UE E5-A - Mathematics 1/ Physics 1

Level of knowledge :

N1: beginner
N2: intermediate
N3: advanced
N4: expert

The knowledge (skills) expected at the end of EU courses

Know the mathematical modeling tools and calculation techniques essential to the electronics engineering student: (C1, N2)
Acquire basic notions of probability and statistics (C1,N1)
Acquire solid notions of applied electromagnetism (C1,N2)
Acquire basic notions of semiconductor physics and basic electronic components: (C1, N1)

Learning outcomes in terms of abilities, skills and attitudes expected at the end of EU courses

Master integral and differential calculus (C1, N2)
Know how to use special functions Gamma, Beta, Erf, Si (C1, N2)
Master convolution calculus, Fourier series, Laplace transforms, Fourier transforms for functions: (C1, N2)
Know how to use probability calculus and random variables to deal with concrete problems in certain engineering fields, such as signal processing (C1, N1)
Know how to describe and model the electromagnetic properties of a physical medium: (C1, N1)
Calculate electromagnetic wave propagation for different LHI media, using Maxwell's equations, and derive their properties in terms of phase velocity, group, energy, impulse, dispersion, attenuation, reflection and refraction: (C1, N2)
Calculate TE, TM and TEM propagated modes in a metal waveguide as a function of wave frequencies. For quasi-TEM guiding on a wire pair, know how to draw up the equivalent electrical diagram in terms of linear parameters (C1, N1)
Know how to use physical models of components, in particular that of the PN junction and the MOS transistor: (C1, N1)