Aurelien LEROUGE_Architecture Portfolio

Aurélien Lerouge - Architecture

Aurélien LEROUGE København (DA)

linkedin.com/in/aurélien-lerouge

LANGUAGES Italian | mother tongue French | mother tongue English | Fluently @lerouge_architecture @lerouge_photography

PERSONAL INTERESTS

Hi! I am Aurelien Lerouge. I hold French and Italian citizenships, and have been involved in the architecture field since high school.

I have lived and worked for more than a year in Copenhagen, and I am now looking for ways to collaborate with Danish architecture firms for exciting future professional experiences.

Feel free to contact Kasper Lorentzen who would be happy recommend my abilities: 61 55 59 86 kasper@all.archi

Violin

I am grateful for your time, and I am available for a coffee meeting to get to know each other.

Photography Drawing

Scuba diving

Volunteer Traveling Volunteering

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Of�ice package, Midas GEN, Solibri,

Revit Dymamo

RenderDoc, Blender (download google earth 3d mesh)

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1. beginner 2. Know how to use it for general tasks 3. Know how to solve most of the important tasks 4. Deeper knowledge 5. Use the software at ease daily

PROFESSIONAL EXPERIENCES [since Aug. 28th 2023] Copenhagen, Denmark

Internship | •

• • • [Feb. - July 2023] Milano, Italy

• • • •

•

• •

Architectural firm Wilmotte & associes

Worked on Design Development/Construction Documents: Residential buildings in Cote d’Azur, Planetarium.

Worked on an Architecture Competition: residential block in Saint-Laurent-du-Var. Team work.

Visits in Construction sites.

Construction Experience | Internship in a construction site with AE&CC Design BuildLab. • • • • • •

[2018 - 2021 Part time job] 6 weeks internship between 2016 and 2017 Corenc, France

Sketched an extension next to Emergency Hospital in Uganda designed by Renzo Piano.

Construction Laboratory.

Team work.

Workshop.

Lectures and discussions with decision makers.

Internship |

•

[10 days between May 15thJune 07th 2019] Grenoble, France

Worked on international Architecture Competitions: Museum in Turku, Middle school in Wien and Liberek, office building in Vilnius, Museum ADM Helsinki, Tourism center Preikestolen.

Worked on Private commissions: residential block in Hamar, Hovden and Copenhagen; Hotel design proposal in Saksild Strand.

Autonomous work and project management.

Team work with international group.

Elective course | «Laboratorio del costruire» (Construction lab) One of the Twenty-four students Selected to the Politecnico di Milano master’s course taught by Renzo Piano.

•

[June 14th - Aug. 13th 2021] Nice, France

Architectural firm Atelier Lorentzen Langkilde

Worked in the construction site of a sport facility in Stade Des Loipes (La Verpillière).

Wood frame and cob wall construction.

Installation of the insulation.

Roof waterproofing.

Prefabricating wall panels «Les Grands Ateliers».

Attended the 18th festival «grains d’isère».

Part time job | • • • •

Architect firm of Jean-Philippe Rey-Gagneux

Worked on Design Development/Construction Documents: Private Housing in Isère.

Renovation project New construction/Extension project Visits in Construction sites

EDUCATION Politecnico di Milano, Building Architecture | Master degree [Sept. 2021 - April 2024] | Milano, Italy

Ecole Nationale Superieure d’Architecture de Grenoble (ENSAG) | Bachelor degree [Sept 2018 - June 2021] | Grenoble, France

IIS Enrico De Nicola | Artistic A-Level architettura e ambiente (architecture and environment) [Sept 2013 - July 2018] | Sesto San Giovanni, Italy

