Architecture Portfolio Mathieu Le Roux 2021

M A T H I E U L E R O U X M A S T E R I N A R C H I T E C T U R E

A R C H I T E C T U R E S E L E C T E D

P O R T F O L I O

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My name is Mathieu Le Roux, I am hardworking, highly motivated, open-minded and always looking to improve my skills . I apply all of this in everything I do and especially in architecture. I have been able to challenge myself through my journey of becoming an architect by pushing myself to learn and understand different concepts and ways of thinking architecture. To do so, I have always seeked discomfort by learning and working with people of different culture, social and educational background to reach the best and appropriate architectural solutions.

This journey to become a better architect is just the beggining as I am seeking to learn and improve my skills along with new challenges.

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MATHIEU LE ROUX Master in Architecture Website: mathieulrdesign

EDUCATION

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French Nationality 13th of July 1995 Address: 48 ue de la République, Lyon, 69002, France Phone: +33 0782004344 math95.leroux@gmail.com mathieulrdesign.com @ma2leroux

#1_MASTER OF ARCHITECTURE - Politecnico di Torino, Turin, Italy From October 2018 to February 2021 100/110 Master of Architecture Construction City #2_MASTER OF ARCHITECTURE - Universidad de los Andes, Bogota, Colombia From August 2019 to December 2020 4.75/5 MARQ - Master of Architecture BACHELOR OF ARCHITECTURE - Politecnico di Torino, Turin, Italy From August 2015 to July 2018 4.5 GPA Bachelor of Architecture - English Program CHINESE MANDARIN COURSE - Shenzhen University, Shenzhen, China From September 2014 to July 2015 Intermediate Level

EMPLOYMENT

F:L Architetti - Turin, Italy From October 2017 to March 2018

Architectural Intern

Project Types: Responsablities: Residentials, Offices, Commercials Documented and produced exist& Theaters ing conditions, concept and designed drawing.

Clé Privée - Turin, Italy From December 2015 to October 2017

PA Customer Service & B2B Relations

Responsablities: Direct contact with the clients to answer their request regarding services offered by Clé Privée. Search of clients and consolidation of relation between the company and the clients.

Clé Privée is a Parisian based conciergerie.

WORKSHOPS & COMPETITIONS

CIEL 2019 - Ecole Polytechnique Fédérale de Lausanne, Lausanne, Switzerland Mai 2019

1st Price with Team Beta Brief: CIEL 2019 was a multidisciplinary competition reuniting various universities represented by various discipline such as, architects, engineers, urban designers, and economist. The aim being to propose in 24h non-stop a project for Sustainable Olympic Games.

BAC BEST TORINO 2018 - Politecnico di Torino, Turin, Italy March 2018 Architectural Competition Brief: BAC BEST TORINO 2018 asked to propose a sustainable and modular solution for the Social District of the Barolo Opera.

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MATHIEU LE ROUX

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French Nationality 13th of July 1995 Adress: 48 ue de la RĂŠpublique, Lyon, 69002, France Phone: +33 0782004344 math95.leroux@gmail.com mathieulrdesign.com @ma2leroux

Master in Architecture Website: mathieulrdesign

WORKSHOPS & COMPETITIONS

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READING CHINESE MAPS - China Room, Politecnico di Torino, Turin, Italy March 2018 Architectural Workshop Presentation: A workshop offered by The China Room of the Politecnico di Torino and held in the Museum of Oriental Art in Turin where we had the opportunity to interact with experts regarding ancient chinese maps and their relation with nature and architecture

La Termitière - Turin, Italy Mai 2017 and June 2018

Architectural Workshop

Presentation: Renovation of a space for a cultural association using sustainable methods and materials.

LANGUAGE SKILLS

SKILLS

OTHERS

French English Spanish Italian

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Mother Tongue Speaking Fluently, Reading and Writing High level (TOEFL:106) Speaking Fluently, Reading and Writing Good level (MARQ Spanish) Speaking Fluently, Reading and writing Good level (Politecnico di Torino) Chinese - Speaking, reading and writing Fair Level (IB Chinese Mandarin AB/ Mandarin Initio & Shenzhen University Intermediate level) Autocad

Revit

Archicad

Photoshop

Illustrator

Indesign

SketchUp

Vray

Microsoft Office

Adobe Premiere

ArcGIS

Physical Model

Travels, Triathlon, Snowboard, Football and cooking.

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CULTURAL & ARTISTIC HUB - SABANA TRAIN STATION

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INSIDE OUT - PAVILION V MORANDI

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CLOSED CIRCUIT - INFORMAL CIY

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AGRI-CULTURE - URBAN RULES

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AGRICULTURAL PARK OF FUNZA

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SCALO VERDE URBAN AGRICULTURE

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2032 OLYMPIC VILLAGE IN BUENOS AIRES - CIEL 2019

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SUSTAINABLE & ADAPTABLE VILLAS - SEASIDE COLLECTIVE

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PAVILION FOR THE UIA CANDIDATURE - LAUSANNE 2017

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BREAK AREA AND RENDERS FOR AN OFFICE SPACE - F:L ARCHITETTI

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CLINIQUE ESTETIQUE RENDERS - F:L ARCHITETTI

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DUPLEX - F:L ARCHITETTI

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TYPOLOGY:

Adaptive Re-Use of an ex-industrial site and strategies to transform a Border Vacuum

LOCATION:

Sabana Train Station, Los Martires, Bogotá, Colombia

TEAM:

Individual Final Project of the Master Degree

COORDINATORS: Arch./Prof. Juan Manuel Medina & Arch./Prof. María Carolina Concha ISSUU LINK:

Master Thesis - Culural & Artistic Hub to transform the Border Vacum Academic sis

