Identify, analyse and reduce engineering risk before it becomes operational risk.
MADE brings safety analysis into the design process by generating FMEA, FMECA, Critical Item Analysis and Fault Tree Analysis from a single model-based environment.
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detection
Digital Risk Twin
The safety challenge
With increasing customer and regulatory demand for system safety validation, engineering teams need a controlled, traceable and repeatable way to identify and mitigate design risk. The problem is that safety analyses are often performed in disconnected tools, creating configuration management issues, duplicated effort and inconsistent data.
Disconnected analysis
FMEA, FMECA, Critical Item Analysis and FTA are often managed separately, making consistency difficult.
Design changes create rework
When the design changes, safety artefacts can quickly become outdated unless they are linked to the model.
Late-stage risk discovery
If safety analysis is treated as documentation, risk is often discovered too late to influence design decisions.
The MADE approach
MADE Safety and Risk Assessment provides a model-based toolset that integrates safety-related analyses in one environment. Outputs are generated from the MADE system model, enabling safety analysis to be updated as the design matures and produced on demand to support engineering decisions.
Generate safety outputs directly from a consistent system model.
Connect failure causes, effects, dependencies and mitigation actions.
Use safety insight while there is still time to influence architecture and design.
Produce consistent FMECA, Critical Item and FTA outputs at maturity gates.
What MADE provides for safety analysis
MADE supports the analysis workflow required to identify potential failures, understand failure propagation, assess criticality, prioritise critical items, verify risk through Fault Tree Analysis and document the resultant system criticality.
Key benefits
- Monitor and control system safety by analysing critical items.
- Prioritise and mitigate system failures to improve design.
- Diagnose and identify correct causes of failure.
- Support compliance using FMECA and Fault Tree Analysis.
Key features
- Failure Diagrams.
- Failure Effect Simulation and dependency mapping.
- Criticality Analysis.
- FMEA and FMECA.
- Critical Item Analysis.
- Functional Fault Tree Analysis.
MADE for Safety brochure
Get the detailed brochure covering how MADE supports safety analysis, including FMEA, FMECA, Critical Item Analysis, Failure Effect Simulation and Functional Fault Tree Analysis.
Get the Safety BrochureSafety workflow supported by MADE
Identify potential failures
Use a standardised taxonomy for functions and failure concepts to identify failures from the model.
Determine effects
Run failure effect simulation to understand local, next and end effects across the system.
Assess criticality
Evaluate occurrence, severity and detectability to flag and prioritise critical items.
Verify and mitigate
Use Fault Tree Analysis, compensating provisions and detection methods to reduce criticality.
From compliance artefacts to safety intelligence
MADE helps safety teams shift from static documentation to active engineering decision support. Because the analysis is connected to the model, it can be iteratively updated as the design evolves — helping teams reduce risk, improve availability, capture knowledge and support safety assurance.
Risk reduction
Identify safety-critical items and failure paths earlier, before they become expensive to correct.
Safety optimisation
Prioritise design actions that reduce severity, occurrence or detectability risk.
Knowledge capture
Document safety rationale and analysis outputs at key design maturity stages.
Make safety analysis part of the design process.
See how MADE can help your team generate traceable, repeatable and design-connected safety analysis from a model-based environment.
Arrange a MADE demonstration