, Public Gym
Team:
10
Francesco Scarpati, PhD Arch. Eduardo Bassolino1, Agostino Capri2, Pio Starace2, Chiara Russo2
Year:
2017
Result:
Entry
The restoration of the Enrico Fermi School in Turin originates from the necessity to dignify the complex with an impactful intervention, allowing to re-establish the school’s role as a functional pole within the neighborhood. An external skin, embracing the building in the guise of a fence, has been designed through the parametric arrangement of red-brick tiles, and is used as a sun-shading system. The resulting boundary is only apparent: in fact, the fence only exists 2.4 meters above the sidewalk, leaving the ground floor free and permeable, and emphasizing the openness of the school towards the neighborhood. The collective and educational areas of the school have been re-defined in order to design innovative and comfortable spaces, in line with the current pe-
dagogical and educational requirements. The library and the teachers’ area have been located in the basement floor, in visual and physical connection with the green outer space of the new south-east courtyard. The “taste and flavor” area is a big space of congregation and education, situated in the basement floor close to the teachers’ area and the library and the green spaces at north-east. The redevelopment of the gym has been conceived with the goal to make the space adequate for the implementation of the gymnastical activities. The roof has been redesigned through prefabricated elements in the form of sheds, which allow the integration of photovoltaic panels for solar energy production. The gym is connected with the nei-
1
Researcher at Università degli Studi di Napoli Federico II - Dipartimento di Architettura (IT).
2
Student at Università degli Studi di Napoli Federico II - Dipartimento di Architettura (IT).
THE SKIN WE LIVE IN ghborhood with a ramp which offers independent access for the afternoon activities; extendable glass on the opposite side connects directly the gym with the main courtyard of the school, which therefore becomes an extension of the gym itself. Our technological and energetic retrofit proposal has been designed to guarantee the highest level of environmental comfort to the students, teachers and school staff, thanks to a bioclimatic approach aiming at maximizing the contribution of natural resources and to ensure the thermal, visual and acoustic comfort. Our project was oriented to energy saving, making the school not only a near zero energy building (NZEB), but a Plus Energy Building, thanks to the introduction of technologies for the use of
renewable energies and natural resources (solar energy, thermal solar energy, geodetic energy, rainwater collection), the use of bioclimatic strategies for the application of passive thermoregulation (solar gains, natural ventilation) and integrated active systems and installations. The new school envelope has been designed to gain the highest level of efficacy in response to the external environmental solicitations. During winter, the thermal comfort is guaranteed by an insulation in natural hemp and by a green extensive roof, whereas, during summer, the external skin, made of tiles anchored to a light steel structure and displaced according to a parametric process based on the theory of attraction points, is optimised in order to guarantee a control of the solar factor and keeping during
the year good level of natural daylighting, allowing the optimal conditions for the educational activities, and avoiding dazzles and overlight. Between the skin and the faรงade, a system of solar collectors was deployed, allowing for sanitary hot water production.
