Getting Started with MADE Platform
MADE is a model-based RAMS platform that creates a Digital Risk Twin to integrate safety, reliability, availability and maintainability analyses.
Watch practical videos covering model-based RAMS, certification, Digital Risk Twins, PHM, Syndrome Diagnostics and advanced engineering decision support.
Start with an overview of the MADE platform and how it supports model-based RAMS through a Digital Risk Twin.
MADE is a model-based RAMS platform that creates a Digital Risk Twin to integrate safety, reliability, availability and maintainability analyses.
Explore how MADE supports certification, lifecycle engineering, PHM integration and mission-critical system assurance.
Streamline aerospace certification with Digital Risk Twin workflows that support safety, reliability, traceability and assurance.
Improve safety-critical systems with earlier risk insight, stronger compliance support and model-based RAMS workflows.
Support certification with evidence-based RAMS while integrating PHM and diagnostics into the design process.
Accelerate aerospace certification with traceable, standards-aligned workflows that reduce rework and support design assurance.
The PHM Ecosystem integrates MADE and MODE to enable design-to-sustainment workflows across the system lifecycle.
Nancy Lindsey, SMA and RMA Technical Expert at NASA GSFC, discusses risk-based SMA with model-based engineering.
Focused videos showing how specific MADE capabilities support model creation, traceability and RAMS analysis.
Transform imported BOMs into model-based architectures, supporting failure analysis, traceability and RAMS validation.
Explore MODE and Syndrome Diagnostics for causation-based failure detection, isolation and predictive maintenance.
Syndrome Diagnostics uses causation-based failure detection and isolation to help identify root causes and support scalable CBM strategies.
An introduction to Syndrome Diagnostics as an advanced causation-based AI solution for real-time fault detection and isolation.
MADE and MODE help engineering teams move from static analysis to connected, traceable and simulation-driven workflows across design, certification and sustainment.