Demonstrate, document and deliver seaworthiness with confidence.
MADE provides a model-based, integrated engineering environment that automates and streamlines the generation of seaworthiness artefacts, helping maritime teams connect certification evidence directly to engineering analysis.
Traditional seaworthiness evidence is too often disconnected from engineering analysis.
Achieving seaworthiness certification is essential for maritime systems, but traditional methods often rely on disconnected, manual documentation that lacks traceability to engineering analysis. This creates risks, rework and delays across design and approval processes.
MADE connects certification artefacts to the model that created them.
MADE supports design, verification and certification concurrently by generating seaworthiness artefacts from the system model, backed by traceable data, decision logic and analysis quality evidence.
Certify with confidence using model-based engineering evidence.
MADE enables early and ongoing assessment of seaworthiness-related risks using engineering artefacts built directly from the system model. Each artefact is digitally linked to model parameters for traceability and quality assurance.
Build a stronger digital foundation for seaworthiness compliance.
MADE’s model-based safety analysis approach helps maritime teams improve analysis consistency, reduce rework and maintain traceable certification evidence.
Integrated simulation
Use model-based simulation to connect system behaviour, failure logic and certification artefacts.
Automated failure identification
Identify failures and understand how they progress through complex maritime systems.
Traceable risk capture
Capture risk, decisions and supporting evidence in a structured, auditable digital environment.
Knowledge transfer
Support continuity across teams through a GUI-based knowledge capture and transfer framework.
On-demand artefacts
Generate engineering artefacts directly from the system model as the design evolves.
Lifecycle risk insight
Create a Digital Risk Twin that evolves with the system through design, sustainment and operations.
How MADE supports seaworthiness.
MADE generates engineering analyses, demonstrates analysis quality and connects certification evidence to the underlying Digital Risk Twin.
Engineering Analysis
Generate FMEA, Fault Tree Analysis and RCM analysis directly from the system model.
Demonstrate Analysis Quality
Track parameter decisions, annotate model logic, review model quality and document analysis confidence.
FMEA / FMECA
Leverage the functional and physical model to identify and track failures through the system.
Fault Tree Analysis
Perform root cause analysis from failure cause to end-effect using model-based fault logic.
RCM / Maintenance Plan
Use RCM analysis to generate appropriate maintenance plans in response to system failures.
Annotations / Analysis Quality
Use Model Quality Index reporting and annotations to reinforce confidence in generated analyses.
The future of seaworthiness evidence is connected, traceable and model-based.
MADE enables the creation of a Digital Risk Twin — a dynamic model of failure and risk that evolves with the maritime system throughout its lifecycle and design iterations.
Trust the artefact because you can trace the evidence behind it.
MADE introduces a Model Quality Index and rich annotation framework to reinforce trust in every analysis.
Justification
Capture the rationale for every design or analysis decision.
Configuration Management
Document who made the decision, when it was made and how the model has changed.
Data Integrity
Validate the source and confidence level of every input used in generated analyses.
Generate engineering analyses on demand from the model.
MADE helps teams produce the core analyses needed to demonstrate seaworthiness and support maritime design decisions.
FMEA / FMECA
Identify failures and how they progress through the system.
- Failure mode identification.
- Failure progression modelling.
- Functional and physical model linkage.
Fault Tree Analysis
Perform root cause analysis to find the initiating cause of system failures.
- Cause-to-effect traceability.
- Cut-set generation.
- Root cause analysis from model logic.
RCM / Maintenance Plan
Develop maintenance plans that respond to system failure behaviour.
- Maintenance planning evidence.
- Failure response logic.
- Operational sustainment alignment.
Annotations / Analysis Quality
Generate quality reports to support trust in seaworthiness analyses.
- Model Quality Index.
- Decision annotations.
- Data source and confidence tracking.
Download the MADE for Seaworthiness brochure.
See how MADE supports model-based seaworthiness certification, engineering artefact generation, analysis quality, Digital Risk Twin creation and traceable decision evidence.
Demonstrate seaworthiness with connected engineering evidence.
MADE helps maritime teams connect design, verification, certification and sustainment through a model-based Digital Risk Twin that keeps seaworthiness evidence traceable, current and defensible.
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