This module introduces the reliability concept such as: reliability, Probability Density Function, Types of PDF for type of equipment, Failure Rate, MTTF, MTBF, MTTR, Confidence limit, MTTF/MTBF problems and limits, Reliability target for equipment and component. 

This module presents the different types of goodness fit test such as: Plot Method, Rank Regression, Likelihood, Chi- Square, Kolmogorov Smirnov, Krammer Von Misses as well as how to predict PDF parameter and compare the PDF that best fit on filed historical Data.

This module presents the concept of Probabilistic Degradation Analysis (PDA) that is applied for predicting the reliability of degradation failure, such as corrosion, crack which is measured by Non-destructive test applied on static equipment such vessel, pipelines, towers or rotating equipment (compressor/turbine7pump) strucutral parts.

This module shows how the preventive maintenance effect the reliability along time brings the reliability to the state as good as new, bad as old or something in between. This concept is the basis to apply the preventive maintenance in the RBD Model during RAM analysis to assess the effect of preventive maintenance task on System reliability performance and define the best time to perform preventive maintenance.

This module present the concept of quantitative accelerated test applied to component during design phase to quantify such equipment reliability based on the result of accelerated test which anticipate such component failures in days due to the effect of stressor factors that trigger the failure like high temperature, high voltage, high humidity, low temperature and others.

This module presents the application of the Failure Report and Corrective Action System (FRACAS) that enable the filed and test failures collection that is the basis to perform the Lifetime Data analysis. FRACAS is also part of the Asset Management process that is embedded in an Enterprise Asset Management System as  will be demonstrated in this module.

This module presents the lifetime Data Analysis application to real case study applied for Heat exchanger, pump, compressor and valve.The case study is demonstrated in the software Weibul++ from Reliasof/HBM.

This module application of warranty Analysis of Nevada Chart Model applied for a valve from a different supplier case where different valves, lots are delivered along different ears and the reliability performance is measured every year to check if the suppliers achieve the reliability warranty target. In the end the performance of each supplier valve is compared.