Master’s degree in Industrial Maintenance
Master’s degree in Industrial Maintenance
Program Description:
The objective of this master 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 master 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 | Maintenance strategy |
| Structural dynamics | |
| Continuous Media Mechanics | |
| Applied Thermodynamics | |
| Statistical methods and sampling | |
| Methodologyteaching unit | Signal processing |
| Structural Dynamics | |
| Introduction to Materials | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Technical English and terminology |
Semester 2
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Finite element method |
| Vibration of rotating machines | |
| Mechanical engineering | |
| Computer-aided maintenance management | |
| System Reliability | |
| Methodologyteaching unit | TP Finite Element Method |
| Manufacturing processes and machine tools | |
| Sensors and measurement techniques | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Ethics, deontology and intellectual property |
Semester 3
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Tribology and Lubrication of Mechanical Systems |
| Fracture Mechanics and Damage | |
| Applied Acoustics | |
| Failure Detection Techniques | |
| Methodologyteaching unit | Automation |
| Vibration diagnosis | |
| TP Failuredetection techniques | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Literature search and brief design |