WELCOME TO THE PERSONNAL
PAGE OF Jean-Fran�ois PETIOT

|
Jean-Fran�ois
PETIOT Professeur des UniversitŽs PR1/professor Ecole Centrale de Nantes contact: Jean-Francois.Petiot@irccyn.ec-nantes.fr |
Ecole Centrale de Nantes IRCCyN 1, rue de la
No‘ BP 92101 44321 NANTES
Cedex 03 FRANCE phone : +33 2 40 37 69 59 Fax : +33 2 40 37 69 30 http://www.irccyn.ec-nantes.fr/~petiot/ |
Professor at the Ecole Centrale de Nantes since september 2006.
á
Teaching
activities at Ecole Centrale de Nantes
(ECN)
á
Research
activities at IRCCyN (Institut de
Recherche en Communications et CybernŽtique de Nantes), UMR CNRS 6597.
2004 Habilitation
ˆ diriger les recherches – Conception intŽgrŽe orientŽe client:
processus, mŽthodes et outils. UniversitŽ de Nantes
1993 PhD
- mechanical engineering - optimization of cycle time in robotics. Ecole
Centrale de Nantes (France)
1988 M.S
(Dipl™me dÕŽtudes approfondies). UniversitŽ Paris XII.
1984-87 Ecole
Normale SupŽrieure de Cachan. AgrŽgation de mŽcanique.
á
Engineering
design, Design methodology, Sensory analysis, Human factors in systems design, Industrial
design, Kansei engineering, Musical acoustics.
á
Optimization
methods, genetic algorithms, CAD (computer aided design), Psychophysics, Psychoacoustics,
Multidimensional data analysis, Statistical methods.
January-June 2002: Sabbatical stay at the University of Michigan (Ann Arbor, USA) in the Optimal Design Laboratory of Pr.Papalambros
January-June 2012: Sabbatical stay at the McGill University (Montreal, Canada) at the CIRMMT, Collab. with Gary Scavone and Stephen McAdams
2006-2010: Head of the Department Ç Product engineering and industrial systems development È of Ecole Centrale de Nantes
2007-2010: Supervisor of the specialisation Ç Products development and industrial systemsÈ of Ecole Centrale de Nantes
Since 2014: Supervisor of the specialisations Ç Perception and sound design È and ÒScience et Musique Ó of Ecole Centrale de Nantes
Since 2005: Supervisor of the Mast�re spŽcialisŽ Ç Marketing, Design and creation È, in partnership with AUDENCIA Nantes.
Reviewer for several International journals and conferences:
|
2005 |
Responsible of the research contract Ç Perceptive Evaluation of motor sounds. Team PEFH (Perception et facteurs humains - Vincent ROUSSARIE). Peugeot SA, VŽlizy, France, 30/12/2005 - 30/10/2006. Contract N¡E112. |
|
2007 |
Responsible of the research contract Ç Perceptual tests automotive fabrics È, Team Sensory analysis, RENAULT SAS, Technocentre Guyancourt. 01/11/2007 - 01/01/2008. |
|
2008 |
PhD director. Convention CIFRE with the Team ÒPerception et analyse sensorielleÓ, RENAULT SAS, DREAM/DTAA (David BLUMENTHAL), Technocentre Guyancourt.. Sujet Ç Robust engineering appliquŽ aux mŽthodes de lÕanalyse sensorielle ou comment trouver lÕespace produit optimal È. 01/12/2008-01/12/2011. |
|
2009 |
PhD Director. Convention CIFRE with the CTS (Centre Technique de Simulations), RENAULT SAS, Technocentre Guyancourt.. Sujet Ç Objectivation des prestations ESP sur simulateur de conduite È. 01/01/2009 – 01/01/2012. |
|
2010 |
Responsible of the research contract Ç Interactive evaluation of carÕs dashboards È, Team ÒPerception et analyse sensorielleÓ, RENAULT SAS, Technocentre Guyancourt. 01/03/2010 - 06/06/2011. |
|
2011 |
Responsible of the
research contract Ç Design of alarm sounds È, sociŽtŽ Gv conseil-manutention,
27930 Guichainville. |
|
2011-2012 |
Responsible of the
research contract Ç Exploration of innovations by customers È, Team
ÒPerception et analyse sensorielleÓ, RENAULT
SAS, Technocentre Guyancourt. Du 5/09/2011 au 21/12/2012. |
|
2014 |
Research contract with
DCNS (Indret, Nantes) |
|
2015 |
Research contract with Peugeot SA, VŽlizy, |
|
2016 |
Research contract with
CLARINS (Pontoise, France) |
|
|
|
|
|
|
At Ecole Centrale de Nantes, courses taught in French:
á Customer oriented design (course 20h – Master level)
á Design of Experiments (20h, master level)
á Analysis of Sensory data (course 20h – Master level)
á Design methodology (course 20h – Master level)
á Machine elements (course, 20h – Master level)
á Human factors in systems design (Course, 16h, Master level)
á Physics of musical instruments (elective course, 32h, Master level)
á Basics of acoustics, audio signal processing and psychoacoustics (20h)
¯
Since 1995 with Jo‘l Gilbert, DR CNRS LAUM (UMR CNRS
6613), UniversitŽ du Maine. Musical acoustics, brass instruments, simulation by
physical modelling.
