Bachelor’s degree in Industrial Maintenance
Bachelor’s degree in Industrial Maintenance
Program Description:
The objective of this license is to train managers in Industrial Maintenance who will be able, in the exercise of their functions, to accomplish the following tasks:
- Define and implement maintenance techniques,
- Manage maintenance actions,
- Manage the maintenance of complex industrial production systems,
- Design solutions to improve operating safety,
- Schedule and have automated equipment maintenance operations carried out,
- Enforce and respect safety and environmental standards,
- Ensure the operational safety of industrial equipment at a lower cost,
- Leading a team and managing projects in the design offices and/or in the production workshops, The specialist holder of a license in Industrial Maintenance is able to ensure the proper functioning of an industrial installation.As part of his duties, he will thus be required to perform functions as diverse as:
- Technical function: maintenance of resources, repairs, etc.
- Management function: maintenance management, inventory management, etc.
- Quality and safety function: reliability, operating safety, etc.
- Communication function: inter-departmental relations, management, etc.
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 | |
Discoveryteaching 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 | |
Basic Electronics 1 | |
Basic Electrical Engineering 1 | |
Methodologyteaching unit | Probability and statistics |
Informatics 3 | |
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 | Hydraulics and pneumatics |
Combinatorial logic and sequential logic | |
Numericalmethods | |
Strength of materials | |
Methodologyteaching unit | TP Electrical and and electronic measurements |
TP Logic | |
TP NumericalMethods | |
Technicaldrawing | |
TP Hydraulics and pneumatics | |
Discoveryteaching unit | Energy conversion systems |
Electrical and electronic measurement concepts | |
Transversal teaching unit | Entrepreneurship and business management |
Semester 5
Teaching unit | Title of the Subject |
Fundamentalteaching unit |
Machine components
|
Organization and method of maintenance | |
Electronicsapplied | |
Appliedelectrical engineering | |
Methodologyteaching unit | TP Computer Aided Maintenance Management |
TP of Electronics andElectrical Engineering | |
Industrial Drafting and CAD | |
TP Metrology and Assembly | |
Discoveryteaching unit | Heat Transfer Elements |
Sensors and Metrology | |
Transversal teaching unit | Environment and sustainable development |
Semester 6
Teaching unit | Title of the Subject |
Fundamentalteaching unit | Thermal and hydraulic machine technology |
Structural dynamics | |
Signal Processing | |
Servo Systems and Control | |
Reliability | |
Methodologyteaching unit | End of Cycle Project |
Internal combustion engine | |
Repairs and interventions/TP MCI | |
Discoveryteaching unit |
Tools for conditional preventive maintenance
|
Industrial robotics | |
Transversal teaching unit | Professional project and business management |