Salma Berrada - Portfolio - 2019

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PORTFOLIO | ARCHITECTURE SCHOOL OF PARIS LA VILLETTE | DELFT UNIVERSITY OF TECHNOLOGY


CASABLANCA | PARIS | DELFT | AMSTERDAM | ROTTERDAM


In the beginning of 2013, at the age of 17 years old, I sent my cover letter from Casablanca to this big Parisian School with the candid hope that my unshakeable determination and insatiable motivation would grant me a place there.

September 2017, I get the opportunity to be part of the LEVS architecten team in Amsterdam and work closely with Jurriaan Van Stigt on international projects (in Africa & Europe).

September 2013, I have the incredible chance to settle in Paris to study Architecture and live my vocation. But it was not enough. I still wanted to aim for the best in order to learn from them. Therefore, I applied for an exchange year at TU Delft and fought for the only seat available.

March 2018, I join the team of KCAP, Kees Christiaanse Architects & Planners in Rotterdam to work on Architecture and Urban projects and competitions, and take part of designing urban solutions and strategies for city branding and redevelopment.

September 2016, I am studying at TU Delft among the most enthusiastic peers and with the most inspiring tutors. My motivation and determination have never been stronger and I surely was not willing to stop.

October 2018, I am back to Paris to join the young team of SYVIL while finishing my masters.

I invite you to browse through some of my achievements since the beginning of this adventure, hoping that my next step forward, would be to join your team !


EDUCATION : 2013/2019 ENSA de Paris La Villette (National School of Architecture)- Paris Master’s Degree, Architecture, Urbanism and Building Sciences Heritage and Transformation 2016/2017 TU DELFT- Delft Master’s Degree, Architecture, Urbanism and Building Sciences Architectural Engineering, Management of the Built Environment

Salma BERRADA Born on 06/16/1995 Casablanca (23 years old)

2012/2013 Lycée Lyautey - Casablanca French Scientific Baccalaureate International Baccalaureate, specialty Physics, with Honors

INVOLVEMENT :

Address:

2017/2018

Partners Pays Dogon, Designer & PR Support - Amsterdam Design of small scale buildings in Mali (Storages, Classrooms ...) Translating content and mediation

Phone:

2016/2017

What University Does not Teach You, Co-Organizer - Delft Creating interactive platforms and giving talks about how to find our strengths, discover our potential and merge them to achieve goals

54 rue Pajol, 75018 Paris, France (+33) 6 50 03 74 93

E-mail:

berradasalma@hotmail.com

2014/2015

Languages: English French Arabic Spanish Dutch

Fluent (IELTS: 8/9) Native Speaker Native Speaker Very Good Basic

AWARDS: Best Urban Development Plan 2017 @TU Delft - MBE Department

AFEV (Association of the Student Fondation of the City), Volunteer - Paris Assistance to children with financial and social difficulties Personal Coaching catered for children

ACTIVITIES: Sports:

SpartanWorkout Survival Strijd Body Combat Table Tennis

Interests:

Spoken Word Poetry Oratory & Story Telling Graphic Design Film Making


WORK EXPERIENCE: 2018

SYVIL, Architectures du Système Ville (Lauréats AJAP 2018), Intern- Paris Feasibility studies for competitions regarding urban logistics buildings and business areas, notably in the following projects : Dessine-Moi Toulouse, IMGP, Reinventer Paris

2018

KCAP Architects & Planners, Intern- Rotterdam Designing Urban solutions and Strategies for city redevelopments Studies on Public Space Transformations & City Branding Tender and Vision Establishment for Urban Competitions

2017/2018

LEVS Architecten, Intern- Amsterdam Design from small-scale buildings in Mali to large social housing in Nigeria Studies on Urban Planning and Social Housing (both in Europe & Africa) Pitch writing, helping with public speaking & animating workshops

2017

TEDxDelft Award, Speaker- Delft Finalist speaker of the TEDxDelft competition Idea: How to Date your Crush

2017

TEDxAmsterdamED, Host- Amsterdam Event Organization & team support Speed-learning Workshop Host

