The Failure Mode Effects and Criticality Analysis is a reliability evaluation/design technique which examines the potential failure modes within a system and its equipment, in order to determine the effects on equipment and system performance.

1. Technical Series
Failure Mode Effects & Criticality Analysis
2-Day Workshop
Understand and perform the principals of
FMECA.
Understand criticality analysis techniques
and their use in prioritizing equipment and
reliability improvement work.
Play an active role in equipment criticality
analysis.
Select proper criteria to apply FMECA
Identify all the potential significant and
crucial failure modes on early stages.
Course Objective
© Tetrahedron Manufacturing Services Pvt Ltd
Phone : +91 7042140046 Email : training@tetrahedron.in
Tetrahedron Academy
FMECA is a wonderful tool which helps in examining
the potential failure modes within a system and its
equipment.
Thus it facilitates identification of potential design
reliability problem areas which must be eliminated or
their effect minimized, by design modification or
tradeoffs.
Information and knowledge gained by performing the
FMECA can also be used as a basis for trouble
shooting activities, maintenance manual
development and design of effective built-in test
techniques.
The FMECA provides valuable information for
maintainability, safety and logistic analysis.
It also provides an open issue format for
recommending and tracking risk reducing action.
Also increases the probability that potential failure
modes and their effects have been considered in the
design/development process and it establishes a
priority system for design improvement.
Benefits of attending
Over the last three years 500+ Participants
has attended this session across India
The Failure Mode Effects and
Criticality Analysis is a reliability
evaluation/design technique which
examines the potential failure
modes within a system and its
equipment, in order to determine
the effects on equipment and
system performance.
Who should attend
Manufacturing Managers
Product Engineers and Managers
Quality Engineers and Managers
Maintenance Manager
New Product Development Managers
Technical Staff
Quality Professionals
Suppliers Quality Assurance

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
© Tetrahedron Manufacturing Services Pvt Ltd
Phone : +91 7042140046 Email : training@tetrahedron.in
Tetrahedron Academy
Feedback From Past Participants
The t ai i g sessio helped us to take
corrective actions and re-e aluate isks
The o kshop o FMECA gi es us a ight
way of detecting failures and their
c iticality
It is i po ta t fo all a ufactu i g
companies to start using this tool for better
uality a d custo e satisfactio
Workshop Agenda
2-Day Workshop Program
Introduction to FMECA
Elements and components of FMECA
Reliability tools and techniques
Methods for fault avoidance
Methods for architectural analysis and
assessment
Top down or Bottom up?
Bottom-up method
Event tree analysis (ETA)
FMECA
Hazard and operability study (HAZOP)
Top-down method
Fault tree analysis (FTA)
Reliability block diagram (RBD) – Markova
analysis
Scope definition and worksheet functions
Functional analysis
CMMS systems
FMCEA Techniques
Hardware approach
Analyzing the failure modes of each individual
hardware
When items can be analyzed separately
It’s a otto -up method
Functional approach
Identify and analyze each item based on
their functionality
When items cannot be analyzed separately
It’s used whe the pro ess is desig ed a d
functional block diagrams are developed.
What is a functional block diagram?
Failure Modes
Failure definition
Failure modes classification
Potential failure modes
Potential causes of failure
Failure description
Techniques of failure detection
Criticality Analysis
How does it work?
How to choose the most proper and suitable
criteria
Categories of severity
Occurrence classification
Detection rating
Calculating criticality
Risk Priority Number (RPN)