11
PROJECT 1 Diagrams Current State
Plan
Cluster Plan
12
Accesses
Skin and Extensions
Greening
Final State
THE SKIN WE LIVE IN Responsive Skin Generation Grasshopper Algorithm Definition
Axonometry, Exploded and Environmental Strategies
13
PROJECT 1 Daylight Analysis Grasshopper Algorithm Definition
Annual incident Solar radiation Analysis Current State
Post-project State
UDLI Analysis for the Occupancy Period, Post-project Conditon
14
THE SKIN WE LIVE IN Sun Path Analyses
Detail
Current State, Winter
Current State, Summer
Post-project State, Winter
Post-project State, Summer
Percentage of time in the range between 100-500 lux for the Occupancy Period, Post-project Conditon
15
MASTER’S THESIS DESIGN ON THE EDGE Type:
Master’s Thesis The main objective of this thesis was to define a design methodology - based Location: Historic Centre of, on the use of advanced information Naples, Italy technology tools - for climate-change adaptive solutions for urban public Program: Research Project, spaces. At the same time, because of Adaptive Design, the lack of research on the microcliUrban Redevelopment, matic relationship between outdoor Building Retrofit and indoor environments, I proposed a method that allows architects to underTeam: Francesco Scarpati stand how the outdoor space affects the indoor space in terms of thermohyYear: 2016 grometric comfort. This aim was achieved by using specific environmental siSupervision: Prof. Mario Losasso mulation softwares (ENVI-met, Ecotect Prof. Valeria D’Ambrosio Analysis and EnergyPlus) and by relating their outputs into a parametric enUniversity: Università degli Studi di vironment (Grasshopper 3D). Napoli Federico II Moreover I applied the proposed methodology on an urban study project, which embraces a critical area of the historic centre of Naples between the medieval town and Garibaldi
16
Square, where Dominique Perrault’s subway station has been recently built. After analysing the urban context and identifying the environmental critical areas, I defined a Masterplan, where, on one hand, I made a link with the Perrault’s project and the axis of Garibaldi Square and, on the other hand, I tried to recall the trace of the medieval walls of the city, that at the present time is no longer recognizable. The previous aim was achieved by limiting the green in the city inside the walls and designing a park outside them. Three specific architectural themes emerged from the Masterplan scale. The first theme concerns the redevelopment project of the Duchesca district. Emphasizing the axis that, thanks to Perrault’s project, starting from Piazza Garibaldi, runs into the
DESIGN ON THE EDGE neighborhood, and keeping the historically justified principle of limiting the green in the city inside the walls, I designed a “boulevard” characterized by artificial tree structures. These structures were generated using a form-finding parametric software and considering Frei Otto’s studies on dendriform structures. The second theme is a retrofit project of the building in Via Mancini. Considering the impossibility of demolish the building and at the same time its importance as scenic backdrop of the adjacent Garibaldi Square, I defined a re-cladding solution, ideally covering the building with a “veil” that guarantees good technological and environmental performances and a new suitable look. The last theme is “The Reconstruction of Memory” and includes all the design choices that restore the historical and architectural identity of the trace and surviving fragments of the medieval walls. Starting from an analysis of historical maps, I recognized the trace of the medieval walls, which I restored with a pedestrian strip in weathering steel that connects the different surviving walls fragments. This band rises next to Piazza Garibaldi in the form of a structure of vertical panels that reinterprets the rhythm of the walls’ defensive towers and creates a scenic background between the Duchesca district and Perrault’s project. 17
MASTER’S THESIS Workflow Diagram
DOOR ENVIRO NM WEATHER O-IN DAT EN AE T-T ALYSIS XT U N T RA A O D CT
2.5 3 3.5 4 5 5.5
18
S
CE
NTAL AND M ICO ONME RC VIR LIM EN AT IC