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SHARING HOUSE

ATELIER DE FABRICATION

THERMES DE NOTRE-DAME DE VAULX

ROYAL SKYLINE 5

THOUGHTFUL COMPOSITION CONSTRUCTION LINES

BUBBLE SPACES: FUNCTIONAL ARRANGEMENT

LINKING KNOWLEDGE INTERIOR CIRCULATIONS

PROJECT POETRY A WELCOMING CAVE IMMERSED BY FOG

INSPIRED BY THE PAST

LOOKING TOWARDS THE FUTURE CATENARY LINES

A NEW LANDMARK

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POLIMI_M2 Thesis Project

Sharing House September 2022 - June 2023 Topic: BEIC LIBRARY, CULTURAL CENTER Collaborators Kaifan Zhang, Diana Kuzina BIM SOFTWARE

Revit, Grasshopper/ladybug, Midas, Syncro, Carbonscape 2 and Activehouse.

The Sharing House project is a library located in the Farini district of Milan, Italy, covering an area of approximately 30,000 square meters. It is located in an area that is planned to become an important urban development and takes in consideration the proposed masterplan for the area.

This library serves as an important gathering place for people. Visitors are expected to come from different cultural backgrounds, fostering the exchange and sharing of knowledge, ideas, and cultures, creating atmospheres of openness and inclusivity. From this comes the name of the project seen as a «Place of Sharing».

The layout of the library is thoughtfully organized to facilitate these interactions, with distinct zones that merge to one boundaryless space on the upper levels. The architectural shell has been developed through all the design processes, and started from the idea of fragmenting the space into “bubbles” shaped according to the heterogeneity of visitors.

The complexity of this one standing element generates indoor and outdoor atmospheres.

It introduces the idea of the exceptional object in a box-shaped building and serves as a portal that invites individuals to traverse and experience the organic volume while inviting them to visit the library.

The project focuses on a multidisciplinary study, where all aspects are considered essential to generate the architectural form. We used architectural coherence, using an honest structural approach, effective material choices, while reducing as much as possible the carbon footprint. This project applies modern design concepts and logic while utilizing emerging BIM design tools to create an open, diverse, sustainable and innovative library.

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MILAN

Site project: Scalo Farini Proposed area for the new BEIC

Milanese Landmark 1 San lorenzo; 2 basilica sant ambrogio; 3 castello sforzesco; 4 duomo di milano; 5 santa maria delle grazie; 6 scala milano; 7 Arco della pace; 8 vittorio emanuele gallerie; 9 san siro; 10 milano centrale; 11 torre velasca; 12 pirelli tower; 13 porta nuova; 14 fondazione prada; 15 Mudec; 16 Albero della vita; 17 Project Site LEGEND Landmark Tipology Religius Private Civil Other

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SCALO FARINI - New master plan Perspective View 10

11

THE GRID

MAIN VIEWPOINTS AND CONNECTION

CUT OUT FROM THE BOX

CREATE A COURTYARD

CREATE A SKYLIGHT

ADD GREEN ROOF

Perspective Section 12

7

6

F+4

5

F+3

4

F+2 3

F+1

2

GROUND FLOOR

1

LEGEND Functions ENTRANCE AREA IMMAGINARIUM

STRUCTURE EXPLODED AXONOMETRY

COMMERCIAL SPACES AUDITORIUM BEIC DIGITAL DEPARTMENT DEPARTMENTS

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1 SLAB FOUNDATION 2 BIONIC SHAPE SHELL 3 DISCHARGE ARCHES 4 INTERIOR COLUMNS 5 BOTTOM FLOORS 6 TOP FLOORS 7 SKILIGHT

BLUEPRINT STAGE

ORGANIC SHAPE STRUCTURE

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INTERIOR FINISHING PLASTER

SPRAYED REINFORCED CONCRETE

STONEWOOL INSULATION

ENTRANCES OPENINGS

EXTERIOR FINISHING PANELS

STEEL STRUCTURE

WIREFRAME OF THE STEEL STRUCTURE

HORIZONTAL AND VERTICAL STRUCTURE

FINISHING ELEMENTS

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ROOFTOP GREENERY

FACADE

ARTIFICIAL LIGHTS

FACADE STRUCTURE

ARCHED WALL

FLOOR SLABS

PRIMARY / SECONDARY BEAMS

COLUMNS

4

3

2

1

BIONIC SHAPE MODELING 1 2D BASE SHAPE

The lines have been drawn manually to control every aspects of the shape

2 ROUNDED EDGES

From the flattened wireframe of the organic scape a load simulation has been done

