MADE Software | Model-based RAMS | Causation-based AI | FMEA FMECA Software | Criticality Analysis Software

MADE Modeling Module

Digitize domain knowledge and create a traceable baseline for all RAMS analyses

Create a traceable, reusable system model that digitizes engineering domain knowledge and serves as the foundation for integrated RAMS analyses. Featuring automated functional and physical modeling, failure simulation, dependency mapping, and mission profiling, it enables rapid, consistent, and standards-aligned development of a Digital Risk Twin for risk-informed design decisions.

Build functional and physical system models

Simulate failure scenarios and dependencies

Capture engineering assumptions and intent

Enable consistency and reusability across programs

rapidly develop models for analysis.

Improve communication with a Standard Taxonomy.

What the Modeling Module Delivers

Bring To Life Your RAMS Simulation

The MADE Modeling Module empowers engineers with a streamlined, intuitive platform to build powerful system models at speed—without complexity getting in the way. Whether you’re sketching a high-level functional flow or capturing intricate component behaviors, the modeling canvas is designed for clarity, precision, and agility. No more wrestling with fragmented tools or siloed spreadsheets, this is RAMS engineering MADE efficient.

Modeling Module High-level Features

Digital Risk Twins That Power Design Precision

Uncover System Vulnerabilities Before They Become Failures

MADE’s Model-Based RAMS platform establishes a high-fidelity system architecture that reveals component interactions and failure propagation through automated dependency mapping and failure simulations. Leveraging standardized taxonomies, it generates detailed analyses such as FMEA and hazard assessments, forming a Digital Risk Twin that integrates dynamic operating context with failure logic. This empowers engineering teams to pinpoint technical risks early, optimize system design, and accelerate validation across the lifecycle.

Learn More About Automated Dependency Mapping

Unlock the Power of Model-based RAMS

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Model Smarter with MADE

Functional, Physical & Failure Modeling in One Platform

The MADE Modeling Module gives engineers the power to design and validate complex systems with speed and precision. From logical function to physical interaction and failure behavior, this module enables automated analysis, traceability, and deep system insight. Key functional/features of this module include:

Logical Model

Model of the system functionality, based on the hardware implementation.

Dependency Mapping

Auto-generates the impact of failures across the system.

Failure Simulation / Cascading Effects Analysis (ARP4761 Rev A)

Simulates a failure through the model, displaying effects at various points in the system.

Model Connection Matrices

Functional and flow connections between logical blocks, that capture system dependencies.

Propagation Table

A network of failures against effects / responses in the system that captures the failure effects in the system in a tabular format.

Physical Modeling

Models the interactions of physical parts and their effects on system function.

Failure / Root Cause Identification

Auto-generates physical failure pathing from functional to root cause.

Failure Mode and Effects Analysis (FMEA)

Auto-generate a FMEA based on the system model.

Mission Profile Definition (MPD) / Flight Phases (ARP4761 Rev A)

Captures the different ways the system is used.

Environment Profiles

Captures the environmental factors based on where the system is designed to operate.

Failure Charting

Dashboards key failure metrics for the system (criticality, frequency, etc.).

CAD Import

Imports bill of material from a STEP file to the MADE model canvas to accelerate model development.

PLM Import

Import Bill of Materials and system information from a PLM to accelerate model development.

Requirements Verification

Import requirements and associate with verification analyses to enable traceability.

Technical Budgeting

Assess the technical requirements for specific system / subsystem against design criteria.

Related Whitepapers

MADE: Development of an Aerospace PHM Software Tool

The Maintenance Aware Design environment (MADE) was conceived to provide a suite of software tools that could be used to design, assess and optimise Prognostics and Health Management systems for use in a wide variety of high risk industries where safety and reliability are critical, including mining, offshore and aerospace applications. MADE is currently being developed for application to aerospace systems and...
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language of FMEA: effective use and reuse of FMEA data

Practical uses of Failure Modes and Effects Analysis (FMEA) range from the identification of potential design defects and safety hazards, to maintenance planning, diagnostics and Prognostics and Health Management (PHM). According to the broadly accepted standard for FMEA, MIL-STD-1629A, a successful FMEA is one that conducted in a timely manner, so that the results can be used to.....
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Capabilities

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