Three-day classroom workshop on the maintainability analyses of ASD S4000P Issue 2.1: deriving preventive maintenance task requirements through system, structure, zonal and special event analysis, and optimising them in service.
Presents the international specification ASD S4000P Issue 2.1, which replaces and extends Issue 1.0, and works through analysis examples with participants so that the individual analysis procedures for technically complex products become clear in practice. It introduces maintainability analysis and preventive maintenance analysis, the basic documents from the aviation industry and their similarities to and differences from S4000P, and the specification's history, objectives, content and structure. The core of the workshop is the development-accompanying derivation of preventive maintenance task requirements (PMTR) through system, structure, zonal and special event analysis, each with briefings and group exercises, followed by the in-service review and optimisation of those requirements through the in-service maintenance optimisation (ISMO) process.
Taught in German as a classroom workshop. It includes the content of Bertrandt's General Introduction to ASD S4000P and is designed for users of the specification.
Facilitator not identified in public sources checked.
Three-day course in analyzing trade-offs between cost, performance and availability to support decisions across a system's lifecycle.
Four-day hands-on course on AR&M within systems engineering: failure causes, R&M management and engineering techniques, allocation, prediction, modeling and reliability growth.
How configuration management supports each stage of the product lifecycle, from product data and variants to changes and baselines.
Presented by: Dr Kevin Howard