The main objective of this training is to sensitize students to the context of maintenance in industry.
Learning objectives
Students will be able to understand the different components and tools for efficient management of maintenance in saw them eventually assume responsibilities.
They will also be able to drive a computerization project of this function and be aware of the state of the art in CMMS software.
Learning context
Course materials
A paper booklet will be given to each student by the school that also have a PDF file for distribution.
Prerequisites
Course content
The different themes are summarized below:
INTRODUCTION TO MAINTENANCE
Importance and constraints equipment
The different equipment failures
Prevent failures
The types of maintenance
The cost of downtime: causes and effects
The components of the costs of non-effciency of a production unit
MAINTENANCE MANAGEMENT
General objectives and long-term maintenance
Environment maintenance
Measuring reliability by statistical
The optimal choice of maintenance methods
The average stock maintenance
STATISTICS AND RELIABILITY
Study of the reliability
The law weibull: parameters identification, preparation and processing of data
Lois mathematical reliability.
DEFINITION OF MAINTENANCE POLICY
Definition principle
The optimal set of systematic maintenance
Optimum systematic maintenance with Weibull
The optimum condition monitoring policy
INFORMATION TO OPTIMIZE MAINTENANCE
The inventory of equipment and components thereof
Data reliability Key equipment
Direct maintenance costs
IMPROVED RELIABILITY
Improvement policy
The analysis A.B.C. or PARETO
Technical review of the causes of failures
Practical Exercise
PANEL MAINTENANCE
Essential information
The maintenance budget
Long-term management of equipment
Maintenance ratios
BENEFITS, LIMITATIONS AND PROFITABILITY OF CMMS
Functions of a CMMS
CMMS and equipment
The advantages and constraints of CMMS
The conditions for success
Implementation of a CMMS
