Bandani

MEB parcours

Principaux parcours académiques diplomants, études post-doctorales non comprises.

Main academic background

Electrical Engineering and Energy
  • Electromagnetism ;
  • Single and three-phase systems ;
  • Rotating fields ;
  • Direct current generators ;
  • Alternators ;
  • Asynchronous generators ;
  • Transformers ;
  • Electrical power transmission and distribution networks ;
  • Electrical power quality and harmonic pollution
  • Electromechanical systems and Machines
  • Main energy sources ;
  • Primary energy to electrical energy conversion systems ;
  • Sizing of electrical energy production facilities ;
  • Renewable energies and energy transition ;
  • Photovoltaic and wind power generation ;
  • Storage of electrical energy ;
  • Fuel cells.
Materials and electrical reliability
  • Diélectrics and semi-conductors materials
  • Reliability of industrial systems
  • Conduction and transport of electrical charges in dielectrics ;
  • Space charge ;
  • Aging of materials ;
  • Electrical contacts ;
  • Electromagnetic disturbances: sources and remedies ;
  • Protection against lightning ;
  • Concept of continuous medium ;
Fluid Mechanics
  • Real fluid dynamics ;
  • Concept of continuous medium ;
  • Principle of statics ;
  • Kinematics in fluid mechanics ;
  • Bernoulli's theorem, flow and velocity measurement, Pitot tube, determination of linear and singular pressure drops in pipe flows ;
  • Generalized Bernoulli's theorem ;
  • Quantity of motion theorem for the calculation of the resultant of surface actions ;
  • Real Newtonian fluids ;
  • Local forms of the balance equations (continuity equation, Navier-Stokes equations, energy equation) ;
  • Establishment of the main academic solutions of the Navier-Stokes equations (plane and cylindrical Poiseuille flows, Couette and Taylor-Couette flows) ;
Multiphysics modeling and Simulation
  • Discretization techniques and numerical schemes : Notion of meshes, Discretization of differential operators (finite difference method, finite volumes and finite elements), Temporal integration, explicit and implicit schemes ;
  • Python and Fortran programmation of numerical methods
  • Numerical stability, numerical errors, diffusion and numerical dispersion ;
  • Resolution of incompressible Naviers-Stokes equations : Velocity-pressure coupling algorithms, Boundary conditions for the Naviers-Stokes equations ;
  • Solving large hollow linear systems : Direct and iterative methods.
  • Learning of the Ansys-Multiphysics and Comsol Multiphysics computational code : Near-processing, Geometry and meshing (Design-Modeler and Meshing), Processing and parameterization of these industial solvers, Post-processing with Comsol and CFD-Post software ;
Mathematics (Differential analyse)
  • Coordinate systems. Scalar and vector product ;
  • Partial derivatives ;
  • Differential operators : Divergence - Gradient - Rotational - Laplacian ;
  • Flux of a vector field ;
  • Green-Ostrogradky theorem ;
  • Particle derivative ;
  • Transport theorem ;
  • Differential equations of 1st and 2nd order ;
Heat Transferts
  • Conduction Transfert ;
  • Convection Transfert ;
  • Radiative Transfert ;
  • Boussinesq approximation ;
Electrofluidodynamics (Interfaces between Electrical engineering and Fluid mechanics)
  • Theory of EFD phenomena: Plasma actuators, Electric double layers, Electrostatics of granular media, Charge injection phenomena ;
  • Application of EFD phenomena: Plasma flow control, Electric actuator pumps, Flow electrification, Electrostatic separator ;
Vibration
  • Resonance frequency and eigenmodes of vibrations ;
  • Discrete systems ;
  • Continuous approach to vibrations ;
Multiphysics experimental techniques and projects
  • Métrology ;
  • Signal analysis ;
  • Particle image velocimetry (PIV) ;
  • Infrared thermography ;
  • Flow measurement ;
  • Acoustics and Vibration measurements ;
  • High and low current ;
  • Electrical properties ;
  • Numerical data traitment and analysis ;
  • Realization of a balance sheet of electrical consumption of a family and industrial unit ;
  • Study of an industrial photovoltaic installation ;
  • Study of a wind farm of power ;
  • Study of the dimensioning of an electrical network ;
  • Study of an individual hydroelectric micro power plant ;
  • Realization of a thermal energy balance of a public building ;
English and Professionnal tools
