Bachelor’s degree in automatique
Bachelor’s degree in automatique
Program Description:
A bachelor’s degree in Automatic Control is designed to intellectually prepare students to pursue master’s degrees in Automatic. For example, it allows the graduate to be integrated into industrial process asan Engineer. The training’s goal is to assist students obtain knowledge and abilities in Automated process, in both its global and functional dimensions, while also instilling in them an adaptive and synthesis-minded approach.
Academic program
Semester 1
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Mathematics 1 |
| Physics 1 | |
| Structure of the material | |
| Methodologyteaching unit | TP Physics 1 |
| TP Chemistry 1 | |
| Informatics 1 | |
| Writingmethodology | |
|
Discoveryteaching unit
|
Careers in science and technology 1 |
| Transversal teaching unit | ForeignLanguage 1 (English) |
Semester 2
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Mathematics 2 |
| Physics 2 | |
| Thermodynamics | |
| Methodologyteaching unit | TP Physics 2 |
| TP Chemistry 2 | |
| Informatics 2 | |
| Methodology of the presentation | |
| Discovery teaching unit | Careers in science and technology 2 |
| Transversal teaching unit | ForeignLanguage2 (English) |
Semester 3
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit |
Mathematics 3 |
|
Waves and vibrations |
|
|
Fundamental Electronics 1 |
|
| FundamentalElectrical Engineering 1 | |
| Methodologyteaching unit | Probability and statistics |
| Informatics 3 | |
| TP Electronics and Electrical Engineering TP | |
| TP Waves and vibrations | |
| Discoveryteaching unit | State of the art in electrical engineering |
| Energy and environment | |
| Transversal teaching unit | Technical English |
Semester 4
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Linear and continuous servo systems |
| Combinatorial logic and sequential logic | |
| Numericalmethods | |
| Strength of materials | |
| Methodologyteaching unit | Electrical and and electronic measurements |
| TP Linear and continuous servo systems | |
| TP NumericalMethods | |
| TP Combinatorial and sequential logic | |
| Discoveryteaching unit | Energy conversion systems |
| Electrical and electronic measurement concepts | |
|
Transversal teaching unit
|
ElectricalSafety |
| Architecture of AutomatedSystems | |
| Expression, information and communication techniques |
Semester 5
| Teaching unit | Title of the Subject |
|
Fundamentalteaching unit |
Control of linear systems |
|
Power electronics |
|
|
System Modelling and Identification |
|
|
Programming in C++ |
|
|
Microprocessors and Microcontrollers |
|
| Methodologyteaching unit |
TP Control of linear systems |
|
TP Power Electronics |
|
|
TP System Modelling and Identification |
|
|
TP Microprocessors and Microcontrollers |
|
|
TP Programming in C++ |
|
| Discoveryteaching unit |
Standards and Certification |
|
Renewable energy |
|
| Transversal teaching unit |
Production and storage |
Semester 6
|
Teaching unit |
Title of the Subject |
|
Fundamentalteaching unit |
Sampled Servo Systems |
|
Actuators |
|
|
Sensors and measuring chain |
|
|
Methodologyteaching unit |
Programmable Logic Controllers |
|
Communication buses and industrial networks |
|
| Discoveryteaching unit |
End of Cycle Project |
|
TP Sensors and Actuators |
|
|
TP Programmable Logic Controllers PLCs |
|
|
TP Communication Buses and Industrial |
|
|
Transversal teaching unit |
Automatic electrical installations |
|
Maintenance and reliability |