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Project Final

Year

Project

2019/20

1st

semester,

The-

of the Master degree Program Construc-

tion City from Politecnico di Torino and Universidad de los Andes

Urban interruptions, directly affect the urban systems of a city, from the pedestrian flows to public transportation flows passing by commercial and services activities. When identifying the site of the Station of the Sabana as a scar in the urban texture of the city center of Bogota, a number of authors could be cited when talking about the phenomena, looking at the effects of such area from various point of views such as urban, architectural, social, economical and cultural. This investigation aims to study strategies to convert a Border Vacuum into a cultural and artistic hub taking into consideration the arguments, ideas and theories of authors such as Jane Jacobs who defined the term Border Vacuum and analyses its effect, Françoise Astorg Bollack and Francesco Cherchi who present the opportunity of old abandoned buildings to revive a neighborhood and the relations between the private and public spaces. Finally Camilo Osorio, with his essay on Fronteras Blandas (Soft Borders) and his strategies to convert a barrier into a connector between private and public spaces and a point of contact for various urban system. The study of the authors’ arguments as well as an analysis of the area of the Station of the Sabana lead me to demonstrate the results on a master plan and then to focus on a specific aspect of the master plan to provide further finished details to the project.

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ABANDONED TRAIN STATION & CREATION OF A BORDER VACUUM

STRATEGIES TO OPEN THE SITE AND TO INTRODUCE URBAN SYSTEMS

UNDERGROUND TRAIN SYSTEM TO OPEN FREE SPACE ON THE SURFACE

INTRODUCTION OF NEW FUNCTIONS WITH AND FOR THE COMMUNITY

NEW BUILDINGS TO COMPLEMENT EXISTING BUILDINGS AND CONSOLIDATE THE SITE

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A program was developed in order to best support the proposed strategies and to well define the way to recuperate the existing buildings, how to take advantage of new architecture to benefit both the new public spaces within the site and it’s accessibility for the community surrounding it. The program also aims to organize the site for the various existing and future users, such as the Escuela Taller major actor on site that could benefit extra space for exhibitions and outdoor paces with the opportunity to open it to the public, the circus for visibility and space, The high school, to create a connection with a new public space and the various buildings to accommodate the needs of cultural and social collectives as well as to attract the public.

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Site Evolution Border vacuum and Opportunity Sites

New Flows

Buildings to be demolished

Cultural and Artistic Hub

Evolution of the site in several layers, the border vacuum, site opportunities, flows through the site, buildings to be demolished and modifications.

Site Division Limited and Regulated Access

Regulated Access and Public Spaces

Regulated Access, Urban Forest Cultural and Artistic Hub & Site Consolidation

Division of lots into three parts that have a different treatment.

More controlled access --> freer access

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Gateway System Site Entrances

Interior Flow- Section 1

Interior Flow- Section 2

Interior Flow- Section 3

Simple Openings

Cultural and Artistic Hub

Gateway system by identified sections

Site Entrances Rotating Doors

Sliding down Doors or Walls

Site entries, location and type of entrance

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CALLE 19

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COLEGIO NUESTRA SEÑORA DE LA PRESENTACION

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CALLE 16 LA SAGRADA PASION

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CALLE 15 10

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1 ESPACIOS COWORKING, TALLERES, COMERCIOS &

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AULAS

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CRA 19

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CALLE 13

4 NUEVO EDIFICIO RESIDENCIAL 5 CONSOLIDACIÓN DEL LOTE 6 PARQUE PÚBLICO 7 TALLERES

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2 PLAZA CULTURAL / CENTRO POLIVALENTE 3 CALLE COMERCIAL ELEVADA

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8 CIRCO PARA TODOS 9 SKATEPARK 10 JARDÍN COMUNAL 11 EXTENSION OF ESCUELA DE TALLER DE BOGOTA 12 EXPOSICIÓN AL AIRE LIBRE Y ESPACIO DE TRABAJO 13 NUEVA CALLE PEATONAL - ESPACIO PUBLICO 14 ESPACIO PUBLICO & CONSERVACIÓN DE LA MEMORIA 15 ESTACION DE LA SABANA & ENTRADA DE TREN

SUBTERRANEO

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CICLOVIA NUEVO PERFIL DE CALLE NUEVOS EDIFICIOS ENTRADA AL SITIO CAMINOS PEATONALES ENTRADA TREN SUBTERRANEO

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An Intervention within the Savannah Station and its Surroundings The master plan aims to illustrate the strategies formulated and how they can be applied to the site to convert this border gap and formulate a program for the station. An important aspect of the proposal is the identified vacant buildings or the sites around the station, which in the long term, could be developed to reinforce the newly developed axes that run through the site.

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Vivienda

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Circo para Todos

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Espacio de Exibiciรณn

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Aulas para el Circo

10 Espacio exterior cubierto 14 Espacio CoWorking

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Espacio para Eventos 7

Espacio Libre para el Circo 11 Restaurantes

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Comercios Informales 8

Via Peatonal y Ciclovia 12 Comercios

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20 Gymnasio para el Colegio 24 Espacio Publico

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Gimnasio al aire libre 13 Oficinas

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17 Centro Polyvalente

21 Extra Aulas para el Colegio 25 Centro Deportivo

18 Talleres

22 Oficinas

26 Espacio para Eventos 30 Edificio Coliving

19 Edificio Cultural

23 Comercios

27 Campo Football 28 Vivienda

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Once the master plan for the entire site was made, the focus was on the northern part of the site. This part of the site was chosen to be more developed for the urban forest to be designed, the site identified to introduce new architecture consolidating the site and colonizing the border, the adaptation of existing buildings on the site and the development of public spaces and their relationship to the neighborhood and private spaces.

of cars but with the opportunity to control traffic by closing the site at night or for special events, for example.