Comfort
2
TE
HI
N D OO
in & out Data in Data
Rhinoceros3D
WO
RK
E N VIRO N M E
Data-share between software and add-on
NT
ONMENTAL OPT IMI NVIR SA DE TIO AN N
1
Grasshopper3D
Ladybug e Honeybee, Grasshopper add-ons
D AA
0
TO
R CO N S
EQ
UE
N
ATIONS AND AN IMUL ALY RS SIS DO IN
Predicted Mean Vote (PMV) Unit
ENVIRONMENT
Post-Project Outside Comfort Analysis
Indoor Comfort Analysis with the generated File
I
OUTDOOR S THE PA CE OM FR
O ARD ON LE
Weather file Generation
HMS GENERA RIT TIO GO N AL
AN
IN
Outdoor Comfort Analysis in ENVI-met Ambient
ICR OC LI M
SIS ALY AN IC AT
From the Outdoor to the Indoor Comfort: Workflow and Grasshopper Definition
I YS AL AN
S
ON
OR ENVIRONME NT TDO U O S M
UT I-MET O DOOR SIM UL ENV AT IO N
Relation between Outdoor and Indoor Microclimate
ENVI-met, microclimatic analysis software Leonardo, ENVI-met add-on for the managment of weather data
Ecotect, environmental analysis tool GeCo, Grasshopper add-on, bridge with Ecotect Galapagos, evolutionary solver for the environmental optimisation
DESIGN ON THE EDGE Masterplan and the 3 Thesis Themes
3
2
The Reconstruction of the Memory
The Building in Via Mancini
1
The Duchesca District
19
MASTER’S THESIS 1 The Duchesca District From the Analogic process to the Parametric one: Grasshopper Algorithm Definition of the Dendrifom Structures Generation
Uses and Functions of the Dendriform Structures Sun Shading
Solar Energy Production
Water Vaporizer
Devices Recharger Street Light
Wi-fi Point
LED Systems
20
Marketplace
DESIGN ON THE EDGE Displacement
Utilisation
Street Section
21
MASTER’S THESIS 2 The Building in Via Mancini Solar radiation Analysis, Current State Axonometry
Elevation
22
Final Solution, Axonometry
DESIGN ON THE EDGE Top Photovoltaic Cantilever Roof
Facade
Section
Basement Cantilever Roof
23
MASTER’S THESIS
24
DESIGN ON THE EDGE
25
MASTER’S THESIS 3 The Reconstruction of Memory Reinterpretation of the original Walls Rhythm
Axonometry
Medieval Walls Fragments Recognition and Solutions for the Restoration of the Historical and Architectural Identity
26
DESIGN ON THE EDGE Perspective
Perspective
27
MASTER’S THESIS
28
DESIGN ON THE EDGE
29
PROJECT 3 CITY IN VERTICAL Academic The concept behind City in Vertical (Clima Design Studio) consits in using the EUR towers to extend all the characteristics and pecuLocation: EUR District, Rome, Italy liarities of the city from the horizontal to the vertical layer. The idea of city that Multifunctional Buildings we had in mind is the one that can Program: (Offices focused) be described by Italo Calvino’s quote “Every time you enter the square Francesco Scarpati, you are in the middle of a dialogue.” Team: Tugkan Akkoc1, In this way, a visitor perceives the verMaria Chebotarenko1, tical space of the towers as an extenKatia Moualek2 sion of the city itself, finding in it the sounds, the colors and atmosphe2015-2016 re that characterize the outer city. Year: To achieve this goal, and to make Prof. Thomas Auer the described concept compatible Supervision: Prof. Alberto Raimondi with the spaces for offices and residences, the towers were remodeled throuUniversity: TU München, gh cuts, extrusions and additions of voUniversità Roma Tre, lumes, in order to generate a flow and a continuous path that goes from the Type:
30
ground floor up to the top of the building. The spaces between these paths are used for offices and residences. The difference between public and private spaces can also be read on the facade, which is organized into two layers: “The transparent pattern”, a semitransparent steel grid, covers the public areas that make up the “vertical city”, avoiding glare from the outside. On the other hand, “The Shadovoltaic Panels”, a system of domotic panels that move during the year depending on the position of the sun, maximizing the daylight, cover the private spaces of offices and residences. Simulations were performed with Grasshopper’s plugin Honeybee to verify the efficiency of the technological daylighting solutions.
1
Student at Technische Universität München (DE).
2
Student at Ecole Nationale Supérieure d’Architecture de Paris La Villette (FR).
