TEACHING

TEACHING

CURRENTLY : assistant professor at Polytech Orléans

CoursesQuantityAudienceTypeDetails
Fluid Dynamics 30hPeiPC/TD/TPContinuum mechanics, Fluids static (Hydrostatic, Archimedes, Atmospheric equilibrium), Euler's equations, Bernouilli's principle, practices for initiation to basic principles
51hING1
(TEAM)
C/TDFluids static (Hydrostatic, Archimedes, Atmospheric equilibrium), Euler's equations, Bernouilli's principle, hydraulic circuits, balance of momentum on a control volume
38hING2
(TEAM)
TPPractices for fluid dynamics principles: flows around an airfoil, a cylinder, a sphere; boundary layer; compressible nozzle.
CFD using Ansys Fluent: boundary layer; compressible nozzle; flows around an airfoil, a cylinder, projects.
42hING2
(GC)
C/TDFluids static (Hydrostatic, Archimedes, Atmospheric equilibrium), Euler's equations, Bernouilli's principle, free surface flows, hydraulic circuits
Renewable marine energies (introduction)4hING3
(TEAM)
C/TDCharacterisation of the wind/waves/current ressources, marine hydraulic energies (tidal power, marine current power), offshore wind turbines
Projects/ING2-3
(TEAM)
Internships/ING2-3
(TEAM)

(legend) PeiP: “classe préparatoire” of Polytech Orléans, ING1: 1st year engineer Polytech, ING2: 2nd year engineer Polytech, ING3: 3rd year engineer Polytech, TEAM: Energetics option, GC: Civil Engineering option, C: Lectures, TD : Tutorials, TP : Practical work.

PREVIOUSLY : equivalent of 339 hours (equivalent “Practice” in the French system) done :
– teaching assistant (“monitorat”) for two years at École Centrale de Lille (2012-2014)
– temporary assistant professor (“ATER”) at École Centrale de Lille (2014-2015)
– teaching assistant (“vacations”) at École Centrale de Nantes (2020-2021)

École Centrale de Nantes (2020-2021)

CoursesQuantityAudienceTypeDetails
Fluid physics and dynamics16hING1TPEuler's jet, aerodynamics around a cylinder, laminar/turbulent flow in pipes, pressure drops, nozzles, flow visualization
Experimental hydrodynamics12hING3/M2TP Analysis of turbulent boundary layers properties using hot-wire anemometry

(legend) ING1: 1st year Centrale, ING3: 3rd year Centrale, M2: Master 2 OCEAN [link], TP : Practical work.

École Centrale de Lille (2011-2015)

CoursesQuantityAudienceTypeDetails
Fluid Mechanics introduction28hING1C/TDContinuum mechanics, Fluids static (Hydrostatic, Archimedes, Atmospheric equilibrium), Fluids kinematics (Lagrange/Euler), Bernouilli's principle, Euler's equations
12hEDC/TDPoint mechanics, Solid mechanics, Continuum mechanics, Fluids static (Hydrostatic, Archimedes, Atmospheric equilibrium)
Thermodynamics24hING1TDThermodynamics principles, Thermodynamics cycles (petrol, diesel, gas, steam, refrigiration)
20hING2TD
Aero-hydro dynamics32hING2TDEuler's equations, Euler's jet, pressure drops, similarities for pumps
8hING2TP
Fluid Energetics24hING2C/TDThermodynamics machines, Wind turbines (structure, Betz's limit, horizontal and vertical axis, exploitation), terrestrial hydraulic energies (facilities, sizes and types of dams), marine hydraulic energies (tidal power, marine current power).
Aerodynamics for transportation10hING2TDDrag and lift coefficients, similarities. Compressible flows, de Laval nozzle.
High-speed transportation10hING2TDFriction, drag and lift coefficients, similarities. Compressible flows, de Laval nozzle.
PIV initiation12hING2TPIntroduction to the technique, image correlations, velocity fields analysis, practical works on different geometries (cylinder, plane plate, airfoil, etc.)

(legend) ING1: 1st year Centrale, ING2: 2nd year Centrale , ED : Double diploma EDHEC/Centrale, C: Lectures, TD : Tutorials, TP : Practical work.