Second, colonize the border for the high school site and provide the school with direct access to the urban park.

Finally, colonize the border and consolidate the site with the identified area by using the architecture This part of the site offers more freedom of access to filter access to the site while allowing a certain and offers various access treatments according to porosity to promote public street space and private its surrounding environment. Firstly, developing a spaces. new street that crosses the site continuing the flow

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From the research, I discovered the importance of porosity for public spaces. With porosity we understand the physical and the visual, the principle was adopted on an urban scale but it is also adopted in the architectural strategy to promote flows from one space to another with various levels of privacy working on the typography of the site and high volumes to promote both visual and physical porosity.

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More specifically to the flows, the introduction of the flows inside the park were introduced in the area with new architecture thanks to the high volumes and the typography of the buildings that allow the green coverage and the extension of the public spaces. The typography of the buildings also allows various treatment of the public spaces and the flows at different levels.

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The architectural approach focused on the four buildings in the area so that the buildings would complement the design of the park, the strategies formulated to integrate the urban systems and the relationship between the buildings.

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Concept

Continuity of Public Green Space

Permeability

Elevated Volumes

Continuity of Existing Forms of Construction

View Points towards the City

Buildings as a Landmark

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Roof Plan - 1:200

The roof plan of the area shows the general strategies of the area and how the architecture applies them. The concept of the urban park, its public spaces and its flows is transferred to the roof of the new architecture towards the surrounding neighborhood.

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The walkable roofs of the buildings along Carrera 17, offer a continuity in the public spaces, with informal spaces for the amphitheater’s exterior space, green spaces, agriculture, rest and viewpoints to the city.

Plan Level -1 - 1:200

-4m Bloque de Escalada

Sala de Prรกctica

-4m

Campo al Aire Libre

Sala de Prรกctica

0m Ping-Pong

-1,5m

Fab Labs Salas de Estudio

Biblioteca

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Talleres Talleres

Rampa de Acceso Espacio Semi-Publico

-4m

-4,5m

Espacio para Exposiciรณn

Espacio Semi-Publico

Entrada Teatro

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Teatro Entre Bastidores

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Escala 1:200

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The plan below street level offers several spaces according to the designed program, often with a generous height space thanks to the typography of the buildings that fit properly to the functions.

The multipurpose center offers a semi-public space connecting a library and a theater.

The building for workshops and offices, offers spaces for workshops with the possibility of adapting the spaces to various craft or artistic uses.

Finally, the sports center, at this level, offers several indoor sports practice rooms and an outdoor space for outdoor sports.

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Relationship between Buildings

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Building 1: Polyvalent Center General Axonometry

Tierra

Materials

Roof Details

Gravel Impermeabilizaciรณn Aislante Barrera de Vapor Hormigรณn Steel Deck

Estructura Secundaria - Vigas celulares

Library

Long Section

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Estructura Primaria - Trusses

Exploded Axonometry The polyvalent center (Building 1) houses a semi-public space that allows for fluidity between the public space and the other functions. A theater that embraces well the form and typography offered by the building. A library that offers an adequate space and light for the users.

Finally, a cafeteria overlooking the library.

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Building 2: Workshops & Offices General Axonometry

Materials

Roof Details Esctructura

Revestimieno Zinc

Yeso

Impermeabilizaciรณn

Estructura del Techo - Steel Truss

Aislante

Truss Howe

Tensores

Long Section

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Semi Public Space

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15 (m)

Exploded Axonometry The workshop and office building (Building 2) offers several spaces on different levels such as workshops, offices and semi-public spaces to ensure connections between the site and the park and to complement the activities.

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Building 3: Exhibition Building General Axonometry

Roof Details

Exhibition Space

Difusor de luz

Vidrio

Estructura de acero

Aislante Estructura

Luz

Yeso

Zinc Impermeabilizaciรณn

Long Section

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Exploded Axonometry The exhibition building (Building 3) offers a covered outdoor exhibition space thanks to the cantilevered architecture and a generous indoor space.

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Building 4: Sport Center General Axonometry

Materials

Practice Rooms

Long Section

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Exploded Axonometry

The sports center (Building 4) offers several indoor practice rooms and a multifunctional sports area outside.

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TYPOLOGY:

Adaptive Re-Use of an Industrial Building to host a University

LOCATION:

Valenino Parc, Turin, Italy

TEAM:

Elena Menegon, Mathieu Le Roux and Pablo Compte

COORDINATORS: Prof. M. Barosio, F. Tondolo & D. Campobenedetto ISSUU LINK:

Inside Out - Pavilion V Morandi

Academic Project Year 2018/19 1st semester, 1st year of the Master degree Program Construction City from Politecnico di Torino

For the Architecture and Structural Forms studio of the Construction City Master program, the project site is Padiglione V, located near Torino’s city centre within one of the biggest park in Europe, Parco Valentino.

The underground exhibition space was built in 1959, by Riccardo Morandi in order to create a large space without disturbing the natural scene of the surroundings.

The building has an interesting reinforced concrete structure similar to what is used for bridges, allowing the engineer Ricardo Morandi to create such a large span.

The brief requiered to design a space for the Politecnico di Torino which would host part of the faculty of Architecture and therefor should respond to the faculty’s needs.

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PROJECT & ITS CONTEXT

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EXPLODED AXONOMETRIC

Internal Garden Great Hall Architectural Shop Laib Courtyard

Theoretical Classroom Unit Design Classroom

Bar Restaurant/Cantine

Meeting Room Secretary

Open Space

Tribune

Unit Design Classroom

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ROOF PLAN & ENTRANCE LEVEL

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LEVEL 0 _ PLAN

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LEVEL -1 PLAN & LONG SECTION

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INTERNAL VIEWS

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VIEW 1

VIEW 2

VIEW 3

VIEW 4

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PAVILION V STRUCTURAL ANALYSIS

REINFORCED CONCRETE STAIRS

EXPLODED AXONOMETRIC

The structural analysis is focused on the new stairs within the courtyard.

