SACCARDI PIETRO - PORTFOLIO 2021 by Pietro Saccardi

PORTFOLIO Pietro Saccardi Milan, Italy 2021

CURRICULUM VITAE

When we talk about architecture, we are talking about human beings. We are talking about people who live in a certain cultural environment and have specific and unique traditions. Whenever an architect has to project a building, he or she has to bear in mind who is he or she building it for. It is impossible to have a building without an inhabitant. But I think that in order to develop a better knowledge and conscience of this “human factor”, the only possibility is an encounter with a different culture, its life, its language and its own environment. I have to say with all sincerity that the architecture wich has always fascinated me since I embarked on this path is that of northern Europe, taking as a reference architects such as Mies Van der Rohe, Eero Saarinen of which we can feel the indications of the industrial rationalism of the first but in a less classicist and obviously Alvar Aalto with its architecture between Nordic naturalism and European rationalism.

SKILLS & INTEREST

personal information

\\ Communication; Team work; Leadership; Time management; Responsability

\\ Date of Birth : 25. 07. 1996

\\ Rhinoceros 3D; 3ds Max; Sketch Up; AutoCad; Revit;

\\ City : Milan, Italy

\\ Lumion; V-Ray; Twinmotion; Photoshop; Illustrator; In Design

CONTACT

\\ Laser Cutting; 3D Printing

\\ Mobile : +39 3409262905

\\ Italian ( native ); English; French

\\ Mail : pietro.saccardi@mail.polimi.it

\\ Reading; Music; Sports addicted

\\ Adress : Via Marco Ulpio Traiano 35/F, Milan, Italy

EXHIBITION 2019 Achitecture on Lake Iseo \\ Resilient solution for living on the lake; Costa Volpino (BG)

EDUCATION

EXPERIENCE

09.2016 - 09.2019

POLITECNICO OF MILAN

MILAN; ITALY

Graduate for Bachelor of Architectural Studies

02.2019 - 04.2019

STUDENT INTERN

MILAN; ITALY

MARCO ALBERTO CAMISASCA STUDIO

\\ Degree in Architectural Design

09.2018 - 02.2019

ENSA LYON

LYON; FRANCE

Exchange student

\\ Worked closely with the team for local housing project \\ Produced presentation documents and models for municipal meetings

\\ Degree in Architectural Design

09.2019 - Present

POLITECNICO OF MILAN

MILAN; ITALY

Candidate for Master of Architectural Studies

09.2020 - Present

JIAOTONG UNIVERSITY

XI’AN; CHINA

Candidate for Master of Architectural Studies

\\ Degree in Architecture and Urban Design

\\ Double Degree program in Architecture and Urban Design

FORMATION 03.2018 - 04.2018

LIFELONG LEARNING

MILAN; ITALY

Architectural BIM Modeling: Revit Architecture Base - 17 ‘ed

03.2019 - 04.2019

LIFELONG LEARNING

MILAN; ITALY

Architectural BIM Modeling:

\\ 3d modelling and visualization for on going project

05.2019 - Present

ARCHITECTURAL ASSISTANT

MILAN; ITALY

FASEMODUS ARCHITECTURE \\ Worked closely with the team for commercial project \\ Produced presentation documents and models for municipal meetings \\ 3d modelling, visualization and rendering for on going project \\ Produced construction drawings \\ Produced conceptual drawings

Revit Architecture Advanced - 12 ‘ed.