¯
Since 1999 with Bernard Yannou (LCGI, Ecole centrale
Paris), industrial engineering
¯
Since 2001 with Bruno Gazengel and Jean Pierre DALMONT
LAUM (UMR CNRS 6613), UniversitŽ du Maine. Study of the perceived quality of
reed-instruments
¯
Since 2002 with Pr. Papalambros and the Optimal Design
Laboratory, University of Michigan, in Design Science.
¯
Since 2003 with RenŽ Causse, IRCAM Paris, Perceived
quality of musical instruments.
¯
Since 2003 with Jean Pierre Mathieu, Pr AUDENCIA, Nantes.
¯
Since 2004 with Anne Guenand, Mcf UniversitŽ de
Technologie de Compi�gne, in industrial design.
¯
Since 2010 with Pr. H. Aoyama, KEIO University, Japan.
¯
Since 2012 with Gary Scavone and Stephen McAdams, CIRMMT,
McGill University, Montreal, Canada
|
Name - Subject |
Partners |
|
Mathieu DELANGLE (2012 - 4 mai 2016) La rŽalitŽ
virtuelle en conception universelle. Doctorant MENESR |
E.
POIRSON, IRCCyN, ECN |
|
Robin TOURNEMENNE (2013 - ) Simulations
sonores par mod�le physique pour lÕacoustique virtuelle et la conception.
Application aux instruments de musique ˆ vent. Doctorant MENESR |
Joel GILBERT,
LAUM, UMR CNRS 6613, Le Mans |
|
GrŽgoire LAFAY (2013 - ) Analyse et
synth�se de sc�nes sonores environnementales. Doctorant MENESR |
Mathieu LAGRANGE,
JŽr™me IDIER, equipe ADTSI, IRCCYN, |
|
Alberto MUNOZ ( 2013 - ) Etude de
la qualitŽ dÕanches de saxophones. Doctorant MENESR |
B.
GAZENGEL, J-P DALMONT , LAUM, UMR CNRS 6613, Le Mans |
|
Remi GLOAGUEN (2015 - ) Identification
du bruit du trafic routier au sein dÕun environnement sonore urbain. th�se
IFSTTAR |
Mathieu
LAGRANGE, IRCCyN, Nantes Arnaud
CAN, LAE, IFSTTAR, Nantes |
1. J-F. Petiot, B. Yannou Ç Measuring consumer
perceptions for a better comprehension, specification and assessment of product
semanticsÈ. International Journal of Industrial Ergonomics. Vol 33/6 pp
507-525, 2004.
2. E. Poirson, J-F Petiot, J. Gilbert. Ç
Study of the brightness of trumpet tones. Journal of the Acoustic Society of
America, Vol. 118(4), October 2005. pp 2656-2666.
3. J-F. Petiot, S. Grognet. Product
design: A vectors field based approach for preference modelling. Journal of
Engineering Design, Vol. 17, No. 3, June 2006, pp217-233. ISSN 0954-4828.
4. E. Poirson, J-F Petiot, J. Gilbert.
Integration of user-perceptions in the design process: application to musical
instrument optimisation. Journal of Mechanical Design, Vol.129, No.12, December
2007, pp1206-1214.
5. J-F Petiot, C. Salvo, I. Hossoy, P. Papalambros,
R. Gonzalez A cross-cultural study of usersÕ craftsmanship perceptions in
vehicle interior design. International Journal of Product Development, Vol. 7,
Nos. 1/2, 2009, pp28-46.
6. Poirson E., Petiot J-F., Richard F. A
method for perceptual evaluation of products by naive subjects: Application to
car engine sounds. International Journal of Industrial Ergonomics, Volume 40,
Issue 5, September 2010, Pages 504-516.
7. Guyon H., Petiot J.-F. (2011) Market share
predictions: a new model with rating-based conjoint analysis, International
Journal of Market Research. IJMR Vol. 53(6), pp 831-857. DOI :
10.2501/IJMR-53-6-831-857.
8. Kelly, Jarod C., Maheut, Pierre , Petiot,
Jean-Fran�ois and Papalambros, Panos Y. Incorporating user shape preference in
engineering design optimisation, Journal of Engineering Design, vol 22, issue9,
September 2011, pp 627 650.
9. Petiot J-F. Dagher A. Preference-oriented
form design: application to carsÕ headlights. Int. J. Interact. Des. Manuf.
(2011). Vol.5, 17-27. DOI 10.1007/s12008-010-0105-5
10. Denoual T., Mars F., Petiot J-F., Reymond
G., Kemeny A. DriversÕ perception of loss of adherence in bends: influence of
motion rendering. Journal of Computing And Information Science In Engineering.
Vol. 11, Issue 4, 041004 (2011).
11. Lu W., Petiot J-F. A sound-based protocol
to study product emotions. International Journal of Product Development. Vol.
