Model-Based Risk Engineering

Redefined

The Maintenance Aware Design Ecosystem or MADE is a model-based industry standard for RAMS (Reliability, Availability, Maintainability, Safety). The MADE platform is Reliability Software designed to transform how engineers identify, evaluate, and mitigate technical risk in complex mission-critical systems. It serves as a digital backbone for reliability & safety engineering teams developing systems across aerospace, defense, transportation, energy and any sector that designs, builds and operates complex-mission critical systems.

Unlock Product Value with MB-RAMS

Smarter Decisions, Higher Quality Systems

Built on Digital Engineering principles you’d expect from industry leading reliability software, MADE digitizes domain expertise and automates RAMS workflows through the creation of Digital RAMS Twins. These twins connect design intent with operational performance, dynamically representing system reliability and risk via indentured system modeling, dependency mapping, and failure simulation. The result: informed, traceable decisions that add up to safer, more resilient systems.

MADE as an Integrated RAMS Toolset

MADE comprises four core, interlinked modules, making it the first RAMS tool in market that integrates data (utilizing a Standardized Taxonomy) within each RAMS discipline. MADE consists of the following modules:

Digital RAMS Twin Creation

Establishes the system architecture and failure logic.

Safety, Risk Assessment

Enables simulation-based safety, reliability, and cost trade-off studies across design alternatives.

Reliability, Availability, Maintainability

RAM Module helps you predict and prevent system failures, optimize redundancy, and set reliability targets that align with performance and mission goals.

Prognostic Health Management

The PHM (Prognostics and Health Management) Module in the MADE platform verifies diagnostic designs and supports PHM trade studies through model-based analysis.

Unlock the Power of Model-based RAMS

Find Out How – Download the MADE Brochure

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MADE is part of an Ecosystem

From simulation to in-service insights, MADE connects seamlessly into the future of asset management. The PHMT Ecosystem extends your Digital Risk Twin (DRT) beyond design into operations/sustainment with the MODE platform through the Digital RAMS Backbone (DRB).

Unlocking System Excellence

The Benefits of a Model-Based RAMS Approach
Early Risk Identification

Simulate and resolve potential hazards before build phase.

Integrated Digital Twin

Continuously and cohesively analyze safety, reliability, and maintenance in real time.

Enhanced Collaboration

Accessibility, shareability, and standardized data models promote cross-disciplinary alignment and distributed participation.

Accelerated Certification

Automate compliance workflows and generate audit-ready artifacts

Lifecycle Cost Reduction

Optimize support strategies and reduce unplanned downtime.

Data Reusability

Capture domain knowledge for reuse across platforms and programs.

Future-State Readiness

As every industry advances rapidly towards embracing AI and other leading technology your RAMS design data can be more effectively utilized if it is digitized using a consistent taxonomy.

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Let’s explore how the MADE Realibility Software can transform your engineering processes

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Explore What MADE Can Do for Your Organization

Select the Features You Want to Learn More About

Discover the powerful capabilities of MADE by exploring the table below. Simply check the boxes next to the features/functionality you’re interested in and hit submit — we’ll make sure you get more information tailored to your needs.

Modeling
MADE
modeling
capabilities

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Annotations



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Logical
Model



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Knowledge
Management



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Physical
Model
(Failure
Diagram)
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Failure
Charting


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Failure/
Root
Cause
Identification
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CAD
Import


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Dependancy
Mapping



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Failure
Mode &
Effects
Analysis
(FMEA)
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Mission
Profile
Definition

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Technical
Budgeting


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Environment
Loading
Factors
(ELF)
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Requirements
Verification


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SRA
Functional
Hazard
Assessment
(FHA)

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Control
Measures



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Functional
Model
(ARP4761A)

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Common
Mode
Analysis
(ARP4761A)
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Criticality
Analysis


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Criticality
Charting


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Fault
Tree
Analysis
FTA
(Functional)
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Fault
Tree
Analysis
(User Defined)
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Failure
Mode
Effects &
Criticality
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RAM
RBD
Model


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Failure
Rate
Prediction

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Reliability
Allocation



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Markov
Analysis



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Reliability
Analysis


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Maintenance
Task
Analysis
(MTA)
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Reliability
Charting


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Reliability
Centered
Maintenance
(RCM)
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Availability
Charting



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Back-fit
RCM
{B-RCM)


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Maintenance
Cost
Estimates
(MCE)
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Systems
Maintenance
Action
Editor
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Fault
Tree
Analysis
-Hardware
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PHM
PHM
Modeling
Capabilities

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ROC
Curves


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Inherent
Diagnostic
Capability
Assessment
(Legacy)
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Sensor
Selection



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Theoretical
Diagnostic
Capability
Assessment
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Sensor
Ambiguity
Groups

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Sensor
Set
Design
Trade
Studies
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Diagnostic
Rules
Generation

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Sensor
Libraries


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Select Report Outputs
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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…

Download the paper