3 CATENARY CURVE SIMULATION From the flattened wireframe of the organic scape a load simulation has been done

4 ADJUST THE SHAPE

some manual adjustments to the shape allow to enlarge the building entrances and to add the skylights

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1 1. ROOF TOP SLAB Subsoil mixed with expanded clay 300 Blue Roof ® filtration fleece Blue Roof ® geocell Bituminous sheeting(Polydan ® 180-40P Elast) screed 65 Stonewool insulation 200 R.C. 150 HEB-550 prestressed steel beam Integrated ventilation duct.

Woodgips ® suspended ceiling soundproofed 50

DISCHARGE ARCHES

200cm

3000

INTERIOR FINISHING LAYER Smooth Cement plaster tinted white 150cm

2500

100cm

2

SHOTCRETE 50cm

Detail Rooftop Facade

1000

sprayed concrete

2. TRANSLUCENT FACADE Danpalon® 12 multicell polycarbonate Exterior skin metal frame ventilation shutter angle steel skeleton Danpalon® 22 multicell polycarbonate

CONCRETE REBARS 0

50cm

RIGID INSULATION

100cm

150cm

200cm

250cm

3

the rigid insulation300cm panel are used during the construction as formwork before puring the shotcrete’s concrete.

300cm

4 3. ROOF TOP SLAB (walkable) Wood foor 32mm Weiss® raised floor system Bituminous sheeting(Polydan ® 180-40P Elast) screed 65 Stonewool insulation 200 R.C. 150 HEB-550 prestressed steel beam Integrated ventilation duct.

Woodgips ® suspended ceiling soundproofed 50

250cm

EXTERIOR FINISHING LAYER

Smooth Cement plaster tinted white 200cm

4000

INTEGRATED LIGHT BULB

4. SKYLIGHT SKELETON Temporary rain storage system HSS-200 steel beam Ventilation shutter Aluminium skeleton Double glazing glass

150cm

100cm

Detail Rooftop Skylight

50cm STEEL SKELETON

The steel skeleton functions as rigid frame of the bionic shape’s structure.

0

50cm

100cm

6

150cm

200cm

250cm

300cm

INTERIOR WALL

5. BIONIC SHAPE SHELL Scale 1/25 Interior concrete plaster finishing Screed 50mm Shotcrete 200-300mm Rebars HEA-200 Shell skeleton Stonewool insulation 200mm Transit for systems Light bulb Suspendend ceiling panel Exterior concrete plaster finishing

The interior wall allows to hide the discharge arches and technical elements this between two spaces is used to create internal niches at the ground and first floor.

ENTRANCE OPENING

all the entrances follow the same architectural principle.

5

Detail Bionic Shape 200cm

150cm

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6. TIPICAL FLOOR SLAB Wood foor 32mm Weiss® raised floor system Transit for systems Screed 25mm EPS sound insulation 5mm R.C. 150mm HEB-550 prestressed steel beam Integrated ventilation duct.

Woodgips ® suspended ceiling soundproofed 50mm

CORRUGATED STEEL GUTTER BATTEN

WOODEN TRUSSES

PRIMARY BEAM PILLARS

STRUCTURAL BRACING

BUILDING 2 Multipurpose room FABLAB Meeting room MAIN ENTRANCE BUILDING 1

BUILDING 3

Staff reception desk Changing rooms Bathrooms

Wood Workshop CENTRAL NAVE BUILDING 4 Metal Painting Workshop

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ENSAG_B3S5

Atelier de Fabrication September 2020 - January 2021 Topic: Workshop Laboratory Collaborator Elias Colas

The design studio of the fifth semester was directed towards an important study of architectural detail in order to understand the material connections and how to draw them correctly. The project site is situated in Avenue Marie Reynoard, in Grenoble. It is a 60 meters wide street almost untapped. It was decided to reorganize the traffic flow, in order to create some plots to build an architectural school campus.

