ARCHIVE

ARCH IVE

ARCH ITECTURAL ARCH IVE

2018

PORTFOLIO

2022

T1

T2

01

02

03

04

W

ARCH IVE

WORKS

2018

INDEX

2022

THIS DOCUMENT AIMS TO EXPLORE THE ARCHITECTURAL VISION AND EXPERIENCE I HAVE ACHIEVED DURING THE ACADEMIC PROCESS, FOR THIS REASON THE RECOLLECTION OF PROJECTS PRESENTED BEGINS WITH THE MASTER AND BACHELOR THESIS – THE MOST SIGNIFICANT MOMENTS OF RESEARCH, CREATIVE EXPRESSION AND KNOWLEDGE GROWTH. THIS PORTFOLIO, BY ASSEMBLING A SHORT COLLECTION OF PROJECTS PERFORMED DURING MY ACADEMIC COURSE AT POLITECNICO, IS CONCEPTUALLY ORGANIZED INTO ARCHITECTURAL SCALES - OR RATHER THEMES. THE FOCUS IS TO HIGHLIGHT AND VISUALIZE WITH FEW DRAWINGS AND IMAGES THE PARALLELS BETWEEN DIFFERENT SCALES IN ARCHITECTURE. EACH PROJECT HAS A DIFFERENT UNIT OF MEASUREMENT, SO AS TO DEMONSTRATE A FLEXIBLE KNOWLEDGE BETWEEN DIFFERENT TOPICS.

ARCH ITECTURAL ARCH IVE

RE:COLLECTION OF PROJECTS

THE ACADEMIC PROJECTS ARE A SET OF OPPORTUNITIES, GENERATION OF PROCESSES, VIBRANT TENSIONS OF CREATIVITY.

IN THE SELECTED PROJECTS PRESENTED IN THIS BOOK THE DESIGN TRANSFORMS THE SPACE IN DIFFERENT WAYS AND TIMES, ON DIFFERENT SCALES, IN PLACES AND TERRITORIES WITH DIFFERENT CONFORMATIONS. THERE IS NOT JUST ONE WAY TO TRANSFORM A PLACE, BUT IT IS ARTICULATED AND IT DEPENDS ON MANY FACTORS. TRANSFORMATION IS ALWAYS FOCUSED IN FINDING A BALANCE BETWEEN THE TRANSFORMED AND THE EXISTING, IN RESPECT OF THE TERRITORY AND THE BUILT ENVIRONMENT. EVERY PROJECT WORKS TOWARDS THE CREATION OF A SPATIAL CONSTRUCTION WHICH AIMS TO RIGENERATE THE SITE, INSIDE A FRAMEWORK THAT BRINGS A STRONG SOCIAL DYNAMIC. THE COMMON THREAD THAT UNITES THE PROJECTS LIES PRECISELY IN THEIR DIVERSITY: THIS HAS ALLOWED ME TO UNDERSTAND HOW DESIGN IS A STRONG AND ADAPTABLE TOOL IN CHANGING THE IDENTITY OF A PLACE. IDENTITY OF PLACES CAN BE CHANGED AND RECONSTRUCTED: THIS IS SEEN AS CAPABLE OF SUPPORTING DYNAMIC CHANGES IN REAL LIFE THROUGH THE TRANSFORMATION AND THE ARTICULATION OF SPACES. IN THIS SENSE, IDENTITY IS AFFECTED BY ARCHITECTURAL PRODUCTION - THAT IS AN UNFIXED, UNFINISHED AND VARYING PROCESS, THAT INFLUENCES BOTH THE PLACE AND THE SOCIETY. THIS PORTFOLIO CONTAINS SOME SELECTED WORKS FROM THE DESIGN PROJECTS DEVELOPED WHILE PURSUING A BACHELOR AND A MASTER’S DEGREE IN ARCHITECTURE AT POLITECNICO DI MILANO. THE PROJECTS ARE CHOSEN TO HIGHLIGHT DIFFERENT SCALES AND APPROACHES ENCOMPASSED IN MY DESIGN EDUCATION. EACH PROJECT IS PRESENTED USING ONLY A FEW EXPLANATORY DRAWINGS AND IMAGES EXTRAPOLATED FROM THE COMPLETE PROJECT, SO AS TO HIGHLIGHT THE GENERAL FEATURES OF THE PROJECT, OR SOME FUNDAMENTAL CHARACTERISTICS. THE PROJECTS COLLECTED IN THIS ARCHIVE ARE CONNECTED IN TERMS OF RESEARCH THAT INVESTIGATES THE INFLUENCE OF URBANISM AND ARCHITECTURE IN TRANSFORMING A SPACE AND CONSEQUENTLY ITS OWN SOCIETY. THIS BOOKLET AIMS TO BE A RECOLLECTION OF PROJECTS ORGANIZED FOLLOWING A SCALAR APPROACH. THE TOPIC OF ARCHITECTURAL SCALES AND THE MULTI-SCALAR POSSIBILITIES THAT A PROJECT COULD CONTAIN IS THE MAIN TOPIC ON WHICH I BASED MY PERSONAL RESEARCH DURING THE LAST YEARS OF ACCADEMIC STUDIES. WHEN I AM THINKING ABOUT ALL FIELDS OF ARCHITECTURE AND STARTING A PROJECT, I TRY TO CREATE A PERSONAL INTER-DISCIPLINARY NETWORK - DRAWING FROM DIFFERENT DISCIPLINES, INVESTIGATING THE PROJECT IN QUESTION AT DIFFERENT SCALES. IN THIS YEARS OF UNIVERSITY I HAD THE POSSIBILITY OF TACKLE DIFFERENT PROJECTS, WHICH DEALT WITH THEMES OF DIFFERENT SIZES. FROM THE SMALLER SIZE, THAT I RECOGNIZED IN THE WORLD OF INTERIORS, ARCHITECTURAL CONSTRUCTION AND EXHIBITION – UP TO THE UNIVERSE OF URBAN PLANNING AND LANDSCAPE. IN THIS YEARS MY GOAL WAS TO DEEP INTO EACH SIZE AND ACQUIRE AS MUCH KNOWLEDGE AS POSSIBLE, IN ORDER TO COMPLETE MY PATH AND BE ABLE TO TACKLE A COMPLETE PROJECT. A PROJECT THAT KNOWS HOW TO DEAL WITH ALL ARCHITECTURAL SCALES, THAT DRAWS ITS CONCEPTS FROM VARIOUS CREATIVE FIELDS AND ENDS IN AN ARCHITECTURAL PROJECT BUILT FOR THE EXPERIENCE THAT PEOPLE CAN HAVE THROUGH IT. AT THE END OF MY STUDIES, I APPLIED THIS NETWORK TO MY THESIS PROJECT, WHICH I DEVELOPED IN PORTUGAL WITH THE SUPERVISION OF A PORTUGUESE ARCHITECT, ANTONIO S. F. CARVALHO - WHO HAS BEEN ALSO MY MENTOR DURING MY MASTER’S DEGREE, AND I CAN’T WAIT TO APPLY IT TO THE REAL WORKING WORLD.

2022

T1

LAND(E)SCAPE

LISBON PORTUGAL

38° 40’ 49” N 9° 9’ 30” W

SCALE RELATOR

MULTI SCALE / COMPETITION DA SILVA FERREIRA CARVALHO A.

ABOUT I HAVE ALWAYS BEEN INTERESTED IN BROADEN MY KNOWLEDGE ON COMPETITIONS IN THE ARCHITECTURAL CONTEXT AND EXPAND IT IN A TEORETICAL AND CRITICAL WAY. I CONCEIVE IT AS A STRATEGICALLY MADE EXCERCISE AND AN IMPORTANT LINK TO MY POST-ACADEMIC FUTURE WORK.

BY SIMULATING A COMPETITION AS THE ENGINE OF MY MASTER THESIS, I AM TRYING TO FIND SOME METHODS APPLICABLE TO THE FUNDAMENTAL TOPICS IN THE ARCHITECTURAL PRACTICE: (1) THE PROFUND KNOWLEDGE OF A TERRITORY AT VARIOUS LEVELS, (2) THE MEANING OF SITE-SPECIFIC DESIGN AND THE RESPECT OF THE CONTEX AND (3) THE CONSEQUENCES OF PLACES’ ABILITY TO INFLUENCE INSTINCTUAL BEHAVIOUR ON THE DESIGN. AS THERE ARE SPECIFIC LIMITS AND DIMENSIONAL PARAMETERS REQUIRED FROM THE COMPETITION, THE PROJECT STARTS BY CONSIDERATING THEM IN RELATION OF THEIR SPATIAL, FUNCTIONAL AND ENERGETIC CONSEQUENCES. THE THESIS INVOLVES A SPATIAL AND SOCIOECOLOGICAL PROJECT THAT IS BOTH AN URBAN REDEVELOPMENT, AND AN ECOLOGICAL AND CULTURAL PRACTICE GENERATED BY CREATING RECIPROCAL RELATIONS BETWEEN ARCHITECTURE, HUMANS, AND LANDSCAPE. THE RESEARCH PROJECT IS A PRODUCT OF CRITICAL INVESTIGATIONS AROUND ARCHITECTURE, CREATIVE PRACTICE AND ANALYSIS ON THE TERRITORY DEVELOPED OVER A YEAR. IT IS BUILT ON A TRANSDISCIPLINARY METHOD THAT STRAYS FROM DIFFERENT SOURCES OF KNOWLEDGE: THE PROJECT IS DEVELOPED CRITICALLY AND CREATIVELY THROUGH A INTERSCALAR APPROACH. THE PROCESS TAKES PLACE THROUGH FOUR DIFFERENT ALTITUDE POINTS, FROM WHICH THE ENTIRE LOGICAL DEVELOPMENT CAN BE OBSERVED AT DIFFERENT DIMENSIONS. ONE CAN THUS PERCEIVE ITS RELATIONSHIP WITH THE TERRAIN IN WHICH IT INTERSECTS, THE AREA WITH WHICH IT INTERACTS AND THE TERRITORY THAT SURROUNDS IT. THE FOUR ELEVATION POINTS THEREFORE BECOME MACRO THEMES WITHIN THE THESIS RESEARCH AND ASSUME THE IDENTITIES OF: GEOGRAPHY, GEOMETRY, FORM AND LOGIC. EACH CORRESPONDS TO A UNIT OF MEASUREMENT AND TOGETHER THEY FORM A FUNDAMENTAL HIERARCHY THAT DEFINES THE COMPLETENESS OF THE PROJECT. THE PROJECT INVESTIGATE THE FUTURE OF THE EXAMINED SITE LOCATED IN THE TOWN OF ALMADA – IN THE METROPOLITAN REGION OF LISBON, THAT IS AFFECTED BY THE SPATIAL EFFECTS OF SOCIO-ECONOMIC PHENOMENA OF THE SOUTH BOUND OF LISBON - THE OUTCOME OF THE PROCESSES OF GLOBALISATION, PLANETARY URBANIZATION AND INTERNATIONAL MIGRATIONS. THE EXPLORATION OF THE UNKNOWN AND FRAGMENTED TERRITORY OF ALMADA GOES FROM THE CONCEPTUAL PROPOSITIONS TO THE TECHNICAL DEVELOPMENT OF THE IDEAS, PROVIDING THE FINAL DESIGN AND PRESENT ATION OF THE CRITICAL RESEARCH. THE PROJECT PROPOSES A SIMPLE, ADAPTIVE FRAMEWORK THAT UTILIZES AN INTEGRATIVE DESIGNRESEARCH METHODOLOGY, STRUCTURED IN FOUR PARTS AS FOUR SCALES: THIS CONCEPTUAL APPROACH IS THE ORIGIN OF THE THESIS’ CREATIVE PROCESS TO FURTHER UNDERSTAND THE CORRECT SCALE TO USE FOR EACH PART OF THE SPACE. FOCUS OF THE RESEARCH IS ARCHITECTURE AS A MEDIATOR PHENOMENON BETWEEN HUMAN BEINGS AND NATURAL SCAPE: THE RESULT IS AN OPEN-ENDED EXPLORATION CONSISTENT INTO THE (RE)INTERPRETATION AND (RE)ORGANIZATION OF THE SITE, FOUNDING THE ROOTS ON A LONG-LASTING, SUSTAINABLE SOLUTION THAT EMERGED IN RESPONSE TO A DEMOGRAPHIC DEMAND - AND SO IT IS ABLE TO PERMANENTLY ACT, CHANGE, ADAPT THROUGH TIME AND SPACE. LAND(E)SCAPE SURVEYS ARCHITECTURAL, SOCIAL AND CULTURAL FORMS OF COLLECTIVE HOUSING THAT DEMONSTRATE HOW THE TRANSFORMING UNDERSTANDING OF NATURE CAN MODIFY THE WAYS IN WHICH WE ORGANIZE, DESIGN AND CONSTRUCT BUILDINGS, BOTH IN CONCEPT AND IN PRACTICE. THE THESIS AIMS TO SHARE ANALYTIC TOOLS SUCH AS OBSERVATION, TERRAIN EXPLORATION, ENVIRONMENT ANALYSIS TO EXTENSIVELY PROJECT NEW FUNCTIONAL DEMOCRATIC URBAN LANDSCAPES. IT IS MADE AS A LINK BETWEEN SMALL AND LARGE SCALE SYSTEMS WITH THE AIM TO INVESTIGATE ON THE URGENCY FOR BUILD A SUSTAINABLE FUTURE FOR ALL INHABITANTS - IN THE END IT IS POSSIBLE TO SEE THE CONSEQUENCES OF THE REFLECTION ON A CULTURAL, SOCIAL, SPATIAL AND ECOLOGICAL LEVEL.

