MD CV Portfolio

MARIE D’ONCIEU

CV + PORTFOLIO

mariedoncieu@gmail.com

(+33) 0695700671

29 years old

PRACTICE ACADEMIC

2021-2022

THE WOOD PROGRAM

Aalto University, Helsinki, FI 9 months

- Design and Construction of a 150m2 train shelter

3 years (2018-2021)

PROJECT ARCHITECT h2o architectes Paris, FR

In charge of a variety of projects (Housing, Urban schemes, Education and Culture as well as Research into organic materials)

2018, Paris, 3 months

ARCHITECT at Atelier Zundel Cristea

2017, Paris, 3 months

ARCHITECT at Périphériques Architectes

- Industrial Wood Construction course with lectures, projects and site visits

MOOC“BuildingwithEarthToday” -2020 5 week online course, Amaco Research Centre

2019

HMONP - Diploma for Professional Practice ENSA Paris-Malaquais, FR 1 year, while working 2015-2017

MASTERS IN ARCHITECTURE (Honours)

2017, Paris, 3 months

RESEARCH INTERNSHIP at the LIAT Laboratoire Infrastructure Architecture Territoire

2015, London, 12 months

PART 1 ARCHITECTURAL ASSISTANT Hawkins/Brown

Youthleaderonheritagerestorationsiteatthe AbbayeduMoncel

2012, Paris, 4 months

ARCHITECTURAL ASSISTANT Agence Tectône

ENSA Paris-Malaquais, FR

2010-2014

BACHELOR OF SCIENCE IN ARCHITECTURE (Honours)

University Of Bath, UK

Including 1 Erasmus year at TU Delft

Creatorandeditorinchiefof“Paperspace”

Studentarchitecturalnewspaper

SOFTWARES

Rhino + Grasshopper + Vray

Autocad

Revit

Very experienced Very experienced Limited experience

LANGUAGES

INTERESTS

Archicad Adobe

Sketchup

2 Experienced Very experienced Experienced

French: English: Spanish: Swedish:

Native Bilingual Intermediate Learning

Timber construction Bio-based materials Reclaimed construction materials Parametric tools

Political context of construction

TABLE OF CONTENTS

THE WOOD PROGRAM

Train Shelter in Kouvola

AT H2O ARCHITECTS

Tolbiac-Moulinet Housing

St Fargeau

Urban transformation

Chapelle Charbon Sustainability research and urban planning

National Audiovisual Institute Rehabilitation - Teaching facilities

STUDENT WORK

Depth of Shared Space Architecture School in Dakar

Bagnoli Fish Mania

An Architecture of Automation

Porous City

The Why Factory

p. 4 p. 10 p. 20 p. 26 p. 30

p. 12 p. 14 p. 16

3 NB: All drawings that I have drawn personally are annotated “Drawn by MD” (Marie d’Oncieu

THE WOOD PROGRAM

AALTO UNIVERSITY 2021-2022

woodprogram2122 www.vilinashelter.com

9 month course with technical lectures on wood architecture and industrial timber construction

Design and build of a train shelter for the city of Kouvola (FI) - Opening Sept 2022

Creating a timber structure emphasizing horizontal movement by researching and building on log construction principles.

Team of 10 interdisciplinary and international participants (engineer, architect, design, craftsmen)

Photo: Part of the building in its formwork. 1/1 scale Double-wall structural system combining compression, tension and shear forces

Photo: Assembly of the project on site. In progress Prefabrication and careful planning optimized time on site

Photo: Transport of a prefabricated element. 1/1 scale Elements are prefabricated by the team in the workshop yard, then transported to site for assembly

Photo: Construction of the project. 1/1 scale Team work and coordination to lift, place and fasten the elements

Photo: 1/5 model of the building We build many models at different scales, testing structure, assembly, aesthetics and durability

Photo: Construction of the project. 1/1 scale Months of design and planning allowed us to build the elements rapidly in a month