This project hosts the construction workshop, used by the architectural students in order to receive practical exercises about construction.

The light structure is organized in a post-beam structure which carries the roof held by a framework network. Below that first structure, four massive volumes will organize the interior spaces. The two elements work independently from each other. The open area in the center allows students to build real scale models.

In order to preserve the private space, a metallic fence divides the project with the public spaces.

Cheap and industrial materials are employed in the project to reflect the primary use of the building. The buildings are massive elements, the entrances are the only openings on the walls. The natural light comes from the skylights. Rammed earth blocks are a local material and heritage. This material is studied in the Architecture school of Grenoble.

The blue outline style was a studio constraint in order to have an homogeneous between all the projects look during the final presentation.

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Floor plan ___________________ A_Central Nave, B_Lateral Nave, C_Unloading area, D_Wood Workshop, E_Metal Painting Workshop, F_ Multipurpose room, G_Reception desk, H_Storage reception I_Bathrooms for disabled J_Changing room

N

20

0

0.

0.5

1

2m

21

22

23

FRANCE

ISÈRE

ISÈRE

NOTRE-DAME DE VAULX

Ridge line West

Notre-Dame de Vaulx Village center

Stream

Rugby Field (Valley area)

Project Location

Ridge line Est

1

2 Burying of volumes : The larger spaces are buried, while the dwellings are divided into smaller volumes.

3

Clearances : The wellness area is recessed by a third to create a space outside the thermal baths. A gap between the plurifunctional room and the wellness area acts as a separation between the two and the latter is a reference point for the elevation of the original land.

4

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Shaping of the land + separation of the lodgings: The land is as if cut out to open the facades of the underground floors to the view. The lodgings are spaced like mountain refuges on the edge of the forest, which limits the opposite side.

External circulation and skylights : A ramp between two walls is created to access the reception area. The green roof overhangs to protect an outdoor walkway.

Illumination is provided by a zenithal opening and skylights.

ENSAG_B2S4

Thermes De ND. de Vaulx February - June 2020 Topic: ESPACE BIEN ËTRE

The objective of this project is to create a building to welcome people looking for relaxation and purifying themselves from urban life.

Located in an isolated area next to the village of Notre-Dame de Vaulx in the French Alps, the construction site presents an important slope. The structure is installed on the upper part of a clearing, directly above some existing activities.

After visiting the location and his intact view, came the idea of burying most of the spaces in order to have a minimal impact on the landscape while taking advantage of the view of the valley. In Fact you can contemplate a remarkable view of Notre-Dame de Vaulx and his surroundings.

Light cannons provide the natural light needed in the most remote rooms of the bottom floor, during the day. The green roof, which merges into the slope, creates an elegant line in the landscape.

The project requires designing thermal baths with SPA and some housing for hikers.

The individual cottages upstream offer to the visitors an Alpine experience. The accommodations are located on the edge of the grove to use the trees as visual filters.

These buildings are intended to be inspired by the “Mazot”.

