Tutorial Series 3: Assembly Reliability, Maintainability & Availability (RAM) Analysis – 60 Hours

 

    • Session 1: Assembly Reliability Block Diagram – 12 Hours
      • Serial
      • Active Parallel Redundancy
        • Equal Parts
        • Unequal Parts
      • N-Provided, r-Required Redundancy
      • Standby Redundancy
        • Equal Parts, Perfect Switch
        • Equal Parts, Imperfect Switch
        • Unequal Parts, Perfect Switch
        • Unequal Parts, Imperfect Switch
      • Share Load Redundancy

    • Session 2: Characterization of Assembly Mission RAM – Deterministic – 24 Hours
      • Serial
      • Active Parallel Redundancy
        • Equal Parts
        • Unequal Parts
      • N-Provided, r-Required Redundancy
      • Standby Redundancy
        • Equal Parts, Perfect Switch
        • Equal Parts, Imperfect Switch
        • Unequal Parts, Perfect Switch
        • Unequal Parts, Imperfect Switch
      • Share Load Redundancy

    • Session 3: Characterization of Assembly Mission RAM – Mission & Life-Cycle Simulation – 16 Hours
      • Serial
      • Active Parallel Redundancy
        • Equal Parts
        • Unequal Parts
      • N-Provided, r-Required Redundancy
      • Standby Redundancy
        • Equal Parts, Perfect Switch
        • Equal Parts, Imperfect Switch
        • Unequal Parts, Perfect Switch
        • Unequal Parts, Imperfect Switch
      • Share Load Redundancy

    • Session 4: System Reliability, Maintainability, & Availability Analysis – 8 Hours

 

The student will learn: (1) the procedure to integrate part reliability, maintainability and availability functions into assembly and system design configurations, (2) and the algorithmic and simulation characterization of deterministic and distributed assembly and system reliability, maintainability and availability functions.