3RD YEAR PROGRAM 3EA

Course: 3rd year 3EA - Semester 9 (each teaching unit earns 5 ECTS credits - Except Eco-energy)
System Integration (InSYS)	Communicating Systems	Control Architectures and Computer Science for Embedded Systems	Electrical Conversion and energies networks	Electrodynamics and Advanced Mechatronics	Physique Numérique	Eco-Energy
Soft & Human Skills 5 Group work of 10 individuals as part of a Technical Project Assignment (BEI) focusing on industry-related topics to implement a technical project.
Analog RF systems code : N9EE04	Applied physics and numerical methods code : N9EE11	Control, Filtering, and Diagnosis of Systems code : N9EE16	Power Systems and Networks code : N9EE21	Physics for Mechatronics code : N9EE26	Systemic Design code : N9EE34
Numerical systems code : N9EE05	High-frequency embedded systems code : N9EE12	Optimization of Systems and their Control code : N9EE17	Static Converters Design code : N9EE22	Numerical Methods and Optimization code : N9EE27	Smart Grids, Storage, and Hydrogen Vector code : N9EE35
Mixed systems code : N9EE06	HF circuits and electromagnetic compatibility code : N9EE13	Modeling, Analysis, and Simulation of Discrete Systems code : N9EE18	Advanced Converters and Systems (CSA) code : N9EE23	Design of Electromechanical Systems code ; N9EE28	High-Performance Computing Environment code : N9EM03	Renewable Energies code : N9EE36
Deepening (optional) analogue or digital code : N9EE07	Radar and propagation code : N9EE15	Advanced Control Systems code : N9EE19	Actuators & Generators (AG) code : N9EE24	Architectures of Mechatronic Systems code : N9EE29	CEM and Applied Mathematics code : N9EE32	General Education code : N9EE37
Deepening (optional) managerment or RF code : N9EE09	Elective: RF circuits or modeling code : N9EE14	Advanced Critical Computer Systems code : N9EE20	Smart Grids and Microgrids (SGM) code : N9EE25	Applied Mechatronics code : N9EE30	Numerical Methods for Diffraction Problems code : N9EE31