To be able to hold the reinforced concrete structure two type of column are used.

With the structural analysuis, a slab, beam and column will be studied with the appropiate load combinations.

The exploded axonometric aims to hightlight the structural elements from the foundations to the reinforced concrete beams.

Focus is made on the solution of the courtryard with a steel truss beam to allow such openings in the roof and the introduction of new reinforced concrete stairs.

Large opening in the roof is made at possibly the weekest point of the structure, a steel truss is added to reinforced the overall structure.

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+7 m

+4,3 m +2,9 m

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3,6 m

7,6 m

3,3 m

2,5 m 5,5 m

+1 m

COURTYARD The courtyard is created by opening up the roof and keeping intact the original reinforced concrete beams.

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UP

UP

Existing Concrete Structure

Supporting Concrete Independent Steel Structure Stairs Structure

Concrete Columns

DN

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FOCUS CLASSROOM LEVEL -1 0

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Section A-A’

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3D View Room Level -1 Detail Sliding Panels Sliding and Rotating Panels with high acoustic performance, ideal for a classroom.

Reference: DormaHuppe

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Perforated Composite Surface Acoustic Fleece Acoustic Core Backing Board

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Stratigraphy: 1 - Finishing 2 - Filling 3 - Insulation 4 - Slab wirh clay elements 5 - Finishing 6 - Frame 7 - System of venetian blinds 8 - False ceiling 9 - Glazing facade 10 - Finishing 11 - Technical space 12 - Insulation 13 - Waterproofing 14 - Reinforced concrete 15 - Vespaio 16 - Ground

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Section B-B’

Technological Details

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TYPOLOGY:

Urban Strategy and Multipurpose Sites

LOCATION:

Kennedy District, Bogota, Colombia

TEAM:

Mathieu Le Roux and Nicolas Quevedo

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COORDINATORS: Prof. S. Serna & S. Anzellini ISSUU LINK:

Closed Circuit by Mathieu Le Roux

Academic Project Year 2019/20 2nd semester, 1st year of the Master in Architecture from Universidad de los Andes

The intervention area located in BogotĂĄ within the District of Kennedy, near the terminal of the transportation system, Transmilenio Portal de las AmĂŠricas. Within the district, three neighborhoods, Barrio Tintalito, Barrio Dindalito and Barrio Ciudad de Cali.

The neighborhoods were selected due to their characteristics, especially the Barrio Tintalito and Bariro Ciudad de Cali, which are informal and offered large areas of opportunity to develop the project, and the Dindalito neighborhood, which is formal, gave an urban opportunity to connect them through a well thought out urban startegy and architectural solution of both selected sites.

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AREAS OF OPORTUNITY AND ITS URBAN CONTEXT

Closed Circuit

El Trebol Villaviciencio

Residential Urban Voids

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Informal City Cycle Path

Development Axis Transmilenio

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AXONOMETRY OF THE PROJECT AND ITS CONTEXT

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Canopy structure to offer quality open public spaces

Spaces with internal structure offering flexibility to practice various activities.

Skatepark extension and space for local art.

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URBAN CONTEXT

SECTION A-A’

The urban section A-A’ allows us to its immidiate surroundings respectin rounding existing buildings to be b is of 3 floors.

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SECTION A-A’

The urban section B-B’ allos us to see the relation between the project and its immidiate surrounding.

Especially with respect to the design choice of having the floor heights for the polyvalente building higher than the srrounded buildings. This choice was made in order to allow flexibility in the different functions that the building may host.

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o see the relation of the heights of the building with ng the existing condition. We observe the sourbetween two to four floors and the designed building

Designed - 3 Floors

Desgined - 4 meters

Existing - 2/4 Floors

Existing - 3 meters

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GROUND LEVEL PLAN

1- Open Air Ada 2- Interior Adap 3- Bathrooms 4- Existing Skate 5- Skatepark Ext

Carrera 87f Carrera 87f

Calle 42 Sur

Calle 42 Sur

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7m

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Carrera 87d 17 m

Carrera 87d

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aptable Space ptable Space

6- Comercial Modules 7- Urban Furniture 8- Football Field 9- Canopy for Public Space

epark tension

Calle 41 Sur

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POLYVALENT CENTER

The Polyvalent Center aims to offer flexibility in its use both internal and external. Internally, a structure is used for various activities ccording to the users needs. From n exposition space to a space for physical exercise, the space is aimed to be transformed and flexible.

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The building is built on an existing abandonned structure found on site and it is extended to offer more room and possibilities.

Adaptable Outdoor Space

Administration Office

Interior Structure for Flexible Use “Exposición”

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Existing Skatepark

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Skatepark Extension

POLYVALENT CENTER & ITS PUBLIC SPACES

The Polyvalente building is built to compliment an outdoor use by the comunity. An improvised existing skatepark was present on site between ruins and traces of artistic expressions where found but poorly exposed.

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The facade of the building was in purpouse left without openings on the side of the skatepark’s extension to offer the comunity both an adequate space to skate and to express themselves through street art.

Street Art Space

Addicional Structure

Skatepark

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ADAPTABLE SPACES

EXPOSITION SPACE

RELAXING SPACE

PHYSICAL EXERCISE SPACE

The structure introduced inside the Polyvalente building offers different solutions too host various actvities and solutions such as to accomodate an expositions.

The structure introduced inside the Polyvalente building offers different solutions too host various actvities, such as the installation of relaxing equipments in order to satisfy the users need at a given moment.

