Design Failure Mode Effect Analysis – Concepts & Practice
Last updated 9/2025
Created by Mufaddal Rasheed
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English + subtitle | Duration: 58 Lectures ( 5h 28m ) | Size: 1.91 GB
Learn about the fundamentals of preparing DFMEA for Mechanical design engineers
What you’ll learn
✓ Why do we prepare DFMEA?
✓ What are failure modes in mechanical design and how do we define them ?
✓ What are root causes & mechanisms? how to find root causes for failure modes ?
✓ What is Severity, Occurence and Detection of Failure ?
✓ Grading of Severity , Occurrence and Detection ratings
✓ What is Boundary or B diagram ? How to develop it with examples
✓ What is Parameter Diagram or P diagram ? How to develop it with examples
✓ Examples with simple mechanical products
✓ DFMEA process walk-through and exercises
Requirements
● Course is best understood with a basic prior understanding of mechanical design engineering as it is primarily directed towards design engineers already designing systems
Description
Design Failure Mode Effect and Analysis (DFMEA) is a very important tool for the design engineer to develop designs which are reliable and safe.
This course will take you through the concepts and process of developing a DFMEA.
What the course will cover?
• Need for DFMEA
• Defining failure modes
• Cause and Root cause analysis using Fishbone diagrams
• Evaluation of Risk – Severity, Occurence and Detection
• What is Design prevention control and Design detection control / Design verification
• Grading of severity, occurence and detection
• The systematic process of DFMEA
• What is B diagram and how to prepare B diagram with multiple examples
• What is P diagram and how to prepare P diagram with multiple examples
• DFMEA walkthrough of a Bicycle
• Exercises for learning by doing.
The course is well suited for Mechanical design engineers or aspiring students who want to learn how to design effectively and consider possible failure modes.
The class focusses on the concepts and underlying reasoning rather than a descriptive approach .
Developing a good DFMEA is critical for complex system engineering work and hence its a key skill to develop for career growth and innovation.
DFMEA allow for Quality management of designs and continuous improvement through attention to detail with a keen eye on failure modes and how they effect the operations.
Who this course is for
■ Mechanical design engineers who are into product development
■ Students aspiring to be mechanical design engineers
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