index

28 - 35

DISTRICT

XICANG MAKET

20 - 27

REMOTE·MOVABLE·House

RMH

12 - 19

educational

ufo

6 - 11

URBAN REDEVELOPMENT AND housing

corvetto and the corner

1 2 3 4

corvetto and the corner URBAN REDEVELOPMENT AND HOUSING COURSE ARCHITECTURAL DESIGN STUDIO 2

professor MICHELE GIOVANNI CAJA

STUDENTS SACCARDI PIETRO MERT HEPGUL

ACADEMIC YEAR 2017/2018 - SECOND - BACHELOR DEGREE ARCHITECTURAL DESIGN

TYPOLOGY URBAN RETHINKING - COMMERCIAL - CULTURAL - HOUSING The architectural design Studio of the second year had as its project objective the regeneration of a suburb of Milan, dominated by crime and social decay, which in recent years has been subject to numerous calls for redevelopment, making it an excellent design inspiration where to put in practice ideas, not only from a purely architectural point of view but, above all, from social perspective. The initial aim was to create, together with the whole class of the laboratory, a new subdivision of the district through fifteen new blocks, with residential, commercial and cultural scope. Culture, as the only form of social regeneration, is at the base of the requalification. In fact, in the first block located to the north-east, in addition to housing projects, a museum and a tower were also created, which served as a temporary residence for artists during the exhibitions at the neighboring museum. All this has been studied on a territorial scale without being studied in detail since then the objective of the course was the assignment to each component of the laboratory of a housing building to be carried out in detail. The Corner is born here.

process diagram

project are and existing situation

THE TOWER AND THE stick

residential ISLANDS

The public Square

terraced house

permeability and new axes

TYPOLOGY OF URBAN BUILDING

residential ISLAND

FUNCTION

TERRACED HOUSE

TOWER

MULTIFUNCTIONAL stick

URBAN PLAN AND GROUND FLOOR OF “THE CORNER”

URBAN AXONOMETRY

PLANS OF “THE CORNER” ground floor

third floor

FIRST floor

fourth floor

second floor

fifth floor

apartments diagram TWO-ROOMS CAPSULE DUPLEX

GROUND FLOOR OFFICES

TWO-ROOMS APARTMENTS

SOUTH - EAST SECTION

THREE-ROOMS DUPLEX

SOUTH - EAST elevation

exploded axonometry

2 ufo

educational COURSE ARCHITECTURAL DESIGN STUDIO 2

LOCATION MILAN, ITALY

professor maria chiara fantini

STUDENTS SACCARDI PIETRO

aCADEMIC YEAR 2019/2020 - fourth - master degree in architecture and urban design

TYPOLOGY educational - social - community UFO, acronym for Unità Formativa Orizzontale (Horizontal Training Unit in English), is the project for a middle school located in the Adriano district, in north-east of the city of Milan. The name of the project fully reflects the philosophy that guided the phases of its conception, through various attempts and tests it was possible to define the circular figure as a symbol of learning. One of the key principles of the project is precisely the path: understood in this sense as circular. The building develops on an elevated level above the ground to highlight the student’s educational and personal growth. The classrooms, laboratories and buffer spaces can thus enjoy a privileged view of the horizon that stands out in front of the project site, allowing anyone who uses the school spaces a different point of view. The spaces of the gymnasium, auditorium and canteen were instead located below the ground line in order to allow their development in height due to the demand for air and space they need. The same spaces, designed with circular vaults placed to cover, define the “hills” which, through the grassy mantle on their top, allow them to cross and for anyone who would like it, a stop. Another important design choice was to keep intact the skeleton of the old building located on the EAST side of the project lot. It was thus chosen to leave the soul of the structure exposed, which allows at the same time to obtain a scenic backdrop and a worthy entrance to the institute.

process diagram

project area and existing situation

hypogeum elements.