The structure introduced inside the Polyvalente building offers different solutions too host various actvities, through the modification of the structure to accomodate various physical activities.

SKATEPARK

STREET ART

EVENT SPACE

The skatepark extension brings the oportunity to give the neighborhood a generou space to practice skate while conserving the memorie of the existing skatepark and of the previous ruins.

While maintening the abandonned existing structure, the extension to that structure gives the opportunity to local artist to expose their art and express themselves in an adequate space. An activity well represented in the community.

The creates space gives the locals the opportunity to organise events inside the skatepark around an art exposition or any local event.

Doing so would reactivate the site and be as source of attraction.

PUBLIC SPACE

EXPOSITION & RELAXING SPACE

ADAPTABLE SPACE

A light steel structure with wooden elements provides semi shaded space adequate to for the local to take advantage of the site .

The structure aso gives the opportunity to expose or relax using the different element of that structure for the advantage of the comunity.

The structure and the urban furniture could also accomodate and support various activities happenning on the field.

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AXONOMETRY OF THE PROJECT AND ITS CONTEXT

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Educational space to support the neighborhood

Commercial and Residencial Building

Light structure to host local library for the neighborhood

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20R x 0,200 19G x 0,250

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URBAN CONTEXT

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SECTION B-B’

The urban section B-B’ allos us to see the relation between the project and its immidiate surrounding.

Especially with respect to the design choice of having the floor heights for the polyvalente building higher than the srrounded buildings. This choice was made in order to allow flexibility in the different functions that the building may host.

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Ex

xsting - 3 meters

SECTION A-A’

The urban section A-A’ allows us to see the relation of the heights of the building with its immidiate surroundings respecting the existing condition. We observe the sourrounding existing buildings to be between two to three floors and the designed buildings are between one and three floors.

Designed - 4 meters

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GROUND LEVEL PLAN

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1- Reception & Administration 2- Multifunctional Room 3- Bathrooms 4- Classroom 5- Public Library 6- Art Exposition 7- Public space for gatherings 8- Adaptable spaces 9- Communal garden 10- Residential entrance 11- Commerces

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The public spaces are designed in the aim to host various activities, from workshops to public gatherings. To do so light weight structure was added to furnished the site, change of levels to accomodate and delimitate various activities whicle creating intimate spaces.

One story buildings with two glazed facade to hosst workshops for instance are created on the border of the site to create a certain level of transparency and accessibility from the pedestrian street to the center of the site

New Buildings with Flexible Internal Design

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From the sections E-E ‘and F-F’ we can see the new buildings that were built on the site to consolidate it and reactivate it with its surroundings. The first is an educational center where the classroom and flexible spaces are available for community use. A light structure to house a community library. Finally, a mixed three-story building was used with stores on the first floor and housing on the upper floors.

10 (m)

Educational Space

Multi-Activity Rooms

Pedestrian Street

Polyvalente Building

Street art & Gathering Space

Estructura ligera para la Biblioteca local 69

Adaptable Spaces

LIBRARY

SPACE FOR SUSTAINABLE POWER

SPACE TO LEARN & TEACH

The structure would house a local library open to the community that would allow locals to take advantage of the services.

A lightweight structure made of wood and a roof that could provide the opportunity for solar panels and provide the necessary energy within the structure.

The structure could be used by the community to host various activities, such as educational

SPACE TO LEARN & TEACH

CREATIVE SPACE

SPACE TO PRACTICE

Two buildings with two glass facades are here to consolidate the site and organize various activities, such as workshops available to local associations and the community.

The space could be rented to house an adequate space to practice your art

The space could be managed to accommodate various activities such as dance, music, etc.

LIVING SPACE

LIVING SPACE

COLLECTIVE SPACES

The first solution offered within the housing building is an apartment with one room ideal for two people

Another solution offered is an ideal studio for one or two people.

The building would provide common spaces to share and possibly with the neighborhood

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Conclusion The selection of both sites, El TrĂŠbol and Villaviciencio, was born from an idea that was to connect two worlds, being the formal city represented by closed compounds and the informal city.

To connect both worlds, the strategy was to design a portal and that is how the idea of the Closed Circuit was formed as a street designed for both worlds to coexist.

Both sites were selected from an urban analysis where an abandoned structure was discovered, full of potential within a neighbourhood that needed well designed public spaces and spaces for the community to meet and share through a Polyvalent Center, which became El Trebol.

Villaviciencio was an urban void and needed to be consolidated in order to reinforce the identity of the neighborhood through the design of spaces for educational and creative purposes.

Along the circuit we can imagine several future developments expanding the circuit to connect it with different areas of opportunity. However, we can also imagine that the circuit itself evolves in response to the needs of its users over time.

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TYPOLOGY:

Urban Agriculture & Co-living

LOCATION:

NanJing, China & Turin, Italy

TEAM:

Arianna Falzone & Mathieu Le Roux

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COORDINATORS: Prof. M. Trisciuoglio, D. Campobenedetto & M. Nigra

Academic Project Year 2018/19 2nd semester, 1st year of the Master degree Program Construction City from Politecnico di Torino

The challenge through this project was to design two projects around the world, one in Nanjing, China and the other in Turin, Italy. Keeping in mind that both should have commons charateristics through the architectural proposal, the urban rules and their function.

Therefor the objectives of both sites in Nanjing and in Turin are very similar. Regarding the architecture the aim is to provide a solution respecting both the cultural context and the existing urban contexts.

Urban agriculture was the chosen concept used in common for both site where every aspect of design decisions were taken around the concept in order to increase the productivity as well as to provide quality, well thought design spaces for the residents of the co-living and of the neighbourhood.