2016/2018

Nu Skin, Online Business Developer & Recruiter- Amsterdam Brand embassador International Distribution & Network Marketing

2015

RANDJA Farid Azib Architects, Intern- Paris Design of social housing, public buildings & graphic visuals Participation in the design of the agency interactive portfolio

2014

ETS Consult (technical studies office), Intern- Casablanca Visiting and diagnosing construction sites suffering from pathologies

2012/2013

Le Soir Echos (Francophone daily), Intern- Casablanca Writing articles for the young journalist’s page Coordination between the various members of the young team

IT:

Office Suite:

Word Excel PowerPoint

Adobe Suite: InDesign Illustrator Photoshop Design Softwares: Autocad Archicad Blender Revit Rhinoceros Sketchup Vectorworks Editing Softwares: Photofiltre AdobePremiere AfterEffect FinalCut

RESEARCH WORK: Master Thesis : The Spatial and Cultural Fabric of Happiness in Cities (Jan. 2019) Bachelor Thesis : Diagrams... as project starters (Jul. 2016)


ACADEMIC PROJECTS PROFESSIONAL PROJECTS


S U M M A R Y

RECONVERSION & REGENERATION

ORDENER AN ECO-NEIGHBORHOOD ON THE FORMER RAILS OF PARIS

URBAN DEVELOPMENT

CRUQUIUS CREATES THE INCLUSIVE ISLAND

STRATEGY & MANAGEMENT

RE-THINK DE ROTTERDAM 2007 > MAB GOES BANKRUPT

INTEGRAL DESIGN

CONCERT HALL IN TOKYO FOR 2000 VISITORS

URBAN

SOFT CONNECTIONS

ARCHITECTURE & U R B A N I S M

M

B

E

MANAGEMENT IN THE BUILT ENVIRONMENT

&

TRANSFORMATION

H E R I TA G E

P R O J E C T S



O R D E N E R An Eco-Neighborhood on the former rails of Paris (COLLABORATION SIDONIE

WITH COURTOIS)

Year 5 Semester 1 (Paris France) Professors: Philippe Dehan & Lionel Penisson


Built

in 1846, the «Dépôt de la Chapelle» closed down permanently in 2014. Located in the 18th district of Paris, this former train maintenance hall site is today dedicated to the development of an urban project within the framework of the big urban plan of Paris North East. The Railway Hall is a witness of a strong history, our approach is therefore articulated around the poetry of the rail tracks by putting them in the heart of the projet and creating a new mixed neighborhood with a focus on green spaces and the preservation of the remarkable industrial heritage. Our implantation follows the same approach that reinforces the railway character, aligning on the existing structure, delimited by a mixed program strip parallel to the tracks. This strip forms on one side a belvedere on the heart of the site that is 6m lower than the main road and on the other, a highline walk along the tracks. This difference of levels represents a great potential of an urban logistics site, which would help implement rail freight, a more ecological urban service.

Urban Regeneration Plan

Perimeter of the Architectural intervention

greenhouses

green public space urban agriculture

solar energy rail freight

subway heat recovery

• Ordener - An Eco-neighborhood on the former rails of Paris

water retention basin


Models of the architectural interventions within the urban plan - The entrance «housing Tower» and the former «Train Lifting Hall»


On the architectural level, we intervene on two buildings at the entrance of the site: the Lifting Hall formerly used for train maintenance, and a housing building (Cf. next page) as part of the new urban plan.

Espace Modulable (Extension de Jardin Salle de Concert ou Cinéma plein air)

Espace Modulable (Extension de Jardin Salle de Concert ou Cinéma plein air)

0

-6.5

-6.00

-6.50

-6.00

0

-5.0

0

-4.5 Zone Livraison

-5.50

0

-4.0

Espace Expo

-5.00

-4.50 Zone Livraison -3.50

0

-3.0

-4.00

0

ANTE

CHARI 50X70 OT

IMPRIM

-2.5

-2.00

IMPRIM

ANTE

Stockage Exposition et Espace Flexible

-3.50

ANTE IMPRIM

Zone Atelier

-3.00 0

-1.5

CHARI 50X70 OT

IMPRIM

ANTE

ANTE

-2.50 IMPRIM

0

Zone Informatique

-2.00

Stockage Exposition et Espace Flexible

ANTE IMPRIM

-1.0

ANTE IMPRIM

Zone Atelier

-0.50

-1.50

IMPRIM

.00

-+0

ANTE

OT

Accueil Atelier

CHARI 50X70

The heritage report of the hall indicates that it is in very good condition. We therefore preserve the entire structure of the hall and the assembly workshop on the right of it, and we demolish two adjacent buildings in order to release the silhouette of the concrete columns.

