Understanding the interest and principles of an SLI approach

• Discovering the techniques and tools for implementing an integrated logistics support approach during system design.
• Understanding the impact of technical choices on support performance and costs.
• Mastering the progression of the maintenance engineering process (logistic support analysis studies).
• Understanding all logistic products, their interactions, and their contribution to system performance and costs.

Day 1

DEFINITION OF LOGISTIC SUPPORT
• Issues,
• Product life cycle,
• Definition and history of ILS.

SUPPORT PERFORMANCE
• Reliability,
• Maintainability / Testability,
• Availability.

LOGISTIC SUPPORT ACTIVITIES AND PRODUCTS
• Maintenance,
• The different activities of logistic support,
• The 9 logistic support products.

Practical workshops

Day 2

INTRODUCTION TO LIFE CYCLE COST
• Definition and history,
• Role of LCC,
• Fundamentals for LCC.

LOGISTICS SUPPORT ANALYSIS
• Basic concepts of LSA,
• The LSA process,
• Methodological tools for LSA,
• LSA database,
• LSA–dependability interfaces.

INTEGRATED LOGISTICS SUPPORT ORGANISATION
• ILS stakeholders: roles and interfaces,
• Functional organisation of an ILS programme,
• ILS management.

Practical workshops

Project Manager, Business Manager, Senior Logistics Studies or After-Sales service Technician, Maintenance Manager, Sales Team, Industrial Decision-Maker, Future Support Services Personnel.

None