88.00

1 CAR PARK 2 BIKE PARK 3 VERTICAL FLOW 4 HORIZONTAL FLOW 5 COMMERCIAL 6 SERVICES 7 PUBLIC 8 PRIVATE 9 REST 10 WATER

96.00

88.00

88

.00

95.00 0 .0 97

94.00

93.00

92.00

89.

.00

96

91.00

90.00

00

00

88.

88.00

95 .00

94 .00

00

93.

89.00

0 91.0

0 90.0

88.00

96 .00

.00

95

.00

97

00

96.0

91.

89 .00

0

88

.0

0

94.00

93.00

88.00 92.00

88 .00

89.00

3 6

0

93.0

94.00

93.

00

2

1

93.00

00

92.

0

87.0

0

93.0

1 93

.0

0

00

87.

91.00

92.00

3

2 88.00

86.00

4

86.00

88.00

86.00

87

89

.0

0

.00

0

.0

88

86

89.00

.00

PLAN

N

88.0 m slm

SCALE 1 500

88.00

1 CAR PARK 2 BIKE PARK 3 VERTICAL FLOW 4 HORIZONTAL FLOW 5 COMMERCIAL 6 SERVICES 7 PUBLIC 8 PRIVATE 9 REST 10 WATER

96.00

88.00

88

.00

95.00 97 .0

94.00

0

93.00

92.00 .00

96

91.00

90.00

89.

00

00

88.

88.00

.00 95

.00

94

00

93.

89.00

0

0

91.0

90.0

88.00

.00 96

.00

95

1

.00

97

7

00

89

.00

0

96.0

91.

7

88 .0

0

94.00

9

7 2 93.00

1

5

9

88.00

4 5 92.00

3

2

6

4

5

6 6

3

3

2 89.00

88

.00

2

4

3

8 T2

T2

0

93.0

94.00

93.

00

9

93.00

92.

00

T1

0

87.0

9 8 0

93.0

T3

10 93

3

.0

0

00

87.

91.00

10

92.00

8 T3

88.00

T2

86.00

86.00

88.00

86.00

87

.00

88

0

.0

86

PLAN

89.00

.00 89

.0

0

N

95.0 m slm

SCALE 1 500

88.00

1 CAR PARK 2 BIKE PARK 3 VERTICAL FLOW 4 HORIZONTAL FLOW 5 COMMERCIAL 6 SERVICES 7 PUBLIC 8 PRIVATE 9 REST 10 WATER

96.00

88.00

88

.00

95.00 0 .0 97

94.00

93.00

92.00

89.

.00

96

91.00

90.00

00

00

88.

88.00

95 .00

94 .00

00

93.

89.00

0 91.0

0 90.0

88.00

96 .00

.00

95

.00

97

00

96.0

91.

89 .00

0

88

.0

0

94.00

93.00

88.00

7 92.00

5 6

89.00

88 .00

4 2

3 0

93.0

2 94.00

93.

00

8

9

93.00

00

92.

0

87.0

0

93.0

93

.0

0

00

87.

91.00

92.00

3 88.00

86.00

4 86.00

88.00

86.00

87

89

.0

.00

0

.0

88

86

89.00

.00

0

PLAN

N

91.0 m slm

SCALE 1 500

3 VERTICAL FLOW T1 ≤ 75 mq T2 ≤ 95 mq T3 ≤ 120 mq

8

3

T2

T3

T1

6 T3

6

3

3

6 T3

T1

T1 T1

T2

T1

3 8

T2

3

T3

T2

T1

3

T3

3 T2

T3

T1

3 6

T2

T2

T3

8 T2

T2

3 T3

PLAN

N

98.0 m slm

SCALE 1 500

ALONE

COUPLE

5

3

5

5

2

2

5

3

4

4

2

FAMILY

5

1

3

1

2

5

2

4

1

5

3

2

4

5

3

ALL LIFE LONG

5

1

2

3

5

4

4

3

5

2

5

5

3

4

1

2

5

1

3

5

2

5

2

1

4

2

3

5

0.9

1.9

1.9

1.3

0.6

1.0

2.1

0.8

0.9

1.1

1.0

1.0

4.2

2.2

3.2

1.0

5.9

1.0

1.0

3.8

1.0

0.8

1.3

0.6

0.1

0.8

1.1

1.6

0.6

0.6 0.8

1.9 0.6

0.6

2.5 2.4

0.6

0.6

1.6

0.7 0.6

0.6

0.6

0.1

0.8

1.1

1.1

0.8

1.9

1.0

1.0

1.8

0.8

0.6

1.2

2.0

0.9

0.9 3.0

1.2

5.2

2.0

0.9

2.2

1.3

1.3

1.9

1.0

1.9

3.8

3

3

4

1

1.9

5

KITCHEN

1

2 BATHROOM

3 STORAGE

5

2

5

4 LIVING/DINING

3

2

5

5 ROOM

PLAN

2019

T2

EAST RIVER PARK

NYC NEW YORK USA

28° 41’ 8” N 14° 45’ 16” W

SCALE RELATORS

LANDSCAPE URBANISM WALL E. + CONTIN A.

ABOUT THE METROPOLITAN NATURE/EAST RIVER PARK IS AN EXPERIMENTAL PROJECT, AND IT IS ALSO A THEORETICAL AND CRITICAL INVESTIGATION BASED ON THE REDEVELOPMENT OF AN AREA BY DESIGNING A GREEN INFRASTRUCTURE IN A METROPOLITAN CONTEXT TO REMEDY A SITUATION OF URBAN CONGESTION. THE PROJECT EXPLORES URBAN SUSTAINABILITY AND RESILIENCE, THAT INTEGRATES ECONOMY, SOCIAL EQUITY AND THE ENVIRONMENT. THE TRANSFORMATION IS AT ITS HIGHEST LEVEL: THE PROJECT SITE IS COMPLETELY RETHOUGHT, THE MODIFICATION PUT DEEP ROOTS AND WANTS TO COMPLETELY CHANGE THE IDENTITY OF THE SITE. FIRST OF ALL, THE PROJECT FOCUSES ON NEW YORK CITY, WHERE URBAN DEVELOPMENT HAS FOCUSED ON ECONOMIC CONCERNS RESULTING IN UNINTENDED AND CATASTROPHIC CONSEQUENCES. THE SITE WHERE THESE THOUGHTS ON SUSTAINABILITY BORN, IS ROOSEVELT ISLAND, WHERE ALSO I HAD THE OPPORTUNITY - WITH SOME SITE INSPECTIONS, TO INTERACT WITH ITS COMMUNITY AND TO SEE THE ACTUAL CONFORMATION OF THE ISLAND: THE PRESENT ASPECT AND THE LACK OF VEGETATION IS DUE ONLY TO HUMAN INTERVENTION. THE INITIAL IDEA WAS TO MAKE POSSIBLE THE EXPERIENCE OF NATURE IN WAYS PEOPLE DON’T TYPICALLY HAVE NOW ON THE ISLAND, AS I STRONGLY BELIEVE IN THE IMPORTANCE OF BRINGING NATURE INTO ARCHITECTURE AND I THINK WE NEED TO CREATE MORE PUBLIC GREEN SPACES IN CITIES.

PUBLIC PARKS, ESPECIALLY IN URBAN ENVIRONMENTS SUCH AS NEW YORK, ARE NECESSARY SANCTUARIES FOR LOCAL RESIDENTS. YET THE PROBLEM MANY CITIES FACE IS A LACK OF SPACE TO CREATE THEM.

