Architecture Portfolio - Yasmine Tangou

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SELECTED WORKS YASMINE

MSc architecture student

.EDUCATION

ENSA Paris Val de Seine

Double degree exchange program

Septembre 2023 - on going

Architecture - Built environment - Interiors

Politecnico di Milano

Master degree

September 2022 - on going

Architecture - Built environment - Interiors

Politecnico di Milano

Bachelor degree

September 2019 - September 2022

Architecture design

Final degree: 108/110

Thesis: “Marrakech, between fashion and heritage: water architectures”

ENSA Belleville

Erasmus exchange

September 2021 - February 2022

Architecture - Built environment - Interiors

.SOFTWARES

2D drawings - AutoCad

3D modelling - Rhinoceros, Grasshopper, Blender

3D rendering - Lumion, Twinmotion

Digital art - Procreate, Paint Tool Sai

Adobe package - Photoshop, Illustrator, InDesign, Lightroom

.LANGUAGES

Italian - mother tongue

English - C1

French - C1

Arabic - B2

.SKILLS AND INTERESTS

Painting

Clay sculpting

Ditigal art

Scenography

Photography

Fashion

.EXPERIENCES

Architecture internship

Pier Federico Caliari, Milan, Italy

February 2022 - July 2022

Analysis of the relationship between fashion and heritage

Research and analysis of different fashion events and runways in architectural heritage sites

Illustrator

2021 - 2024

Creation of logos for brands

Creation of illustrations for restaurant menu

Hostess and fashion events assistant

Mars 2023 - Juillet 2023

Event scenography set-up

Event information and coordination

Exhibition at Fiera Internazionale del libro di Torino

May 2018

Exhibition of personal artworks in the Moroccan pavilllon

.WORKSHOPS AND COMPETITIONS

Kaira Looro Architecture competition

Maternity center | 2024

Piranesi Prix De Rome International Award

Villa Adriana, Tivoli, Italy | August 2022

Creation of two projects about architecture for archaeology, musealization of archaeology and the scenographic design for the valorization of archaeological heritage

Teatri di paesaggio workshop

Milan, Italy | 2020

Self-build workshop of rope architectures to play among the trees

constructive and stagecraft skills for the urban regeneration project

.01

PIANO SOCIALE

A horizontal integration redefining the urban tissue pp. 06

.02

Restauration of SKY FACTORY BACK

Redefining urban connectivity through vertiport innovation pp. 14

BACK TO SCHOOL

CONTINUOUS RENAISSANCE

Exhibition design and museumisation pp. 30

A sustainable archeological campsite pp. 36 ARCHEOPATH

.03 .04 .05 of an ex-school to a kids’ cohousing pp. 22

.PIANO SOCIALE

A horizontal integration redefining the urban tissue

Building in a dystopian society, where urban landscapes neglect human needs, is a challenge. Our innovative architectural philosophy aims to revive community links in Staglieno, Genoa.

Our innovative approach takes the form of a horizontally suspended building, creating a pedestrian-friendly environment. It connects four key points, overcoming existing obstacles such as streets, rivers and disparities in altitude.

These points offer tourist attractions and entertainment services, such as a stadium, a panoramic lift and cultural spaces. The open-plan accessible design highlights the public potential, transforming it into a dynamic journey with varied views, captivating activities and meaningful city relationships - a multifaceted experiential journey for users.

Projet: Architectural design studio

Location: Genova, Italie

Tutors: Stéphane Maupin, Philippe Zourgane

ENSA Paris Val de Seine

PREEXISTENT TRACES VERTICAL CONNECTIONS DISTRIBUTION

CONNECTION AXES

OVERCOMING THE LIMITS

DIFFERENT PUBLIC FUNCTIONS

.SKY FACTORY

Redefining urban connectivity through vertiport innovation

Vertiports are dedicated areas that supply the infrastructure needed for safe commercial air transport of passengers or goods that travel by VTOL, drone aircrafts. In particular, SKY FACTORY is a complex of buildings which guarantees a series of services to the vertiport users and to the visitors of the Monza Autodromo.

