FMECA and Risk Assessment for Maintenance Training: Master failure mode analysis, criticality scoring, plant reliability, and maintenance risk mitigation.

FMECA and Risk Assessment for Maintenance Training

Failure Mode Effect and Criticality Analysis (FMECA) and Risk Assessment for Maintenance Purposes

Claim 5 CPD Points

|
Platform:
Online
In-class
Revised and Updated: 23 October 2026
Date Venue Duration
08 - 12 March 2027 Sandton, Gauteng 5 Days
07 - 11 June 2027 Sandton, Gauteng 5 Days
16 - 20 August 2027 Sandton, Gauteng 5 Days

Course Introduction

A comprehensive training program designed to equip participants with the tools and techniques to identify, assess, and mitigate risks in maintenance processes, ensuring operational efficiency and asset protection.

Failure Mode Effect and Criticality Analysis (FMECA) is a systematic approach designed to identify, assess, and mitigate potential failures in maintenance processes. By mapping possible failure modes and understanding their causes and impacts, FMECA helps organisations proactively prevent downtime and reduce risks to their facilities, plants, and equipment. When combined with a structured risk assessment, FMECA enables organisations to spot and address risks before they escalate, thereby protecting assets and optimising performance.

Integrating FMECA with risk assessment processes can significantly save time and reduce costs, enabling organisations to maintain uninterrupted operations and achieve long-term success. This Failure Mode Effect and Criticality Analysis (FMECA) & Risk Assessment for Maintenance Purposes course provides the knowledge and skills necessary to implement FMECA and risk assessment effectively, empowering maintenance teams to operate more safely and efficiently.

Completing our specialized FMECA and Risk Assessment for Maintenance Training program ensures that technical teams transition from reactive troubleshooting to structured predictive risk mitigation. Mastering FMECA and Risk Assessment for Maintenance Training principles enables maintenance leads to protect physical assets, making FMECA and Risk Assessment for Maintenance Training a vital asset for industrial enterprise continuity.

Course Objectives

Upon completing this Prospen Africa Failure Mode Effect and Criticality Analysis (FMECA) & Risk Assessment for Maintenance Purposes course, participants will be able to:

  • Understand and apply the principles of FMECA, becoming proficient in this method.
  • Utilise FMECA processes, principles, methods, and templates for real-world maintenance risk assessment, including Severity (S), Occurrence (O), and Detection (D) ratings aligned with IEC 60812:2018.
  • Develop facilitator skills, such as effective listening, handling frustration, and recapitulating.
  • Gain a thorough understanding of FMECA theory and adopt its analytical approach.
  • Identify when and how to use preventive, corrective, and risk assessment actions.
  • Apply techniques for effective data gathering, such as appropriate communication with multidisciplinary teams and detail-oriented data collection.
  • Understand related risk assessment methods applicable to maintenance.
  • Design a risk assessment program for maintenance with optimal results.
  • Integrate FMECA with risk assessment for enhanced organisational outcomes.

Who should attend?

This FMECA and Risk Assessment for Maintenance Training is ideal for:

  • Mechanical Engineers Involved in Asset Maintenance and Repair.
  • Mechanical Technicians Interested in Aligning Maintenance and Repair with International Standards.
  • Supervisors, Operators, and Maintenance Field Workers.
  • Team Leaders and Facilitators.
  • Individuals Interested in Team Dynamics and Improved Understanding of Others.
  • Anyone Keen on Enhancing Their Knowledge of Risk Assessment for Maintenance.
Technical Courses

Training Methodology

Our diverse instructional approaches ensure effective learning:

– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.