THE VISION FOR THE SITE IS A SUSTAINABLE PARK: THE EAST RIVER ECOLOGICAL PARK IS A 3.2 KM LONG SHOWCASE OF SUSTAINABLE LANDSCAPE IDEAS AND RESOURCES. ROOSEVELT ISLAND IS INSIDE A URBAN MECHANISM, WHICH HAS GONE THROUGH AN UNPREDICTABLE EVOLUTION. THIS PHENOMENON, WHICH EVOLVED IN TIME, BECAME THE STARTING POINT FOR THE DEFINITION OF A CONTINUOUS GREEN CORRIDOR AS THE MAIN ASSET OF THE SITE. THE ISLAND REDEVELOPMENT AND THE INTRODUCTION OF A GREEN LINE RUNNING THROUGH THE CORE OF THE SITE PRESENTS ALSO AN OPPORTUNITY TO INTEGRATE THE EXISTING BUILDINGS INTO A DEFINED NATURAL URBAN PARK, EXPRESSING THE CHARACTER OF ROOSEVELT ISLAND AS A GREEN OASIS OVER THE YEARS. THE OLD SITE VEGETATION AND ITS ASSOCIATED WILDLIFE HABITAT COULD BE PRESERVED, PROTECTED AND ENHANCED. THE PLAN INCLUDES ALSO A SET OF DESIGN ELEMENTS: A NEW GREEN AVENUE, WALKWAYS, RESIDENTIAL SERVICES AREAS AND FACILITIES, CULTURAL AND GREEN AREAS FOR PUBLIC USE. THE NEW GREEN PLACES WILL NATURALLY BECOME SOCIAL EXCHANGE HUBS AND AREAS WHERE SERVICES CAN BE PROVIDED. AFTER THROUGHT THE ANALYSIS OF THE AREA I UNDERSTOOD THE IMPORTANCE THE COMMUNITY HAS WITH THE ENVIRONMENT AND I BASED THE PROPOSAL ON ENHANCING THIS THROUGH A CONSISTENT APPROACH TO URBAN DESIGN AND LANDSCAPE AS WELL AS RECOGNISING THE SOCIAL DIMENSION OF THE AREA. THE PARK WOULD BE A VIBRANT PLACE FOR CURRENT AND FUTURE GENERATIONS TO ENJOY - ENGAGING THE COMMUNITY AND VISITORS IN ACTIVITIES TO SHOW HOW NATURAL AND URBAN AREAS CAN CO-EXIST IN A POSITIVE AND SUSTAINABLE WAY.

METROPOLITAN MAP

WATERFRONTS

INFRASTRUCTURES

SITE

2018

01

SPAZIOFUORITEMPO

LANZAROTE SP

28° 41’ 8” N 14° 45’ 16” W

SCALE RELATORS

INSTALLATION / SELF-CONSTRUCTION COLACI D. F. + SIMPLE FLAIR

ABOUT THIS PROJECT WAS BORN AFTER A RESEARCH ON THE METHAFORS BUILT BY ETTORE SOTTSASS IN 1972 ACCOMPANIED BY AN IN-DEPTH RESEARCH ON THE ARCHITECTURE ARCHETYPES AND AN ANALYSIS OF THE MORPHOLOGICAL HISTORY OF LANZAROTE. THE CONSTRUCTION IS A FENCE THAT RE-PROPOSES, BOTH IN PLANIMETRIC FORM AND IN ITS MEANING, THE SACRED ARCHITECTURES THAT WERE BUILT IN THE ISLAND CENTURIES AGO. IN THIS CASE THE AIM OF THE TRANFORMATION IS THAT OF CHANGING THE PLACE IN A SOFT AND SUPERFICIAL WAY, STARTING FROM A NATURAL AND PRISTINE TERRITORY - THAT FOR THIS ASPECT IS OFTEN A TOURISTIC ATTRACTION. USING NOTIONS FROM THE INTERIORS’ KNOWLEDGE, THE MAIN IDEA WAS BUILDING SOMETHING THAT NO ONE EVER EXPECTED TO SEE, MAKING PEOPLE WHO VISIT THE PLACE HAVE A COMPLETELY DIFFERENT EXPERIENCE OF IT. THE FOCUS IS TO PLAY OUT TRANSFORMATION TO MODIFY THE FUNCTION OF THE AREA FOR A SHORT PERIOD OF TIME. IN FACT, THE CONSTRUCTION HAD TO BE EPHEMERAL: COMPLETELY REMOVABLE, TO BRING THE PLACE BACK TO ITS COMPLETE NATURAL STATE AFTER 48 HOURS. THE CONSTRUCTION IS ITSELF A RESEARCH ON THE INTERIORS: A SMALL-SCALE PROJECT [1:1], WHICH WE WERE ABLE TO BUILD WITH OUR OWN HANDS. THERE IS A LOT OF ATTENTION TO DETAILS, MATERIALS AND PERCEPTIONS THAT ARE CREATED BY LIGHTS AND SHADOWS. THE DESIGN OF THE PROJECT WAS DEVELOPED IN MILAN, DURING THE ARCHITECTURAL DESIGN STUDIO OF INTERIORS, WHILE THE CONSTRUCTION TOOK PLACE IN LANZAROTE, ON A JOURNEY MADE IN NOVEMBER 2018. THE LIFE OF THE INSTALLATION LASTED FROM 18 TO 20 NOVEMBER, A PERIOD AFTER WHICH THE PLACE HAS BEEN BROUGHT BACK TO ITS ORIGINAL STATE AND ALL THE MATERIALS USED HAVE BEEN DONATED TO THE DANCE THEATRE OF LANZAROTE.

< THE PRIMORDIAL LANDS OF LANZAROTE RESOUND WITH ANCIENT PRACTICES. IN ANCIENT TIMES, THE INDIGENOUS TRIBES OF THE ISLAND EXPRESSED THEIR VISION OF THE SACRED THROUGH THE ARCHETYPE OF THE EFQUENE, A RITUAL FENCE WITH A CENTRAL STRUCTURE, WHICH WAS PLACED AROUND AN IDOL, DEFINING A MAGICAL AND PROTECTED TERRITORY. THE MEMORY OF THIS ANCESTRAL RITE ALLOWS US TODAY TO REFLECT ON THE RELATIONSHIP BETWEEN MAN, LANDSCAPE AND TIME -INEVITABLE HORIZONS OF A CONTEMPORARY REFLECTION ON THE DIVINE > THE REGION OF THE MATABURROS, MAJESTIC AND FRAGILE BASALTIC ROCKS - SUBJECT TO WIND EROSION, BECOME THE IDEAL SPACE TO EXPRESS THE THEME OF THE PROJECT. THE FRAGILITY OF THIS MYTHICAL LAND IS INTERPRETED AS A METAPHOR FOR A CONDITION TO BE PRESERVED, ASKING QUESTIONS ABOUT AN IMMINENT FUTURE IN WHICH THE CONSUMPTION OF NATURAL RESOURCES WILL MARK A NEW ERA FOR THE PLANET. THE SACRED FENCE CLOSES AROUND ONE OF THESE ROCKS DESTINED TO DISAPPEAR: ANOTHER SPACE IS SHAPED, MADE PENETRABLE THROUGH 12 TRILITHIC PORTALS. AT THE CENTER, AS AN ICON OF A FRAGILE DIVINITY, AN EGG IS PLACED, AS AN ANTITHESIS, A TOTEMIC AND ANCESTRAL ELEMENT, WHICH REFERS TO FERTILITY, LIFE AND THE ETERNAL. THE INTERPENETRATION OF THE TWO SYMBOLS TIGHTENS THE QUESTION AND MULTIPLIES THE POSSIBLE ANSWERS.

1. VOLCANOES 2. HISTORICAL SETTLEMENTS 3. GEOLOGICAL ERAS 4. PROJECT AREA

SITE

1

4

2

3

ANALYSIS

PLAN

DIAGRAM

AXONOMETRY

2020

02

CHEMISTRYXHEALTH

MILAN IT

45° 28’ 41” N 9° 13’ 34” W

SCALE RELATOR

EXHIBITION / INTERIORS OTTOLINI L. E.

ABOUT CHEMISTRY OFFERS TO MEDICINE A HUGE NUMBER OF PRECIOUS MOLECULES THAT, COMBINED CORRECTLY, ALLOW THE CREATION OF INTENDED PHARMACOLOGICAL SUBSTANCES TO INCREASE THE LIFESPAN. THE APPLICATION OF CHEMISTRY IN THE MEDICAL SECTOR IS ESSENTIAL FOR EVERY HUMAN BEING, BUT DESPITE THE STRONG INTERSECTION OF THE TWO WORLDS, THE GAP BETWEEN THEM IS EVIDENT.

THE EXHIBITION THEREFORE AIMS TO BRING THE INDIVIDUAL CLOSER TO MEDICINE AND ITS CHEMICAL ROOTS WITHOUT WHICH IT WOULD NOT EXIST, AND AIMS TO DO THIS BY INVESTIGATING THREE FUNDAMENTAL ISSUES OF CHEMISTRY IN RELATION TO HEALTH: DRUGS, VACCINES AND THE GLOBAL CHEMICAL IMPACT OF THE SECTOR. ADVANCES IN CHEMISTRY, ALSO AND ABOVE ALL THROUGH INTERDISCIPLINARY APPROACHES, WILL INCREASINGLY FAVOR THE DEVELOPMENT OF MEDICINE OVER THE YEARS, IMPROVING HUMAN HEALTH AND QUALITY OF LIFE. THE EXHIBITION LAYOUT DESIGNED INSIDE THE GIULIO NATTA BUILDING IS TITLED CHEMISTRY FOR HEALTH AND AIMS TO RECOUNT THE WORLD OF MEDICINE RELATED TO CHEMISTRY, THEREFORE THAT OF THE CHEMICAL-PHARMACEUTICAL INDUSTRY. THE TOPICS COVERED WITHIN THE EXHIBITION ARE THREE AND ARE DEVELOPED IN THREE EXHIBITION SECTIONS, SINCE WE HAVE IDENTIFIED THE TWO INTERNAL COURTYARDS AND THE GLASS CORRIDOR OF THE G. NATTA BUILDING AS THE IDEAL LOCATION FOR THE EXHIBITION. THIS SPACE HAS A PARTICULAR CONFORMATION, AS IT CONSISTS OF TWO OPEN SPACES - THE COURTS, AND ONE CLOSED - A CORRIDOR, WHICH BEING GLAZED HAS A STRONG RELATIONSHIP WITH THE COURTS, ALTHOUGH THERE IS NO DIRECT ACCESS BETWEEN THEM. IN ORDER TO BETTER EXPLAIN THIS THEME, IT WAS DECIDED TO USE PNEUMATIC STRUCTURES AS THE MAIN TOOL FOR THE SETTING UP, AS THEY ARE ABLE TO RECREATE ASEPTIC, STERILE, ALMOST COMPLETELY WHITE SPACE BRIGHT OR NOT, DEPENDING ON THE LIGHT THAT PENETRATES, WHICH CAN BRING BACK THE SAME ENVIRONMENTS THAT CHEMISTS WHO WORK INSIDE THE LABORATORIES LIVE. BY COMBINING THE TWO WORLDS, WE WOULD LIKE TO ENSURE THAT THE USER CAN BECOME DESTABILIZED WITHIN THE SPACES AND CAN BETTER UNDERSTAND THE COVERED TOPIC. THE PNEUMATIC STRUCTURES ARE USED IN TWO DIFFERENT WAYS: BY INFLATING THE ENTIRE PNEUMATIC STRUCTURES INSIDE THE TWO COURTYARDS, SO AS TO GIVE SHAPE TO THE VOID OR EXPAND THE SPACE OF TRAVEL WITHIN THE EXHIBITION, OR USING THEM IN A LESS SIZE BY HOOKING THEM TO THE CEILING IN A WAY THAT, THANKS TO THEIR SHADOW, CAN DEFINE A SPACE. IN THE FIRST EXHIBITION SECTION, AN ELLIPSOIDAL PNEUMATIC STRUCTURE DEVELOPS AND THE TOPIC OF DRUGS/MEDICINES IS ADDRESSED, WITH AN INTRODUCTION TO THE EXHIBITION. THE SECOND SECTION DEALS WITH THE TOPIC OF VACCINES, TOLD THROUGH A HISTORICAL EXURSUS ON THE PANDEMICS THAT HAVE CHARACTERIZED THE HISTORY OF THE LAST CENTURIES. FINALLY, THE EXHIBITION ENDS WITH THE LAST EXPOSURE SECTION THAT TAKES PLACE IN THE SECOND EXTERNAL COURTYARD, ADDRESSING THE ISSUE OF ENVIRONMENTAL IMPACT THAT THE CHEMICAL-PHARMACEUTICAL INDUSTRY HAS - AS THE DISPOSAL OF THE DRUGS AND SOME USED CHEMICALS THAT ARE RELEASED INTO THE ENVIRONMENT CAUSE GREAT DAMAGE. AT THE END OF EACH EXHIBITION SECTION, A SHORT SPACE IS DEDICATED TO THE ANALYSIS OF INNOVATIONS AND POSSIBLE FUTURE SOLUTIONS THAT RESEARCH IS DEVELOPING.