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Typological Map Turin

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REALIZZATO CON UN PRODOTTO AUTODESK VERSIONE PER STUDENTI

REALIZZATO CON UN PRODOTTO AUTODESK VERSIONE PER STUDENTI

Types - Turin

REALIZZATO CON UN PRODOTTO AUTODESK VERSIONE PER STUDENTI

Turin’s Block

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Openings of Turin’s Block

Height Difference

Main Axis

Green Coverage

Green FAR

Typological Map NanJing

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Types - NanJing

Empty Site

Alignments with Surroundings

Green Coverage

Green FAR

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Axonometric View - Turin

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Urban Rules - Given by SiYu Wang Rule 1 - Green and Traffi Area

Rule 2 - Courtyards

Rule 3 - Layered System

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Roof Plan - Turin

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Rule 5 - Tower and Blocks

Rule 4 - Building and Street Width

A) The tower

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TYPOLOGY:

Agricultural Park, Landscape Design

LOCATION:

Funza, Sabana de Bogota, Colombia

TEAM:

Mathieu Le Roux

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COORDINATORS: Prof. D. Bermudez & M. Guzman

Academic Project Year 2019/20 1st semester, 1st year of the Master in Architecture from Universidad de los Andes

Located within the Sabana de Bogota, Funza is a city growing rapidely due to its proximity with Bogota. This rapid growth has an important negative effect on the ecological system present in the area, especially on wetlands and on the agriculture.

The Sabana de Bogota is very well known for its main activity being agricultural through the productions of flowers, vegetable, fruits and livestocks. However with the growth of city of Funza, due to the need of new residencial buildings, the agricultural space is traded for residencial compounds. The city is also in needs for new services and public spaces for the increasing population.

Through an urban analisis of the area, I was able to identify the urban voids and the neighborhoods in needs for new services such as transoprtation system, commerces, schools and public spaces. The project aims to solve the lack of services while consolidating the neighborhood and promoting agriculture around an Agricultural Park.

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Project Master Plan 1-1000

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Urban Equipments System

B’ B

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Public Transportation System

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Axonometry 15th Street

Axonometry Zone A

Corte A

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Corte B

Corte C

Axonometry Zone B

Axonometry Zone C

Corte D

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TYPOLOGY:

Agricultural Production on Ex-Industrial Site

LOCATION:

Scalo Vanchiglia, Turin, Italy

TEAM:

Mathieu Le Roux, Huan RenTian, Simal Keskin & Zeynep Peker

COORDINATORS: Prof. F. Frassoldati & I. Vassalo

Academic

Project

Year

2017/18

1st

semester,

3rd

year

of the Bachelor in Architecture from Politecnico di Torino

Scalo Vanchilia and its surroundings is one of the ex-industrial district of Turin with a lot of abandonned buildings and fields.

The neighbourhood is known for being isolated from the rest of the city with a widespread multi-ethnic population and low income households.

The aim of the project is to transform the brownfild that is Scalo Vanchiglia into a greenfield, hence, Scalo Verde. We are looking to involve the neighborhood and to attract the visitors by introducing attractive agricultural activities using local ressources, awarness and leisures through a well thought design proposal.

The main areas are identified in the proposal, the first one being the production area designed to be efficient and welcoming for the workers using vertical farming techniques, mainly Aquaponic. The second one is made of new buildings introducing sufficient space for education, Research and Restaurants. All is linked by an Agricultural park offering a pleasant environment for a walk and co-farming taking adavntage of the canals present on site.

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URBAN VOIDS AND EX INDUSTRIAL SITE

URBAN VOIDS AND EX INDUSTRIAL SITE

INTRODUCTION OF NEW FUNCTIONS ACCORDING TO LOCAL NEEDS

NEW BUILDINGS TO CONSOLIDTE THE SITE

URBAN AGRICULTURE TO SUPPORT LOCAL NEEDS

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General Axonometry of the Project

Location Abandoned Railway station

Pr

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Parking Visitors / Workers Parking area are provided for the visitors as well as for the workers of the production

Restaurant / Education / Research Area dedicated to the community visiting the site, restaurants, education and research center are available

Co-Farming / Landscape Landscape is designed to welcome the visitors through an agricultural environment

roduction of Trees Double Fonction as thisarea is used to grow trees for the raw material and a park for the visitors

Production / Packaging / Market Area dedicated to productivity regrouping Vertical Farming, Packaging, offices and a market

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Evolution of the Project in Time 0

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Unwelcoming street facade Dead end NewWelcoming connection between via with street facade Bologna and Corso Regio Parco commercial activities

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Present

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20 Years

Abandoned Abandoned containers Abandoned containers eweenAbandoned square Abandonedcontainers square via Containers recycled site for new Containers use recycled Containers for new recycled use for new use site Rubbish Rubbish site recycling Regio Parco recycling

ed containers sbandoned recycled for new use square oned containers Rubbish recycling siteuse ners recycled for new

Abandoned containers

Containers recycled for new use

Brownfield Brownfield Brownfield Use Vertical farming technique Use Vertical farming Use Vertical technique farming technique

Undifferentiated green area Undifferentiated Undifferentiated green area green area Wood production Wood production Wood production

Brownfield Use Vertical farming technique Brownfield Use Vertical farming technique

ming technique

d green area on

Undifferentiated green area Wood production green area Undifferentiated Wood production

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Production Area Axonometry

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Modules with Shipping Containers

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TYPOLOGY:

Sustainable Olympic Village

LOCATION:

Buenos Aires, Argentina

TEAM:

M. Schiess, A. Canelli, L. Hosser, M. Le Roux, J. Aboumassa, D.

g

Demirgoz, A. Paris & J. Pasche ISSUU LINK:

2032 Olympic Village By Team B

CIEL 2019 by Ecole Polytechnique Fédérale de Lausanne, a multidisciplinary 24h competition for a Sustainable Olympic Village

“We aim to build a sustainable, accessible, inclusive and car-free neighborhood. By joining forces with the local population and by using renewable energy systems, we create a space wider than just an Olympic Village.“ That was the motto for the project within our group. A group made of Engineers, Architects, Urban Designers, Economist and Hotel Management students. The aim of the competition was to propose in 24h the perfect site along with a sustainable project for an olympic village in Buenos Aires for 2032.

