Turn sustainment decisions into validated lifecycle outcomes.
MADE supports an integrated, analysis-driven asset management process that helps engineering and sustainment teams understand availability, safety, lifecycle cost and maintenance impacts before decisions become operational risk.
Asset performance depends on decisions made across decades.
Economic performance is dictated by the safe and reliable productivity of operating assets, and the availability and budget impact of maintenance. That means teams must constantly balance technical engineering risk, mitigation choices, operational requirements and budget constraints across a product lifecycle that may span 10 to 40 years.
From operational concept to validated sustainment strategy.
MADE integrates the analysis capabilities required to support trade studies on availability, safety and cost of ownership — with standardised workflows, data structures, automation and integration pathways into related engineering and asset management applications.
How and where the system is being used.
Which failures are occurring, when, where and why.
The optimal maintenance actions and strategy.
The technical, safety and budget evidence behind the decision.
A structured process for better lifecycle decisions.
MADE supports the process and tools required to identify, analyse, mitigate, document and continually improve sustainment decisions.
Identify risk and impact
Identify and categorise risks and factors that affect availability, safety and lifecycle cost.
Analyse root cause
Analyse identified risks, failure behaviour and root causes using model-based RAMS methods.
Develop mitigation actions
Evaluate appropriate risk mitigation actions and maintenance strategies before implementation.
Document the strategy
Document the optimal maintenance approach, expected costs and supporting technical rationale.
Generate artefacts
Generate the technical and safety artefacts needed to support validation, governance and review.
Iterate with operations
Refine analysis and decisions based on operational outcomes, feedback and observed failure data.
Download the MADE for Asset Management brochure.
See how MADE supports integrated asset management analysis, sustainment trade studies, technical validation, lifecycle cost visibility and FRACAS / DRACAS-enabled improvement.
Download Asset Management BrochureCapture the sustainment parameters that matter.
MADE enables users to model and analyse the parameters that shape asset performance, maintenance effectiveness and lifecycle cost.
Operational context
Define how and where systems are used, including mission profile and environmental stress inputs.
- Mission profile definition
- Environmental stress inputs
- Operational usage assumptions
Failure behaviour
Understand when failures are expected, what is failing and the causes that drive degradation or loss of function.
- Functional and failure analysis
- Reliability analysis
- FMEA, FMECA and Fault Tree Analysis
Maintenance optimisation
Identify how best to avoid, mitigate or manage failures through optimised maintenance actions and strategies.
- Reliability-Centered Maintenance
- Back-fit RCM
- Maintenance action reporting
Cost and traceability
Estimate maintenance cost, document trade studies and retain traceability from model assumptions to decisions.
- Maintenance Cost Estimate
- Traceable trade studies
- FRACAS and DRACAS enablement
Compare alternate sustainment concepts with engineering evidence.
MADE uses a combined simulation model of the asset to compare alternate sustainment operating concepts and support validation across technical, safety and budget outcomes.
Technical validation
Reconcile functional capability with operational and engineering requirements.
Safety validation
Provide evidence for safety analysis using FMECA, Fault Tree Analysis and supporting model outputs.
Budget validation
Support cost estimates with engineering calculations, analysis and simulation outputs.
A repeatable workflow from definition to report.
MADE standardises the asset management analysis workflow so knowledge is captured, validated and reusable across the lifecycle.
Define how the system is expected to operate and what outcomes must be supported.
Capture operating conditions that influence reliability, degradation and sustainment demand.
Model system function, failure modes, propagation paths and operational consequences.
Understand expected failure behaviour and its impact on availability and maintenance demand.
Identify effective maintenance actions for both new and existing asset configurations.
Generate the documentation needed to support, justify and communicate the maintenance approach.
Make asset management decisions with model-based confidence.
MADE helps teams connect engineering risk, maintenance strategy, availability, safety and lifecycle cost into one integrated decision support environment.
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