CITY IN VERTICAL
31
PROJECT 3 Genesis
Axonometry
32
CITY IN VERTICAL Cross-Section
33
PROJECT 3 Daylight Analysis Grasshopper Algorithm Definition
Useful Daylight Illuminance Analysis (UDI) for the Occupancy Period
Simple Glass Configuration
34
Domotic Panels Configuration
CITY IN VERTICAL Domotic Panels System
Model Pictures
35
PROJECT 3
36
CITY IN VERTICAL
37
PROJECT 4 TEXILS PONTEM Type:
Academic The main guidelines for the design (Structural Design Studio) of Texils Pontem were the continuity with the adjacent green paths and the Location: Laimer Unterführung, urban redevelopment of the Laimer Munich, Germany Unterfphrung (where the bridge is situated) with the introduction of the graFunction: Pedestrian Bridge cefully sculpted shape of the project. Two heavy cantilevers stretch from Team: Francesco Scarpati, the massive central pillar to both siTobias Baierl1, des of the area and connect them in Hellmer Rahms1 a constructive and scenic way. This “sculpture” of concrete creates a seSupervision Prof. Rainer Barthel paration between the square and the railways in the back, while acting as Year: 2015-2016 a portal for crossings to the other side. The greening of the bridge top highliUniversity: Technische Universität ghts the existing cultivation, becoming München the main element of the project itself. The concrete structure is made up of two cantilever arms extending from a massive central column. In order to reduce the weight, non-structural 1
38
Student at Technische Universität München (DE).
volumes are filled with styrofoam and then covered by concrete. The static height of the structure results from the inversion of the moment line. The biggest challenge in this project is to find a suitable constructive framework to model the bridge. Here we opted for a textile formwork. The process consists in cutting one or more boards of wood, in ordrer to subsequently bring the geotextile into the desired shape. The resulting volume is then filled with concrete, so that a completely free form-finding is possible. In order to exactly control and shape the project, the parametric software Grasshopper was used, with which it was possible to design a 3d Model of the bridge, that, with the help of the Auotdesk Software 123D Make, was then laser-cutted and finally transferred in a physical model.
TEXILS PONTEM
39
PROJECT 4 Genesis and Relation with Context
Study Models
South Elevation
40
Bridge Generation Grasshopper Algorithm Definition
TEXILS PONTEM
Static Scheme
Details
41
PROJECT 5 SUN HEDGE Type: Location:
Program: Team:
Supervision: Year: University:
Academic The relationship between the building (Clima Design Studio) design and the environmental control, as well as energy-efficient and sustaiWinnipeg, Canada nable design (in relation to site and cli(Potentially mate factors) are the goals of the folmoveable Unit) lowing project. The aim to reduce the consumption Living, Research of non-renewable materials and minimize the heat dissipation for the deFrancesco Scarpati, signed building, was envisaged to use Davide Bellini1, passive methods in order to reach optiMarcella Bruno2, mal comfort required for an accommoMaria Imbrigliati1, dation. Alessandro Zanola1 The final model is the result of many attempts tested with several tools like Prof. Thomas Auer Flow Design (by Autodesk), Ecotect (by Autodesk), Ladybug (Grasshopper plu2015-2016 gin). The model reaches a compromise between wind flows and solar apporTechnische Universität tions for the optimal performance of München the applied passive systems. 1 2
42
The two main results attained are about the difference of pressure between the front and back of the building and a better wind stream on the surface of the building. Two are the main passive indoor systems applied to climate the building. On one hand a massive wall is heated by the solar radiation and returns the heat accumulated during the night to the indoor enviornment. On the other hand a basement, similar to a horizzontal Wall of Trombe, is heated by the solar radiation as well, creating a natural system of ventilation through the inside.
Student at Università IUAV di Venezia (IT). Student at Università degli Studi di Napoli Federico II - Dipartimento di Architettura (IT).
SUN HEDGE
43
PROJECT 5 Section
Plan
44
SUN HEDGE Climatic Concepts
Wind Analysis
Passive indoor Systems during the year
Winter Day
Summer Day
Winter Night
Summer Night
45
PROJECT 6 SOFT COVERED Type:
Academic The project consists in the combina(Structural Design Studio) tion of a wooden reticulated structure and a series of plastic membranes Location: Kaltenberg Ritterarena, that bind the different elements of Kaltenberg, Germany the wooden structure together. The structure is a modular system. Each Function: Covering wooden module enables the construction of a 4 point (2 high, 2 low) Team: Francesco Scarpati, hyperbolic paraboloid membrane. Diego Sierra Lopez There are only two different modules to solve the whole project. A moSupervision: Prof. Lars Schiemann dule for the straight parts and another module for the curved parts of the Year: 2014-2015 arena. This simplifies the construction process and the construction costs as University: Beuth Hochschule fĂźr most of the pieces to build this conTechnick Berlin struction are the same. The modular structure, not only adapts to the shape of the arena, but also to the preexisting tribune building. It embraces it as if it is part of the new project.
