Skip to content

Manufacturing & Advanced Industrials · Mechanical Systems & Reliability

Reliability Engineering & Root Cause Analysis

Understand why equipment fails, and put a plan in place to stop it happening again

Discuss this service

What it is

Reliability Engineering & Root Cause Analysis

We help operations and maintenance teams move from repeated breakdowns to a deliberate reliability program. Our work includes ranking equipment by criticality, investigating repeat failures to their root cause, and developing maintenance strategies based on the way each asset can fail.

Typical duration
4 to 10 weeks depending on the number of assets and failures reviewed

The business problem

Why clients need this

When the same equipment fails again and again, the fix is usually treated as a repair, not a cause. Without a view of which assets matter most, maintenance effort is spread thinly and the costliest failures still happen.

  1. 01

    Maintenance resources are spread evenly across equipment rather than focused on the assets that matter most.

  2. 02

    Failures are repaired but not investigated, so they repeat.

  3. 03

    Maintenance records are incomplete, so it is hard to see failure patterns.

Our approach

How we deliver it

  1. 1

    Asset Register & Criticality Ranking

    Organising the asset list and ranking equipment by the consequence of failure on safety, output, cost, and repair time.

  2. 2

    Failure Data Review

    Reviewing work orders, downtime records, and spares history to identify repeat failures and their cost.

  3. 3

    Root Cause Analysis

    Structured investigation of significant failures using methods such as fault tree and 5-why analysis, with physical evidence where available.

  4. 4

    Maintenance Strategy

    Developing task plans, inspection intervals, and condition monitoring requirements for critical assets, using reliability-centred maintenance principles.

Data & AI

How technology strengthens this service

Work order and downtime data is cleaned and categorised so failure modes and costs can be tracked over time, which shows whether reliability improvements are working.

How we use AI across our work

Typical deliverables

What you receive

  • Asset criticality ranking
  • Failure analysis of selected repeat failures, with root causes and corrective actions
  • Maintenance strategy for critical equipment
  • Reliability metrics and a plan to track them

Outcomes

What changes for you

  • Maintenance effort focused on the equipment that carries the most risk
  • Root causes of repeat failures identified and addressed
  • A basis for a predictive maintenance program, with the right equipment and measurements chosen

Who it is for

  • Manufacturing plants
  • Process & chemical facilities
  • Power & utility sites
  • Asset owners investigating equipment failures

FAQs

Common questions

How is this different from predictive maintenance setup?+

Predictive maintenance is about monitoring equipment condition. Reliability engineering decides which equipment needs it, why it fails, and what the full maintenance strategy should be. The two work well together.

Can you investigate a single failure?+

Yes. We can carry out a focused failure investigation and prepare a written report of causes and findings.

What if our maintenance records are poor?+

That is common. We work with what exists, supplement it with interviews and inspection, and recommend changes to record-keeping.

Related

More from Manufacturing & Advanced Industrials

Discuss reliability engineering & root cause analysis with our team

Tell us about your site, plant or network. A senior consultant will reply within two business days.

Discuss this service