16, N¡ 3/4, pp 207-224, 2012.
12. Poirson E., Petiot J-F., Boivin L.,
Blumenthal D. Eliciting User Perceptions Using Assessment tests based on an
Interactive Genetic Algorithm. Journal of Mechanical Design, Vol. 135, Issue3,
031004 -1-16 March 2013. http://dx.doi.org/10.1115/1.4023282.
13. Petiot J-F., Gilbert J. Comparison of
trumpets' sounds played by a musician or simulated by physical modeling. Acta
Acustica united wih Acustica. Vol. 99, (2013), 629-641. DOI 10.3813/AAA.918642.
14. Eveno P., Petiot J-F., Gilbert J., Kieffer
B., CaussŽ R. The relationship between resonances frequencies and playing
frequencies in trumpets. Acta Acustica united wih Acustica. 03/2014. Vol.
100(2), 362-374.
15. Guyon H., Petiot J.-F. (2015) New conjoint
approaches to scaling brand equity and optimising share of preference
prediction, International Journal of Market Research. IJMR , Vol. 57, Issue 5,
pp 701-725, 2015.
16. Gazengel B., Dalmont J-P., Petiot J-F. Link
between objective and subjective characterizations of Bb clarinet reeds.
Applied Acoustics Volume 106, may 2016, pp 155-
17.
Delangle M.,
Petiot J-F., Poirson E. Using motion capture to study human standing
accessibility: comparison between physical experiment, static model and virtual
ergonomic evaluations. International Journal on Interactive Design and
Manufacturing (IJIDeM), (2016), 1-10. DOI : 10.1007/s12008-016-0304-9.
1.
Petiot J-F, Kersaudy P., Scavone G., MacAdams S.,
Gazengel B. Modeling of the subjective quality of saxophone reeds. The journal
of the Acoustical Society of America, Vol. 133, N¡5, Pt.2 of 2, May 2013.
Proceeding of ICA 2013, Montreal, Quebec, 2-7 June 2013.
2.
R. Causse, P. Eveno, J. Gilbert, J-F Petiot. What can we
deduce from measured resonance frequencies of trumpets concerning playing
frequencies. The journal of the Acoustical Society of America, Vol. 133, N¡5,
Pt.2 of 2, May 2013. Proceeding of ICA 2013, Montreal, Quebec, 2-7 June 2013.
3.
Petiot J-F, Kersaudy P., Scavone G., MacAdams S. Study of
the perceived quality of saxophone reeds by a panel of musicians. Proceedings
of SMAC 2013, Stockholm, August 2013.
4.
Petiot J-F., Kristensen B.G., Maier A.M. How should an electric
vehicle sound ? User and expert perception. Proceedings
of the ASME 2013 International Design Engineering Technical Conferences &Computers and Information in Engineering Conference IDETC/CIE
2013, August 4-7, 2013, Portland, Oregon, USA.
5.
Poirson E., Da Cunha C., Petiot
J-F. Can we categorize moviegoers on their emotions? Proceedings of KEER 2014, International
conference on Kansei Engineering and Emotion Research, Linkšping, Sweden, June
11-13 2014.
6.
Petiot J-F., Cervantes F., Boivin L. An interactive
genetic algorithm for the study of product semantics. Proceedings
of KEER 2014, International conference on Kansei Engineering and Emotion Research,
Linkšping, Sweden, June 11-13 2014.
7.
DESIGN 2014
8.
Lafay, G and Rossignol, M and Misdariis, N and
Lagrange, M and Petiot J-F. A New Experimental
Approach for Urban Soundscape Characterization Based on Sound Manipulation : A
Pilot Study. Proceedings of ISMA 2014, Le Mans, France,
Juillet 2014.
9.
Petiot J-F., Le Vey G. Graph-based model optimization of
wind instruments. Preliminary results. Proceedings of
ISMA 2014, Le Mans, France, Juillet 2014.
10.
Tournemenne Robin, Petiot
Jean-Fran�ois, Gilbert Jo‘l. Study of perceived differences between simulated
and real trumpet sounds. Proceedings of ISMA 2014, Le Mans, France, Juillet
2014.
11.
Lu Weihua, Petiot J-F.
Investigation on A Non-Verbal Emotion Assessment Tool in Cross-Cultural
Context. Proceedings of ISASE 2015 International Symposium on Affective Science
and Engineering, March 2015, Tokyo, Japan.
12.
Petiot J-F., Cervantes Chavez
F., Boivin L. A comparison of conjoint analysis and interactive genetic
algorithms for the study of product semantics. Proceedings of ICED 2015, July
2015, Milano, Italy. Best paper Award.
13.
Delangle M., Petiot J-F.,
Poirson E. Assessing the differences between numerical methods, CAD evaluations
and real experiments for the assessement of reach envelopes of the human body.
Proceedings of ICED 2015, July 2015, Milano, Italy

Artificial mouths for brass instruments

Captor for the measurement of the force
applied on the mouthpiece during brass playing

Design and optimization of an artificial
marine conch
See: http://www.youtube