The vertiport project develops as an industrial system, made up of several volumes with a fulcrum determined by the pre-existing concrete circle on the lot. This circle is incorporated into the project and transformed into the landing platform for drones.

The volumes are inspired by the pre-existing boxes in the racetrack but which are each characterized by its own identity and definition, in plan and in elevation.

Projet: Architecture design studio

Location: Monza, Italie

Tutors: Alessandro Rocca, Gianluca Brunetti Politecnico di Milano

SLOPE ROOFS The buildings differ in height pointing towards the pre-existing

THE DRONES

REQUIREMENTS

Zero operating emissions; Highly efficient cruise phase;

• Vertical take-off & landing for inner city accessibility; Low noise for high frequency inner city flight operations and customer acceptance;

• High seat capacity to achieve attractive unit economics and affordable pricing over time; Scalability whilst maintaining ground fottprint and low noise.

CAPACITY

• 2 Passengers; 4 Passengers; 6 Passengers;

• Cargo.

Vertiport

.BACK TO SCHOOL

Restauration of an ex-school to a kids’ cohousing

“Back to school” is a requalification project of an ex-elementary school in Calolziocorte, in north of Italy, that aims on bringing back the main users of the building, by also respecting and preserving its nature and architecture.

The project means to create a place to respond to the growing need in the area for reception facilities for single parents in difficulty, parents who are victims of physical and psychological violence and abuse, in all areas, starting from the family and from their children.

The school will become a protected physical place within which parents, feeling cared for and protected, can resolve any individual conflicts or with the minor and find the strength to implement their skills of professional autonomy, and minors can live in a protected environment that prevents relationship breakdowns

Projet: Architecture of interior design studio

Location: Calolziocorte, Italie

Tutors: Albani Francesca, Lorenzo Bini Politecnico di Milano

1.
1. PRESERVATION OF THE PERCEPTION OF THE BUILDING
Minimizing
impact
structure of
building and its main characteristic features such as facades, modules, and circulation.
2. VALORISATION OF THE KIDS’ ROLE IN THE BUILDING DESIGN
Developing the childish features of the building and its landscape and enhancing them.
3. PLAYFUL DESIGN
Designing with flexible, reversible and integrated furniture.

Educational and ludic corridor

Kids’ educational and playful corridor

Study room

Study room

Conversation room

Conversation room

Workshop room

Workshop room

Playroom

Playroom

Laundry room

Laundry room

Bathroom

Bathroom

Kids’ bedroom

Kids’ bedroom

Residential room

Residential room

Treehouse reading room

“Treehouse” reading room

Kitchen

Kitchens

Storage for the vegetable garden

Vegetable garden storage

KIDS’ PLAYROOM

The particularity of the residences are the funished walls, modular OSB blocks that contain all the needed for the daily life of the family. These modules are composed by standard elements: a bedroom block, containing the bed and closet spaces, and a living block, containing foldable table, chairs and storage.

Furnished walls: modular OSB blocks with foldable furniture

.CONTINUOUS RENAISSANCE

Exhibition design and museumisation

Starting from the concept “Continuous Renaissance,” we decided to analyze a strongly Renaissance theme, beauty, declined, however, in a contemporary manner and thus proposing an opportunity for reflection. In particular we wanted to bring back the theme of beauty related to faces and busts, a subject beloved by many sculptors.

Starting from Canova, a milestone of Italian sculptural art, the experience activates a comparison with Italian sculptors, who have, in different ways, related to the Renaissance world.

In fact, the exhibition is set up as a defined and unique journey that takes the viewer through three main phases: Observe, Reflect and React.

Projet: Planning of large exhibitions and museum displays

Location: Basilica di Vicenza, Italie

Tutors: Pier Federico Mauro Caliari Politecnico di Milano

1. OBSERVATION 3. REACTION
2. REFLECTION

A sustainable archeological campsite

Adjacent to the Shivta archeological site and to the visitors center in the south. The main road connects the site to the city and, with the parking lot, define the axis of the new village

Composed by 3 areas that define 3 functions. A covered path connects visually and phisically the whole system, creating a safe middle area that surround the central trees. This area is a focal point as it defines a water present underground.

