Training Content

Introduction

This course provides a comprehensive treatment on the subject of life data analysis (non repairable item analysis using Weibull analysis) and recurrent event data analysis (repairable item analysis using Reliability Growth Analysis method) as it applies to reliability engineering. ReliaSoft’s Weibull++ software (which also include RGA module) is used for hands-on practical examples. Topics include commonly used product lifetime distributions, Recurrent Event Data analysis (RDA), reliability metrics and multiple ways the analysis techniques can be applied.

Training Course Outline

This course begins with an introduction to and overview of the fundamentals of life data analysis (for non-repairable item) and recurrent event data analysis (for repairable item from fielded systems), including basic concepts and methodologies as they apply to reliability engineering. The theory, assumptions, mathematics and statistics necessary to apply the concepts and methodologies of reliability engineering and life data analysis are covered.

Topics include:

A. Maintenance and Reliability Fundamental

  • Basic concept of maintenance and reliability

B. Introduction to Reliability Engineering and Life Data Analysis

  • What it is and how it is applied

C. Statistical Theory Background, and Applications

  • Basic definitions and concepts
  • The most commonly used distributions for product life and their applications
  • The most applicable distribution for your data
  • Product life data types, presented and defined
  • Parameter estimation methods and theory
  • Confidence bounds determination

D. Applying Life Data Analysis for Non-Repairable Item

  • Tracking a product’s reliability and guiding corrective actions through the use of field data
  • Predicting number of returns/failures
  • Reliability specifications
  • Optimum replacement time determination
  • Spare parts determination
  • Hands on using Reliasoft Weibull++

E. Recurrent Event Data Analysis for Repairable Item

  • Understanding reliability growth models and their application
  • Methods for warranty analysis of repairable systems
  • Optimum replacement and overhaul analysis
  • Optimum replacement and overhaul analysis
  • Hand on using RGA module in Reliasoft Weibull++

F. RAM for Asset Management Overview

  • Reliability block diagrams
  • Simulation for maintainability
  • RAM analysis process
  • Life cycle cost estimation

G. Hands on using COTS Software

For more information :
  • Whatsapp : +62 819 5133 133
  • Telegram : @scadaprimacipta
  • E-mail : support@scada.co.id
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