Photo: Strength testing hand-crafted joints

Photo: Site visit at Pikku Finlandia, timber building with whole pine trees used for structure

Photo: Exploring wood bending and different wood species in our first discovery task (my production)

Photo: Strength testing structural elements of the shelter

Photo: Testing various types of industrial wood products for strength and durability

Photo: Building and learning from the 1/5 model

Building with wood: The program includes many different tasks, experiments and site visits showing various aspects of wood construction

IN PRACTICE

H2O ARCHITECTES 2018-2021

TOLBIAC MOULINET

HOUSING

Competition

Collaboration with 3 other practices

9000m2 of social housing + public services; shops; public garden

PROJECT:

The project aimed to build 9000m2 of new apartments by demolishing an existing structure.

We proposed to keep as much as possible of the structure, by slotting in and extending with timber construction.

We designed luminous apartments and common spaces, with naturally lit staircases.

We were also ambitious in terms of materials, by reclaiming existing materials on site, using local natural stone as well as bio-based insulation.

RESPONSABILITIES:

In charge of coordinating the three teams of architects as well as designing 5000m2 of social housing.

Detailed plan of an apartment - Drawn by MD In blue the maintained structural frame

Render of the project proposal View of the natural stone building at the street angle

Illustration of the project proposal

Introduction of green spaces throughout the project, from street to home

Typical floor plan of the housing blocs - Lot 2 drawn by MD In orange, all circulations cores have natural light and a shared balcony

ST FARGEAU

URBAN PLANNING

Transformation of a historic industrial site of the Paris Metro

13 000m2 new built projected

PROJECT:

The Paris Metro society RATP is renovating its oldest maintenance site, building a new industrial center and looking to open up the 15 000m2 site, building housing, public services and green spaces.

Our winning bid put a big emphasis on the preservation of the industrial heritage and the spirit of the place.

RESPONSABILITIES:

After composing the winning bid, I worked on the first phase of the urban transformation, with a team of landscape architects, programists, environmental consultants, geotechnical experts and economists.

Organising public consultations in the neighborhood, working with all internal teams of the Paris metro, working with the city of Paris to set ambitions for the site.

Illustration, right : Analysis of the forces at work on the site Drawn by MD

Photo of the site in its current state, closed off and purely industrial

Ground floor plan of one of the urban scheme options - Drawn by MD

3D working renders - Drawn by MD First propositions for creation of new buildings

Photo: View of the industrial heritage We fought to keep the maintenance sheds in the new schemes

Rendered construction axonometries - Drawn by MD

Comparing two construction modes:

Left - CLT, hempcrete and lime render.

Right - Stud frame, timber cladding and natural stone

CHAPELLE CHARBON

SUSTAINABILITY RESEARCH AND URBAN PLANNING

Elaborating environmental construction guidelines for a new social housing scheme in Paris

PROJECT:

The new neighborhood of Chapelle Charbon is aiming for ambitious goals in terms of carbon emissions and energy consumption.

h2o architects was chosen to develop the masterplan and define the guidelines for the scheme.

In the context of this project, I worked on a “Wood/Bio-sourced” Research project, with civil and environmental engineers, fire consultants and economists. We proposed, detailed and compared different construction methods using ambitious new materials with low carbon emission, helping the client set ambitious targets for the future developers.

Render: The Chapelle Charbon neighborhood

Extract from the final presentation to the city of Paris - Drawings and presentation by MD

The last two levels of apartments are even more ambitious in materiality (strawbale, stray clay. thatch...)

Extract from the final presentation to the city of Paris - Drawings and presentation by MD

All options were compared in terms of Carbon footprint (kgCO2eq/m2) and cost

NATIONAL AUDIOVISUAL INSTITUTE

REHABILITATION / TRANSFORMATION

Offices and technical teaching facilities

PROJECT:

I was involved in several projects at INA, over several years; particularly in the transformation of office spaces and the creation of new teaching facilities (including a model television set and auditorium).