0

-5.5

Espace Expo

Local

Vélo

ettes

Poube

Zone Informatique

LV

FO

FO

FR

-0.50 Hall

D150

180.0

250.0

Accueil Atelier

180.0

aux s

Lettre

.00

-+0

CHAR 50X70 IOT

l Vélo

D150

Loca

settes

Local

Pous

380.0

elles

250.2

-+0.00

Boite

We also want to preserve the graffiti wall (Cf. models) located on the street, the canvas of the neighborhood as the entry.

Pouss

-1.00 Local

lles

Local

-2.00

-2.00

LV

FO

FO

Local

Poub

FR

D150

Hall

180.0

250.0

-+0.00 Boite

180.0

aux s

Lettre

D150

Towards the park, the hall opens into a flexible space and extends in continuity with the rest of the program.

380.0

250.2

By a monumental staircase we appreciate the majectic long volume of the hall and arrive to a full height workshop space celebrating the old spirit of production and staging it.

N

N


View towards the entrance and towards the park


The apartment building marks the entrance and is levitating to allow a continuous walk from Ordener Street to the elevated walk on the strip. For this new construction, we set ourselves to work with a wood structure, modular and scalable. Building with wood allows an accelerated construction whose unique shape can accommodate several activities (with a height higher than 3 m, the housing can be converted into office spaces or a doctor’s office, or even divide to independent studios ...). We also place a lot of importance on outdoor spaces, since all typologies of appartments have balconies, loggias... Also, the building benefits from two large shared terraces: one to the East (towards the rails) and on to the West (towards Montmartre). The facade is made of earth bricks from Paris yards and houses bird nests in its thickness, protecting the biodiversity that has settled on the site.


