Chasseneuil-du-Poitou, Nouvelle-Aquitaine, France
Désireux de trouver un métier de terrain et proche de la recherche, à forte dimension technique et en adéquation avec mon profil, je suis ingénieur à l'ISAE-ENSMA (en appui à la formation) et l'institut Pprime (en appui à la recherche). Passionné par l’aérodynamique depuis mes plus jeunes années, j'ai mené plusieurs campagnes de mesures expérimentales en soufflerie tout en ayant acquis une expérience en méthodologie de simulation numérique fluidique. Après avoir vécu les expériences de voyageur puis de travailleur itinérant, j'ai été enseignant en charge de la formation en énergétique chez ELISA Aerospace.
Responsable des souffleries et des techniques associées à l'ISAE-ENSMA/Institut Pprime. Support à la recherche (Pprime, CNRS UPR 3346 - Département Fluide Thermique Combustion) et à la formation (ISAE-ENSMA).
¬ Teaching responsibilities (~450 hours/year) in the following subjects: - Turbomachinery Engineering (5th year - specialization course): Aerothermodynamics. - Wing Aerodynamics (5th year - specialization course): Potential flows, thin airfoil theory, Prandtl's lifting line theory, linearized compressible flow theory (subsonic and supersonic). - Compressible Aerodynamics (4th year): Normal shock waves, oblique shock/expansion waves, quasi-1D internal flows, introduction to the method of characteristics. - Fluid Mechanics (3rd year): statics, kinematics, dynamics of incompressible inviscid fluids, viscous fluid dynamics and laminar boundary layers. - Heat Transfer (3rd year): Conduction, forced convection, natural convection, radiation. - Fundamentals of Physics (1st year): mechanics, thermodynamics, optics. ¬ Acquisition and rehabilitation of low-speed subsonic Eiffel-type wind tunnels as part of student projects. ¬ Supervision of final-year internship defenses and admissions interviews for CPGE competitive exams (E3A). ¬ Development of reference frameworks to ensure overall consistency in fluid mechanics education. ¬ Complete overhaul (excluding 1st-year courses) of lecture notes, tutorials, practical sessions, projects, and exams. ¬ Active participation in various communication and outreach initiatives.
¬ Seasonal Jobs: Intermarché Drive (Montech, Tarn-et-Garonne, Occitanie) Décathlon (Bressols, Tarn-et-Garonne, Occitanie) Emmaüs (La-Ville-Dieu-du-Temple, Tarn-et-Garonne, Occitanie) CH Montauban (Montauban, Tarn-et-Garonne, Occitanie) Viticulture: Domaine Lafarge (Volnay, Côte d'Or, Bourgogne) Viticulture: Domaine Perayrols (Bressols, Tarn-et-Garonne, Occitanie) Market Gardening: Pousse Occitane (Montbartier, Tarn-et-Garonne, Occitanie) ¬ Crossing of the Pyrenees (from Banyuls (66) to Hendaye (64)) via unmarked, high-altitude, cross-border route (Pyrenean High Route, by Georges Véron and Jérôme Bonneaux): *45 stages (850 km, 50,000 m D+/D-). *Passage through/near the highest peaks of the Pyrenees. *Fully autonomous trek (bivouac, food autonomy for up to 6 days). ¬ Completion of various long-distance hikes on marked trails: GR400 – Cantal Mounts Tour: 135 km GR30 – Auvergne Lakes and Volcanoes Tour : 203 km GR70 – Stevenson Trail: 272 km GR58 – Queyras Tour: 112 km GRP Font Sancte: 44 km Fiz Tour: 56 km *Fully autonomous trekking. *Travel between sites using a converted vehicle.
A journey focused on authenticity and meaningful encounters, achieved through extensive long-distance hiking, cultural visits, stays with non-commercial host families, and volunteer work. The journey was interrupted by the COVID-19 pandemic. ¬ Non-chronological summary: Vietnam (1 month) Cambodia (1 month) Laos (1 month) Thailand (6 months) Myanmar (2 months) Bangladesh (1 month) Nepal (5 months) India (Northeast, 4 months): West Bengal, Uttar Pradesh, Jharkhand, Bihar, Sikkim, Assam, Meghalaya, Arunachal Pradesh, Nagaland, Tripura, Mizoram, Manipur
PhD thesis at Ecole Centrale de Nantes (France, defended on October 22, 2018). Specialty: Fluid Mechanics Doctoral School: Sciences pour l'Ingénieur at Bretagne Loire University (France) Research unit: ESTACA West Campus (Laval, France) Title: Experimental study of ultrafine particle dispersion in the wake of road vehicle models ¬ Publications: 4 publications in International journals 3 International conferences with proceedings 2 National conferences with proceedings 4 other International and National meetings for oral presentations ¬ Works carried out New wind tunnel test section design & calibration Velocity (LDV) and particle number concentration (ELPI) measurements in the wake of 3 simplified car models (Ahmed bodies 0°/25°/35°) Development of an innovative LDV data treatment method that has been published Additional velocity measurements (PIV) at CORIA in Rouen (France) ¬ On-board and in situ measurements in Paris region (France) as part of CAPTIHV project by ADEME ¬ Teaching activities Practical sessions for 1st and 2nd year students: hydraulics, material resistance, mechanics, thermodynamics Project supervisor of 3rd year students (scientific research initiation) and 5th year students (hydrodynamic flow simulation around a windfoil) ¬ PhD student representative and participation to lab strategic meeting ¬ Science popularization missions : Open Days, Science Festival, TP «test benches» for high school students ¬ Winner of the internal competition «Ma Thèse en 180 secondes» Means used: Wind tunnel, LDV, PIV, ELPI, PALAS, Matlab, LaTeX