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MAINTENANCE OPER. AND RELIABILITY CONCEPTS
COURSES
INTRODUCTION
PROGRAMME CONTENTS
APPLICATION
CALENDAR
Maintenance operations and reliability concepts provide an integrated understanding of how maintenance works in an industrial unit. This knowledge will make it possible to reduce costs and optimise the production process, so it will be an asset when properly applied. Means are provided for defining maintenance plans based on the operational context and equipment, and tools are provided for an analytical approach to drawing up maintenance plans based on reliability.
This microcredential aims to present and characterise the fundamentals of maintenance operations and reliability concepts. From this perspective, tools are presented that can help make the production process of industrial units more operational and optimised.
The course is organised as a micro-credential at level 5 of the European Qualifications Framework, with 4 ECTS (45 contact hours) and a certificate is awarded on passing the assessment activity.
Attendance regime
The course will take place in person during the post-work period, with activities of a theoretical or practical nature. It is planned to run in 11 sessions of 4 hours and 1 hour for assessment (written test).
Tuition, fees and emoluments:370€
Notice
This microcredential aims to present and characterise the fundamentals of maintenance operations and reliability concepts. From this perspective, tools are presented that can help make the production process of industrial units more operational and optimised.
The course is organised as a micro-credential at level 5 of the European Qualifications Framework, with 4 ECTS (45 contact hours) and a certificate is awarded on passing the assessment activity.
Attendance regime
The course will take place in person during the post-work period, with activities of a theoretical or practical nature. It is planned to run in 11 sessions of 4 hours and 1 hour for assessment (written test).
Tuition, fees and emoluments:370€
Notice
• Structuring facilities and codifying functions. Characteristics of functions and operational contexts. Operational context, severity and criticality - 4 hours
• Structuring facilities from a production perspective. Production lines. Process, production and maintenance. Life cycle cost - 4 hours
• Structuring equipment. Concepts of family, model and entity - 4 hours
• Statistical distributions and distributions most commonly used in maintenance - 4 hours
• Mathematical life expectancy, reliability and availability - 4 hours
• Failures and failure modes. Statistical approaches to failures and failure models - 4 hours
• Predetermined and fortuitous interventions. Statistical approach to intervention, repair, replacement and inspection times - 4 hours
• Maintenance plans and how to design them - 4 hours
• Functional analysis. Fmeca analysis. The RAMs approach as a basis for maintenance plans - 4 hours
• Information processing. Maintenance performance, metrics and indicators - 4 hours
• Maintenance standardisation and configuration management - 4 hour
Applications must be made online by the specified deadlines.
Each candidate must complete the application form and attach the following documents:
a. Scanned photocopy of identification document (ID card or passport)
b. Proof of degree qualification, if available.
ENIDH reserves the right to request the submission of additional documentation for the Jury's assessment of the application.
Admission criteria
Holders of a university degree in the fields of mechanical, electrical or electronic engineering may apply to attend the micro-credential.
Engineering professionals with proven professional experience in the micro-credential intervention area.
Each candidate must complete the application form and attach the following documents:
a. Scanned photocopy of identification document (ID card or passport)
b. Proof of degree qualification, if available.
ENIDH reserves the right to request the submission of additional documentation for the Jury's assessment of the application.
Admission criteria
Holders of a university degree in the fields of mechanical, electrical or electronic engineering may apply to attend the micro-credential.
Engineering professionals with proven professional experience in the micro-credential intervention area.