ISOLATION int e=145mm PANNEAU OSB e=12mm ISOLATION ext e = 60 mm Sejour Cuisine

Chambre 1

Chambre 1

Chambre 2

D150

160

D150

160

130

T3 63 m2

BRIQUE TERRE CRUE e= 10

Façade Detail

LL

D150

ENDUIT CHAUX étanchéité

80 D150

160

BIRD BRICK

D150 FR 130

80

D150

FO D150

160

D150

220

Loggia

Chambre 2 D150

Chambre 1

130

T4 86 m2

80 140

Chambre 3 130

80

140

WC

FR

LL

80

FO

140

130

LV

LV

220 FO

FR

FO

FR

LV

140

D150

LL

140

220

Cuisine

140

T2 41 m2

Stockage

Séjour

Terrasse

T3 (haut) 24 m2

220

Sejour et cuisine

Loggia

140

170

170

170

Cuisine

D150

T2 40 m2

T3 63 m2

D150

FR

SDB

160

FR

220

140

160

160

LV

Chambre 2

SDB

D150

Sejour et cuisine FO

LL

D150

T4 92 m2

160

D150

D150

Simplex Floorplan

Chambre 1

LL

Cabinet avocat

D150

WC 80

130

LV

Séjour

220

140

LL

160

D150

Chambre 1

D150

D150

130

160

80 130

80

WC

LL

Terrasse Partagée 130 160

170

80

FR

Chambre 2

T1 23.1 m2

140

220

140

D150

LL D150

D150

80

130

D150

Sejour

T5 100 m2

130 160

140

80

160

SDB D150

Chambre 2

Chambre 3 WC

SDB

Cuisine

T5 haut 60 m2

80

130

D150

WC

D150 130

DALLE e= 50mm

160

FR

Terrasse

WC

D150

WC

170

220

SDE

140

160

Chambre 1

Chambre 2

IPN acier inox e= 150mm

80

160

LV D150

T4 (haut) 43 m2

D150

D150

Chambre 1

130

SDE FO

SDB

80

Chambre 3

160

LL

Chambre 3 160

D150

160

Chambre 2

Chambre 4

Chambre 3

160

160

D150

D150

SDB

Chambre 4

Balcon

Loggia

Séjour

Chambre 1

T4 86 m2

ENDUIT

Chambre 2

SDB

D150

Chambre 3 130 160

160

80

220

140

SDB

GARDE CORPS ACIER INOX

160

170

170

WC

140

Cuisine

140

FR

80

FO

LL

D150

D150

130

LV

220 FO

FR

LV

LL

T3 (haut) 24 m2

220

Cabinet médical

Cabinet avocat

Loggia

D150 SDB

130

80

130

D150

WC 80

Chambre 1

T3 (haut) 28 m2

D150

T4 92 m2

DALLES SUR PLOTS

220

Loggia

140

Séjour

Terrasse

D150

140

140

Cuisine

90

Salle d'attente D150

D150

160

WC Chambre 2 130

Duplex Floorplan Level 2

Mixed-Use and possible evolution

80

160

D150

D150 130

80

160

SDB Chambre 3

170

WC

SDB

160

130

D150

T5 haut 60 m2

80 D150

CADRE ACIER INOX

Chambre 1

D150

80

SDB

LAME D AIR e = 20

Chambre 2

D150

T4 (haut) 43 m2

PARE VAPEUR ISOLATION int e = 60 LINTEAU BOIS 160 x 80mm

140

WC

WC

D150

ISOLATION int e=100 mm 2 couches BA18 pare feu e = 18mm

130 160

LL

Chambre 3 160

D150

Chambre 2

Chambre 3

160

160

D150

SDB

D150

Chambre 4

Balcon

TABLEAU e = 20 ALLEGE BOIS 160 x 80 PLANCHER FLOTTANT e = 21 Chambre 1

Sejour

Chambre 2

160

220

140 80

JOINT CREUX ACIER INOX

220

LISSE BASSE 160 x 80

140

140

130

D150

SDB

Loggia

Planchers CLT e= 200

Séjour

T3 (bas) 51 m2

LL

Cabinet médical

PLAQUES BETON e= 50

Cuisine D150

D150 SDB

130

FO

80

LV

LV

LL

FR

FO

FR

PARE PLUIE

D150 D150

Chambre 1

SDB

D150

Loggia

160

D150 220

140

T3 66 m2

80

220

FR

Séjour Cuisine

D150

Loggia

T2 43m2

160

Cuisine

170

140

D150

D150 160 160

LL D150 LL

LV

Chambre

220

FR

WC

D150

JOINT DE DILATATION COMPRIBANDE

80

130

140

Cuisine

130

D150

Chambre 2

FO

80 160

D150

Chambre 1

MORTIER DE PROTECTION e=10

D150

Séjour WC

130

T4 (bas) 71 m2

80

Terrasse

80

WC

Vestiaire

130

Duplex Floorplan Level 1

FO

140

Chambre 1

ISOLATION ext LAINE DE BOIS e= 150 POTEAU STRUCTUREL e=200mm

130

Cuisine Séjour

ISOLATION ACOUSTIQUE e = 25 PLANCHER FERMACELL 3 couches e=50

D150

Cuisine FR

220

T3 (haut) 28 m2

Loggia

LV

D150

T3 63 m2

90

Salle d'attente

FO 160

D150

Loggia

FR

FO

LV

Cuisine

LL

D150

BETON ARME e= 200 ISOLATION e =120 sur peinture bitumineuse DRAINAGE EN PIED DE FACADE

Chambre 1

160

T5 (bas) 62 m2 Séjour

D150

Terrasse


THE INCLUSIVE ISLAND Year 4 Semester 2 (Amsterdam - Netherlands) Professors: Egbert Stolk & Tom Daamen



Cruquius ... a public waterfront and inclusive functions which lead to an improved Amsterdam East�

East Amsterdam

This was the vision my team and I had for the serious urban redevelopement game regarding the industrial business area taking place on the last island of the Eastern Docklands. As the Urban Designer of the team, I conducted a thorough analysis on the scale of not only Cruquius but Amsterdam East to formulate the vision that will lead to a successful masterplan for the area. By looking into the challenges facing cruquius it is clear that its development takes to heart the needs of the municipality and plays an important role in upgrading the area of Amsterdam East. This is where the opportunities that Cruquius offers come to light.

