DEPENDABILITY 04 – Module 01 • Introduction to Logistics Support Analysis
Extension of the Dependability approach by using its results in the Dependability business
Duration:
1 day (7 hours)
Price (per trainee):
Distance learning: 750 € ex-tax
Face to face learning: 850 € ex-tax
Face to face learning: 850 € ex-tax
Location:
Contact us
Objectives
Condition and optimize the design of a system to maximize the ratio of operational availability and overall cost of ownership.
- Understand the issues at stake in the operation and maintenance phase of the system,
- Know the typical study items to optimize future maintenance operations.
At the end of the training, the trainee will:
- Be able to propose technical solutions to promote operational availability,
- Be able to evaluate the global profit (taking into account the associated costs).
Program
Introduction to the concept of Integrated Logistics Support
- Definitions
- Stakes, context and objectives
- MIL-STD 1388-2 standard
Integration of support requirements into the design
- Integration of support needs in the design
- Use of analysis tools (FMECA, reliability, maintenance tasks)
- Selection of the best trade-offs among support solutions
Prepare for operation
- Identify logistics resources (staff, inventory)
- Prepare the logistics resources (maintenance plans, training, testing, etc.)
- Estimate the operational availability and support costs
Examples and practical work
Assessment for learning: quiz, practical work
Dedicated to
- Technical Manager
- Project Manager,
- Project Controller
- Project Quality Manager
- ILS Manager
Prerequisites
Strong notions in system design