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 System Development Phase
  
 

 

 

 

 

 


System Development Phase

During the system development phase, SoHaR personnel perform the following activities:

  • Statements Of Work (SOW): Definition of the tasks, schedules, and deliverables for reliability, maintainability, and logistics programs on large, as well as small, projects.
  • Reliability and Maintainability (R&M) Specifications: Definition of the reliability, maintainability, and availability requirements that will support the customer's operational concepts.
  • R&M Allocation, Prediction and Analysis: Determining the best allocation of subsystem lower level R&M requirements from top level R&M requirements.
  • Cost-Effectiveness and Trade-Off analysis: Modeling, prediction, and financial analysis to determine the most cost effective options for reliability, sparing, training, response time, and other support resources.
  • Life Cycle Cost: Prediction of life cycle costs from the research through the operational phases.
  • Optimal Repair Level Analysis (ORLA/LORA): Determining the best maintenance and repair concepts to support the operational phases.
  • Participation in design reviews at the hardware, software, and system levels.

 



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analysis costing cycle life, availability, block design, block diagram, block diagram software, business continuity, business continuity planning, design fmea, engineering resource, fmea, fmea software, fmeca, fracas, hardware project, high availability, lcc, life cycle cost, life cycle costing, markov, markov chain, mil 217, mil hdbk 217, network analysis system, network availability, ram design, rbd, reliability, reliability analysis, reliability analysis software, reliability engineering, reliability modeling, reliability prediction, reliability prediction software, reliability services, reliability software, reliability tool, system reliability, tco, total cost of ownership, data prediction, process fmea, reliability availability, tco tool, integrated hardware support, prediction software, process flow software, reliability block diagram, sneak circuit analysis, markov reliability, analysis costing cycle life, hardware prediction, failure reporting, sneak circuit, tco analysis, reliability software tool, data safety software, hardware prediction software