Reliability Engineering Training Online
A certified Reliability Engineer is a person who is aware of the fundamentals that determine performance and predictions to enhance the safety of systems and products maintenance, reliability, and reliability. Online training in Reliability Engineering enables individuals to assess and manage risks to asset reliability which could negatively impact the business or plant operations. This online training in Reliability Engineering alters the way that employees think about reliability and improves their capacity to analyse the design and manage reliable, robust systems.
Our online training in Reliability Engineering helps professionals get the most out of this important business function. It is a program designed to help those who are accountable for improving the reliability of capacity and asset assets and instilling the environment for continuous improvement.
The online training in Reliability Engineering teaches participants to:
• Create and sustain a comprehensive reliability engineering program
• Create control strategies that minimise risk and enhance asset utilisation.
• Develop predictive strategies and create an effective maintenance program that is predictive.
• Develop an analysis of root causes that can result in less time in the lab, more production and continuous culture of improvement
• Show the application of learning in a practical manner
This online training in Reliability Engineering is for those who are accountable for improving the reliability of capacity and asset assets and reducing repetitive failures, developing sustainable maintenance plans, and developing an environment that encourages continuous improvement.
With our online training in Reliability Engineering, you:
• Get a thorough knowledge of the fundamental concepts of reliability and maintainability
• Learn about the key strategies and tools you can employ to improve reliability across the lifecycle of an asset
• Be aware of the goals of the reliability management discipline and how the discipline of reliability works with the rest of the organisation.
• Show an understanding of the basic concepts in reliability engineering.
• Determine the model’s time to failure by using the appropriate probability distribution.
• Demonstrate a thorough understanding of the relation between the time-to-failure distribution and the reliability function, and the hazard ratio.
• Determine a test for life and estimate the reliability of the test results and establish confidence limits on the test results.
• Make use of the design tools needed to create a quality product that includes prediction, allocation, as well as FMEA.
• Know the difference when analysing the reliability of a repairable system versus a repairable system.