Common problems, scale of Amsterdam & Amsterdam East Shortage in the Housing Market

Scarce Public Green Spaces

Spread out Amenities

No Public Waterfront

Common problems, scale of Cruquius

Non-Hierarchical Bad Connectivi- Poor Quality Mono- Functional Lack of Infrastructure ty & Accessibility of Space Area Sustainabiliy

Opportunities offered by Cruquius

Give East its Re-Use of the Fill the Gap of the Create Public public Waterfront Current Buildings Housing Market Space

• Cruquius Creates - The Inclusive Island - Amsterdam


When combined with every stakelholders core values and interests (the municipality and the developers), the vision translates itself to five pillars that are used as guiding themes for our interventions and developements - thus becoming the foundation of the master plan.


M

17 m

M

in.

M

• Cruquius Creates - The Inclusive Island - Amsterdam

10

7 10 min mi . n.

. in

. in 6m

. min 7 min.

min .

in. 3m

10

5 min.

3m

The spatial translation of the pillars enrolls accross the whole of Cruquius, meeting therefore the goals initially envisionnered for this inclusive island.


A brief gist of the phasing is explained in the following spread. The example used in the phasing plan is the removal of the dump and scrapyard on the site. It is a good illustration of the feasibility of the schedule by showing how implementing market adjustment time and preparing for other scenarios, our redevelopment plan remains feasible.

Phase 1: Removal of the dump Start of Housing Developments by Amvest Temporary housing

A detailed explanation of the plan and its execution from a global perspective (Urban & Financial feasibility) is available within a thorough extensive report that I will be happy to share.

• Cruquius Creates - The Inclusive Island - Amsterdam

Phase 2: Removal of the metal scrapyard, Second Housing development by Amvest Relocating the Temporary units to their permanent location

Phase 3: Expected: Full Housing development by Amvest Alternative: Workplaces as soundwall, partly Housing development by Amvest



RE-THINK DE ROTTERDAM 2007 - Bankruptcy Case Year 4 Semester 2 (Rotterdam - Netherlands) Professor: Leentje Volker


WE ARE IN 2007 We are Re-think, a Consultancy Firm which intervenes when unplanned scenarios occur. We look at things differently , and re-think the process. Back in the 90’s, Riek Bakker seeked to connect Rotterdam Zuid to Noord. The first step was the Erasmusburg, making the whilaminapier an Entrance Gate to the south. The municipality has a vision for the pier that consists of two goals: adding spatial quality and branding the city as a whole. The 3 shifting towers design of OMA has the potential to meet that vision ! But in 2007, the developer MAB goes bankrupt. The city is facing some threats: -The Vision of the municipality may not be realised -The connection between north and south will not be improved -The municipality won’t have a place to house their offices. But the biggest threat remains that the project may not continue. Therefore the main aim is to get the project started!

• Re-Think De Rotterdam - 2007 MAB Goes Bankrupt


But this incident is also an opportunity to re-think the strategic design: -The Iconicness of the building can be improved by opening the functions to the public -The attractive aspect of the building will connect north and south and also attract tourism. -It is also the chance to reorient the programme of the building towards other market trends. We can see that the living market in 2007 is booming and there is a need for housing. The office market is growing too and the Hotel market is expected to grow as well. The market is demanding these functions and the building can give the supply. Next to the existing functions, we see a trend in 2007 that the number of students is growing, especially foreign students. We see an opportunity to incorporate this trend in the building. The idea behind the Erasmus bridge was to connect, but as we can see on this picture all the icons are located in the north of the city. The bridge is a nice transition, but we need to add a destination.


