Training

Machinery Vibration Condition Monitoring, MVCM – L1 is a widely used condition monitoring method. This course will start by providing you with an introduction to maintenance practices including technologies such as vibration analysis, thermography and oil analysis.

Machinery Vibration Condition Monitoring, MVCM – L2 builds on the Machinery Vibration Condition Monitoring, MVCM – L1 course to provide you with additional knowledge and skill that will allow you to define measurement activities perform analysis and diagnose faults.

Our one-day, Oil Condition Monitoring, OCM, exclusive workshop is presented in a relaxed atmosphere where participants are encouraged to interact with our trainers and other maintenance professionals.

Machinery Vibration Condition Monitoring Analysis, MVCMA – L1 builds on the MVCM – L2 course to provide you with additional knowledge and skill that will allow you to define measurement activities perform analysis and diagnose faults.

Machinery Vibration Condition Monitoring Analysis, MVCMA – L2 is controlling vibration using isolation, damping, design, and balancing. This course provides insight into rotor-bearing dynamics, vibration control and computation, and balancing techniques, practices, and strategy.

The Machinery Vibration Condition Monitoring Analysis, MVCMA – L3 courses will assist in the preparation for the MVCMA – L3 certification examination. This course provides insight into torsional vibration, damping calculation, rotor-bearing dynamics, and vibration control.

Structural and Machinery Vibration Analysis, SMVA course is intended to stress the relationship between structural and machinery vibration. SMVA course will assist in the preparation for the SMVA certification examination.

Rotor Dynamics Condition Monitoring, RDCM course teaches additional analytical techniques possible with dual-channel FFT analysis. RDCM course will assist in the preparation for the RDCM certification examination.

Shaft Alignment Condition Monitoring, SACM course is aimed at anyone interested in understanding the importance of shaft alignment. Shaft misalignment is responsible for as much as 50% of all costs related to rotating machinery breakdowns.

Rotor Balancing, RB course is intended to provide basics of balancing of rotating machinery and field applications. The course presents the vibration analysis leading to the identification of unbalance of rotating machines.

Thermography Condition Monitoring, TCM course has been designed for anyone who wants to learn how to take thermograph and conduct basic analysis regardless of experience. It would also suit anyone wanting to gain a general understanding of what is involved in TCM analysis.

Reliability Based Condition Monitoring, RBCM course try to explain challenges in the global economy and cost pressure on operating mines and plants, it is imperative to apply best practices to plant reliability management.

Non-Destructive Testing (NDT) or (Non-Destructive Examination (NDE)) is the science of inspecting components and structures for flaws and properties without damaging the integrity of the component itself.