The project we presented as Team Beta has won as itwas selected by an impressive jury being professors of the EPFL, a member of the International Olympic Committee, two Olympic athletes, Architect from Dominique Perrault Architects, Representant of SOLIDEO of Paris 2024 and experts of technology, science and sociology of sports.

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TYPOLOGY:

Sustainable Modular Structure

LOCATION:

Tampah Hills, Lombok Island, Bali

TEAM:

Mathieu Le Roux & Pierpaolo Garrafa

ISSUU:

Proposal for the Seaside Collective

The Seaside Collective 2020 Architecture competition for a sustainable and adaptable design of a lot in Lombok Island, Indonesia.

Our proposal offers an architectural solution where we have carefully studied the architectural heritage of Lombok and of Indonesia, the site and its surroundings, the needs of the potential users to design a sustainable, adaptable and environmentally friendly collective.

We seeked to apply some of our ideas and concept developed both during our studies. Upon reading the architectural brief we recognized ourselves and we were motivated to offer a project that would best fit the site and compliment the original idea that is behind the project of Tampah Hills.

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MASTERPLAN SEASIDE COLLECTIVE

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Acces and mailboxes of permanent residents’ villas

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Permanent residents’ car parking area

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Access and mailboxes of occasional resi

Wind Direction:

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South East - With win 0-40kph

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Area - 500m2 Lot - 11

Area - 504m2 Lot - 08

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Area - 501m2 Lot - 03

Area - 503m2 Lot - 05

Area - 500m2 Lot - 04

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Area - 504m2 Lot - 01 Area for Publilc Info (Admin, Weather) Mailbox & Parking Area - 37 m2

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ANALYSIS

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MASTERPLAN TYPICAL VILLA

A typical tropical house benefits all the time of a non-stop ventilation that guarantee the optimal thermal indoors comfort. Solar rays make heat go closer to the roof edge and is expulsed through upper windows. Moreover cooling the buildings is easier thanks to the direct air flow between the lower floor and the soil, that permit the pavement no to be heated.

BIOCLIMATIC SYSTEM OF THE VILLA

The Malay house is a typical residential building of tropical countries, like Indonesia. This bioclimatic system work as the one of a general tropical dwelling, but the higher roof structure makes it keep cool indoor, without passing ventilation by the pavement. The use of semi-horizontal shadings allows spaces to be sun-protected and available all day long .

Main pool Ventilation chimney

REGENERATION ZONE

Thermic indoor regulator

PV panels Energetic dairy needs supplied from

Mobile shadings

Cross ventilation

Higher roof structure to guarantee indoor Exhausted hot air The soil have a na-2.0 (m) tural thermal inertia that makes inner layer cooler than the upper ones, so keeping spaces avoi overheating and be uncomfortable.

MATERIALS

3.4 (m)

All the selected materials present suitable Lower ventilation

1) WOOD, material with good thermal ca suitable to buildings that want to be almo structural lineal element of the villa, like be

Exanging and cooling air

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2) STONE, material of higher thermal cap protection against heat transmission. The u the indoor comfort pleasure.

EXPLODED AXONOMETRIC

HOW THE SPACE CHANGES 1. TOTALLY OPENED When all the external and internal dividing elements are opened, the space is totally usable and adaptable to each kind of activity.

Making areas more flexible allow dwellings be as adaptive as the customer want, so that there are no limits or rules, you may be the designer of your own place. This features also involved spaces be bigger or not, depending on whast you are into to, space to relax, to exercise, and so on.

2. PARTIALLY OPENED/CLOSED When all the external and internal dividing elements are partially opened, or closed, spaces may be a little bit uncomfortable.

However, this possibility to change and make spaces closed, has the only scope to change the function of the room when they are not available. If the studio room is occupied by your son, don’t worry, catch a free area of the villa, close its dividing elements, and enjoy another way of have a studio space.

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3. TOTALLY CLOSED

0.5 (m)

Water intake housing Main Pump

When all the external and internal dividing elements are totally closed, spaces are reduced to their smallest areas.

This happens when few people are living in the house, and not all its rooms have to be enlarged or engaged. Even if at this time the villa seems to be smaller, spaces keeping be adaptive as you want. So, just go inside and make it enjoyable, in this case, realxing activities are highly suggested.

features against thermal indoor control and structural issues. From the upper to the lower one:

aracteristics, widely available in Lombok Island. Its capacity of being slowly heated makes it ost passive energy ones. It also present structural features that allow it to be used for all the eams and pillar. Shadings are made of wood too.

pacities, available in the island as well. Stones reach higher levels of inertia so involving total use of this material is involved where the night time areas to resist the soil forces and increase

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TOTALLY VillaTOTALLY for Architect -OPENED Family *15 Profiles for 15 villas were designed , more on ISSUU CLOSED Plans Villa Totally Opened Totally Closed 1

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Description

Walter Gropius is a German architect whose interests are relate ture, and he loves spending time with his family abroad.

The seaside collective obviously offers several opportunities to h landscape and take inspiration or examples from it, Gropius act

Second, the way of living a space completely changeable and d thus probably challenging himself.