In order to insure this success, we want to improve the vertical city concept of De Rotterdam and improve the social sustainability. A ÂŤVertical cityÂť consists of mixing functions of living, working, sleeping and meeting. The Social Sustainability consists of a mix of users. When the concept is translated to the design :

Former Design

The three towers function well with living - working - sleeping, but the improvement we seek to implement is mostly in the plinth. We see the plinth as the market of the south with restaurants, shops, food stands, etc. The plinth will make The Rotterdam even more iconic, and user friendly. The empty shell risks is no longer a threat. The plinth is Socially sustainable and is where different users both from within and outside the building could come together but not only. Users from Rotterdam Noord and Zuid.

Re-Design

We create a new vibe , by making the plinth open and transparent, accessible both visually and litterally, we meet the goal of the Vertical city for all.

Re-Design Summary

• Re-Think De Rotterdam - 2007 MAB Goes Bankrupt



• Re-Think De Rotterdam - 2007 MAB Goes Bankrupt


How do we accomplish this concept? A detailed explanation of the business cases of each function and their feasibility is available within a thorough report that I will gladly share. Details about the different re-design strategies, their legal meaning and economic impact are further shown as well.



CONCERT HALL - - 2 0 0 0 - Year 4 Semester 1 (Tokyo Japan) Professors: Job Schroën, Aafke Van Dijk & Eric Hehenkamp


The Concert Hall 2000 was

the subject of the Master studio Extreme within the department of Architectural Engineering of TU Delft : an Extreme project with an extreme programme, in extreme conditions.

Seismic Waves

Sound Waves

The concert hall takes place in Tokyo in a dense commercial neighborhoud. The goal was to add an architectural object to this neighborhood by marking this addition to the city, but not only. The design had to take into account the Extreme Vibrations; Waves of Sound and Earthquake. My idea was to make an integral design where the structure is a motor of creativity and not an inhibitor, therefore I chose to make the structure earthquake proof, functional and aesthetic meeting the rules of Firmitas, Utilitas and Venustas.

Concept Model

• Concert Hall 2000 - Tokyo

Structural Model


Playing with the structure to meet the programme

Serving areas= Need opening =Small span =Moment frame

moment frame

Concert Hall=Big Void =Big Span = Braced structure

braced frame

Playing with the structure to create sound insulation (box in box configuration)


Flexible in between Bridge floors connect both structures and the accordeon like faรงade embraces the movement avoiding damage in the structure

Flexible Roof The roof is also made elastic in order not to collapse during an earthquake

Sound line

Insulation line

Heavy Concrete for low frequencies 45dB Polycarbonate sheets

Perforated Plywood panels

Insulating gas Absorbant insulation for high sound waves

Aluminium mesh 105 dB

โ ข Concert Hall 2000 - Tokyo


Structural line

Roof as Fifth Facade The structure folds around the concert hall ensuring an evenly performance in its whole enveloppe

Concert Hall Glulam beams holding the diffusing ceiling of plywood panels

Interior Plywood panels Back Wall is associated to absorbing materials and the side walls are diffusers

Concert Hall Secondary Structure Concrete Walls and Glulam beams

Diagrid Primary Steel Structure Braced I beam frames


By playing with the structure I could insure a box in box configuration to soundproof my building, and by working on this project from scale 500 to 1:5, from a conceptual and urban point of view to the execution drawing, the detailing was done so that the concert hall can be 2030 futureproof. The result is an iconic building that affirms its character thanks to an appearing structure, capturing the chaos, either seismic or acoustical, while reflecting that in its interior environment.

โ ข Concert Hall 2000 - Tokyo

Detail Flexible roof

Detail Faรงade and Interior Ceiling

Detail Flexible floor

Detail Flexible faรงade


Floor Plan (ex. Level 3)

Section



S O F T CONNECTIONS (COLLABORATION VERONIKA

WITH DESOVA)

Year 3 Semester 2 (Saujon France) Professors: Frédéric MARTINET & Philippe GUIONY


How

to reorganise and reshape the streets of Saujon in favour of pedestrians and cyclists? This was our task for this Urban project. The inhabitants of the small town near the Atlantic ocean coast of France have an already established preferred mode of transport - the car. However, it is no coincidence that the vehicles are the dominant way of transporting. The river Seudre splits the town and the lack of connections isolates the South residential area from the city centre. The highway which slashes the town also alienates the recreational zone with the densely populated area of Saujon. These factors together with the unfinished plans for pedestrian and cyclist routes contribute for the inconsistent and incoherent transmit of activities.

