PO R T O F IO L Experience & Innovation
Brice Pannetier / Architecte ade brice.pannetier@me.com
Curriculum Vitae
EFFERVESCENCE INVISIBLE HIGHER NATIONAL SCHOOL OF ARCHITECTURE, OF NORMANDIE
pages 6 to 11
LABORATOIRE CLAUDE MONET HIGHER NATIONAL SCHOOL OF ARCHITECTURE, OF NORMANDIE
pages 12 to 19
DIGITAL INKUBATOR STUTTGART STATE ACADEMY OF ART AND DESIGN, DIGITAL ARCHITECTURE
pages 20 to 27
PHILIPPE RAHM ARCHITECTES 12 RUE CHABANAIS PARIS, FRANCE
pages 28 to 31
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Curriculum Vitae
BRICE PANNETIER ARC HITEC TE DE BORN 03.01.1988, FRANCE BRICE.PANNETIER@ME.COM http://issuu.com/bricepannetier +33 (0)6 84 93 52 33
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EDUCATION University
2012: Diplôme d’État d’architecte Master degree in architecture Mention : Very good Subject : The wind , new climatic parameter to create forms and architecture spaces.
2011 – 2012:
Master Thesis : Architecture and his climate How can the climate change the design of the architecture ? Higher National School of Architecture of Normandie
2009 – 2011: The Stuttgart State Academy of Art and Design (Architecture) 2006 – 2009: Bachelor degree in Architecture Higher National School of Architecture of Normandie
WORK EXPERIENCE Architecture
2014 :
Freelance Architect
2013 – 2014 : Atelier des deux Anges (www.atelierdesdeuxanges.fr)_Rouen High school «Notre Dame de Gravenchon»: Detail design
2012 – 2013: Philippe Rahm architectes (www.philipperahm.com)_Paris
Taichung gateway park (Taïwan): Preliminary design and Detail design. . 2011: Auer und Weber Associiert (www.auer-weber.de )_Stuttgart Musium of Archéologie of Chemnitz: Preliminary design and Detail design 2008: Soltkahn_Berlin Compétition of an hotel in Potsdam.(Germany) Architecture association 2013:
Collectif AXIOME_Rouen Co-président of an architecture association (compétitions and expérimentation)
Teaching
2013: Higher National School of Architecture of Normandie Computer teacher ( Rhinocéros3D/Grasshopper ) Carpentry
2007 : Le Corvaisier_ Mur de Bretagne Building site worker
Facilitator summer 2005-2009
Base départementale plein air Guerledan_ Mur de Bretagne Faciltator and Canoe-Kayak teacher
SKILLS Computer skills Draw CAO AutoCad, Vector works, Revit building and Archicad 3D modeling Rhinoceros3D+Grasshopper, Maya, Cinéma 4d, 3DS Max, Sketch up Render Cinéma 4d, 3DS Max, Artlantis Communication design Indesign, Photoshop, Illustrator/ Word, Exel, Power point Languages
Interets
mother language fluent written and spoken
French German, English
Drawing, travels, guitare, theater, sport ( Canoe kayak, surfing, swimming, running , skiing, snowboarding ... )
Other Driving licence and car 5
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DIPLOME
EFFERVESCENCE INVISIBLE Higher National School of Architecture of Normandie
Air mouvement
Temperature Pollution
Site
Architecture
EFFERVESCENCE INVISIBLE CONCEPT : THE WIND , NEW CLIMATIC PARAMETER TO CREATE F O RM S A N D AR CHITECTU R E SPACES
(Diplome 2012) Teacher: Philippe Rahm
SITE:
SITUATION 1572 Broadway Manhattan, New York city 10036
The concept is to generate a design resulting from the phenomenon of wind on a site. We know that 61% of energy consumption of residential buildings is directly related to the movement of air (hot or cold). The idea would be to therefore take advantage of the existing air movement on a site to maximize natural ventilation within the architectural volume and thus considerably reduce the consumption of the latter. Site selection was induced by criteria related to air movement and quality of this one (urban density , height of buildings, energy consumption, pollutant concentration ) . All of these factors converged to a big metropolis and the New York City and especially Times Square in Manhattan was the perfect place. The analysis phase represented a 8
large part of the architectural design. To draw the shape of the tour, it was necessary to study the various winds of New York, the temperature , the rate of pollution , speed, or the time of year during which they blow . We then discussed towards confronting these contextual winds context to see how high they could be picked for optimal natural ventilation. These analyses were performed using a software called Falkon . Once the shape of the planes are defined at each height , it was possible to model the globlal volume of the tower. The project was fully realized parametrically to allow greater design flexibility. @ original board of the diplom : http://pinterest.com/ensanormandie/ brice-pannetier/
MAIN WINDS
Surface modeling accroding to the studies
Winds studies on different high
260 m
Wind on the tour
90 m
150 m
Winds studies
Formes of the different floor.