  • English (TOEIC validation) ;
  • Professional communication ;
  • Industrial performance management, economic and financial management of innovation,
  • sustainable development ;
  • Environmental law and intellectual property ;
  • Eco-design and circular economy ;
  • Help with professional integration ;
  • Business creation-takeover-International opening ;
Electrical systems and Energy
  • Fields of application of power electronics ;
  • Operation of semiconductors in power electronics ;
  • Study of transients on RC and RL ;
  • Study of diode and thyristor rectifiers - 4 quadrant operation ;
  • Study of choppers and application to the control of an electric motor ;
  • Study of inverters, PWM control ;
  • Electromechanics and study of the direct current machine in motor and generator operation ;
Fluid mechanics
  • Generalities and fundamental concepts ;
  • Equations of motion of non-viscous fluids ;
  • Fluid statics ;
  • Permanent irrotational motion of a perfect barotropic fluid ;
  • Real fluids, pressure drops ;
  • Integral balances for a Newtonian fluid ;
  • Theorems of momentum or Euler and kinetic energy ;
  • Isentropic compressible flow or in the presence of straight or oblique shock waves ;
  • Waves and free surface ;
Mathematics and numerical methods
  • Vector analysis and matrix calculation ;
  • Partial derivatives ;
  • Differential operators : Divergence - Gradient - Rotational - Laplacian ;
  • Multiple integrals ;
  • Complex numbers ;
  • Exact solution method for some classes of differential equations ;
  • Numerical solution of equations ;
  • Linear systems (direct methods, iterative methods) : Gauss, LU decomposition, Cholesky, Thomas / Jacobi, Gauss-Seidel, relaxation...
  • Non-linear equations : dichotomy, false position, string, secant, Newton, Newton-Raphson) ;
  • Interpolation and approximation : polynomial interpolation, Lagrange, Newton / least squares ;
  • Derivation / Integration / Richardson's extrapolation : finite differences / rectangles, trapezoids, midpoint, Simpson, Romberg ;
Computing sciences
  • Study of the practices ;
  • Data Structures ;
  • Fundamental algorithms ;
  • Optimization of computational code ;
  • Advanced structures (stacks, hash tables, trees) ;
  • Use of libraries and external modules ;
Signal treatment and Measuring chain
  • Deterministic signal acquisition and processing chain: generic characteristics of sensors (transduction, sensitivity, ...) ;
  • Fourier transformation of signals and spectral analysis ;
  • Filtering and sampling ;
  • Fourier transformation of discrete time signals ;
  • Pressure, temperature and sound sensors ;
  • Functional blocks: Extractor -sensor- conditioner -processing block -analog to digital converter ;
  • Active filtering ;
  • Instrumentation amplifier ;
  • Influence quantity and sensitivity ;
Energy ressources
  • Electrical Energy Production by Wind Turbine ;
  • Photovoltaic Electricity Production ;
  • Hydroelectric Power Generation ;
  • Gas turbine power generation (compressed air energy storage) ;
  • Electrical Energy Production by Fuel Cells (Hydrogen Storage and Production) ;
  • Thermal energy storage ;
  • Principle of High Voltage Electrical Energy Transport ;
Analytical mechanics
  • Fundamental principle of dynamics ;
  • Inertia matrix ;
  • Kinetic energy ;
  • Energy: power, work, potential energy ;
  • Principle of virtual work - Lagrange's equation ;
  • Kinetic energy theorem ;
  • Systems with linkage ;
  • Lagrange multiplier ;
  • Equilibrium and stability ;
  • Linearization, initiation to linear vibrations ;
Thermodynamics
  • Thermodynamics of machines: 1st principle in closed system and open system, 2nd principle in open system ;
  • Characteristic equations of thermal and energetic state ;
  • Laws of state and thermodynamic diagrams ;
  • Thermal machines: efficiency, motor cycle, cold cycle, turbines and compressor, heat pump ;
  • Complete thermodynamic cycle of an industrial installation ;
Automatics
  • Real systems and their modeling ;
  • Laplace transformation ;
  • Representation of linear physical systems by transfer function: gain, order, poles and zeros ;
  • Representation by block diagrams ;
  • First and second order systems ;
  • Transient and harmonic analysis ;
  • System performance: stability, speed and accuracy ;