46
Wood is the perfect material for the covering of this medieval space as it provides a warm and traditional look to the structure.
SOFT COVERED
47
PROJECT 6 Site
Section
48
SOFT COVERED
Netz-Structure Diagrams
Details
49
50
51
WORKSHOPS VILLA PENNISI IN MUSICA ARCHITECTURE SUMMER SCHOOL Location:
Villa Pennisi, The main goal of the workshop and Acireale, Italy architecture summer school “Villa Pennisi in Musica” consisted in the self-buProgram: Self-building, ild of the parametric wooded structuTheorical Lectures re ReS (“Resonant Shell”), a sort of Architectural stage for open air exhibitions, in order Excercies to achieve an architectural knowledge that is not only theoretical but also Time: 31/07/15 - 15/08/16 practical. In this way, it was also possible for us students to understand the Supervision: Prof. Sergio Pone values and the characeristics of a real (Università degli STudi di construction yard, such as the kind of Napoli Federico II), teamwork that is not only focused on Enrico Baleri (Designer) the design of a project. During the days that charachterized the duration of the Intitution: Villa Pennisi in Musica workshop, theoretical lectures about Summer School, the basic knowledges of the parameUniversità degli Studi di tric architecture ware given, in order Napoli Federico II to really understand the logical features that characherize the structure ReS. Lectures ware also led by the famous designer Enrico Baleri, with whom it was possible to take part to the design of a lectern for the open-air exhibitions.
52
WORKSHOPS ARTURO TEDESCHI’S GRASSHOPPER WORKSHOPS Location:
Milan, Italy
Program:
Theorical Lectures about parametric design, environmental design and form finding Guided Tutorials
Time:
Supervision:
Intitution:
09/03/16 - 13/03/16 21/04/16 - 24/04/16 06/05/16 - 08/05/16 Arturo Tedeschi, Maurizio A. Degni, Davidel lombardi ArturoTedeschi Architecture and Computational Deisgn
AT’s workshops are the most popular courses on algorithmic modelling in Italy, directed by Arturo Tedeschi. During the courses was possible to achieve a strong competence on the use of parametric architecture and design skills, with the algorithms-based software Grasshopper3D. The training process was splitted in three workshops, that took one week each. The first one, Plug it² , the most popular course on algorithmic modelling in Italy, directed by Arturo Tedeschi, provided to attendees a strong competence on the use of modelling tools (RHINO) and algorithms-based techniques (GRASSHOPPER) exploring relations between creativity and deep control of complex geometries. The second step, Ecologic Patterns², explored the theme of Freeform Architecture with particular reference to the rationalization of complex shapes (PQ meshes, developable strips) and op-
timization based on environmental inputs (solar, thermal and acoustic). The use of a grasshopper was simultaneous with softeares for environmental-energy analysis and physical simulation. The last workshop was Form Finding Strategies, that concerned the strategies and main form-finding techniques through the use of the physics engine Kangaroo integrated plug-ins of structural analysis such as Millipede and Karamba. The techniques was applied at different scales, from architecture (surface modeling and simple compression shell) to product design, where digital simulations were integrated to refinement techniques (Weaverbird).
53
PHOTOGRAPHY
Online Publication:
54
http://www.abendzeitung-muenchen.de/gallery.fotowettbewerb-der-kooperative-grossstadt-aus-diesen-muenchner-orten-kann-man-mehr-machen.9a5cc7fb-fa0e-4aa2-b514-05fa3b1efa47.html/id/801a220a-0db4-47a9-9f6d-5b7053badaf2
PHOTOGRAPHY
55
PHOTOGRAPHY
56
PHOTOGRAPHY
57
francescoscarpati.a@gmail.com francesco-scarpati@hotmail.com