South wind is warmer in winter
South
Wind speed is around 20 km/h High level of pollution on the ground , but it‘s disappear over 200 meter high.
Janvier / février
Janvier / février
Mars/Avril /Mai
Mars/Avril /Mai
Juin Juillet Ao
Septembre
Juin Juillet Aout
Septembre
South-west wind is temperate South-west
Wind speed is around 25 km/h High level of pollution on the ground , but it‘s disappear over 200 meter high.
Janvier / février
Octobre/Décembre
Octobre/Décembre
Septembre
Mars/Avril /Mai
Novembre
Novembre
South-east wind is temperate
South-east
Wind speed is around 25 km/h High level of pollution on the ground , but it‘s disappear over 200 meter high.
Octobre/Décembre
Novembre
North-east wind is cool
North-east
Wind speed is around 25 km/h Low level of pollution on the ground , because of the presence of central park.
Janvier / février
Mars/Avril /Mai
Septembre
Juin Juillet Aout
North-west wind is cool North-West
Wind speed is around 25 km/h Middle level of pollution on the ground. Janvier / février
Mars/Avril /Mai
Octobre/Décembre
Septembre
Novembre
Juin Juillet Aout
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PARAMETRIC CONCEPTION Inside structural skin
Inside structural elements
Outside structure
Outside skin with rotate panels
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Jardin d’hiver
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2 LABORATOIRE CLAUDE MONET Higher National School of Architecture of Normandie
LABORATOIRE CLAUDE MONET SUJET: USING CLIMATE SKILLS TO GENERATE NEW SPACES
(master 2010-2011) Teacher : Philippe Rahm Occasional teacher : Nicolas Dorval-Bory
CONCEPT
The wind in the middle of a simple volume. A preliminary analysis , we found that there are two particular forms that react completely differently to wind and air movement . These shapes are the circle and line. The idea was to use these two forms and positions in space so intended . To increase the complexity of the effects of wind it was interesting that the line becomes a circle and the circle becomes a line. It was therefore at the center of this space a multitude of effects that enrich the basic concept . I then analyzed wind speeds at several locations in the volume plan and section . After defining the project would be an art school , it was interesting to analyze more precisely the program. And define for each element of the latter 14
is a need for air exchange . Then crossing program data and analyzes using the software I was able to position the various program elements within the space. Finally it was interesting to set this volume in a real place. So I set up this project in Saint -Brieuc on a virgin land that was potentially the assets necessary for the proper conduct of the airflow . The volume is then complexity and adapt to contextual factors.
