• Understanding the objectives of reliability management and how does the reliability discipline interact with the rest of the organization. 

• In depth understanding and analysis of essential reliability and maintainability concepts and principles.

• Learning which key methods and tools to employ to achieve reliability improvement across the asset life cycle and implying the same.

Personnel who are working in Manufacturing / Process / Production / Design / Assembly / Quality Dept., Software Professionals / Engineers, System & Design Engineers, Quality & Reliability Professionals / Engineers, Production & Maintenance Managers / Engineers, Executives / Engineers from manufacturing units, TPM / TQM Coordinators, Six Sigma Black Belts / Green Belts in manufacturing as well as service sectors etc. can participate in this program.

Introduction to Reliability

• Failure Analysis fundamentals

• Concepts & understanding Reliability

• Recap of Statistics & Probability

• Maintainability & Availability introduction

• Understanding Distributions

• Exponential Distribution

• Normal Distribution

• Weibull Distribution

Reliability Calculations & Reliability Prediction**

• The Exponential Distribution Calculations

• Normal Distribution Calculations, Z - Table

• Weibull Distribution Calculations, Gamma Function

• Stress Strength Interference & Calculation example

• Electronics Prediction using MIL STD 217

• Mechanical System Prediction using NSWC

Reliability Tools**

• FMEA with assisted Live Project

• FTA with Example

• RBD & Redundancy, Boolean Truth Table Method

Life Data Analysis**

• Various Data Types

• Parameter Estimation by MLE for Exponential Distribution

• Parameter Estimation by GRAPHICAL Method for Weibull & Normal Distributions

Reliability Testing Introduction

• Qualitative Test Methods including HALT / HASS

• Quantitative Test Methods OLCT / PRAT

• Accelerated Life Testing Introduction ( ALT)

Note: ** indicates, the examples will be discussed in detail.