Maintenance Planning and Reliability

This 2-day course introduces Reliability-Centred Maintenance, helping professionals develop cost-effective maintenance strategies to improve equipment reliability and reduce downtime. It covers failure analysis, task selection, and practical implementation for optimal asset performance.

This 1-day course teaches practical Root Cause Analysis techniques to identify and eliminate the underlying causes of equipment failures. Participants will learn tools like 5 Whys and Fishbone Diagrams to prevent recurring issues and improve reliability.

Learn to identify, assess, and reduce equipment risks using FMEA. Ideal for engineers and quality professionals aiming to improve safety and reliability.

Learn to cut waste and boost efficiency using Lean tools like 5S, value stream mapping, and kaizen. Ideal for maintenance managers, engineers, and supervisors aiming to improve reliability and reduce downtime.

Learn how to plan, prioritize, and schedule maintenance tasks to reduce downtime and boost efficiency. Ideal for planners, supervisors, and managers in maintenance-driven industries.

Boost equipment performance and reduce downtime with Total Productive Maintenance. This hands-on course covers autonomous maintenance, overall equipment effectiveness, and preventive strategies. It is ideal for maintenance teams, operators, and managers aiming for operational excellence.

This 2-day course equips maintenance professionals with key strategies and tools to manage and optimize maintenance operations. It covers planning, work order systems, CMMS tools, and performance metrics to enhance reliability, reduce downtime, and improve asset efficiency.

This 2-day course equips technicians and engineers with hands-on skills to maintain and troubleshoot pumps and valves for optimal performance. It covers preventive maintenance, common failure diagnosis, and repair techniques to improve system reliability and reduce downtime.

This 1-day course provides maintenance staff with essential skills to maintain and troubleshoot bearings and lubrication systems for rotating machinery. It focuses on selecting the right lubricants, preventing failures, and improving equipment reliability through practical techniques and condition monitoring.