The different projects play with the existing concrete structure, opening up the views from facade to facade, with natural light and sight-lines crossing through the enhanced concrete frames.

Timber becomes the complementary element to rough concrete, conveying a human scale and proposing new uses and appropriations. Splashes of color lift the building to a new identity.

RESPONSABILITIES:

In charge of the teaching facilities project from conception to on-site completion in august 2020.

In charge of the renovation of offices, including renovation of the concrete facade, until summer 2021.

Photo of the finalized project Corridors : The concrete modular structure is exposed and large timber framed windows connect all spaces visually

Photo of the finalized project Break rooms feature large green planters and glazed partitions

Ceiling plans - Technical drawing by MD

In order to reveal the concrete structure of the floor slabs, we did not close off the ceiling space. The meticulous planning of all appliances and cable paths was a huge task, in collaboration with the workers on site

Photo of the finalized project

Subtely detailed timber partitions with glazing to create a sense of a bigger space

Photo of the finalized project

The existing concrete structure was sanded or scraped and revealed charming surprises

STUDENT WORK

Render of the project - Drawn by MD

One entrance of the architecture school

DIPLOMA PROJECT

PARIS MALAQUAIS

DEPTH OF SHARED SPACE

AN ARCHITECTURE SCHOOL IN DAKAR, SÉNÉGAL

Through this research and design project, which started with a personal study trip to Dakar, I set out to discover and express elements of Senegalese material and spatial culture in a contemporary building.

SPATIAL:

Through the program of an architecture school in Dakar, the project focuses on the materialization of thresholds in Senegalese culture. Through their subtle arrangement the project articulates 7 “levels of depth” and expands the limit between city and institution, creating a variety of spaces to create, meet and exchange.

MATERIAL:

The project uses rammed earth and poured earth (terre coulée), featuring a local material abundant in Senegal, with a long history of traditional building techniques. Inspired by traditional constructions, the project is a contemporary proposal, pushing the technical limits.

The project’s use of a traditional material in an urban context where it is mostly absent and rejected, is a manifesto for the rehabilitation of earth construction.

1/50 model - Built by MD Rammed earth walls are appreciated in the urban scale and at the intimate scale in the school

DESIGNING THE SCHOOL BY POSITIONING THRESHOLDS

STUDY

22 Ethnographic drawing

Seuil 5 : Pénombre totale (terre)

Seuil 5 : Pénombre partielle (végetal)

Seuil 2 : Mur face à l’entrée, devant la case du chef Seuil 3 : Auvent détaché

Seuil 3 : Auvent (extension)

Seuil 1 : Entrée étroite

Seuil 3 : Cloture haute

PROJECT

PLAN AND SECTION OF THE

Plan and section drawn by MD

ANALYSIS OF THRESHOLDS IN TRADITIONAL SERER DWELLINGS

OFFERING NON-DEFINED SPACES

The projects creates a series of thresholds, which propose a number of non-defined spaces, with no specific function attached, open for interpretation and experimentation. The more external spaces are the most public and participatory, the deepest are the most formal and codified.

Left : Render - Drawn by MD

Right : Illustration - Drawn by MD

PROJET 2: MASTER 1

MASTER 1

ENSA PARIS MALAQUAIS

ENSA PARIS MALAQUAIS

JUIN 2016

JUNE 2016

BINOME: ALICE WEIL

PARTNER: ALICE WEIL

BAGNOLI FISH MANIA

BAGNOLI

FISH MANIA

UNE ARCHITECTURE FACE À DE L’AUTOMATISATION

AN ARCHITECTURE OF AUTOMATION

Dans un futur proche, la Méditerranée devient trop salée pour permettre la pêche naturelle et l’entreprise AutoFish développe sur le front de mer de Bagnoli un complexe industriel de production automatisée de poissons.

In the near future, the Mediterranean Sea has become too salty for natural fishing and the AutoFish company is building a robotic industrial fish production complex on the Bagnoli coast.