EXHIBITION STRUCTURE DIAGRAM

N2 ) H2 8 – 95 U 7-1 FL 195 (

N2 H3 69) – U -19 FL 968 (1

TIC IA AS H

VID

EO

VA SIN CC TE INI TIC I

G

N KO

3 CU BE

1 CUBE

LO VO TA

CUBE 2

FL (19 U 18 – H -19 1N 20 1 )

CORRIDOIO

IS

IN N PE OVA R IL Z IO FU NI TU RO

5 1N – H 05) 0 IA IAR 04-2 AV (20

G

N

O

TIP O DI VA LOGIE CCIN O

INI: I VACC SSI FILA PRO IE: DEM RA U PAN LE PPAT S A U O MA IR V T ON NFR CO V-2 -CO O) RS RS SA CO N 19-I (20

N HO

SP A

COMP OSIZION FORM E: UL CHIMICH E E

AUDI

CHIMICA E SALUTE

IMP A LOC TTO ALE

EU

2

IN AM QUIN BIE A NT MEN AL TO E

NE ZIO O EA AC CR ARM F UN

EN

I

IA TT IV

NT I

IP C

IP IE EC C

D

U

C TIO

N

PO

NE

L SA

PA TA

O

DIS

ICA ST AM

PR E US

GR AF

NI O ZIO TUR U LU SO R IL F PE

PR IN

TO

NE

M

O

C

FO CH RM IM UL IC E HE BE NE FIC I E CO LLA FFETT TER I SOM ALI MIN IST RA DO ZION E SAG GIO RICE RC E FUTU A RO

ZIO

E N IO ICA SIZ HIM PO C

IM LT

A

OIE

GR AF

I

SM

PR

R SA IFIU NIT TI AR CH I IMIC

OW SL TION MO REA A

ZIO

IE

O

PR

PA TA

CORTI

IMP GL ATTO OB AL E

ICA ST AM

ER

ZIPP

PN

1

EU

PN

ZIPPER

CHIMICA E AMBIE NTE

Y ISTR CHEM LTH: 4HEA NE IO ODUZ LA AL TRA MOS

INTR

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

1 PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

2

PRODUCED BY AN AUTODESK STUDENT VERSION

3

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

1

2

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

3

DIGITAL GRAPHICS

2020

03

R/ECO/SYSTEM

RESCALDINA IT

45° 37’ 2” N 8° 57’ 17” W

SCALE RELATOR

BUILDING CONSTRUCTION ROGORA A.

ABOUT THE PROJECT OF THE REDEVELOPMENT OF THE BUILDING CURRENTLY USED AS A CIVIC LIBRARY, LOCATED IN RESCALDINA, WAS CONCEIVED WITH THE AIM OF INSERTING A SYSTEM WITHIN THE CITY FABRIC MAKING THE BACKBONE OF THIS PUBLIC AND MEETING PLACE ON ITS OWN SELFSUFFICIENT BUILDING BOTH FROM A FUNCTIONAL AND BIOCLIMATIC POINT OF VIEW. THE BASIC IDEA DOES NOT END IN THIS, BUT CENTRAL IN THE DESIGN WAS THE OBJECTIVE OF STIMULATING THE POPULATION TO BE PART OF THIS SYSTEM, THROUGH AN INITIAL PHASE OF SELF-CONSTRUCTION OF THE BUILDING AND PARTICIPATING IN THE CONSTRUCTION PROCESS - AN ASPECT STUDIED WITH ATTENTION FROM THE POINT OF VIEW OF CONSTRUCTABILITY. IN A SECOND PHASE, ARCHITECTURE IS ACTIVATED FOR PEOPLE: THE SET OF FUNCTIONS ORGANIZED WITHIN THIS PUBLIC SPACE, AS IN A CIRCULAR ECONOMY, WORKS AS A SYSTEM TO OFFER THE CITY NEW SUSTAINABLE RESOURCES AND A RENEWED CENTER OF SOCIAL AGGREGATION WITH A LOW ENVIRONMENTAL IMPACT. THESE FUNCTIONS DEVELOP AROUND THREE FUNDAMENTAL ASPECTS: THE CULTIVATION OF VEGETABLES, THE PROCESSING AND THE PREPARATION OF FOOD ZERO KM - USING INNOVATIVE AND ECO-SUSTAINABLE METHODS SUCH AS HYDROPONICS AND AEROPONICS, PARTICULARLY ATTENTIVE TO THE TOPIC OF SOIL AND RESOURCE CONSUMPTION WITH THE GOAL OF MINIMIZING THE ECOLOGICAL FOOTPRINT OF FOOD PRODUCTION.

ENERGY AND ENVIRONMENTAL STRATEGIES THE TWO MAIN ELEMENTS THAT PERFORM A BIOCLIMATIC FUNCTION IN THE ARCHITECTURAL APPARATUS ARE THE GREENHOUSE AND THE PATIO. THE FIRST, EXPOSED ON THE SOUTH SIDE OF THE BUILDING, IN ADDITION TO THE PRODUCTION FUNCTIONALITY ALSO HAS A CLIMATIC ACTION: AS A PASSIVE SOLAR SYSTEM WITH DIRECT GAIN, IT ACCUMULATES HEAT. THE LABORATORY PLACED BETWEEN THE GREENHOUSE AND THE PUBLIC PART IS EQUIPPED WITH SLIDING WINDOWS THAT ALLOW HEAT TO PASS THROUGH OR TO ISOLATE THE PUBLIC SPACE ACCORDING TO SEASONAL NEEDS, THUS ACTING AS A FILTER FOR THE THERMAL REGULATION OF THE ARCHITECTURAL SYSTEM. THE PATIO, SHAPED AS A SUBTRACTION FROM THE OVERALL VOLUME OF THE SAME SIZE AS THE LABORATORY, AS WELL AS BEING AN IMPORTANT POINT OF SUPPLY OF LIGHT AND AIR FOR THE TWO RESIDENCES, FAVORS WITH ITS CONFIGURATION A NATURAL VENTILATION AND COOLING OF THE ROOMS THAT OVERLOOK IT. THE CORRECT ARRANGEMENT OF THE PREMISES IN THE BUILDING PLAN SEES THE APARTMENTS FACING SOUTH-EAST AND THE PUBLIC SPACES ON THE LESS SUNNY FRONTS, THIS CONTRIBUTES TO THE PROPER FUNCTIONING OF THE STRUCTURE FROM A CLIMATIC POINT OF VIEW. PARTICULAR ATTENTION WAS PAID TO THE THEME OF THE INSULATION OF THE BUILDING ENVELOPE, WITH WALLS MADE ACCORDING TO THE CONSTRUCTION TECHNIQUE OF THE PLATFORM FRAME, WHICH IN ADDITION TO BEING AN EXCELLENT SOLUTION FOR THE SELF-CONSTRUCTION OF THE BUILDING, ALLOWS TO CONTAIN INSIDE MULTIPLE LAYERS OF INSULATION. FINALLY, THE THERMAL REGULATION OF THE BUILDING IS ALSO GUARANTEED BY THE HEATING AND COOLING SYSTEMS - THAT CORRESPOND RESPECTIVELY TO ELECTRIC RESISTANCE RADIANT FLOOR PANELS AND TO A MECHANICAL VENTILATION SYSTEM THAT RUNS IN THE FALSE CEILING. TO ENERGETICALLY POWER THE STRUCTURE IS THE SET OF PHOTOVOLTAIC PANELS ON THAT ROOF TO COMPLEMENT THE SUPPLY OF THE ELECTRICITY GRID.

697

450

208

115

450 200

40

285 91

240 119

90

550

293

150 80 210

90

120

270

210

40

187

129

185

185

185

185

185

185

188

130 300

150 300

1627

120

30

270 300

152

330 200

30

210 200

179 327

90

179

285

90

90 250

1206

358 398

295

295

617

200 250

90 250 258

80 210

478

160

330

330

330

246

165

187

510

187

171

358

506

521

185

185 250

185

155

200

501

80 210

200 200

115

90 210

170

185

171

110

460 300

40

40

50

1089

924

185

30

1498

100

170

170 250

185

184 338 50

82

50

42

180

160

510

330

170

90

122

122

70 210

90 210

319

389

320

320 300

90 210

350

90

309

70 210

185

185 300

190

70 210

70 210

175

408

90

30

2215

50 200

68

185

184

184

887

223

110 210

510

887

184 338

340 300

308

340 300

219

100 210

200

80 210

40

568

115 60 145

80 210

348

200 200

241 434

358

210

140

200

250

30 244

915

231 28

50 200

458 244

246 462

538

30 144

50 200

538

258 154

PRODUCED BY AN AUTODESK STUDENT VERSION

270

140 300

260 300

1059

460 300

10 135 200

110

80 210

246 40

80 210 80 210

348 200 200

PRODUCED BY AN AUTODESK STUDENT VERSION

50

142

210

141

110

90 210

80 210

170

101 111

160

80 210

80 210

160

50 200

187

150

90 210

330 300

260 300

657

50

50

667

144 258

150

154

185

70 210

50 200

430 300

40

90 210

90 210

150 250

90 210

915

1054

330

30

432

40

246

190 300

190 300

181

908

201 502

396

356

157

362 148

222

254

482

160 250

80 210

330 300

245

331

160 250

160

180

687

241

186

690

180

365

327

358

179

511 178

458

481

244

685

440 300

330 300

460 300

40

120 250

398

30 244

30

330

439 235

120 250

245

355

535

707

385

2163

PRODUCED BY AN AUTODESK STUDENT VERSION

361

330 300

180

331

1186

1652

706

PRODUCED BY AN AUTODESK STUDENT VERSION

120 250

120

120 250

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

2450

90 210

30

PRODUCED BY AN AUTODESK STUDENT VERSION

90 210

470

1914

80

450

80 210

1914

450 300

90 210

480

385

200

90 210

160 250

80 210

95

80 210

160

170

80 210

80 210 160 210

80 210

335

180

244

718

518

120 250

558

359

389

359

244

330

359 340 300

40

160 250

160

160 250

40

180

160 250

160

329

120 250

120 250

330 300

388

336

348

183

1485 183

360

365

358

362

2210

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED

BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

1 4

1

2

4

1.3

2

1.2 1.2

1.2

+7.6

1

3.7 1.2

+8.7

0

1.2 1.2

3.9

3.9

1.2

1.2

3

3

3.3

3.9

3.9

2

5.4

6.1

5.9

6.1

+3.0

5.9

7.4

1.2

2.9

2.9

2.9

+4.9

+0.15

±0.00

3 0

1 PLAN 0 1/50

2 PLAN 1 1/50

3 SECTION

AREA COLTIVAZIONE

PRODUCE

PRODUCED B

PRODUCED BY AN AUTOD

LABORATORIO

LABORATORIO RICERCA 15 MQ

11.3

SERRA

LABORATORIO

AREA COLTIVAZIONE

PROGETTAZIONE

RICONFIGURAZIONE SPAZI APERTI

STRUTTURA OPERE EDILIZIE

CO-COSTRUZIONE [PLATFORM FRAME]