SITUATION rue de Roannec’h 22000 Saint Brieuc FRANCE
SITUATION PLAN
USING WIND ON THE SITE
Ground draw by the wind
Summer situation with a South-west wind
Topography design the shape of the roof
Summer situation with a North-east wind
Using wind speed to produce energie
Winter situation with a South-west wind
Roof shape
Winter situation with a North-east wind
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TOOLS
FLOORS STUDIES
B
B
B
B
B
C
A C
A
C
C
A
C
C
A
A
C
C
B
A
C
A
C
C C
B
C A
A
SECTIONS STUDIES
A
A
A
A
C
C B B
B
B
C
C
B
C
B
B A
A
A A
A
AIR SPEED AND PROGRAM Speed km/h
A
1 1,5 2
Program Zone A : 3 to 5 m3 per hour Library / Classroom / Showroom / Storage area / Recreational area / Dressing room / Refrigerated storage area 5 to10 m3 per hour Information desk / Tiered seating / Corridors / Studio / Storage area
2,5 3
Speed km/h
3,5 4 4,5 5
10 to 15 m3 per hour Studios drawing and sculpture / Storage area
15 to 20 m3 per hour Stairs
20 to 25 m3 per hour Computer room / Multimedia library / Studios / Storage area / Restaurant
5,5 6
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0,5 1 1,5 2 2,5
Zone B :
25 to 30 m per hour Stage / Kitchen / Bathroom / Toilets 3
Good
Fine
Refrigerated storage area Library Showroom Classroom Information desk Studios Tiered seating Studios drawing and sculpture
Bad
Air quality
Dressing room Storage area Corridors Storage area
Storage area
3 3,5
Stairs
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Studios Multimedia library Restaurant
4,5 5 5,5
Zone C :
C
Programmatic organisation
0,5
B
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Computer room Stage
Kitchen
Storage area Bathroom Toilets
FLOORS
SECTIONS
DETAIL
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PARAMÉTRIC FACADES
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3 DIGITAL INKUBATOR The Stuttgart State Academy of Art and Design,architecture
DIGITAL INKUBATOR S UBJECT: D ES I G N A MU SEU M FOR DIGITAL ARTS, WITH DIGITAL TOOLS LIKE MAYA SOFTWARE
(master 2009-2010) Teacher: Tobias Wallisser Teacher assistant : Martin Schroth
CONCEPT MODEL LOCALISATION Tacheles Oranienburger Straße 54, 13437 Berlin
The first step was to set the right form of the external volume according to the urban analysis . Then the idea was to make an accurate chart of the programmatic organization of the project . Thereafter through maya, I programmed a definition for circulating 4 particles at the same time, which corresponded to 4 ways of using the building. The only constraint for these particles was that they were two key moments converge to the same place . These two strategic points of the program were « the librairie» at the center and the view at the top of the volume. Thereafter I grafted various elements of the program to 4 22
traces made by the particles. The fourth step was to build the empty space of the volume . Finally , the entire structure is enclosed by a second skin . The experiment with this project was to question the new digital tools to create new concept of architectural design.
STEPS
Situation of the program elements
Model the emply space inside the volume
modeling the architectural element ( floors, stairs, lift)
Modeling the outside skin
Künsler Besucher Personel Resarch
PROGRAM
Zeit ( frames)
Particules movement create four different way of program
Künsler Besucher Personel Reserach
Outside form come from the site
Öffentlich raum
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Dauerausstellung
120
Temporäle Ausstellung
14 m Presentation
Konferenzraum
90
Büroräume Archiv
70
Mediathek Werkstatten 10 m Atelier
Conception 40
Seminarräum
30
Shop Café/restaurant 4m Garderobe Besucher Eingang
Foyer
Foyer Technikräume
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FLOORS
SECTION
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4 PHILIPPE RAHM ARCHITECTES 12 rue Chabanais Paris www.philipperahm.com
TAICHUNG GATEWAY PARK MISSION : PRELIMINARY DESIGN, DETAIL DESIGN SOFTWARE : INDESIGN, ILLUSTRATOR, PHOTOSHOP, AUTOCAD, CINÉMA 4D
2012 - 2013 Employee status : architect Project managers : Philippe Rahm, Andrej Brenik, Pei Yoa Wu
PROJECT :
Project Description: The competition of the Gateway Park, is the first international competition for a park in Taiwan. The team was a collaboration betweem French landscape Designers: Catherine Mosbach , Philippe Rahm architectes and Ricky Liu, won by creating pleasant microclimates and changes throughout the year on 67 hectares of the park. Personal mission: I had the opportunity to work six months continuously on this project. I was able to attend the last two phases of design, which were «preliminary design» and «detail design». I had to work concretely on the drawings of the «climatic devices» of the park with a designer and as well as constant relationship
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with our engineer partners fluids (Transolar) and structure (Bollinger and Grohmann). This allowed me to gain rigor and improve my language and technical skills. I had the opportunity on several occasions, to assist project managers in the management and organization of work and teams. The way between the theoretical notion of Philippe Rahm and the reality of the project has allowed me to understand the challenges of communication and the ability of an architect to synthesize all the data to make the most appropriate decisions for project success.
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