Machinery Failure Analysis

With the aim of allowing participants to have an overview of best practices for identifying the real root causes, so that the action plan with the necessary improvements is assertive.

The pressure for better productivity, availability and reliability indicators in organizations has increased every year, making the various work processes allies in this sense, as everyone participates in providing better work practices.

When we get involved with assets related to production processes, we are constantly needing to use them in the best possible way, using the indicators already mentioned as a sign of which path we are taking so that we can feed ourselves with information, with the aim of We seek increasingly updated practices in order to obtain increasingly better results.

Contributing to achieving the best work practices, we have an extremely important ally in the “Fault Analysis” methodology, as in this way we will be applying what we call “Maintenance Engineering”, in the constant search for identifying the cause of the problem, determining an action blocking and solving problems that negatively affect the indicators that measure the performance of process areas.

This work process is characterized by being carried out through the use of multidisciplinary groups.

This working technique is an excellent conditioner for creative work.

Top Learning Objectives

  • Protect and enhance values of your plant machinery with field-proven failure analysis techniques, condition monitoring technologies and reliability centered maintenance
  • Develop root cause analysis techniques for providing next generation proactive maintenance, eliminating recurring faults and failures, and delivering maximum business benefits
  • Discover the most effective risk assessment techniques for machinery failures and advanced risk-based machinery inspection for achieving maximum uptime and minimizing risks
  • Learn best practice implementation of advanced methods for machinery failure analysis and Prevention and root cause analysis for most rotating and reciprocating plant machinery
  • Apply advanced machinery fault diagnosis and optimum combination of proactive tasks and default actions for machinery failure prevention
  • Discover systematic and structured analysis of machinery functional and potential failures, hidden and evident failures, effects and consequences
  • Integrate a highly effective root cause analysis of machinery faults/failures providing next generation proactive maintenance

Who Should Attend?

Technical managers; engineers; specialist technicians; planners/programmers; supply chain:

  • IT-MIS
  • Asset management and asset integrity
  • Maintenance, Planning and Programming
  • Asset reliability and health
  • Engineering and technical support
  • Project management

 

In addition, organizations that wish to move from the reactive environment to proactive maintenance and reliability and, organizations that seek to comply with requirements and/or standards; or simply, improving the life
cycle of assets with proactive Planning and Maintenance Scheduling and Reliability management.

Trainer's Background

He is an acclaimed maintenance and integrity specialist with more than 30 years of experience and has led his teams to many maintenance and engineering excellence awards. He is the author of several Maintenance & Reliability Books Developed and implemented several blue chip organizations across the world. He implemented several key maintenance projects in Brazil, USA, Argentina, Chile, Colombia, Peru, Honduras, Angola, Malawi, Bangladesh, Belgium, Sweden, Finland and Kenya, with training in “World Class Maintenance Practices”.

EVENT SCHEDULE

Face-to-Face Masterclass
Date: 20th – 21st March 2025
Time: 8:30 AM – 4:30 PM
Location:
Luanda, Angola

This will be conducted in Portuguese Language

VIEW IN PORTUGUESE LANGUAGE

Combine this training with Maintenance Planning, Scheduling, and Control

SEE THE DETAILS