ARREDI, FINITURE ATTREZZATURE PIANTAGIONE TRATTAMENTO TERRENI E ORTI ATTIVAZIONE SERRA

AUTO COSTRUZIONE

TIMELINE PROCESSO

CONFIGURAZIONE DEL SISTEMA CONDIVISIONE DI COLTIVAZIONE E GESTIONE EVENTI-WORKSHOP VENDITA

PROGETTAZIONE

RICONFIGURAZIONE SPAZI APERTI

STRUTTURA OPERE EDILIZIE

CO-COSTRUZIONE [PLATFORM FRAME]

ARREDI, FINITURE ATTREZZATURE PIANTAGIONE TRATTAMENTO TERRENI E ORTI ATTIVAZIONE SERRA

AUTO COSTRUZIONE

GESTIONE

TIMELINE PROCESSO

CONFIGURAZIONE DEL SISTEMA CONDIVISIONE DI COLTIVAZIONE E GESTIONE EVENTI-WORKSHOP VENDITA

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

GESTIONE

+8.7

+7.6

3.7

A

EX BIBLIOTECA 3.9

3.3

3.9

3.9

5.4

6.1

5.9

+3.0

5.9

+4.9

6.1

A

3.9

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

+0.15

±0.00

PRODUCED BY AN AUTODESK STUDENT VERSION LABORATORIO DI PROGETTO E COSTRUZIONE DELL'ARCHITETTURA DOCENTI Prof. Rogora Alessandro – Prof. Fedele Roberto TUTOR Arch. Belotti Ilaria – Arch. Montanari Giuseppina – Prof. Trevisan Alessandro AA 2019 / 2020

LIVELLO3 / ‘SPAZI V SCALA 1:100

STRUTTURA OPERE EDILIZIE

CO-COSTRUZIONE [PLATFORM FRAME]

PRODUCED BY AN AUTODESK STUDENT VERSION

RICONFIGURAZIONE SPAZI APERTI

GRUPPO N 03 BEATRICE CARRARO FRANCESCO CLEMENTE GABRIELE MAFFEZZINI

PRODUCED BY AN AUTODESK STUDENT VERSION

PROGETTAZIONE

ARREDI, FINITURE ATTREZZATURE PIANTAGIONE TRATTAMENTO TERRENI E ORTI ATTIVAZIONE SERRA

AUTO COSTRUZIONE

TIMELINE PROCESSO

CONFIGURAZIONE DEL SISTEMA CONDIVISIONE DI COLTIVAZIONE E GESTIONE EVENTI-WORKSHOP VENDITA

PRODUCED BY AN AUTODESK STUDENT VERSION

+

GESTIONE

1125 35

156

185

81

246

1084 845

90 250

PROD

189

330

123

160

187

456

160

-

140 250

187

141

140 250

187

557

187

E

140 250

187

SERRA + PRODUZIONE

N

PRODUCED BY AN AUTODESK STUDENT VERSION 187

2450

2427

130

90 210 187

NEGOZIO + MERCATO

90 210

COLLETTIVITA'

310

COLTIVAZIONE PRODUZIONE

187

CUCINA

LABORATORI

SERRA + GIARDINO PENSILE

187

DIGITAL WORK

SPAZI PUBBLICI 309

ORTI

90 210

RICERCA

187

EX BIBLIOTECA RESCALDINA

O

SPAZIO PUBBLICO

E

187

335

S

DENT VERSION

80 210

85 210

85 210

HOME DELIVERY

PRODUCED BY AN AUTODESK STUDENT VERSION

167

PRODUCED BY AN AUTODESK STUDENT VERSION

418

APPARTAMENTI PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

189

N

35

156

185

185

185

185

S

(ECO)SYSTEM

BIOCLIMATICO

PRODUCED BY AN AUTODESK STUDENT VERSION

RESCALDINA

188

1125

AREA ESTENSIVA

AREA INTENSIVA ATTREZZATURE

2 1

2

O

4

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

E

N

O

PRIVATO 15%

S

BIOCLIMATICO

SERRA

LABORATORIO

LABORATORIO FILTRO + OFFICE-HEAD AREA COLTIVAZIONE

GIARDINO PENSILE ESTENSIVO

SPAZIO PER ATTREZZATURE O CARRELLI

GIARDINO PENSILE INTENSIVO

32.5

AREA ESTENSIVA

AREA INTENSIVA

SERVIZI 15%

BLOCCHI SERVIZI

22.2

0

24.5

PRODUCED BY AN AUTODESK STUDENT VERSION

RESIDENZE

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

PUBBLICO 25%

PRODUCED BY AN AUTODESK STUDENT VERSION

50% PRODUZIONE/COLTIVAZIONE

PRODUCED BY AN AUTODESK STUDENT VERSION

ATTREZZATURE

AREA ESTENSIVA

AREA INTENSIVA ATTREZZATURE

SERRA + PRODUZIONE

SERRA + PRODUZIONE SERRA

LABORATORIO

AREA COLTIVAZIONE

SERRA

LABORATORIO

AREA COLTIVAZIONE

PROGETTAZIONE

RICONFIGURAZIONE SPAZI APERTI

STRUTTURA OPERE EDILIZIE

CO-COSTRUZIONE [PLATFORM FRAME]

ARREDI, FINITURE ATTREZZATURE PIANTAGIONE TRATTAMENTO TERRENI E ORTI ATTIVAZIONE SERRA

PLAN EXTRACT 1:100

12.1

CAMERA 12 MQ RAI 0.333

LIVING 18 MQ RI 0.616 RA 0.250

INGRESSO 13 MQ

APP1 (X4) 90 MQ

CUCINA 12 MQ

BAGNO 5 MQ RAI 0.200

CAMERA 9 MQ RI 0.500 RA 0.250

WC CAMERA 12 MQ RAI 0.333

22.2

ZONA PRANZO 12 MQ RAI 0.463

MEDIAROOM 18 MQ

BAGNI COMUNI 12 MQ

PRODUCED BY AN AUTODESK STUDENT VERSION

+ 0.15

(ECO)SYSTEM DETAILS RESCALDINA

1. SCOSSALINA 2. CORDOLO IN CLS ALL ISOLATO (SP 20CM) 3. BARRIERA AL VAPORE BITUMINOSA (SP 10MM) 4. MEMBRANA ANTIRADICE – DIADEM (SP 10MM) 5. PANNELLO ISOLANTE EPS (SP 10CM) 6. STRATO DI FINITURA ESTERNO (SP 1CM)

1 2 3 4 5 6

+6.0

7

+4.95

8 9 10

7. SISTEMA DI SCOLO ACQUA – DIADEM KSA10 8. PAVIMENTAZIONE DA ESTERNO (SP 4CM) 9. STRATO STABILIZZANTE PER PAV. EST. (SP 4CM) 10. STRATO DRENANTE DI GHIAIA 11. PANN. DRENANTE – DIADEM DIADRAIN (SP 12 CM) 12. GUAINA IMPERMEAB. POLIMERICA (SP 10MM) 13. PANNELLO ISOLANTE RIGIDO EPS (SP 10CM) 14. GUAINA POLIM. ANTIRADICE (SP 10MM) 15. BARRIERA AL VAPORE BITUM. (SP 10MM) 16. MASSETTO DI PENDENZA 1% CLS ALL. (SP 10CM) 17. SOLAIO IN ACCIAIO CON GETTO CLS (SP 10CM) 18. CONNETTORI 19. LAMIERA GRECATA (H 55MM SP 1MM)

11 12 13 14 15 16 17 18 19 20

20. TRAVE PRINCIPALE IPE 270 21. TRAVE SECONDARIA IPE 240 22. PANNELLI ISOLANTI EPS (SP 6CM) 23. TENDITORE CONTROSOFFITTO 24. PANNELLO CARTONGESSO (SP 18MM)

21 22 23 24

25 26 27 28 29 30 31 32 33

+3.15

34

34. SERRAMENTO SCORREVOLE A DUE ANTE – SECCO SISTEMI EBE 85AS 35. PORTA BATTENTE FILOMURO A SPINGERE – ABSOLUTE SWING

35

60 36

59

+0.15

37 38 39 40 41 42 43 44

58

57

25. FINITURA PANNELLO LEGNO (SP 18MM) 26. FACCIATA VENTILATA – INTERCAPEDINE 27. GUAINA POLIMERICA (SP 4MM) 28. PANNELLO RIGIDO LANA DI ROCCIA (SP 8CM) 29. PANNELLO OSB/2 (SP 18MM) 30. ISOLANTE PANNELLO LANA DI ROCCIA (SP 8CM) 31. PANNELLO FIBROCEMENTO (SP 12.5MM) 32. PANNELLO FINITURA ASSITO LEGNO (SP 2CM) 33. MONTANTE L. BILAMA (8x16CM)

±0.00

36. PAVIMENTO IN RESINA MULTISTRATO (SP 5MM) 37. SOTTOFONDO IN CLS ALL. (SP 8CM) + RETE ELETTROSALDATA Ø 38. PANNELLI RADIANTI 39. PANN. ISOLANTE PREFORMATO (SP 8.5CM) 40. BARRIERA AL VAPORE POLIMERICA (SP 4MM) 41. CALDANA IN CLS PER IMPIANTI (SP 5CM) 42. MEMEBRANA IMPERMEAB. BITUMINOSA (SP 4MM) 43. GETTO CLS (SP 7.5CM) 44. RETE ELETTROSALDATA Ø 45. IGLOO 46. MASSETTO IN MAGRONE CLS (SP 10CM) 47. GHIAIA

45

46

47

48 49 50 51 52 53 54 55

PROSPETTO

1/20 0

SEZIONE

1/20

4

10CM

0

10CM

48. MASSETTO IN MAGRONE CLS (SP 10CM) 49. TRAVE ROVESCIA: ARMATURA TRAVE ROVESCIA + COPRIFERRO (SP 3CM) 50. TUBO IN PVC PER AERAZIONE VESPAIO (Ø 4 CM) 51. ISOLANTE VETROCELLULARE (SP 8CM) 52. GUAINA IMPERM. BITUMINOSA (SP 4MM) 53. TUBO MICROFORATO IN PVC (Ø 11 CM) 54. GHIAIA 55. TESSUTO NON TESSUTO (SP 4MM)

4

57. STRATO STABILIZZANTE SABBIA (SP 10CM) 58. PAVIMENTO GALLEGGIANTE – DIADEM DIATURTLE 59. SERRAMENTO SCORREVOLE A DUE ANTE – SECCO SISTEMI EBE 85AS 60. FINITURA FACCIATA LEGNO

61 62 63 64 65

B

INTERNO

C

ESTERNO

PIANTA

A

1/20 0

10CM

61. PANNELLO FINITURA ASSITO LEGNO (SP 2CM) 62. PANNELLO FIBROCEMENTO (SP 12.5MM) 63. PILASTRO HEA 200 64. ISOLANTE PANNELLO L. DI ROCCIA (SP) 65. GUAINA POLIMERICA (SP 4MM)

4

KEYPLAN

STRATIGRAFIA

2021

04

BEYOND/BUILDINGS

MILAN IT

45° 28’ 37” N 9° 14’ 36” W

SCALE RELATOR

ARCHITECTURE DA SILVA FERREIRA DE CARVALHO A.

