Resp. Spécialité:
Atef BENHAOUES
Resp. Filière:
Bilel ZERGUINE
Resp. Domaine :
Riad TOUFOUTI
DĂ©partement de GĂ©nie Electrique
Semestre 1
| Code | Module | Crédit | Coefficient |
|---|---|---|---|
| UED 1.1 | Renewable Energy | ||
| UEF 1.1.1 | Multivariable Linear Systems | ||
| UEF 1.1.1 | Signal processing | ||
| UEF 1.1.2 | Converter-machine Association | ||
| UEF 1.1.2 | Optimization | ||
| UEM 1.1 | Advanced Python Programming | ||
| UEM 1.1 | Industrial communication networks and protocols | ||
| UEM 1.1 | Signal processing Practical work | ||
| UEM 1.1 | Practical work Multivariable Linear Systems /Optimization | ||
| UEM 1.1 | Converter-machine Association Practical work |
Semestre 2
| Code | Module | Crédit | Coefficient |
|---|---|---|---|
| UEF 1.2.2 | Advanced API programming | ||
| UEF121 | Embedded systems and real-time systems | ||
| UEF121 | Nonlinear systems | ||
| UEF122 | Applied Electronics | ||
| UEM12 | practical work Embedded systems and real-time systems | ||
| UEM12 | Practical work Advanced API programming/ Applied Electronics | ||
| UEM12 | Object-oriented design | ||
| UEM12 | Nonlinear systems practical work | ||
| UET 1.2 | Ethics, deontology and intellectual property | ||
| UET 1.2 | Elements of Applied Artificial Intelligence |
Semestre 3
| Code | Module | Crédit | Coefficient |
|---|---|---|---|
| UED 2.1 | Biomedical technique | ||
| UED 2.1 | Intelligent vision | ||
| UEF 2.1.1 | Advanced control | ||
| UEF 2.1.1 | Manipulation robots Control | ||
| UEF 2.1.2 | Discrete event systems | ||
| UEF 2.1.2 | FPGA and VHDL programming | ||
| UEM 2.1 | Industrial supervision | ||
| UEM 2.1 | Advanced control practical work | ||
| UEM 2.1 | Manipulation robots Control practical work | ||
| UEM 2.1 | FPGA and VHDL programming practical work | ||
| UET 2.1 | Documentary research and Memory design |