CELENE | CELENE

[AESM] Internal combustion engines

Objectives Understanding physical and chemical processes involved during combustion and breathing of internal combustion engines. Learning to build internal combustion engine models. Understanding the response of the engine to a given change ...

Enseignant: Amice Berangere
Enseignant: Charlet Alain
Enseignant: Higelin Pascal
Enseignant: Rousselle Christine

[AESM] Advanced physics

Enseignant: Amice Berangere
Enseignant: Higelin Pascal
Enseignant: Kourta Azeddine
Enseignant: Proust Chantal
Enseignant: Tillocher Thomas

[AESM] IT : programming

Enseignant: Carron Delphine
Enseignant: Charlet Alain
Enseignant: Ettouri Rim
Enseignant: Higelin Pascal
Enseignant: Jennane Rachid
Enseignant: Nasser Yassine
Enseignant: Weber Rodolphe

[AESM] Electrical engineering

Enseignant: Amice Berangere
Enseignant: Bauchire Jean Marc
Enseignant: Higelin Pascal

[AESM] Scientific pre-requisites

Partial Differential Equations An Introduction.pdf

Enseignant: Abed-Meraim Karim
Enseignant: Batakis Athanasios
Enseignant: Carron Delphine
Enseignant: Harba Rachid
Enseignant: Higelin Pascal
Enseignant: Hillairet Luc
Enseignant: Jabloun Meryem
Enseignant: Ravier Philippe
Enseignant: Zinsmeister Michel

[AESM] Trends in Automotive Transportation and Sustainable Mobility

Trends in Automotive Engineering and Transportation

Enseignant: Carron Delphine
Enseignant: Higelin Pascal

Evaluation of lessons learned 4A AESM

[AESM] Vehicle Dynamics 1

[AESM] Project

[AESM] Control and simulation of powertrains

[AESM] Real-time programming

[AESM] Control and on-board diagnostics

[AESM] Acquisition systems and signal processing