ABOUT THE DESIGN PROCESS ALWAYS MOVES FROM THE DYNAMIC INTERACTION OF THE EXISTING CONTEXT OF THE SITE WITH THE NEW ONE. IN THIS WAY, THE PROJECT TRIES TO BUILD AN INTERACTIVE RELATIONSHIP BETWEEN THE EXISTING LAYERS OF THE PLACE AND BRINGS A COMPLETELY NEW PERCEPTION OF THE OPEN SPACE. THE URGENCY FOR MORE AFFORDABLE INTER-GENERATIONAL HOUSING PROJECTS STARTS FROM AN ASSUMPTION: MORE AND MORE PEOPLE WILL LIVE IN MILAN IN THE INCOMING FUTURE. LAMBRATE IS ONE OF THOSE RESILIENT NEIGHBORHOODS THAT NEED AN INDEPTH URBAN REDEVELOPMENT, BOTH IN TERMS OF URBAN SPACES AND URBAN LIFE, AND OF HOUSING CONDITIONS. DESIGNING A HOUSING COMPLEX THAT PROVIDES HOMES THAT LAST OVER TIME AND ADAPT TO THE NEEDS OF THE CONTEMPORARY LIFE TO THE TIME PHASE – IN CONSTANT EVOLUTION, IS THE FOCUS OF THE PROJECT. THE URBAN AREA HAS BEEN FIRSTLY ANALYZED TO UNDERSTAND WHAT ARE THOSE WOUNDS THAT ARISE TODAY. LAMBRATE IS A MILAN’S GATE-NEIGHBORHOOD WITH HIGH POTENTIAL. THE PROPOSAL CONSISTS ON A HOUSING COMPLEX THAT – AS A UNIQUE METABOLISM – STITCHES UP THE URBAN FABRIC OF THE AREA BY INSERTING ITSELF INTO THE ACTUAL URBAN VOID. THE NEW CONSTRUCTION FITS INTO THE URBAN FABRIC INCORPORATING AND TRANSFORMING AN EXISTING BUILDING OF THE AREA, WHICH HAD THE FUNCTION OF A GARAGE, INTO THE PROJECT. THE BUILDINGS ARE ARTICULATED AROUND SHARED SPACES DIVIDED BETWEEN PUBLIC AND PRIVATE: THERE ARE TWO HIERARCHIES OF COMMON SPACE, THE OPEN TO EVERYONE AND THE INTIMATE. THE INTIMATE COMMON SPACES - DEDICATED TO RESIDENTS ONLY, START FROM LEVEL ZERO GOING UP TO THE UPPER FLOORS, THEY ARE LOCATED IN DIFFERENT FORMS AROUND THE LIFT CORES AND EXPAND TO THE THIRD FLOOR TO ATTRACT OCCUPANTS FROM THE ENTIRE BUILDING, ENCOURAGING INTERACTION AMONG DIFFERENT LEVELS. THE OPEN COMMON SPACES EXIST IN THE FORM OF THE ACCESSIBLE GARDEN OF THE COURTYARD, IN ADDITION TO THE CULTURAL SPACES LOCATED ON THE GARAGE GROUNDFLOOR. THE NEW AXES OPENED IN THE GARAGE CREATES A DIRECT PASSAGE TO THE BUILDING AND ACCESSIBLE SPACES EXTENDED FROM THE CITY TO THE COURTYARD, WHICH PROVIDES SPACE FOR SITTING, CHATTING, PLAYING, AND SO ON. THE BUILDING HAS - AS ITS MAIN FEATURE - THE ARCHITECTURAL ELEMENT OF THE RAMP WHICH ACTS AS AN EFFECTIVE MATRIX OF THE ENTIRE DISTRIBUTION OF SPACES, HORIZONTALLY AND VERTICALLY. THE CONCEPT FROM WHICH THE DESIGN OF THE PROJECT DERIVES IS THOUGHT IN ORDER TO MAKE THE BUILDING MORE INTROVERTED TO THE CONGESTED URBAN SIDE WHILE IT IS EXTROVERTED TO THE SIDE FACING THE NEW NATURAL LANDSCAPE OF THE COURTYARD. IT INCLUDES THE SIMULTANEOUS WORK ON PLANS, SECTIONS AND FACADES OF THE BUILDING. INTIMATE COMMON SPACES ARE MOSTLY ENCLOSED BY THE FACADE, THAT DOES NOT SEEM TO LET THE INTERIOR SPACES BE PERCEIVED FROM THE OUTSIDE BUT IN REALITY IT HAS A VITAL CORRELATION WITH THEM. AS LAST TOPIC, THIS PROJECT HAS BEEN REALLY IMPORTANT TO ME, AND FOR MY DESIGN GOALS - AS ARCHITECTURAL PLANS HAS ALWAYS BEEN THE GRAPHIC ELEMENT OF ARCHITECTURE IN WHICH I BETTER FIND MY EXPRESSION. DURING THIS PROJECT I HAD THE OPPORTUNITY TO RESEARCH THE WAY OF LIFE AND EXPERIMENT ON THE HABITAT OF THE PLACES OF LIVING: THE DESIGN OF THE DWELLINGS FOLLOWS THE IDEA OF CREATING A CENTRAL FUNCTIONAL NUCLEUS THAT CONTAINS THE DAMP ROOMS AND SERVICES [BATHROOMS, KITCHENS, WALK-IN CLOSETS], SO AS TO LEAVE THE REST OF THE HOUSE FREER AND MORE FLEXIBLE. THE CORE IS THE DESIGN MATRIX AND EVERYTHING IS CONCEIVED AND DESIGNED TO BE FUNCTIONAL AND ACCESSIBLE AT THE SAME TIME. IN THIS WAY IS POSSIBLE TO CREATE MANY HOUSING TYPOLOGIES AND A CERTAIN DEGREE OF FLEXIBILITY, WHICH WILL PROVIDE A WIDE VARIETY OF USERS.

PN

VOLUMETRIC CONCEPT

INTERNAL TECTONICS SPACES COMPOSITION

PROSPETTO EST 1/500 0

PROSPETTO EST 1/500

2

10 m

0

2

VIEWS

10 m

DWELLINGS

SEZIONE AA 1/200 0

SPACE OF EXPANSION

2

10 m

PS

I

H G F

PNO

ZENITAL LIGHT

CIRCULATION

!

COLLECTIVE

AREATION

‘INTERNAL’-EXTERNAL CONNECTION

CUT–OFF

SEZIONE AA 1/500 0

2

SEZIONE AA 1/500 10 m

0

10 m

0

SEZIONE BB 1/500 0

2

2

10 m

SEZIONE BB 1/500 2

10 m

PROSPETTO NORD 1/200 0

SEZIONE CC 1/500 0

2

2

10 m

SEZIONE CC 1/500 10 m

0

2

10 m

SHARED

INDIVIDUAL

PN

SENIOR SENIOR SENIOR 3

AA

2

4 3

0

SEZIONE FF 1/500

2

0

3

10 m

SEZIONE4 FF 4 1/500

4 4

X2 X2 X2

SEZIONE DD 1/500 0

2

4

2 2

10 m

2

10 m

2

4

2

SEZIONE II 1/500

10 m

2

10 m

TYPE A USERS 2+1 TYPE A SIZE 65 mq USERS 2+1 TYPE A mq SIZE 65 USERS 2+1 SIZE 65 mq

45

1

5

1

PLAN 5 1FL

1

0

2

3 3

4

10 m

31 1

TYPE B USERS 2+1 TYPE B SIZE 65 mq USERS 2+1 TYPE B mq SIZE 65 USERS 2+1 SIZE 65 mq

1PLAN ENTRANCE 1FL 2 LIVINGROOM KITCHEN + DINING 13 ENTRANCE 4 PLAN 1FL 2 BEDROOM LIVINGROOM 5 3 CLOSET KITCHEN + DINING 14 ENTRANCE BEDROOM 25 LIVINGROOM CLOSET 3 KITCHEN + DINING 4 BEDROOM 5 CLOSET

PLAN 2FL

1

1 ENTRANCE PLAN 2FL 2 LIVINGROOM KITCHEN + DINING 1 3 ENTRANCE BEDROOM PLAN 2FL 2 4 LIVINGROOM CLOSET+ DINING 3 5 KITCHEN 14 ENTRANCE BEDROOM 25 LIVINGROOM CLOSET 3 KITCHEN + DINING 4 BEDROOM 5 CLOSET

SEZIONE LL 1/500 0

2

10 m

SEZIONE GG 1/500

SEZIONE II 1/500

0

0

2

2

10 m

10 m

4

2

4 4

5

X1 X1 X1

TYPE A USERS TYPE A 1 SIZE 50 1mq USERS TYPE A mq SIZE 50 USERS 1 SIZE 50 mq

PE

A

1

3

2

3

2

3

5

1

3

5

1

3

4 4

1

2

4

1 1

TYPE B USERS TYPE B 1 SIZE 501mq USERS TYPE B mq SIZE 50 USERS 1 SIZE 50 mq

PLAN 1FL 1FL 1PLAN ENTRANCE 2 LIVINGROOM 13 ENTRANCE KITCHEN + DINING PLAN 1FL 2 BEDROOM LIVINGROOM 4 3 CLOSET KITCHEN + DINING 5 14 ENTRANCE BEDROOM 25 LIVINGROOM CLOSET 3 KITCHEN + DINING 4 BEDROOM 5 CLOSET

