Designing and optimising logistic support

• Knowing and mastering logistic support analysis.
• Mastering the progression of the maintenance engineering process (logistic support analysis studies).
• Being able to define the support system: define the requirement needs for each logistic product.
• Ensuring consistency between logistic products.
• Identifying the impact of changes on the support system.

DAY 1

INTRODUCTION
• Logistic support context,
• Challenges of the maintenance concept,
• Constraints, support capability / life cycle cost.

SUPPORT CAPABILITY PERFORMANCE
• Reliability and application profile,
• Statement of operational availability,
• Maintainability, testability,
• Ergonomics and human factors,
• Identification of other key performance indicators.

Practical workshops: advanced

DAY 2

LIFE CYCLE COST (LCC)
• Highlighting interactions between performance and LCC,
• Parametric and analytical approaches,
• Sensitivity analysis,
• Pareto chart.

LSA PROCESS

Practical workshops: advanced

DAY 3

SUPPORT OPTIMISATION
• Analysis of the maintenance level of equipment (LORA study),
• Sizing of spare parts, personnel, test and support equipment,
• Optimising preventive maintenance.

LOGISTIC DATABASES
• Configuration management elements,
• Logistic support analysis database and Logistic Information System (LIS).

Practical workshops: advanced

Participants in industrial project management and project management support: Business Manager, Project Manager, Manager of Industrial Support or
After-Sales Services, Logistic Studies Engineer.

Mastering the content of the ILS_01 course.