Course overview
Reliability Engineering & Weibull Analysis is an introduction that builds a solid working knowledge in Reliability Engineering & Weibull Analysis. It covers the principles, the requirements of ISO 55001, ISO 14224, SAE JA1011 and SMRP best practice, and the practical methods used on site, with case studies from operations in the Gulf, Africa and worldwide. Available online, in the classroom in 60 cities, or in-house.
What participants will be able to do
- Explain the principles, terminology and scope of Reliability Engineering & Weibull Analysis
- Apply the relevant requirements of ISO 55001, ISO 14224, SAE JA1011 and SMRP best practice
- Use practical tools, checklists and calculations with confidence
- Recognise common problems, risks and root causes and choose the right corrective action
- Prepare an improvement plan for their own site or organisation
Who should attend
Designed for maintenance engineers, planners, reliability engineers and supervisors, new joiners and anyone who needs a solid grounding in the subject.
Course outline (5 days)
- Day 1: Principles and terminologyScope, key definitions and how Reliability Engineering & Weibull Analysis fits into daily operations
- Day 2: Codes, standards and requirementsWhat ISO 55001, ISO 14224, SAE JA1011 and SMRP best practice require, and how to read them
- Day 3: Methods, tools and calculationsStep-by-step methods, checklists and worked examples
- Day 4: Operation, inspection and common problemsTypical failures, warning signs and what to do about them
- Day 5: Case studies, workshop and assessmentGroup exercise on real cases and a final knowledge check
What the 10-day edition adds
- Day 6: Applied project, part 1Apply the week-one methods to a case from your organisation
- Day 7: Data and digital toolsSoftware, spreadsheets and digital tools used in practice
- Day 8: Lessons from incidents and auditsWhat investigations and audit findings teach
- Day 9: Applied project, part 2Complete, test and refine your solution
- Day 10: Presentations and final assessmentPresent to the group and complete the final assessment
Training method and certificate
Interactive sessions, practical exercises, case studies and pre- and post-course assessments. Participants receive a Qimma Global Training certificate of completion stating the training hours (30 hours for 5 days, 60 hours for 10 days). Delivered in English or Arabic.
Dates 2027–2030
None of these dates work? We run this course for your team on the date and in the place you choose.
| Dates | City | Duration | Fee | |
|---|---|---|---|---|
| 8–12 Mar 2027 | London Classroom | 5 days | $5,500 | Register |
| 28 Jun – 9 Jul 2027 | Bangkok Classroom | 10 days | $9,900 | Register |
| 9–13 Aug 2027 | Houston Classroom | 5 days | $5,500 | Register |
| 22 Aug – 2 Sep 2027 | Manama Classroom | 10 days | $9,900 | Register |
| 13–17 Sep 2027 | Online (live) Online (live) | 5 days | $3,000 | Register |
| 24–28 Jan 2028 | Tbilisi Classroom | 5 days | $5,500 | Register |
| 31 Jan – 11 Feb 2028 | Toronto Classroom | 10 days | $9,900 | Register |
| 13–17 Feb 2028 | Manama Classroom | 5 days | $5,500 | Register |
| 12–23 Mar 2028 | Doha Classroom | 10 days | $9,900 | Register |
| 9–13 Oct 2028 | Online (live) Online (live) | 5 days | $3,000 | Register |
| 19–23 Mar 2029 | Singapore Classroom | 5 days | $5,500 | Register |
| 17–28 Jun 2029 | Al Khobar Classroom | 10 days | $9,900 | Register |
| 23–27 Jul 2029 | Sharjah Classroom | 5 days | $5,500 | Register |
| 30 Jul – 10 Aug 2029 | Johannesburg Classroom | 10 days | $9,900 | Register |
| 17–21 Sep 2029 | Online (live) Online (live) | 5 days | $3,000 | Register |
| 15–19 Apr 2030 | Kuala Lumpur Classroom | 5 days | $5,500 | Register |
| 12–23 May 2030 | Jeddah Classroom | 10 days | $9,900 | Register |
| 28 Jul – 1 Aug 2030 | Salalah Classroom | 5 days | $5,500 | Register |
| 23 Sep – 4 Oct 2030 | Istanbul Classroom | 10 days | $9,900 | Register |
| 21–25 Oct 2030 | Online (live) Online (live) | 5 days | $3,000 | Register |
Related courses
- QGT-MRE-135Reliability Engineering & Weibull Analysis: Advanced LevelAdvanced
- QGT-MRE-150Root Cause Failure Analysis (RCFA): Practical WorkshopPractical workshop
- QGT-MRE-157Reliability Engineering & Weibull Analysis: Practical WorkshopPractical workshop
- QGT-MRE-179Reliability Engineering & Weibull Analysis MasterclassMasterclass
- QGT-MRE-187Precision Maintenance Practices MasterclassMasterclass