B

2

2

3

PLAN 2FL PLAN 2FL 1 ENTRANCE 2 LIVINGROOM 1 3 ENTRANCE KITCHEN + DINING PLAN 2FL 2 4 LIVINGROOM BEDROOM 3 5 KITCHEN CLOSET+ DINING 14 ENTRANCE BEDROOM 25 LIVINGROOM CLOSET 3 KITCHEN + DINING 4 BEDROOM 5 CLOSET

D

C

BB 10 m

SEZIONE HH 1/500

SEZIONE II 1/500

0

0

2

OVEST

2

10 m

10 m 5

SEZIONE II 1/500

4

5

4

5

4

2 2

10 m

FOR FOR ALL ALL FOR ALL

PROSPETTO NORD-OVEST 1/500 0

2

0

2

1

3

1

3

1

0

2

10 m

L

E 10 m

SEZIONE EE 1/500

PS

2 3

SPECIAL TYPE SPECIAL2+1 TYPE USERS USERS SIZE 75 2+1 mq SPECIAL TYPE SIZE 75 mq USERS 2+1 SIZE 75 mq

PLAN 1FL PLAN 1FL 1 ENTRANCE 2 LIVINGROOM 1 ENTRANCE 3 KITCHEN + DINING PLAN 1FL 2 LIVINGROOM 4 BEDROOM 3 KITCHEN + DINING CLOSET 145 ENTRANCE BEDROOM 25 LIVINGROOM CLOSET 3 KITCHEN + DINING 4 BEDROOM 5 CLOSET

10 m

PN PS

SEZIONE HH PROSPETTO NORD 1/500 1/500 I

0

2

0

2

10 m

10 m

I

GENERAL GENERAL

H G F

H G E

L

PNO

F

PNO

2

PE

A

B

C

D

2 2

2

4 4

2

PN

4

2

6

5 5

6

3

6

3

3

5

1

1

1

FLAT FLAT FLAT

CC 10 m

SEZIONE GG 1/500

SEZIONE HH 1/500

0

0

2

2

10 m

TYPE A TYPE A 2+1 USERS USERS SIZE 85 2+1 mq TYPE A mq SIZE 85 USERS 2+1 SIZE 85 mq

10 m

3 3

6 6

1 1

3

6

1

5

10 m

PLAN 5FL PLAN 5FL 1 ENTRANCE 1 2 ENTRANCE LIVINGROOM PLAN 5FL 2 3 LIVINGROOM KITCHEN + DINING 3 4 KITCHEN + DINING BEDROOM 14 5ENTRANCE BEDROOM CLOSET 25 6 LIVINGROOM CLOSET BONUS ROOM 3 + DINING 6 KITCHEN BONUS ROOM 4 BEDROOM 5 CLOSET 6 BONUS ROOM

SEZIONE HH 1/500 0

PROSPETTO SUD 1/500

10 m

0

2

2

2

10 m

SEZIONE FF 1/500 0

10 m

2

10 m

6

2 2

SEZIONE GG 1/500 0

5

5

TYPE B TYPE B 2+1 USERS USERS SIZE 902+1 mq TYPE B mq SIZE 90 USERS 2+1 SIZE 90 mq

PLAN 4FL PLAN 4FL 1 ENTRANCE 12 ENTRANCE LIVINGROOM PLAN 4FL 2 KITCHEN LIVINGROOM 3 + DINING 3 BEDROOM KITCHEN + DINING 4 15 4 ENTRANCE BEDROOM CLOSET 2 5 LIVINGROOM CLOSET[WORK SPACE] 6 BONUS 3 + DINING 6 KITCHEN BONUS [WORK SPACE] 4 BEDROOM 5 CLOSET 6 BONUS [WORK SPACE]

6

6 2

3 3

10 m

STUDENTS STUDENTS

TYPE A TYPE A USERS 1+1 USERS 1+1 SIZE 80 TYPE A mq SIZE 80 mq USERS 1+1 SIZE 80 mq

4 4

4 4 4

1 3 1

5 5

6 4 6

1

5

6

3 3 1

3

2

1

2

4

2

45

1

TYPE B TYPE B USERS 1+1 USERS 1+1 SIZE 80 mq TYPE B mq SIZE 80 USERS 1+1 SIZE 80 mq

PLAN 5FL PLAN 5FL 1 ENTRANCE 12 ENTRANCE LIVINGROOM PLAN 5FL 2 3 LIVINGROOM KITCHEN + DINING 3 + DINING 4 KITCHEN BEDROOM 14 BEDROOM 5 ENTRANCE CLOSET 25 LIVINGROOM CLOSET 6 BONUS [WORK SPACE] 3 + DINING 6 KITCHEN BONUS [WORK SPACE]

4 5

5

PLAN 6FL PLAN 6FL 1 ENTRANCE 1 2ENTRANCE LIVINGROOM PLAN 6FL 2 3 LIVINGROOM KITCHEN + DINING 3 4 KITCHEN + DINING BEDROOM 14 5ENTRANCE BEDROOM CLOSET 25 6 LIVINGROOM CLOSET BONUS ROOM 3 + DINING 6 KITCHEN BONUS ROOM 4 BEDROOM 5 CLOSET 6 BONUS ROOM

4 BEDROOM 5 CLOSET 6 BONUS [WORK SPACE]

2

2

2

6 6

10 m

4

6

4

4

2/4 2/4 2/4

DD

STUDIOS STUDIOS

0

2

0

2

10 m

1 1

33

5

1

3

11 16 6 6

PROSPETTO NORDSEZIONE GG 1/500 1/500

10 m

5 5

10 m

TYPE BB TYPE USERS 22 USERS SIZE 55 55 mq TYPE B mq SIZE USERS 2 SIZE 55 mq

PLAN PLAN 4FL 4FL 1 1 ENTRANCE ENTRANCE 2 PLAN 4FL 2 LIVINGROOM LIVINGROOM 3 + DINING DINING 3 KITCHEN KITCHEN + BEDROOM 14 4 ENTRANCE BEDROOM 5 CLOSET 2 5 LIVINGROOM CLOSET 6 WORK SPACE 3 + DINING 6 KITCHEN WORK SPACE 4 BEDROOM 5 CLOSET 6 WORK SPACE

2

10 m

PLAN5FL 5FL PLAN ENTRANCE 1 1 ENTRANCE LIVINGROOM PLAN 5FL 2 2 LIVINGROOM KITCHEN+ +DINING DINING 3 3 KITCHEN BEDROOM 14 4ENTRANCE BEDROOM CLOSET 25 5 LIVINGROOM CLOSET WORKSPACE SPACE 3 + DINING 6 6 KITCHEN WORK 4 BEDROOM 5 CLOSET 26 WORK SPACE

SEZIONE GG 1/500 0

SEZIONE LL 1/500 0

3 SEZIONE FF 1/500

0

TYPE TYPE A A USERS USERS 11 SIZE TYPE A mq SIZE 45 45 mq USERS 1 SIZE 45 mq

10 m

10 m

33

10 m

SEZIONE II 1/500

2

0

10 m

2

10 m

UNCONVENTIONAL UNCONVENTIONAL PROSPETTO NORD 1/500 0

2

10 m

PE

A

B

D

C

PROSPETTO EST 1/500 0

2

10 m

4 4

44

66

4 55

6

E

5

LOFT LOFT

11

33

1

3

6

22

6

2

PS

I

H

UNIQUE UNIQUE USERS 2+2 2+2 USERS UNIQUE SIZE 120 120 mq mq SIZE USERS 2+2 SIZE 120 mq

10 m

PLAN PLAN 6FL 6FL

G

11 ENTRANCE ENTRANCE PLAN 6FL 22 LIVINGROOM LIVINGROOM 33 KITCHEN KITCHEN ++ DINING DINING 144 ENTRANCE BEDROOM BEDROOM 255 LIVINGROOM CLOSET CLOSET 3 + DINING 66 KITCHEN BONUS SPACE] BONUS [WORK [WORK SPACE] 4 BEDROOM 5 CLOSET 6 BONUS [WORK SPACE]

F

L

PNO

PE

A

B

D

C

PN

SEZIONE II 1/500

TO NORD-OVEST

SEZIONE AA 1/500 0

2

10 m

0

2

22

4 4

PROSPETTO NORD 1/500

10 m

10 m

0

5

SEZIONE EE 1/500

10 m

0

2

DUPLEX DUPLEX

1 1

3 3

1

3

10 m

0

2

2

10 m

55

SEZIONE HH 1/500

10 m

5

10 m

6 6

4 4

6

LVL 11 LVL USERS 22 USERS LVL SIZE160 60 mq mq SIZE USERS 2 SIZE 60 mq

2

PROSPETTO NORD 1/500

5 5

10 m

0

2

4

4

LVL LVL 22 USERS USERS 22 LVL SIZE SIZE2 60 60 mq mq USERS 2 SIZE 60 mq

PLAN 4FL PLAN 4FL 1 ENTRANCE 1 ENTRANCE PLAN 4FL 2 LIVINGROOM 2 LIVINGROOM 3 KITCHEN + DINING 3 KITCHEN + DINING 14 ENTRANCE BEDROOM 4 BEDROOM 25 LIVINGROOM CLOSET 5 CLOSET + DINING 3 6 KITCHEN SOCIAL AREA 6 BEDROOM SOCIAL AREA 4

PLAN 5FL PLAN 5FL 1 ENTRANCE 1 ENTRANCE PLAN 5FL 2 LIVINGROOM 2 LIVINGROOM 3 KITCHEN + DINING 3 KITCHEN + DINING 14 ENTRANCE BEDROOM 4 BEDROOM 25 LIVINGROOM CLOSET CLOSET + DINING 35 KITCHEN 4 BEDROOM 5 CLOSET

5 CLOSET 6 SOCIAL AREA

SEZIONE BB 1/500 0

2

10 m

4 4

6 6

4

6

2 2 5 5

OFF BEAT OFF BEAT 10 m

5

LOWER FLOOR [NIGHT] LOWER FLOOR [NIGHT] USERS 2+2 USERS 2+2 LOWER [NIGHT] SIZE 75FLOOR mq SIZE 75 2+2 mq USERS SIZE 75 mq

PLAN 2FL PLAN 2FL 1 ENTRANCE 1 PLAN 2FL 2 ENTRANCE LIVINGROOM LIVINGROOM 32 KITCHEN + DINING KITCHEN + DINING 143 ENTRANCE BEDROOM BEDROOM 254 LIVINGROOM CLOSET CLOSET + DINING 3 65 KITCHEN STUDIO STUDIO 46 BEDROOM 5 CLOSET 6 STUDIO

2

4 4 1 1

3

4

6

1

6

6

MIDDLE FLOOR [DAY] MIDDLE FLOOR [DAY] USERS 4+3 USERS 4+3 MIDDLE [DAY] SIZE 75 FLOOR mq SIZE 754+3 mq USERS SIZE 75 mq

PLAN 3FL PLAN 3FL 1 ENTRANCE ENTRANCE PLAN 3FL 21 LIVINGROOM LIVINGROOM 3 2 KITCHEN + DINING KITCHEN + DINING 14 3ENTRANCE BEDROOM BEDROOM 25 4 LIVINGROOM CLOSET CLOSET 3 + DINING 6 5 KITCHEN SOCIAL AREA SOCIAL AREA 4 6 BEDROOM 5 CLOSET 6 SOCIAL AREA