Le complexe présente un système optimisé de production qui accommode les conditions de vie, de migration et de reproduction des différentes espèces.

The building functions with an optimized production system which accommodates the conditions of life, migration and breeding of the different species.

Le projet travaille sur l’intégration d’espaces publics dans une zone littorale privatisée et développe une esthétique industrielle à une époque ou l’automatisation et la destruction des écosystèmes naturels se croisent.

The project focuses on the integration of public space in a privatized littoral zone and develops an aesthetic for an era where automation and destruction of natural ecosystems cross paths.

Right : Fish production diagram - Drawn by MD

Render of the Fish Factory - Drawn by MD

Imaginary campaign poster - Drawn by MD

Maquette 1:200

1/200 Model - Built by MD and Alice Weil

1/50 models - Built by MD and Alice Weil Experimental wax models to create new organic shapes

PROJET 3 : THE WHY FACTORY

TU DELFT

2013

BINOME: TRINE BOLVIKEN

TRINE BOLVIKEN

POROUS CITY

POROUS CITY

PARAMETRIC VARIATIONS ON DENSE URBAN MODELS

VARIATIONS PARAMETRIQUES SUR VILLES DENSES

Studio lead by Winy Maas and MVRDV. Study of urban porosity, using the lego as a housing unit.

Studio de projet dirigé par MVRDV. Etude de la porosité urbaine en utilisant le lego comme unité d’habitation.

Starting with a classic urban typology (tower, block, courtyard), the 10 duos applied a mechanical transformation (twist, incline, divide) in order to increase the level of porosity.

A partir d’une typologie urbaine (tour, barre, cour) les 10 binômes ont appliqué une transformation mécanique (torsion, inclinaison, division) afin d’augmenter le niveau de porosité.

Les propositions, élaborées avec Grasshopper, puis construites à l’aide d’un script “lego-ifiant” ont pu être comparées sur les critères de vue, d’ensoleillement, etc... et ont permis de débattre autour du thème de la porosité urbaine lors d’une exposition organisée par

POROUS CITY

POROUS CITY

The proposals, created with Grasshopper, were then compared in terms of views, sun exposure, etc... then built in real legos. They served as the basis for a debate on urban porosity during an exhibition organized by MVRDV and TU Delft. Une exploration de la porosité urbaine en lego

Une exploration de la porosité urbaine en lego

Année 3ème année

Année 3ème année

Ecole TU Delft, NL

Ecole TU Delft, NL

Type Projet de groupe (2 archi)

Type Projet de groupe (2 archi)

Lieu Delft, NL

Lieu Delft, NL

4POROUS CITY

Calculations

Calculations

Calculations Increase

POROUS CITY

Calculations

facade

facade

ground

Une exploration de la porosité urbaine en lego

Une exploration de la porosité urbaine en lego

Factory” était une exploration en volume de la porosité urbaine en utilisant le lego comme

Ce studio, dirigé par MVRDV et “The Why Factory” était une exploration en volume de la porosité urbaine en utilisant le lego comme

pologie urbaine (tour, barre, agglomération, intervention mécanique (torsion, inclinaison, division...) afin d’elever le niveau de porosité. nantes et futuristes qui servirent à débattre

10 groupes choisissaient chacun une ty pologie urbaine (tour, barre, agglomération, immeuble à cour) et lui appliquaient une intervention mécanique (torsion, inclinaison, division...) afin d’elever le niveau de porosité. Ceci créa des propositions diverses, fasci nantes et futuristes qui servirent à débattre autour du thème de la porosité urbaine.

Modélisée à partir de Rhino et Grasshopper, les propositions étaient analysées et com parées sur des critères de vue, ensoleillement,

Modélisée à partir de Rhino et Grasshopper, les propositions étaient analysées et com parées sur des critères de vue, ensoleillement,

Lego model of our study - Built by MD and Trine Bolviken Each lego brick represents one living unit

Parametric analysis of the models with Grasshopper - Drawn by MD