open space

directional building

the hills

pilotis

ufo

new axes

URBAN PLAN

URBAN AXONOMETRY

underground floor

ground FLOOR

first floor

roof FLOOR

PROSPECTIVE SECTION - DIRECTIONAL BUILDING

PROSPECTIVE SECTION - CIRCULAR BUILDING

south-east section

STAIRWAY DETAIL - DIRECTIONAL BUILDING 1 EXTERNAL BRICK COVERING 5.5cm x 12cm x 25cm 2 GALVANIZED BOX PROFILE 3 THERMAL CORKPAN INSULATING PANEL 10 cm 4 THERMAL CORKPAN INSULATING PANEL 18 cm 5 CORKPAN ACOUSTIC INSULATION PANEL 12 cm 6 BRICK - MORTAR LAYER JUNCTION 7 FRAME JOINT SCREW 8 DOUBLE GLAZING 9 CENTRAL WINDOW FRAME 10 EXPOSED STRUCTURAL PILLAR - INTERNAL 11 LIBRARY ENTRANCE DOOR - ALUMINUM FRAME 12 INCLINED THRESHOLD FOR WATER DRAIN 13 RESIN FLOOR 14 REINFORCED CONCRETE SLAB 15 VAPOR BARRIER 16 VESPAIO ISOLATED IN LECA TERMOPIU ‘ 17 NON-WOVEN FABRIC 18 LEVELED AND DISPLACED GROUND 19 LEAN 20 PLINTH IN CONCRETE FOR STAIR BEAM SUPPORT 21 FLOOR ATTACHMENT PLATE - STAIRWAY BEAM 22 STEEL STAIRS SUPPORT 23 STAIRWAY RAILING UPRIGHT 24 STEEL LADDER SUPPORT BEAM 25 NET WOVEN IN ROPE 26 LADDER SUPPORT PILLAR 27 SOUND INSULATION ROOM SEPARATION 28 EXPOSED STUCTURAL PILLAR - INTERNAL 29 EXPOSED STUCTURAL PILLAR - INTERNAL 30 CORKPAN ACOUSTIC INSULATING PANEL 15 cm 31 AIR CAVITY 17cm 32 THERMAL CORKPAN INSULATING PANEL 13 cm 33 EXTERNAL BRICK COVERING 5.5cm x 12 cm x 25 cm 35 METALLIC C PROFILE FOR SUPPORT 36 PLASTERBOARD PANEL FOR CEILING

ROOF DETAIL - CIRCULAR BUILDING

37 GALVANIC ANTI-CORROSION SEPARATION INSULATION 38 BEAM - BEAM ATTACHMENT PLATE 39 BEAM HEA 280 40 CORRUGATED SHEET 7.5 cm 41 PRECOMPRESSED INSULATING PANEL FOR CORRUGATED SHEET 42 PORCELAIN STONEWARE FLOOR 43 STAIRWAY RAILING UPRIGHT 44 HANDRAIL 45 SPIDER JOINT TO JOIN ELEVATOR GLASS SLABS 46 FRAME FACADE CONTINUES LIBRARY SEPARATION

1 DOEWPIPE

10 GUTTER PROTECTION GRID

2 FIXTURE

11 PORCELAIN STONEWARE FLOORING FOR EXTERIORS

3 CORRUGATED STEEL SHEET

12 PARAPET IN CORRUGATED STEEL SHEET

4 RETICULAR BEAM H.70

13 PLASTERBOARD PANEL

5 BEAMS

14 SOUND INSULATION

6 CORRUGATED SHEET

15 LAYER OF SOIL

7 THERMO-ACOUSTIC CORK INSULATION

16 STRETCHED SHEET FOR SHIELDING

8 WOODEN PLANNING ON THE SLOPE

17 CANVAS ROLLER FOR INTERNAL BLACKOUT

18 T-SHELF TO SUPPORT THE SHIELDING ELEMENT

DRAINING LAYER

south-east elevation

3 RMH REMOTE·MOVABLE·House COURSE ARCHITECTURAL RAPRESENTATION TECHNIQUES

LOCATION NO SPECIFIC LOCATION

professor Leveratto Jacopo

STUDENTS SACCARDI PIETRO ZHU chendi GUO long

ACADEMIC YEAR FIFTH - DOUBLE DEGREE PROGRAM - XIAN JIATONG UNIVERSITY

TYPOLOGY HOUSING - CABIN

The aim of the project activity was to test the skills acquired up to that moment and put them into practice. The project is based on the idea of “Remote” life experienced in the last year and a half during the COVID-19 pandemic. The abstract concept of what each of us has experienced, in this project has been taken to the extreme in the search for an architecture that, like us, can adapt to different, sometimes adverse conditions and work equally in the same way. In addition, the concept of ease and speed of construction and transport has been added. RMH was born therefore from the concept of “Remote” life in search of an architecture that could allow all this, making it easy and intuitive.