  • Servo systems: feedback (closed loop), analysis and stability criteria (Nyquist, Routh), stability margins (gain and phase) ;
  • Correction and performance improvement of a servo system: correction structures (feedback, feedfoward, CMI, RST, ...) ;
  • Synthesis of phase advance/delay correctors (P, PI and PID) ;
  • System regulation/servoing: thermal, electrical, mechanical, hydraulic ;
English and Professionnal tools
Electronics systems and Physics
  • Main circuits of analog electronics : Voltage quadrupole amplifier, Passive filtering, DC/AC amplifier setups, Frequency response of an inverting amplifier...
  • Digital electronics : Numeration and coding, Boolean algebra and logic functions, characterization of logic gates, functionalization, Karnaugh table...
  • Manufacture of electronic boards PCB ;
  • Sine wave oscillator and related specialized circuits ;
  • Phase locked loop ;
  • Analog or digital frequency synthesis ;
  • Basic signal processing and transmission chain ;
  • Spectrum analysis ;
  • Fourier transforms ;
  • Sampling ;
  • Computation of Z-transforms, inverse transforms, solving recurrent equations ;
  • Random variables and uncertainties (noise...) ;
  • Propagation in cables: Line in impulse regime. Phenomenon of reflection on a line according to the termination of the line: Impedance adaptation, Impact on the integrity of the transmitted signal. Weakening in a line ;
  • Electromagnetic compatibility : Notions on electromagnetic waves. Types of disturbances - Different modes of coupling. Problems of mass and potential reference, shielding potential, shielding Normative aspects ;
Electrical engineering
  • DC/DC conversion: chopper, switch mode power supply concept ;
  • DC/AC conversion: voltage inverter, PWM ;
  • Alternating current machines : notion of rotating field, alternator, asynchronous motor ;
  • Association asynchronous motor - voltage inverter ;
  • Speed variation of asynchronous motors ;
  • Speed variation of brushless motors ;
  • Speed variation of DC motors ;
  • Stepper motors ;
  • Statistical Process Control - Reliability ;
Mathematics
  • Trigonometry and Differential equations;
  • Complex Fourier series ;
  • Dirac impulse, convolution product ;
  • Reminders on arithmetic and geometric series ;
  • Convergence of numerical series ;
  • Convergence of integer series, development of a function in integer series ;
  • Matrices: definition and elementary properties ;
  • Introduction to functions of several variables ;
  • Vector spaces, sub-vector spaces ;
  • Linear applications, matrices of linear applications ;
  • Change of bases ;
  • Diagonalization ;
  • Calculations on functions of several variables, multiple integrals ;
Computing engineering
    • Implementation, installation, configuration and diagnostics of a communication network ;
    • Programmation C/C++, VHDL languages
    • Engineering computing softwares : MatLab, Labview, Protel, LTSpice, Pspice, Psim...
    Network
    • Implementation, installation, configuration and diagnostics of a communication network ;
    • General data transmission methods and techniques General modeling of industrial communication networks: automation, home automation, building automation ;
    • Concepts of industrial communication networks and network classification ;
    • Ethernet as an industrial communication solution, locally or remotely (TCP/IP) ;
    • Create a local network based on TCP/IP protocols by choosing the necessary components and knowing how to set their parameters ;
    • Implement one or more serial transmissions (SPI, RS232, I2C, CAN, LIN,...) between components or between electronic boards ;
    • To know how to configure a connectable wired or non-wired module ;
    • List a dictionary of useful data ;
    • Model the relationships between tables ;
    • Implement a database ;
    • Query a database ;
    • Interfacing a database : with a networked industrial system (control, management, maintenance, traceability) - with the operator (remote interrogation of the database, presentation of results) ;
    Automatics
    • Transfer diagram ;
    • Identify a system in its environment ;
    • Analyze the static and dynamic performance of a system and a controlled system ;
    • Principles of correction of controlled systems ;
English and Professionnal tools

Ce parcours n’intégrant pas les diplômes relevant d’études musicales, pastorales et associatives.

error: Content is protected !!