• Soft Connections - Saujon


Thus, in order to improve the quality of pedestrian and cyclist circulation throughout Saujon, we decided to link the key points of the town starting from the arrival spot (the Train station), through the city centre, the focal points of the city and finishing with the leisure point in the outskirts - the Wakeboard station.


This established route would not only ease the access of pedestrians and cyclists but also create a desirable, undisturbed green promenade with a subtle balance between all means of transport. Downtown streets can become destinations worth visiting, not just thruways to and from the workplace. Transit stops and stations would make commuting by rail or bus a pleasure. Neighbourhood streets are places where parents feel safe letting their children play, and commercial strips are designed as grand boulevards, safe for walking and cycling and allowing for both through and local traffic.

• Soft Connections - Saujon


Pedestrian Route

Cycling Route

Green Spaces

Site


MORE ABOUT ME


ENGLISH WRITING From my first English classes, I found to this language a certain flexibility and wealth allowing me to use it as my favourite means of expression. I rushed dedicating my free time to writing, a cathartic passion I seeked to push further through the years. It began with poems, songs and shorts stories, then evolved to long letters, essays or spoken word poems. English has become my language of exchange, release and sharing. Whether they are stage whispers, monologues or letters, I had the chance to perform my work and share my experience in front of Paris’s finest artists at Spoken Word workshops taking place in a mystical basement of a well-known bistrot in the very heart of « Bastille ».

If you would like to know more, I will gladly share all of my work with you if the opportunity ever allows me to do so once in your team.



² LEARNING BY DOING In the early summer of 2017 I had the incredible chance to work with Nadia Remmerswal, the elected best Student of the faculty of Architecture of TU Delft, to buil the first 1 to 1 prototype of her graduate project: CAST Formwork Systems (CFS) . It is a concrete formworksystem based on CNC milling technology. It enables selfconstruction in informal areas to build safe incremental housing up to four storeys high. Ordinary formwork systems are complex to use, often too expensive for the low- to midlow income group. The CFSsystem is not only cheaper, but can also be customized to all shapes of building-plots and is both safe and easier in use. Volunteering for construction projects like this one, is how I satiate my thirst of learning, in order to be able to constitute my package of knowledge for a more practical and accurate approach of Architecture.


In 2017, I joined a TEDxTalk Challenge and made my way to the Final event to pitched my idea in front of a large audience. My idea worth spreading was: How to date your crush*! We all have crushes , but most of us cringe to the idea of going somewhere with this hunch and only a few are brave enough to go for it and just do it! So HOW ? Well... you get your crush to crush on you ! Either it is in Love life and in that sense «dating», or in Professional life, and in that sense «getting the opportunity that you want, your career crush», it is important to know how to go with things to the next level and explore the potential of the relationship (either literally or in a Job sense). They say true love waits but the right job doesn’t ! Well I believe great stuff don’t wait at all ! So you have to be ready to go for them when the circumstances lead you to have an opportunity. *I am currently dating my crush, I am studying in my crush school, and applying for my crush job ! ;)



SPARTAN WORKOUT If you have seen those crazy people lunging on the top of the TU Delft library in the cold weather and squatting while carrying each other, well this means you have seen the spartan workout groups. During my exchange year I joined this highly intensive workout. I also trained for a survival run and surprisingly did survive. Why did I do this or why do these «spartans» do this ? My coach and dear friend Bart van de Laar explains it this way : When you start working out you go from the initial «I can’t do this» to «oh no this is serious» to «This hurts !» to «I DID IT !» and everyone knows that through learning to break the thing you


thought initially was impossible and making it possible, you start to think differently about what you can and cannot do. And this, eventually, sets a series of events in motion that make you realise that your past will not determine your future, your destiny is not set in stone. Why we do this regularly ? Well frequency and consistency teaches discipline. And also because simply, if you need to be great at something you need to do it regularly. Practice makes perfect.