3 1

3 1

1

UPPERR FLOOR [NI UPPERR FLOOR [N USERS 3 USERS FLOOR 3 UPPERR [NI SIZE 75 mq SIZE 75 USERS 3 mq SIZE 75 mq

TEM LABORATORIO LABORATORI Gotti Gotti Francesca Francesca Comoglio, Comoglio, Brollo, Giovanni Brollo, Giovanni Barbara Aielli, Barbara Matteo Aielli, Matteo Collaboratori: Collaboratori:

Lanz Lanz Francesca Francesca Carvalho, Carvalho, António António Docenti: Docenti:

Gotti Gotti Francesca Francesca Comoglio, Comoglio, Brollo, Giovanni Brollo, Giovanni Barbara Aielli, Barbara Matteo Aielli, Matteo Collaboratori: Collaboratori:

PLAN 5FL 1/50

ETTURA OSTRUITO

PLAN 1/50

Lanz Lanz Francesca Francesca Carvalho, Carvalho, António António Docenti: Docenti:

NATURALE' NATURALE' UNA COSA UNA COSA 'ABITARE, 'ABITARE, TEMATICO TEMATICO LABORATORIO LABORATORIO A.a. 2020/21 A.a. 2020/21 Primo Semestre Primo Semestre

L.M. ARCHITETTURA L.M. ARCHITETTURA AMBIENTE COSTRUITO AMBIENTE COSTRUITO INTERNI INTERNI

AN 5FL 0

24H

AT HOME

011/50 01

942585942585 CARRARO CARRARO BEATRICE BEATRICE 943088943088 GIANOLI GIANOLI MARTINA MARTINA 942862942862 SALARIS SALARIS ENRICOENRICO

2021

WORKSHOP

TIMETRAVEL2026

MILAN IT

45° 27’ 8” N 9° 12’ 7” W

SCALE RELATORS

LANDSCAPE / URBANISM AUBOCK M. + KARASZ J.

ABOUT I DECIDED TO INCLUDE THIS PROJECT IN MY PORTOFOLIO AS I CONSIDER THE REPLANNING OF CITIES AN IMPORTANT TOOL THAT AN ARCHITECT HAS TO CHANGE THE URBAN AND SOCIAL SITUATION OF A PLACE. THE TERM MASTERPLAN, FOR ME, CONTAINS A MULTITUDE OF MEANINGS, TRANSLATABLE INTO PROCESS. PLANNING A CITY MUST NOT BE JUST AN OBJECTIVE BUT A CONTINUITY OF ACTIONS IN CONSTANT TRANSFORMATION. FOR THIS REASON I CONSIDER EVERY URBAN PROJECT AS A METHODIC PROCESS CONSISTING OF ANALYSIS, DESIGN ACTIONS, IDEAS, CONSIDERATIONS ON THE TERRITORY AND ON THE PEOPLE WHO LIVE THERE. THE URBAN PROJECT CARRIED OUT IN THE AREA OF SCALO PORTA ROMANA IS A RESEARCH THAT STARTS FROM A REFLECTION ON THE PHYSICAL AND PERCEPTUAL ASPECTS THAT DEFINE THE RELATIONSHIPS BETWEEN THE RAILWAY AND THE URBAN STRUCTURE AND ARRIVES AT THE DETERMINATION OF NEW STRATEGIES FOR THE SITE DURING THE COURSE OF TIME, WITH THE FINAL OBJECT TO FUNCTION AS THE OLYMPICS VILLAGE IN 2026. THIS IS THE PLACE OF CONFLICTS BETWEEN THE LOCAL DIMENSION OF THE URBAN STRUCTURE AND THE DEGRADED RAILWAY INFRASTRUCTURE - THAT OPERATES ON METROPOLITAN AND REGIONAL SCALE. THESE CONTRADICTORY CHARACTERISTICS MAKE IT A HYBRID SPACE OF ENORMOUS POTENTIAL FOR THE DEVELOPMENT OF LOCAL RESOURCES, BUT ALSO FOR THE EXPERIMENTATION OF INNOVATIVE PRACTICES FOR A NEW RELATIONSHIP BETWEEN CITY, GREENERY, ENERGY, MOBILITY AND METROPOLITAN COMMUNICATION. WHAT WE HAVE CHANGED WITH THE PROJECT IS THE VISION OF THE INFRASTRUCTURE, THE MEANING IT INTENDS TO COMMUNICATE.THE PLACE IS A SPACE OF POSSIBILITIES IN WHICH EVERYTHING IS POTENTIALLY IN AN UNDERGOING TRANSFORMATION. THE IDEA IS TO COMPLETELY RENEW THE AREA AND MAKE IT ACCESSIBLE, KEEPING ITS CHARACTERISTICS AS A WHOLE. THE MAIN OBJECTIVE OF THE PROJECT IS TO BUILD AN ISOTROPIC AND CONTINUOUS PUBLIC SPACE. ISOTROPIC MEANS HOMOGENEOUS IN EVERY DIRECTION, A SPACE THAT IN EVERY PLACE CAN OFFER THE SAME DEVELOPMENT POTENTIAL. CONTINUITY IS A BASIC FEATURE FOR DESIGN AN ACTIVE AND PRODUCTIVE PUBLIC SPACE THAT CAN TRULY IMPROVE THE LIVING CONDITIONS, ALLOWING A HIGH FLEXIBILITY OF SPACE AND A HIGH LEVEL OF SHARING. THE MASTERPLAN DEFINES A HIERARCHY OF FLOWS BASED ON DIFFERENT SPEEDS RATHER THAN FUNCTIONAL SEPARATIONS. THIS STRUCTURE LEAVES OPEN THE POSSIBILITY FOR USERS TO TEMPORARILY SUBVERT THIS ORDER BY TAKING POSSESSION OF THE SPACE. GREEN AND SUSTAINABILITY REPRESENT THE FOCUS OF THE MASTERPLAN, WHICH AIMS TO INTEGRATE A CONTEMPORARY URBAN AND ARCHITECTURAL VISION WITH A DEEP ATTENTION TO FLEXIBILITY OVER TIME. THE DESIGN FOR THE FUTURE OF THE PORTA ROMANA RAIL YARD INVESTIGATES A COINCIDENCE OF ECOLOGICAL SYSTEMS. THE PROJECT PROPOSES THE REINTRODUCTION OF GEOGRAPHY AND ECOLOGY INTO THE CONTEMPORARY CONFIGURATION. SO THE TOPOGRAPHY WILL EMBRACE A MORE ORGANIC THREEDIMENSIONAL EXPERIENCE OF THE LAND. BY EXTRUDING AND INFLECTING THE PRESENT MORPHOLOGY INTO FLUID FORM, AND TRANSFORMING SURFACES FROM PAVED HARDSCAPES TO SOFT GREEN-SCAPES, A PROVOCATIVE DIALOGUE AND CONFRONTATION BETWEEN THE NATURAL AND THE ARTIFICIAL GENERATES A MORE ECOLOGICALLY ORIENTED FUTURE FOR THE PLACE. AREAS OF THE SITE BECOME A DIALECTIC BETWEEN THE NATURAL AND ARTIFICIAL, AND TRANSFORM THE RAIL YARD PROGRAMMATICALLY, INTRODUCING MUCH NEEDED PARK SPACES, LOCAL AGRICULTURE, AND ENERGY RESOURCES, GENERATING A NEW TOPOGRAPHICALLY SUSTAINABLE LANDSCAPE. THE PROJECT USES THE PLACE’S POTENTIAL TO GENERATE A NEW CONDITION OF ENERGY. IF WE UNDERSTAND THE WORLD AS A CONTINUUM OF ENERGY AND INFORMATIONS THAT INTERACT IN ECOSYSTEMS OF VARIOUS KINDS, THAN THE LANDSCAPE, THE TOPOGRAPHY AND THE UNBUILT TERRITORIES CEASE TO BE A MERE GROUND ON WHICH TO CREATE AN EVENT: RATHER, THEY ARE THE PROJECT ITSELF. WE COULD IMAGINE THAT AFTER MILLENNIAL OF EXPANSION OF THE ARTIFICIAL OVER THE NATURAL, THE BASIC ELEMENT OF A TERRITORY – ITS GEOLOGY, TOPOGRAPHY, BOTANY, CLIMATE – ARE NOW A PERFORMATIVE MATTER CAPABLE OF BEING DEVELOPED IN THE OPPOSITE DIRECTION AND OF ACTING BOTH BY TRANSFORMING THE HISTORICALLY CONSTRUCTED ARTIFICIAL ECOSYSTEMS AND BY CREATING NEW HYBRID NATURES THAT EMERGE ACCORDING TO A NATURAL LOGIC. WE USE THE IDEA OF THE NATURAL TO REFER TO THE BASIC PRINCIPLES OF THINGS OR PLACES, WHICH ARE IN MANY CASES RELATED TO GEOLOGICAL OR BIOLOGICAL PROCESSES, AND IN OTHER CASES TO RELATIONAL, SOCIAL OR CULTURAL ISSUES GOVERNED BY LOGICS THAT WE FIND IN NATURE. THE PROCESS OF THE PROJECT THUS PROPOSES TO OPERATE ON THE BASIS OF A MATERIAL THAT IS SOMEWHERE BETWEEN ORGANIC AND GEOLOGICAL, BY WAY OF A SET OF STRATEGIES THAT RANGE FROM THE REFORM OF THE TOPOGRAPHY AND OF THE BUILT ENVIRONMENT AND THE CREATION OF NEW SETTLEMENTS ON THE BASIS OF NATURAL LOGICS. THE FIRST TRANSFORMATIVE ACTION IS THE RIDEFINITION OF THE SITE EDGE. THE TRANSFORMATION OF THE EXISTING PERIMETER WALLS GIVES TO THE BOUNDARY SPACES A CRUCIAL ROLE IN DEFINING THE VALUE OF THE TRANSITION OUTSIDE/INSIDE, IN ADDITION GIVE IT THE POTENTIAL TO DEFINE PLACES OF CONNECTION BETWEEN THE URBAN AND THE NATURAL, AND ALLOWS ACCESS TO SPORT AREA, CULTURE AND LEISURE. FURTHERMORE THE NEW BORDER CONNECTS FLOWS THAT OPEN UP RELATIONS BETWEEN PEOPLE AND MAKE USE OF SPACES RICH IN NATURAL ATTRIBUTES, USED BY CITY DWELLERS AS PARKS. FINALLY TREES - AS IF THEY WERE LIVING BEINGS, ARE ELEMENTS THAT DEVELOPED AND EVOLVED IN RELATION TO THE LOCAL GEOGRAPHICAL CONDITIONS. THERE ARE AS MANY TYPES OF TREE AS THERE ARE CLIMATES, LANDSCAPES AND TERRITORIES ON THE EARTH.