Based on the Internet connection under pandemic, we envisioned a lifestyle of remote living. That is to provide a foldable and movable unit, so that users can use a car to easily go on the road and move their home to any place, especially where the natural environment is elegant. This physical distance does not affect real life. It connects with the world through the Internet and relies on convenient city services to make poetic dwelling possible.

MAIN BODY Main body of the house is composed of three parts, which are pre-fabricated module, streching shell and streching platform. The schemes show the dimension of each element. Basically, the pre-fabricated module is 150cm width and 240cm depth. it supports the function of kitchen and bathroom. this part will be separated with the living space by a curtain.

306

streching shell is the represent of foldability with main structure elements. it starts from a shape 140cm in width. after streching, it will become 450M IN length. so altogather the length will be 600cm. and the actual area for use would be more than 12 square meters.

240

150

CM 450

the streching platform serves also as the movable supporter. there are four wheel under the slab, shouldering all the weight for transportation. the original dimension is 400cm*325cm. when finishing assembing, the dimension grows to 725cm*400cm.

400

825

400

0CM

7 Elastic string

325

GAP

Fabric

15C

325 100

120CM

300

CARBON STEEL

250

80CM

ring

Elastic string

2CM

frame

2CM

Elastic string

GAP

2CM

GAP GAP

Fabric Fabric

120CM

120

120CM

100

CM CARBON STEEL

100

CARBON STEEL

STRUCTURE

Fabric

100

Fabric

polystyrene PANEL

80CM

Elastic string

80CM

here is presented THE STRUCTURE OF THE STREching shell.

Elastic string

frame

Elastic string Elastic string CM

2CM GAP

GAP

120

2CM 120

posts Fabric

Fabric

GAP

100

CARBON STEEL CARBON STEEL

Fabric

120CM

120

100 CM

120

CM 120

the other side of the rope is connected by the small pillar on the platform. those triangular surfaces are made of fabric which are fixed by the exterior frame. there are some gaps inside the pipes which can be instered byPOLYSTyRENE the exterior frame of the fabric panel. PANEL

polystyrene PANEL

Elastic string

polystyrene PANEL

2CM

100

120CM

polystyrene PANEL

120CM

120

the whole structure is supported by the frame which is made of carbon steel in order to make it lighter for easility transporting. the frame is composed by different pipes which are connected by the elastic hinges string inside of them. there are also several attanching ROPE nodes on each which are for attaching the rope.

80CM

frame

CARBON STEEL

80CM

Elastic string Elastic string

80CM posts frame

frame

posts hinges

hinges

ROPE

80CM hinges

Elastic string

ROPE

frame

Fabric

120

Fabric

120 C Elastic string

120

another important issue is the coonection strategy for platforms. the hinges are used there which are for connecting the different parts of the platforms.

polystyrene PANEL polystyrene PANEL Fabric

POLYSTyRENE PANEL

polystyrene PANEL

ATTACHING NODE

POLYSTyRENE PANEL

CARBON STEEL

hinges

120

Elastic string

120

Elastic string

hinges

Elast ATTACHING NODE

posts

hinges

CARBON STEEL

posts

posts ATTACHING NODE

hinges

ROPE

ROPE CARBON STEEL

Elastic string

POLYSTyRENE PANEL

POLYSTyRENE PANEL POLYSTyRENE PANEL

hinges

furniture

energy system

here is presented two kinds of foldable furniture.

THERE IS AN EXTENSION CALLED ENERGY BODY. IN THIS EXTENSION, SOME ELETRINCTY POWER GENERATION MACHINES ARE INSTALLED THERE INCLUDING SOLAR PANELS, WIND GENERATORS AND ENERGY STORAGE MACHINE.

