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The Mantua Group

Simple Black and White Asset Management, Reliability Expertise, and Maintenance Execution Perfection.

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Your Risk Matrix Is a Model. Treat It Like One

Competing Risks, Or Not? Failure Mode

Your Risk Matrix is a Model

Most organisations have a corporate risk matrix: severity down one axis, frequency across the other, colours in the cells. And in most organisations, that matrix lives in a procedure document, comes out for risk workshops, and goes back in the drawer.

The concept worth sitting with: your risk matrix is a quantitative model of organisational values. Safety consequences, production loss, environmental impact, reputation. Each cell is a statement about tolerability, agreed at executive level. It encodes how much a lost-time injury weighs against a day of lost production, and where the line of the intolerable sits. Yet in most organisations it is disconnected from the reliability models where failure modes actually get analysed. The engineers doing the analysis and the executives who agreed the matrix are answering the same question, what risks are we carrying and are they acceptable, in two systems that never meet.

What Connection Looks Like

When the actual corporate matrix is embedded inside the modelling environment, several things change at once:

  • Every failure mode lands on the matrix automatically. A seal failure with a $30,000 production penalty and a credible safety consequence is not just a line in an FMEA or FMECA. It is a point on the same matrix the board uses, expressed in the same categories, severities and frequency bands.
  • Strategy changes move points across cells. Add condition monitoring or change a maintenance interval in the model, and the risk picture updates with it. The before-and-after is visible in corporate language, not engineering shorthand.
  • Consequence categories carry cost. Safety severity levels sit alongside production penalties and repair costs, so the same structure that drives the risk plot also drives the lifecycle cost outputs.

This is also the antidote to a failure pattern we describe in our white paper Asset Management Systems, Asset Performance: organisations whose certified management system and actual asset performance never touch. A risk matrix that lives only in a procedure is part of the system. A risk matrix wired into the engineering models is part of the performance.

How the Tools Help You Discover the Benefit

Availability Workbench lets you build consequence categories, severity levels, frequency ratings and cost penalties that mirror your corporate matrix exactly, and attach them to failure models throughout your system diagrams. Those consequences then flow through availability simulation and RCMCost analyses, so maintenance decisions are argued in risk terms the whole organisation recognises. The discovery is not the software feature. It is seeing your risk framework genuinely connected to your engineering analysis for the first time.

The podcast episode Getting it Right covers the wider discipline this belongs to: buying, installing and maintaining equipment against explicit expectations rather than assumptions, a theme our white paper Setting Expectations takes further.

Go Deeper

  • Software: AWB Availability Simulation, RCMCost
  • Services: Asset Management, Reliability Program Assessment, FMEA/FMECA
  • White papers: Asset Management Systems, Asset Performance, Setting Expectations
  • Next in the series: Lifecycle Cost and Asset Criticality

How can we help? Talk to us at contact@mantua.group.

Software Expertise

Reliability Workbench (RWB)
Availability WorkBench (AWB)
Network Availability Prediction (NAP)
Sologic Root Cause Analysis (RCA)
HAZOP

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