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1030

1020

11 13 1010

15 15

15

15

1005

16

8

1000

995

8

17

9

990

7 985

14

980

6

8

975

970

4

8 12

3

5

965

10

2 1

960

955

950

___________________ 1Road to the Valley area, 2Rugby Field, 3Tennis Field, 4Camping area, 5Existing Bungalow, 6Ski Path, 7Chair Lift, 8Natural Barrier, 9Prairie, 10Cottage 11Montainous Road ___________________ 12Parking 11 places + 1 Priority, 13Parking 14 places + 2 Priority, 14Hiking path, 15New Bungalows, 16Reception Building, 17Natural Barrier ___________________ *Contour Lines every 2.5m

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Housing floor

Reception floor

Bath Floor

27

28

29

+11.85

+9.785

+7.385

+3.00

±0.00

-6.69 -7.23

-9.69 -10.23

40

540

600

210

40

120

Dormitory

40

185

665

805

30

235

660

Changing room

Elevator

70

130

Thermal bath / Spa

+11.85

+9.785

+7.385

+3.00

583

±0.00

90

-6.69

400

110

-7.23

-9.69

1185

154

450

90

90

340

140

200

580

165

-10.23

150

540

1185

Dormitory

400

40

40

210

40

120

40

189,95

WC

180

120

160

480

Stairs

120

40

20

490

390

Changing room Showers

30

130

20

660

70

Thermal bath / Spa

130

Toiture + Faux plafond [R = 5,26 m²K/W]

Végétal Substat Drainage Etancheité Pare-pluie dalle de toiture BA Isolant + Structure pour maintenir faux plafond Pare-vapeur Faux pladond carrelage en pierre

Direct Sun - Winter

Détail d’assemblage 1/10ème

Indirect Sun - Winter débord de toiture en zinc couleur gris foncé mat

10mm Carrelage en pierre 30mm Chape de Mortier chauffage au sol 200mm Isolant élement structurel BA vide technique pour réparation

In

Végétal Substat Drainage Etancheité Pare-pluie dalle de toiture BA Isolant + Structure pour maintenir faux plafond Pare-vapeur Faux pladond carrelage en pierre

coupure de capillarité fondations BA

Détail d’assemblage 1/10ème

débord de toiture en zinc couleur gris foncé mat

Direct Sun - Summer

Indirect Sun - Summer 10mm Carrelage en pierre 30mm Chape de Mortier chauffage au sol 200mm Isolant élement structurel BA vide technique pour réparation

Membrane impérmeable

Buse venturi (Eau+Air) Injecteur Air (hydromassage)

coupure de capillarité fondations BA

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STOCKHOLM

LIDINGÖ

NORTH DJURGARDEN

HUORTHAGEN

KTH Kungliga Tekniska Högskolan

ROYAL SEAPORT

VASASTADEN OSTERMALM

STADSHAGEN KRISTENBURG KUNGSHOLMEN

LADUGARDSGARDET

NORRMALM

DJURGARDEN

FREDHALL MARIEBERG LILLA ESSINGEN GAMLA STAN

SÖDERMALM

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PoliMI_M1S2

Royal Skyline February - June 2022 Subject : Tall Building 6 Collaborators BIM SOFTWARE

Revit, Grasshopper/ladybug, Midas, Tekla, Solibri, Drofus, Syncro and Activehouse.

The design studio for the second semester of master degree is directed towards complex constructions. It focuses at an important study of both architectural and technical issues.

This building needed to be structurally verified and have to use multiples BIM softwares.

The requirements were to design a tall building following the rules given from SKYHIVE. The location chosen by the group is Stockholm the capital of Sweden.

Here many urban plans are in progress to revitalize the city. Between them the Royal Sea Port is probably the most ambitious one, the area is an industrial port that is going to be fully revitalize to become a developed green district. The city objectives are sustainability, green areas, transportation, connection, research and finally preserve the culture and the history of the country.

Tall building is really an interesting typology of building that have advantages as well as problems. The relation between the tower and the surrounding is essential to find.

The project location is in the junction between the northern (more residential) and the southern part (more office area) of the Royal Sea Port district. But also a central connection point with the water and the transportation. The original and actual city plan is to divide the area in smaller plots in order to construct medium-low buildings to receive offices and shops. In response to that, we propose to concentrate the uses in a single tall building to clear the ground floor. The difference of height related to the surrounding building allows to underline the importance of this area and the centrality of this location.

