Certification and safety evidence
Connect hazards, failure modes, causes, effects, controls and analysis outputs so engineering evidence remains traceable and consistent as the design evolves.
Aviation Industry
Model-based RAMS for safer, smarter aerospace systems.
MADE helps aviation organisations connect design, reliability, safety, maintainability, certification and sustainment analysis into one trusted Digital Risk Twin.
Operational Availability
Model readiness, downtime and supportability impacts.
Safety Traceability
Connect hazards, failures and controls.
Lifecycle Cost
Understand maintenance and reliability trade-offs.
Fault Diagnostics
Support explainable PHM and fault isolation.
Certification
Streamline MBSA workflows and artefacts.
Why Aviation Needs MADE
Aerospace systems are too complex for disconnected analysis.
Aviation platforms operate under extreme expectations for safety, reliability, operational readiness and cost control. Traditional document-based RAMS processes struggle to keep pace with design change, certification evidence and sustainment planning.
MADE creates a connected engineering foundation.
MADE enables teams to understand how failures propagate, how risk accumulates and how maintenance and design decisions impact operational outcomes across the lifecycle.
Aviation challenges MADE helps address
MADE supports aerospace teams managing high assurance, complex interdependencies and long lifecycle sustainment demands.
Reliability and maintainability trade-offs
Evaluate how design choices, component reliability, maintenance intervals and support strategies affect aircraft availability and lifecycle cost.
Complex system dependencies
Understand how failures move through mechanical, electrical, avionics, propulsion and support systems using a connected model-based approach.
Sustainment and fleet readiness
Support better maintenance planning by connecting reliability, failure behaviour, operational usage and supportability decisions.
Configuration and design change
Reduce rework by maintaining a single model-based source of truth that can reflect system changes and update downstream analysis.
Fault isolation and PHM
Use system knowledge to support explainable diagnostics, fault isolation and prognostic health management strategies.
Digital Risk Twin
Turn aircraft complexity into connected engineering intelligence.
MADE creates a Digital Risk Twin of the aviation system, connecting design structure, failure logic, reliability data, safety analysis and supportability information into a living engineering model.
This allows aviation teams to move beyond isolated reports and understand the real system-level implications of risk, change, maintenance and operational decisions.
Model failure propagation across connected aircraft systems.
Maintain traceability between design, RAMS analysis and sustainment decisions.
Support continuous improvement across design, operation and maintenance.
Digital
Risk Twin
Risk Twin
Streamlined Certification
Accelerate aerospace certification with model-based safety analysis.
MADE supports streamlined aerospace certification by using a Digital Risk Twin and Model-Based Safety Analysis approach to help perform PASA/PSSA activities within an integrated analysis toolset. It supports recommended safety analysis techniques associated with ARP4761 and ARP4754, helping improve consistency, traceability, repeatability and understanding of system behaviour.
MBSA Workflow
Integrate FHA, FTA, FMEA, common mode analysis and reliability artefacts in one connected environment.
Traceable Artefacts
Support objective and repeatable safety assessment outputs with a common engineering taxonomy.
Design Change Confidence
More easily manage the effect of design decision changes across safety and certification analysis.
Download Certification Brochure
Opens the registration form before download, using the standard gated-download script.
Better aviation decisions depend on better engineering data.
Complex aircraft systems require tools that maintain data quality, usability, integrity, currency and knowledge capture. MADE helps aviation organisations connect safety, reliability, supportability and lifecycle analysis around a consistent model-based foundation.
How MADE creates aviation value across roles
MADE supports executive decision-making, management efficiency, engineering productivity and research by connecting analysis outputs to one trusted system model.
01
Executive Level
Cost: Optimise and validate the accuracy of economic forecasting for design and support budgets.
Process: Ensure consistency and traceability of engineering validation across aviation engineering processes.
Technical: Integrate safety, reliability and supportability engineering analysis tools and data with enterprise IT architecture, including CAD and PLM.
02
Manager Level
Cost: Automate analysis to generate significant productivity and schedule improvements for projects and teams.
Process: Enable parallel and concurrent analyses based on a single source of truth — the MADE model.
Technical: Leverage GUI-based knowledge management to capture engineering decisions across the aviation lifecycle.
03
Engineer / Analyst Level
Cost: Enable cost-effective trade studies and allow engineers to focus on technical decision-making rather than data entry.
Process: Generate technically validated design and support concepts using a consistent, extensible analysis framework.
Technical: Improve data quality and process consistency through integrated model-based analysis.
04
Academic / Research
Cost: Model-based simulation and automated analysis allow researchers to focus on outcomes rather than data entry.
Process: Structured models, taxonomies and automation support traceability of data used in research projects.
Technical: Integrated analysis improves data quality and process consistency across research and validation activities.
Where MADE can be applied in aviation
MADE can support RAMS and lifecycle decision-making across new aircraft development, legacy sustainment and advanced autonomous aviation systems.
Commercial Aircraft
Support reliability, maintainability, safety analysis and lifecycle planning for highly integrated passenger aircraft systems.
Military Aircraft
Improve mission readiness, supportability and risk visibility across complex defence aviation platforms.
UAV / UAS Platforms
Model autonomous systems, sensor dependencies, mission risk and maintenance strategies for uncrewed aviation assets.
Propulsion Systems
Analyse failure propagation, reliability drivers and maintenance impacts across engine and propulsion subsystems.
Avionics and Electrical Systems
Connect failure logic, redundancy, diagnostics and safety-critical dependencies across electrical and avionics architectures.
Ground Support and Sustainment
Improve maintenance planning, support equipment decisions and fleet-level sustainment outcomes.
MADE capabilities for aviation RAMS
MADE brings core RAMS and model-based analysis capabilities together in one environment.
Fault Tree Analysis
Support manual, model-based or hybrid FTA workflows to understand top-level events, failure combinations and system risk contributors.
FMEA / FMECA
Generate and manage structured failure mode analysis connected to the underlying system model.
Reliability and Availability Modelling
Evaluate system reliability, operational availability, downtime drivers and mission supportability.
Maintenance and RCM Analysis
Optimise maintenance concepts and support strategies based on failure behaviour, consequence and operational impact.
PHM and Diagnostics
Support Digital Diagnostic Twin development by connecting failure logic, symptoms and diagnostic reasoning.
Digital Thread Integration
Strengthen traceability between requirements, design, RAMS outputs and lifecycle decision-making.
Outcomes for aviation organisations
MADE helps teams move from fragmented analysis to connected engineering intelligence.
Improve traceability
Connect design structure, failure behaviour, risk and supportability evidence.
Reduce rework
Use a single model-based source of truth as aircraft systems change.
Optimise availability
Understand how maintenance and reliability decisions affect operational outcomes.
Streamline certification
Support MBSA workflows, traceable safety artefacts and repeatable analysis.
Capture knowledge
Preserve engineering reasoning and domain knowledge within the model.
Enable better decisions
Expose system-level risk, cost and sustainment implications earlier.
Engineer aviation systems with greater confidence.
MADE turns fragmented analysis into connected aviation intelligence — helping teams improve safety, reliability, supportability, streamlined certification, lifecycle cost and operational availability through a living Digital Risk Twin.