This course is aimed at maintenance managers and supervisors and is based on a logical model of maintenance management, covering the principles, best practices and benefits of each element, as well as the interfaces between them. The course is very practical with lots of examples, exercises and guidelines, ending with a self-assessment and implementation roadmap.
Duration: 24 hours
This course gives you a deep dive into the maintenance work management process and interrogates the different steps within the MWM cycle. Each of the steps are clearly explained as well as how implementing best practices within the MWM cycle can lower cost and drive performance.
Duration: 24 hours
This course is fundamentally different from the standard courses in the market, which cover theoretical definitions and worn-out examples. This course is practical in nature with at least 50% of the time spent on calculations, group discussions and case studies, and covers the three pillars of reliability engineering: technical failure analysis, data analysis and financial analysis.
Duration: 24 hours
This practical course covers Level 2 problem solving, where a small multi-disciplinary team must solve a medium-sized technical problem within one to two weeks. The focus of the course is on root cause analysis using a causal tree for a real-life scenario.
Duration: 16 hours
This course is designed to give learners a clear understanding of the focused improvement process and methodologies to enable them to conduct FI projects.
Duration: 32 hours
This course offers a solid overview of the
shutdown management process to create an understanding of the typical tasks of
and best practice approach to shutdown management. It also addresses risks and
their associated impact, and a structured approach to control these risks.
Duration: 24 hours
This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.
Duration: 24 hours
Condition monitoring identifies hidden defects in equipment to improve the reliability of critical assets and foretell anomalies that might lead to breakdowns. It uncovers the exact causes of failure and guides the most effective corrective action.
This facilitated course offers an introduction to condition monitoring and highlights the essential elements for successful condition-based maintenance.
Duration: 16 hours
Select this course If you are interested in the completing the Maintenance Planner Qualification. If your application is successful, you will be enrolled in all the necessary courses for the relevant financial year.
The planner qualification is aligned with the Maintenance Planner Qualification Curriculum (Occupational Code 312202) as registered by the Quality Council for Trades and Occupations (QCTO – Accreditation Number: QCTOSDP00180912-1330). It has been directed at NQF Level 5 and carries 261 credits.
You should complete the qualification in 18 months.
Duration: 24 hours