The Podium create a link between functions, green areas, horizontal distributions, urban continuity with the master plan, an existing historical building and the ferry terminal; while protecting view and from noise pollution of the highway.

The first part of the tower hosts some study areas, library and laboratories for the university students, than we find offices for startup companies and research, finally in the last top part is present an hostel for students. In the last top floor is present a restaurant that can offer a privileged view.

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PLANNED CONFIGURATION

CONCENTRATION

URBAN CONNECTION

ORIENTATIONS AND AXIS

Medium-Low rise buildings High density.

Clear the Ground Floor.

Stretch the volume to Define the square and Protect from noise pollution.

Volume defined by atmospherical phenomena and urban orientation.

G

RE

EN

RY

FERRY TERMINAL

H

G

HI

AY W

TRAM WAY

HARBOUR

COURT YARD

50 100

200 m

N

CE

0

AC

N

SS

PIAZZA

Scale: 1 / 6 000

0

20

50

100 m

Scale: 1 / 2000

Facade

Facade

PY

W AY

WAY

H

CANO

IG

TRAM

H

E

0

10

25

50 m

East Facade- Port S

0

10

25

50 m

AC

G RE EN

CE

RY

SS

South Facade E BU XIS IL TIN DI G NG

N N

0

10

20

N

0

50

100

30

60

Future Masterplan

0 250 m

30

60

Urban Section A

Satellite Plan (Status quo)

0

0

Urban Section B

50

100

250 m

30

60

Project Masterplan N

0

4

10

20 m

Scale: 1 / 400

Floor Plan -1

N

0

4

10

20 m

N

Scale: 1 / 400

0

4

0

10

25

50 m

25

50 m

Section A

Floor Plan -2

N

10

20 m

Scale: 1 / 400

Typical Structure Plan

N

0

10

Section B

34 0 100 200

400 m

120 m

Scale: 1 / 3000

Ground Floor Plan N

0

50 m

0

40

100

200 m

N

0

50

Plotting Area

100 m

150 m

150 m

Rooftop Restaurant 32F-33F Third Zone: Short Stay 23F-31F Hostel rooms: 9 floors - Shared social space - Shower room - Bathrooms - Shared kitchen

Buffer Zone: Mechanical 22F Second Zone: Coworking

13-21F

For Office/Long-term Users: 9 floors - Reception/ Postal services - Meeting rooms, Calling rooms - Registered office - Makerspace, Seminar stairs

Buffer Zone: Garden 11-12F 4-11F

First Zone: Coworking

For Public users: 5 floors

Buffer Zone: Library 2-3F

*Buffer Zones:

These spaces come between the two functions of below and above and work as a joint between them.

5

6

3

4 3

7

2

1

1

Värtaterminalen Ferry & Cruise Terminal 4 Million Annual Passenger

2

Port, Berth Depth approx.15M

3

Waterfront stand

4

Planned Tramline Path

5

Existing Historical Building

6

Tramline Station

7

Waterfront Plaza (new axis)

Podium: Cinema

Outdoor Courtyard Canopy: Interchagable

Podium: Roof passage Podium: Food & Retail

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36

37

Kista Science Tower

Kista Science Tower Tallest building in Stockholm.

Tallest building in Stockholm.

Second tallest of Sweden.

Height 124 Second tallest of Sweden. floors 30 Height 124 year 2003 floors 30 year 2003

KISTA SCIENCE TOWER

Norra Tornen (in English, Northern Towers)

Norra Tornen (in English, Northern Towers) A pair of high-rise apartment buildings A Tallest pair ofresidential high-rise apartment buildings building of Stockholm.

Tallest residential building of Stockholm.

