Reliability, Availability and Maintainability engineering attempts to study, characterize, measure, and analyze the failure and repair of systems in order to improve upon their operational use, by increasing their design life, eliminating or reducing the likelihood of failures and safety risks, and reducing downtime.

1. Technical Series
Reliability, Availability & Maintainability
2-Day Workshop
The training will give a clear
u dersta di g of usto er’s
maintainability needs and product
design.
And also it will help us in go through
various tools like State Diagrams,
Markov Methods, Monte Carlo Methods
to design reliable products.
It enhance our ability to use statistical
tools to characterize the reliability of an
item.
Course Objective
© Tetrahedron Manufacturing Services Pvt Ltd
Phone : +91 7042140046 Email : training@tetrahedron.in
Tetrahedron Academy
Who should attend
Reliability Specialist
Maintenance Professionals
Process Engineers
Design Engineers
Project Managers
Quality Engineers
Production Engineers
Management Representatives
Attending the training session will enhance the
parti ipa t’s k owledge o poi ts elow:
• It helps to understand customer expectations before
designing a product and therefore helps in optimizing
product cost and customer satisfaction.
• By going through the training one can minimize the
operating expenses and maximizing throughput.
• Using reliability engineering techniques one can
minimize the time and resource impact of run-in or
burn-in operations.
• This reduces the need for expensive redesign or
rework cost to address design errors.
• This minimizes the distribution system costs for
transportation, logistics and storage for spare parts.
• Helps in identifying bottlenecks in the production.
• It helps in Detecting failures in the early part of
design.
• The reliability engineering teaches us to compare
different design options for production.
• It helps in optimizing maintenance schedules.
• This tool assists in identifying and minimizing safety
risks.
Benefits of attending
Over the last three years 300+ Participants
has attended this session across India
Reliability ,Availability and Maintainability
engineering attempts to study,
characterize, measure, and analyze the
failure and repair of systems in order to
improve upon their operational use, by
increasing their design life, eliminating or
reducing the likelihood of failures and
safety risks, and reducing downtime.

2. Know your trainer
B tech from IIT Roorkee, PGDM from IIM
Calcutta and is an Ex IES officer with 14+
yrs of intensive experience in
Manufacturing Sector.
He has helped manufacturing companies
turn-around by implementing
Manufacturing Excellence through Lean,
Six Sigma, Manufacturing Strategy.
He is a passionate reader and have
inclination to solve complex business
problems within very short span of time.
Technical Series
Workshop Agenda
© Tetrahedron Manufacturing Services Pvt Ltd
Phone : +91 7042140046 Email : training@tetrahedron.in
Tetrahedron Academy
Feedback From Past Participants
Excellent. Instructor with great experience
and diverse knowledge in reliability. Good
to learn reliability availability and
ai tai a ility.
This training has been a great forum for
learning about reliability analysis
techniques as well as hearing what other
people in other industries are trying to
figure out.
Very interesting especially to those who
are new to reliability and maintainability.
Overview
Introduction, Reliability and Maintainability Definition,
Common Mathematical Expressions, Reliability Block
Diagram(RBD), Monte Carlo Methods, Reliability target
allocation, Dependency Modelling, State Diagrams, Markov
Methods, Maintainability, Maintainability distributions and
metrics, Renewal Theory, Reliability Centered
Maintenance(RCM)
Maintainability
Preventive Maintenance Principles, Determining optimum PM
intervals, Determining optimum PM intervals, Maintainability
distributions and metrics, Maintainability distribution and
metrics, Maintainability prediction allocation, Modelling
maintenance actions, Imperfect repair (restoration factors)
Reliability Models
Exponential, Failure rate dimensions, Mean time between
failures, Calculations of Pc for single devices, Distribution and
reliability models, Distribution rate definition, Calculations of
reliability for series-connected, Calculation of reliability for
series-connected, Calculations of reliability or parallel –
connected devices(redundancy), Calculation of reliability for
complete systems
Variables affecting failure rates
Operating life Test, Storage Test, Summary of Variables
affecting failure rates, Predicting reliability from part
failure rate data, Predicting reliability by rapid techniques,
Applications of reliability predictions to control of
equipment reliability, Failure reporting, analysis, corrective
action and concurrence
Testing for Reliability
Demonstrating reliability
Pc illustrated, Pw illustrated, K-factors illustrated
Test Objectives and methods, Test Objectives, Attribute
Test Methods, Statistical Confidence, Test –To–Failure
methods, Life Test Methods
Reliability Management
Roots of reliability management, Reliability Management
Activities, Performance requirements, Specification targets,
Field Studies, Human reliability, Analysis methods, Human
errors.