35C

o n e i s t h e f o l d a b l e ta b l e (76.5cm*60cm*80.5cm). the legs can be folded to save space. the compressing version will be only in 76.5cm*60cm*8cm.

CM 195 CM 265

35C

5CM 10C

second is the foldable bed. it is composed of an integral skeleton and a light mattress. the bed is in standard(120cm*200cm).

5CM

0CM

6CM

190

120

THIS EXTENSION PART CAN ALSO HELP TO SOLVE THE WATER TREATMENT PROBLEMS SUCH AS BLACK WATER RESTORATION AND WATER STORAGE.

when being compresserd, the skeleton is only in 10cm*265cm.

15C

5CM M

36C

60C 5CM M

5CM

60C

M 60C

76.5

3CM

25C

1.5C

furniture There are a few simple furniture in the pack, including those for kitchen, bathroom and living space. here is showed two examples provided referring to foldable furniture. they can be easily streched or rotated to make the shape

80.5

self - constructed THE SMALL VOLUME OF THis MOBILE BUILDING IS VERY EASY TO CONSTRUCT on site. AFTER ARRIVING AT THE DESTINATION, THE FOLDING platforem should BE UNFOLDED FIRSTly , FOLLOWED BY THE FOLDING streching partl. THE BASIC BUILDING HAS BEEN FORMED, AND THEN THE rope WILL BE used to CONNECT THE BUILDING main BODY AND THE platform. AND FINALLY THE FOLDED FURNITURE should BE OPENED. Then SUCH A WARM HOME WILL BE BUILT.

housing was transported by car to the woods in city suburbs.

THE HOUSING WAS TRANSPORTED TO HOME BY CAR.

PEOPLE weRE ISOLATED DUE TO THE PanDEMIC SITUATION.

.06

.05

.04

The Remote MOVABLE HOUSING WAS EXHIBITED DURING THE AFFAIRS.

.03

.02

.01

scenario

reassembling the housing with referring to the manuals.

housing was built with in 2 hours.

XICANG MAKET NEW NEIGHBORHOOD DISTRICT

COURSE ARCHITECTURAL DESIGN IN HISTORICAL CONTEXT

LOCATION XIAN, CHINA

professor CROSET PIERRE-ALAIN

STUDENTS SACCARDI PIETRO

ACADEMIC YEAR FIFTH - DOUBLE DEGREE PROGRAM - XIAN JIATONG UNIVERSITY

TYPOLOGY HOUSING - SOCIAL - COMMUNITY - SHARING The city of Xian has many peculiarities, it is the historical city of china where most of the historical dynasties intersect and created civilization. One of these historic realities within the city is certainly the Xicang market, located within the historic city walls. Unfortunately, this market presents various problems such as the flow of traffic, which is not always controlled, the management of pedestrian flows, the organization of the market with special spaces, the lack of space for the community living in the neighborhood. The project therefore concerns the redevelopment of a large area which in the current situation is occupied by abandoned buildings and a large area used as an open-air landfill. The aim was to create two new public areas that act as social catalysts, a student housing as there are several university centers near the market, a multifunctional building and a kindergarten serving the district. The approach was to provide for a redevelopment where possible as in the case of the kindergarten which has kept the original shape of the buildings it replaces, also thanks to the peculiar shape typical of the Chinese architectures that these possess, and reconstruction where there were no elements sufficient to be able to redevelop, so for the other two buildings.

actual situation scheme

new project function

demolition and restoration scheme

project area

URBAN PLAN

demolitions

restorations

multifunctional

URBAN AXONOMETRY

kindergarden

student housing

kindergarden + student housing

ground floor

third floor

first floor

fifth floor

seventh floor

east elevation

kindergarden trasversal section

kindergarden longitudinal section

student housing longitudinal section

south elevation

multifunctional building

ground floor

first floor

second floor

third floor 33

west elevation

longitudinal section