PRODUCED BY AN AUTODESK STUDENT VERSION

Finally, as the villa is designed for a family, all the spaces are a him to, so he will surely enjoy this new experience of life.

3d Section

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Partly Opened/Closed 1

1 - Bedroom 2 - Living Area 3- Bathroom 4- Kitchen 5- Dining Area 6- Office Area 7- Reading Area 8- Chilling Area 9- Terrace

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DENT VERSION

PARTLY OPENED/CLOSED Exploded Axonometry

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5 6 9

ed to new ways of thinking and living architec-

3

him. First, the chance to deal with a tropical tually loves “exotic” stuffs.

differently available will make him curious about,

adaptable to each activities the family involved

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TYPOLOGY:

Exposition Pavilion

LOCATION:

Seoul, South Korea

TEAM:

Mathieu Le Roux

SUPPORT:

Atelier Mobile & Prof. Barolo

o

n

International competition for the Pavilion for the UIA Candidature

of

Lausanne

2017

in

Seoul,

South

Korea

A concept was developed around the different ways to represent water available in Switzerland and ways to build with water, while respecting the requirement of using local products.

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Concept A concept was developed around the different ways to represent water available in Switzerland and ways to build with water, while respecting the requirement of using local products.

Waterfalls are available all around the country and may be seen as landmarks, entertainment and sources of energy.

To recover the structure, a curtain of translucent tubes able to scatter and refract the light as to represent the water falling from a waterfall.

The infamous lakes of Switzerland also a great powerful source of Switzerland lift up the structure as if it was a floating structure.

The numerous rivers taking birth in the Swiss mountains to cross and feed the country is carved in the pavement of this structure as a reminder as we walk through.

Waterfalls

Lakes

Rivers As for the shape of the structure, it aims to recall a traditional Swiss architecture of a simple house place in the mountains with the simple structure for an open gable roof.

Finally, the chosen material is the bamboo, a common material used mostly in south Asia and for some parts of North Korea where there are numbers of bamboo productions. It was a chosen after discussion with Atelier Mobile and the Architect Fulvio Capurso for the quality of such material and its sustainable aspect.

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Construction

Materials

An important requirement for the competition was the ability to build the pavilion in one day with only three people on site.

Bamboo Structure 16 (Height 250cm - Diameter 12cm)

3 (Height 435cm - Diameter 12cm)

4 (Height 163cm - Diameter 9cm) Bamboo Cladding - set 1 (lenght 410cm - height 250cm)

- set 2 (lenght 410cm - height 176cm)

- set 2 (lenght 410cm - height 176cm) Bamboo Flooring Carpet - (340cm x 440cm) Wooden beam 5 (Lenght 440cm - Height 15cm) Steel connection 10 connections Details above Table 1 (100cm x 200cm) Curtain of 4mm diameter tubes

translucent tube (Lenght 410cm - Height 413cm)

(Lenght 295cm - Height 413cm)

A timeline and detailed information were furnished to demonstrate the efficiency of the design.

TimeLine

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吀爀椀瀀氀攀 䌀漀渀渀攀挀琀椀漀渀 䴀愀搀攀 椀渀 匀琀攀攀氀

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㄀㈀ 㤀 뀀

圀愀琀攀爀昀愀氀氀 愀琀琀愀挀栀 䘀氀漀漀爀 䌀漀渀渀攀挀琀椀漀渀

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TYPOLOGY:

Offices

LOCATION:

Lausanne, Switzerland

TEAM:

Mathieu Le Roux & F:L Architetti

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r

RESPONSABILITY: Architecture Intern

Architecture

Intern

for

F:L

Architetti

rin, Italy. The project was to re-design an office space for

a

company

located

in

Lausanne,

Switzerland.

Through the design of the office space I was in charge of the documentation, production of architectural drawings and of renderings. Additionally I was trusted to design the Break Room and to produce architectural drawings along with renderings of the different solutions. As well as to facilitate the communication and coordination between the various entities involved in the design proposal.

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O F F I C E

S P A C E

This office space was designed as a proposal for an architectural competition aiming to remodel the interior space for a more comtemporary working space.

The softwares used to realize the drawings and renders are, AutoCAD, Revit, Vray, Adobe Photoshop and Adobe Illustrator.

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TYPOLOGY:

Comercial

LOCATION:

Turin, Italy

TEAM:

Mathieu Le Roux & F:L Architetti

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RESPONSABILITY: Architecture Intern

Architecture Intern for F:L Architetti located in Turin, Italy. The project was a design proposal for a Beauty Clinique located in Turin, Italy

Throughout the design of the Clinique I was in charge of the documentation and production of renderings for an upcoming project presentation to the clients. Additionally to the productions of drawings and renders, I was in charge of referencing the materials to be used and to prepare the sales pitch.

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C L I N I C

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A r c h i t e t t i

TYPOLOGY:

Residential

LOCATION:

Turin, Italy

TEAM:

Mathieu Le Roux & F:L Architetti

RESPONSABILITY: Architecture Intern

Architecture Intern for F:L Architetti located in Turin, Italy. The project was a design proposal for a duplex within a villa, located in Turin, Italy

Throughout the design of the Duplex I was in charge of the documentation and production of renderings for an upcoming design presentation to the clients.

Additionally, I was trusted and put in charge for some of the design decisions regarding layouts and materials under the supervision of the Architects of F:L Architetti, Luca Maria Gandini, Fabrizio Caudana, Alberto Minero and Carlotta Gerenich.

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R E S I D E N T I A L

S P A C E This Duplex was designed within a villa devided into various apartments. This space offered a generous height space which allowed us to take advantage of it to propose adequate living space.

The softwares used to realize the drawings and renders are, AutoCAD, SketchUp, Vray, Adobe Photoshop and Adobe Illustrator.

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