Demonstrate airworthiness with integrated engineering evidence.
MADE helps aerospace teams generate, trace and manage the engineering analyses needed to support airworthiness, certification and safety assessment across the aircraft lifecycle.
Airworthiness evidence must be more than a static certification record.
Aircraft certification for airworthiness is a critical milestone, but certification records are not always directly linked to the engineering analyses used for design and maintenance planning. That disconnect can create technical, traceability and schedule consequences across the lifecycle.
MADE connects analysis, artefacts and engineering decisions.
MADE generates airworthiness artefacts from the system model, helping teams demonstrate how safety, reliability and maintenance decisions were made, why they were made and what evidence supports them.
From model-based analysis to certification-ready evidence.
MADE applies a Digital Risk Twin and model-based safety analysis approach to streamline the safety assessment process, supporting PASA / PSSA activities within an integrated analysis environment.
Improve certification confidence with model-based traceability.
MADE supports integrated safety, reliability and maintainability analysis so engineering evidence can be reused across design, certification and sustainment.
Model-based simulation
Generate engineering analyses from a system model rather than disconnected documents or spreadsheets.
Integrated analysis
Connect FMECA, FTA, RCM, reliability and model quality outputs within one analysis environment.
Automated failure insight
Identify and mitigate failure behaviour by analysing how failures progress through the system.
Risk traceability
Track the source, quality and justification of parameters used to support engineering decisions.
Knowledge capture
Capture engineering rationale, domain knowledge and decisions in a managed digital framework.
Consistent taxonomy
Use a common engineering language to reduce miscommunication and improve understanding of complex systems.
How MADE supports airworthiness.
MADE generates engineering analyses and helps demonstrate the quality of the model and decisions used to produce them.
Generate engineering analyses
Generate FMEA / FMECA, Fault Tree Analysis and RCM analysis from the functional and physical system model.
Demonstrate analysis quality
Annotate decisions, review model quality and document the rationale, source and confidence behind generated analyses.
FMEA / FMECA
Leverage the functional and physical model to identify, track and communicate failures across the system.
Fault Tree Analysis
Perform root cause analysis from failure cause to end effect, supporting deeper understanding of initiating causes.
Classic RCM / Maintenance Plan
Use RCM analysis to generate maintenance actions in response to system failures and operational requirements.
Annotations / Analysis Quality
Use model quality indexes, annotations and reporting to support confidence in the generated analysis evidence.
Generate the evidence needed for aerospace certification workflows.
MADE supports safety, reliability, platform and PHM artefacts that help teams manage certification evidence in a connected model-based environment.
Document not just the answer — but the evidence behind it.
MADE annotations support analysis quality by documenting the decision rationale, configuration history and source quality of the parameters used in engineering analysis.
Justification
List each decision or parameter and the reasoning used to support the engineering choice.
Configuration Management
Capture who made the decision, when it was made and how the model has changed over time.
Data Source and Quality
Assess and record the integrity, source and confidence level of data used to support analysis.
Reuse engineering analyses to validate design and demonstrate airworthiness.
Engineering analyses generated during design can also be leveraged to document and demonstrate airworthiness.
Mission Profile
Identify typical use cases and operational scenarios for the aircraft or platform.
- Flight phases and segments.
- Operational configuration context.
- Environment and emergency configuration.
FMECA
Identify failures, failure modes and how they progress through the system.
- Failure identification and classification.
- Failure progression modelling.
- Common failure concept descriptions.
FTA
Perform root cause analysis to determine the initiating causes of failure events.
- Functional and hardware-based Fault Tree Analysis.
- Cut-set identification.
- Cause-to-effect traceability.
RCM
Determine the maintenance plan required to support the platform in operation.
- Maintenance actions linked to failure behaviour.
- Maintenance planning evidence.
- Lifecycle sustainment support.
Download the MADE for Airworthiness brochure.
See how MADE supports airworthiness, model-based safety analysis, certification artefacts, traceability and engineering analysis quality.
Streamline aerospace certification with model-based safety evidence.
MADE helps teams connect safety assessment, reliability, maintainability, PHM and model quality evidence into one traceable certification support environment.
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Let’s explore how the MADE Reliability Software can transform your engineering processes
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