Training Outline

Module 1: Introduction to FMECA
  • Overview of FMECA, aligned with IEC 60812:2018, the current international standard governing failure modes, effects, and criticality analysis.
  • Objectives of FMECA.
  • FMECA in relation to systems engineering lifecycles.
Module 2: Facilitation and Communication Skills
  • Defining facilitation skills and the role of a facilitator.
  • Key duties of facilitators.
Essential Facilitation Theories and Skills:
  • Problem-solving in FMECA.
  • Effective feedback and communication.
  • Techniques for interrogation, listening, and team coordination.
Module 3: Basics of the FMECA Method and Risk Assessment
  • FMECA Method Fundamentals and Implementation, including the Severity (S), Occurrence (O), and Detection (D) rating framework used to calculate the Risk Priority Number for each identified failure mode.
  • Analytical techniques, including information ordering and questioning.
Overview of Risk Assessment:
  • Risk definitions and types.
  • Developing and activating emergency response plans.
  • Crafting action plans for emergencies and post-emergency situations.
Module 4: In-Depth Risk Assessment Processes
  • Comprehensive risk assessment overview.
  • Understanding responsibilities and optimal timing for assessments.
Different Types of Risk Assessments:
  • Fire, manual handling, and Display Screen Equipment (DSE) risk assessments.
  • Hazardous chemical substances risk assessment, referencing internationally recognised frameworks such as COSHH (Control of Substances Hazardous to Health) alongside South Africa's own Hazardous Chemical Agents Regulations under the Occupational Health and Safety Act.
Step-by-Step Risk Assessment Process:
  • Risk identification.
  • Assessing risk severity and probability.
  • Implementing controls and noting findings.
  • Reassessment for continuous improvement.
Module 5: Advanced FMECA Techniques and Course Conclusion
Advanced FMECA Processes:
  • De Bono and Hermann's preference thinking theory.
  • Presentation skills, feedback, and managing reluctant behaviour.
  • Techniques for presentation preparation and new learning.
Evaluating Information Quality and FMECA Outcomes:
  • Stakeholder management and motivational theories.
  • Project management and implementation strategies.
  • Summarising course learnings, feedback, and successful training closure.

Course Categories

Get a Quote Banner Outline

Request a Call Back

Your submission has been successful

Please check your email for confirmation

Success Stories

Discover how our courses enhance professionals’ effectiveness in their workplaces.

No reviews found. Add reviews from the dashboard or switch source to Manual.

FAQs – FMECA and Risk Assessment for Maintenance Training

Gain practical FMECA and risk assessment skills for maintenance, covering failure modes, criticality analysis, risk evaluation, maintenance strategies, and reliability improvement.

What is covered in the FMECA and Risk Assessment for Maintenance course?
The course covers FMECA principles, failure modes and effects, criticality analysis, maintenance risk assessment, risk identification, risk controls, preventive and corrective actions, and advanced FMECA techniques.
Who should attend FMECA and Risk Assessment for Maintenance training?
The training is suitable for mechanical engineers, mechanical technicians, maintenance professionals, supervisors, operators, maintenance field workers, team leaders, facilitators and professionals involved in maintenance risk assessment.
What is FMECA and how is it used in maintenance?
FMECA is a systematic method for identifying potential failure modes, analysing their causes and effects, assessing criticality and prioritising actions to reduce equipment failures, operational risks and unplanned downtime.
Does the FMECA and Risk Assessment for Maintenance Training cover maintenance risk assessment methods?
Yes. Participants learn risk identification, severity and probability assessment, control measures, reassessment and different risk assessment applications, including fire, manual handling, display screen equipment and COSHH risks.
Does the FMECA and Risk Assessment for Maintenance Training cover preventive and corrective maintenance actions?
Yes. The FMECA and Risk Assessment for Maintenance Training covers how to identify appropriate preventive, corrective and risk-based actions following FMECA and risk assessment, helping maintenance teams improve reliability and reduce failure-related risks.
Does the FMECA and Risk Assessment training include practical exercises?
Yes. The FMECA and Risk Assessment for Maintenance Training includes group work, case studies, workshops, role-play and practical application activities that help participants apply FMECA and maintenance risk assessment techniques to real-world situations.

Related Courses

Your submission has been successful

Please check your email for confirmation