Two-day classroom course in Munich on integrated logistic support and logistic support analysis: ILS requirements and management, LSA tailoring and sub-analyses, software support analysis and life cycle cost.
Explains which methods can be used to determine systematically the effort needed to support complex systems, and how technical and logistic support resources can be predicted for deployment, with emphasis on influencing system development early. Topics are system logistics terms, logistic requirements for system development, the elements of integrated logistic support (ILS) and their interfaces to systems engineering, ILS requirements, process and management, the objectives, process and management of logistic support analysis (LSA), LSA steps and tailoring, LSA sub-analyses (LSA-FMEA, RCM, LORA), support analysis for software, life cycle cost analysis, standards, data archiving and new support concepts, with exercises.
Taught in German as a classroom course in Munich. Bertrandt recommends taking it as a block with its Introduction to ASD S3000L Logistic Support Analysis.
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