The idea is to design all the different units with a prefabricated module made out of wood. The shading deivde is structurally indipendent from the modules and it is made out of tensile structure.

Projet: Construction design studio

Location: Shivta, Palestine

Tutors: Zanelli Alessandra, Novati Giorgio Politecnico di Milano

Excavation and ground preparation

Pouring of the concrete casting into the excavation

Installation of the prefabricated xlam panels

Installation of the tensile structure

Installation and stretching of the fabric membranes

Functioning of the permanent structure as residential units

1. Ground

1. First step

After digging 40 cm under ground, the choosen area is cleared, leveled, and flattened with appropriate machines. The excavated soil is collected and stored in special bags.

Excavation and ground preparation

After digging 40 cm under ground, the cleared, leveled, and flattened with appropriate nes. The excavated soil is collected and Lay down a supplemental footprint or tarp

2. Installing the foundations

For the foundations, a concrete casting is poured into the excavation. An Xlam panel is then placed which will define the ground slab base of the structure.

Functioning of the permanent structure as touristic facility

2. Installing

Supports and wooden joists are placed in the excavated area which will serve as floaring wooden

Installation of temporary wooden foundations

3. The shell

The units are assembled with prefabricated xlam panels, which are made of cross-laminated timber, and connected using a crane. In the panels windows, doors, roofing, cladding, and insulation are already installed.

The units are assembled with prefabricated which are made of cross-laminated nected using a crane. In the panels windows, fing, cladding, and insulation are

Installation of the prefabricated xlam panels

4. The structure

The anchor bolts are installed into the ground and the wood columns are attached. Then, the tensioning cables are attached to the columns and are stretched out to create the desired shape.

The fabric membrane is installed. stretched tightly over the cables

The anchor bolts are installed into the wood columns are attached. Then, the are attached to the columns and are create the

Installation of the tensile structure

5. The membrane

The fabric membrane is installed. The fabric should be stretched tightly over the cables and secured to the columns.

The fabric membrane is installed. stretched tightly over the cables

The temporary structure will serve of the camp, where researchers spend most of their time, and will

Installation and stretching of the fabric membranes

6. Life at Shivta

The permanent structure in the camp serves as a residential unit where researchers and archaeologists can retire and sleep in the evening, and represents their most private sphere thanks to a space for rest and one for personal research.

Functioning of the temporary structure as common spaces

7.

The fabric membrane is installed. stretched tightly over the cables

At the end of the archeological excavations, area’s structure is disassembled and to the next architectural site. The too and the residual ground hole red soil, to bring the site back

7. After the excavations

The temporary structure will serve of the camp, where researchers spend most of their time, and will 7.

The structure remains even after the end of the excavations at the archaeological site of Shivta and will be repurposed to a tourist facility to accommodate visitors. The residential units will become self-sufficient rooms that will serve as small studios with kitchen, bed and bathroom.

The temporary structure will serve of the camp, where researchers spend most of their time, and will

Disassembly of structure fot the next architectural site

At the end of the archeological excavations, area’s structure is disassembled and to the next architectural site. The too and the residual ground hole red soil, to bring the site back

At the end of the archeological excavations, area’s structure is disassembled and to the next architectural site. The too and the residual ground hole red soil, to bring the site back

Roof slab

internal partition walls

external walls

ground slab

PVC membrane
X-LAM
X-LAM
X-LAM
X-LAM
Metal poles
Main metal pole
Tension cables
Metal poles
6’600 mm
4’600 mm
Fig 136 | Residential unit plan with wires and stakes

MATERIALS LEGEND

1. Internal wooden cladding

2. Vapor barrier

3. Cross laminated timber

4. Fiberglass insulation panels 80 mm

5. OBS panel

6. External wooden cladding

7. Mashrabya shading system

8. Wooden window frame

9. Triple chamber glass

10. Internal wooden flooring

11. Fiberglass insulation 50 mm

12. X-LAM Metal junctions

13. Reinforced concrete

14. Steel frame for shading system

15. Floating floor supports

17. Wooded laminated beams

18. External roof wooden cladding

19. Airtight sheat

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Architecture Portfolio - Yasmine Tangou by Yasmine Tangou - Issuu