Designing Strategies to Predict Fatigue Life of Metal Components

Learn to design, measure and defend your organisation's approach to metal fatigue life prediction.

📍 Tripoli🗓️ 5 training days📚 4 modules🎓 Accredited certificate
5intensive training days
4scientific modules
8training sessions
32detailed points

Course Overview

Maintenance budgets are cut on metal fatigue life prediction in good years and paid for in bad ones. It treats life prediction as an operating discipline and equips participants to run it as one. It is written for people who have to make the wider engineering and maintenance work agenda work with the resources they already have. The result is the confidence to make and defend decisions about metal fatigue life prediction under scrutiny. Exercises escalate in difficulty, ending with the ambiguous situations that make this strand of engineering and maintenance work hard in practice. The professional literature on life prediction converges on a small set of controls that reliably work. Ambition around metal fatigue life prediction outruns capacity unless the sequencing is deliberate. Work concludes with a self-assessment of life prediction that participants can repeat annually.

Expected Learning Outcomes

01

Select the maintenance strategy for metal fatigue life prediction — run to failure, preventive, or condition-based — on evidence.

02

Handle the trade-offs in life prediction between speed, cost and assurance explicitly rather than implicitly.

03

Build a register of the risks attaching to metal fatigue life prediction and keep it current.

04

Set criticality ratings that drive work order priority for life prediction.

05

Build the competence framework for technicians working on metal fatigue life prediction.

06

Investigate repeat failures on life prediction to root cause.

07

Recognise early indicators that metal fatigue life prediction is drifting away from its intended design.

Who Should Attend

01

Engineering supervisors allocating work on metal fatigue life prediction.

02

Technical staff being prepared for supervisory responsibility over life prediction.

03

Specialists advising senior management on metal fatigue life prediction.

04

Mechanical, electrical and instrumentation technicians working on life prediction.

05

Contractor supervisors performing work on metal fatigue life prediction.

06

Inspection and integrity engineers assessing life prediction.

Course Modules

01

Metal fatigue life prediction: failure modes, consequence and criticality

2 sessions · 8 points

Session 1What condition data on metal fatigue life prediction is telling you early

  • Confirm isolation and permit requirements before any work on metal fatigue life prediction.
  • Set maintenance indicators for life prediction that reward planning rather than heroics.
  • Define acceptance criteria for completed work on metal fatigue life prediction.
  • Choose the maintenance strategy for life prediction based on failure pattern, not tradition.

Session 2Choosing a maintenance strategy for life prediction on evidence

  • Check that metal fatigue life prediction still works when volumes rise unexpectedly.
  • Collect evidence on the present handling of life prediction before proposing changes.
  • Confirm that contractual obligations around metal fatigue life prediction are understood.
  • Decide what will be stopped to create capacity for life prediction.
02

Life prediction: safe isolation and permit control

2 sessions · 8 points

Session 1Making life prediction work when resources are constrained

  • Rank the weaknesses in metal fatigue life prediction by consequence rather than by ease of fixing.
  • Compare the cost of life prediction with the cost of its absence.
  • Investigate repeat failures on metal fatigue life prediction to root cause, not to component.
  • Establish who is informed, consulted and accountable in life prediction.

Session 2What to measure in life prediction and what to ignore

  • Build the internal briefing that explains metal fatigue life prediction to those affected.
  • Map the handovers in life prediction between functions and secure them.
  • List the credible failure modes of metal fatigue life prediction and the consequence of each.
  • Rehearse the briefing on life prediction that would follow an incident.
03

Life prediction: inspection, testing and acceptance criteria

2 sessions · 8 points

Session 1Investigating the failure on life prediction that keeps returning

  • Verify contractor competence and method statements for metal fatigue life prediction.
  • Set out the decisions in life prediction that require sign-off and by whom.
  • Assign a criticality rating to metal fatigue life prediction that drives work order priority.
  • Draft the minimum viable maintenance procedure for life prediction.

Session 2Building lasting competence in metal fatigue life prediction

  • Identify where judgement in metal fatigue life prediction is legitimate and where it is not.
  • Agree the smallest change to life prediction that would be visibly useful.
  • Close out actions on metal fatigue life prediction rather than leaving them open indefinitely.
  • Write down the assumptions underpinning the approach to life prediction.
04

Life prediction: choosing the right maintenance strategy

2 sessions · 8 points

Session 1Maintenance indicators for life prediction that change behaviour

  • Identify single points of dependency in metal fatigue life prediction and reduce them.
  • Identify the data already collected that bears on life prediction.
  • Remove steps in metal fatigue life prediction that add effort without adding assurance.
  • Review whether life prediction is aligned with the objectives of the asset base.

Session 2Isolating life prediction safely before work begins

  • Test the procedure for metal fatigue life prediction against a realistic scenario.
  • Reduce the variation in how life prediction is carried out between teams.
  • Record the rationale for each significant choice made about metal fatigue life prediction.
  • Verify six months later that changes to life prediction have held.

Choose the package that suits you

Silver Package

At least 3 people

USD1,250
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Gold Package

At least 3 people

USD1,850
  • 5-night stay in a 5-star hotel
  • Workshop or Program Participation
  • Airport Transfers
  • Customized Badge
  • Expert Mentorship (Private Sessions)
  • Supervision & Secretarial Services
  • Accredited Certificate of Participation
  • Complete Training Kit
  • Coffee Break
  • Closing Ceremony

Complete your registration

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