NORRA TORNEN Height 121.1

Height 124

Height 121.1 floors 38 year 2018

floors 38 year 2018

Height 121.1

The Scandic Victoria Tower is a skyscraper HOTEL Kista Torn The Scandic Victoria Tower is a skyscraper HOTEL Height 117.6 Height 111.7 Height 117.6 floors 32 floors 40 year 2011 year 2015 floors 32

SCANDIC VICTORIA TOWER year 2011

Height 117.8

Kista Torn Height 111.7

Sthlm 01 Height 102.5 floors 27 year 2020

floors 40 TORN KISTA year 2015

Height 117.7

TRANSVERSAL SECTION

Sthlm 01 Height 102.5 floors 27 year 2020

STHLM 01

ROYAL SKYLINE

Height 102.5

Height 162

0

38

30

60

150 m

RESTAURANT 33RD FLOOR

11

14

11 7

13

14

15

8 7

6

1 Main Entrance 2 Reception 3 Waiting area 4 Service area 5 Kitchen 6 Sitting area 7 Backup 8 Main Corridor 9 Bar 10 Green Sitting area 11 Vertical access 12 Social table 13 Lounge 14 Private Tables 15 Toilets

RESTAURANT 32ND FLOOR

12

11

9

6

11 15

8 7 5

5

3

4 6

HOSTEL TYPICAL PLAN 1 Main Corridor 2 Study area 3 Lounge 4 Gaming room 5 TV room 6 Toilets 7 Showers 8 Laundry room 9 Room type A

9

9

10

10

11

9

10

10

9

9

5

2 6 7

3

1

4

8

Dormitory without bathrooms

9

10 Room Type B

9

Dormitory with bathrooms

10

11 Room Type C

10

11

9

10

10

9

9

Family suite

LIBRARY 3RD FLOOR

12

8

12

9

10 1

6

6

4

6

LIBRARY 2ND FLOOR 3 7 9

3

6

7 12

12

8

10 1 2

2

3

4

5

39

5

3

N

1 Main Corridor 2 Reception 3 treasury 4 Book shelf 5 Reading lounge 6 Reading area 7 Study area 8 Group reading area 9 Conference area 10 Toilet 11 personal study area 12 Vertical access

1

2

3

4

5

6

10

7

8

9

1 Window panels grid 2 Centroid of each panel 3 Parametric function 4 Parametric Panel Size 5 Panel Surfaces

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6 Full and Void 7 Sun Path Simulation 8 Parameter for the facade 9 Final result Facade 10 Grasshopper code

FACADE 4

2 3

1

6 9 12

2 3 4 5

6 7 8

14 15

7 10

8 9

1 STEEL BEAM HEA 360 2 Precast Concrete Panels 3 Double Layer glass 4 Joint 5 Concrete Core 6 CLT Panel 7 STEEL BEAM HEA 700 8 Duct for Ventilation & MEP 9 Slab Impact Insulation 10 Finishing Board 11 Alluminium Profile 12 Flooring Wood 13 Horizontal Connector 14 Insulation Precast Panels 15 Thermal Insulation

10

11

12

13

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ENSAG_B1S4 - Massive structure research

ENSAG_B1S4 - Woodenframe structure research 42

MODELS

Modelling Selection of some of the models I’ve made

I have always been passionate about physical modeling. This tool is allowing me to physically visualize the project and reinforce the other presentation documents.

I appreciate working with models in all the processes of creation for architecture, during the concept phases, with simple foam or cardboard shapes, and In the late processes with clean presentation mockups.

I continue to refine my practical skills by associating different modelling materials and with the use of new technology tools such as 3D printer, laser cutter, CNC or molding machine.

I also find the process of modeling to be incredibly relaxing, offering a therapeutic escape and beside his role to help define thoughts.

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ENSAG_B3S5 - Atelier de Fabrication

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ENSAG_M1S2 - Royal Skyline

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ENSAG_B2 Workshop - Alluminium foil Structure

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ENSAG_M2 Thesis Project - Sharing House

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Aurélien LEROUGE Architecture - portfolio

linkedin.com/in/aurélien-lerouge

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