FMEA Failure Mode and Effects Analysis

FMEA Failure Mode and Effects Analysis

$ 599

Course Length:
8 hours -4 sessions, 2 hours each

Format:
Instructor Led On-Line Course

Failure Mode Effects Analysis (FMEA)
Course Objective:

Upon completion of this course, the participant will know:

  • How to improve reliability
  • What is an FMEA
  • What is the terminology used in an FMEA
  • What is the methodology for conducting an FMEA
  • What is the difference between system, design, and process
  • What are the requirements for system, design, and process
  • What is the RPN
  • What is the Block diagram
  • How is the Fault tree analysis used
  • How to develop criteria for evaluating occurrence, severity, and detection

Course Content;

A. Introduction

  • The need for FMEA
  • Overview of FMEA


B. Background

  • Reliability programs
  • Customer requirements
  • Statistical Process Control


C. Block diagrams

  • Symbols
  • Methodology


D. Fault Tree analysis

  • Symbols
  • Methodology


E. Design FMEA

  • Objectives
  • Timing
  • Requirements
  • Forms
  • Discussion
  • Explanation
  • Risk rating guidelines


F. Process FMEA

  • Objectives
  • Timing
  • Requirements
  • Forms
  • Discussion
  • Explanation
  • Risk rating guidelines


G. Failure mode critical analysis

  • Rationale
  • Form
  • Methodology


H. Special considerations

I. After the FMEA

  • Next steps
  • Guidelines

FMEA Failure Mode and Effects Analysis

$ 599

Course Length:
8 hours -4 sessions, 2 hours each

Format:
Instructor Led On-Line Course

Failure Mode Effects Analysis (FMEA)
Course Objective:

Upon completion of this course, the participant will know:

  • How to improve reliability
  • What is an FMEA
  • What is the terminology used in an FMEA
  • What is the methodology for conducting an FMEA
  • What is the difference between system, design, and process
  • What are the requirements for system, design, and process
  • What is the RPN
  • What is the Block diagram
  • How is the Fault tree analysis used
  • How to develop criteria for evaluating occurrence, severity, and detection

Course Content;

A. Introduction

  • The need for FMEA
  • Overview of FMEA


B. Background

  • Reliability programs
  • Customer requirements
  • Statistical Process Control


C. Block diagrams

  • Symbols
  • Methodology


D. Fault Tree analysis

  • Symbols
  • Methodology


E. Design FMEA

  • Objectives
  • Timing
  • Requirements
  • Forms
  • Discussion
  • Explanation
  • Risk rating guidelines


F. Process FMEA

  • Objectives
  • Timing
  • Requirements
  • Forms
  • Discussion
  • Explanation
  • Risk rating guidelines


G. Failure mode critical analysis

  • Rationale
  • Form
  • Methodology


H. Special considerations

I. After the FMEA

  • Next steps
  • Guidelines

Additional information

Months

September, October, November, December

Instructor Info

DEANNE DAENZER

BS Central Michigan University Public Administration/Community Development.

Over 30 years manufacturing experience.

Multiple Quality Systems Training– Ex. FMEA, APQP, PPAP, PPS,5S.

Environmental ISO 14001 Audit training/consultant.

Internal Auditor for manufacturing facilities.

IATF 16949 training for company certification.

ISO 9001 2015 training for company certification.

OSHA mandated annual Hearing Conservation Training.

Background – Supervisor, reliability engineer, Health & Safety including environmental.

 

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