Mitigate technical engineering based risks that impact performance, operational availability and the cost of maintenance using modelling, analysis and decision support workflows.

Decisions better MADe.

Modelling & Analysis

  • Systems Engineering approach to functional modelling of multi-domain systems
  • Concurrent engineering analyses from a single point of truth
  • Consistency of data structures / analysis workflows / reporting outputs
MADe for Modelling

Design Optimization

  • To achieve Operational Availability of 95% what reliability do the subsystems need?
  • How can we conduct safety & reliability analysis concurrently with the design?
  • How much will this design cost to operate and maintain?
MADe for Design Optimization

Sustainment Optimization

  • What happens to maintenance costs if we increase the operating temp?
  • How can we reduce the maintenance budget for our existing equipment?
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MADe for Sustainment

Reliability and Maintainability

  • How will this system be used – how does this impact reliability / safety?
  • Where will this system be used – and how will this impact on maintenance costs?
  • What is the optimal maintenance approach?
MADe for Reliability

Safety and Risk Assessment

  • If you don’t identify a risk – how can you identify it? Objective, model-based risk identification.
  • What are the critical risks for this support concept?
  • What are the potential key system degraders of this design configuration?
MADe for SRA

PHM / CBM design & validation

  • What inherent diagnostic capability does this system have?
  • Does this sensor / suite ‘buy its way onto the platform’?
  • Generate model-based diagnostic rules for fault detection / isolation
MADe for CBM
MADe for PHM

What we are talking about