DO 101 RESERVE DE BATTERIES

3,060

SMALL BUILDING LARGE IMPACT

le toit exterieur: SANS OUVERTURES!

le toit interieur: VENTILE!

1,700

1,700

During my time at LEVS architecten, I had the opportunity to design a small but important building within our work for the foundation Partners Pays Dogon : a sustainable energy battery storage entirely made of HCEB bricks (Hydraulically Compressed Earth Bricks) with a natural ventilation system.

période CONCEPTION INITIALE sujet Coupe A-A échelle 1:50

date de dessin 23 novembre 2017

400

modifié A B

0

0

C D

-450

-450

projet

1702

450

3,300

450 version

4,200 NUMÉRO DE DESSIN

version

DO 101 E

D

RESERVE DE BATTERIES t +31 20 6735762 Cruquiusweg 111d 1019 AG Amsterdam post@levs.nl Pays-Bas www.levs.nl client ASSOCIATION DOGON INITIATIVES

900

3,300

C

OUEST

2,700 900

1,950

C

EST

B

B

A

A

période CONCEPTION INITIALE sujet Plan échelle 1:50

900

date de dessin 23 novembre 2017 modifié A B

E

D

HCEB bricks have a high compressive strength, which allows them to be used as a supporting structure. Their production, their composition and their method of treatment are constantly developing. The aim is to reduce the amount of cement that costs not only expensive but also needs to be imported in Mali. Even if HCEB do not even contain 5% cement, the cost of this material is 85% of the price per brick.

3,060

client ASSOCIATION DOGON INITIATIVES

4,200

C D

projet

1702 version

SUD t +31 20 6735762 Cruquiusweg 111d 1019 AG Amsterdam post@levs.nl Pays-Bas www.levs.nl


Due to the warm climate in Mali, it is important that the interior of the reserve can be as fresh as possible to ensure the longest possible battery life. That is why, in addition to using HCEB as a building material, we decided to build double walls for the first time. Between the two layers of walls, there is a void of air; a transition between warm outdoor air and cooler indoor air. The interior walls are not directly exposed to the sun, so the bricks do not heat up. Natural ventilation is provided by small openings in both walls. Even if the wind can pass through, the position of the openings prevents a direct flow that could bring sand into the storage. The roof is also designed to protect the batteries. The outer shell is completely closed so that water cannot infiltrate. The inner shell has openings that allow the warm air collected high up to leave the building.


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Louis Guedj

Aafke Van Dijk

Jurriaan Van Stigt

Marianne Loof

+33 1 43 36 70 21 +33 6 20 98 49 10 louis.guedj.architecte@wanadoo.fr www.louisguedjarchitecte.fr

+31 6 46 35 12 07 +31 2 63 79 66 13 aafke@AVDarchitectuur.nL www.AVDarchitectuur.nl

+31 2 06 73 57 62 +31 6 26 37 84 42 jurriaan.vanstig@levs.nl www.levs.nl

+31 2 06 73 57 62 +31 6 26 34 64 91 marianne.loof@levs.nl www.levs.nl

Founder & Architect at Louis Guedj Architecte Former Studio Teacher in the Architecture School of Paris La Villette Studio Teacher in the Architecture School of Nancy

Founder & Architect at AVDarchitectuur Guest Studio Teacher at TU DelftArchitectural Engineering Master Track Freelance Architect

Founder & Partner at LEVS architecten Lecturer at the Academy of architecture of Amsterdam Chairman of the foundation Partners Pays Dogon Editor in chief of Forum Magazine

Founder & Partner at LEVS architecten Member of the National Central Board of the BNA Chair of Architectural and Urban Review Committees for the Amsterdam city council





Just in case you were wondering ...

«My favourite project ? The Next One !» Frank Lloyd Wright



www

ARCHITECTURE SCHOOL OF PARIS LA VILLETTE / DELFT UNIVERSITY OF TECHNOLOGY

(+33) 6 50 03 74 93- Paris, FRANCE berradasalma@hotmail.com


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