Popcorn Sample PFMEA: Process Flow

Slides:



Advertisements
Similar presentations
Process Failure Modes Effects Analysis PFMEA Benefits PreventYou can effectively Prevent –rework, retest, re-inspection, poor quality, higher costs, etc.
Advertisements

Where does Failure Mode and Effects Analysis (FMEA) come from?  Developed by the Aerospace industry in the1960s  Spread to the Automotive industry 
Failure Mode and Effects Analysis
Failure Effect Mode Analysis
Failure Mode Effects Analysis Effects Analysis Risk Identification FMEA Risk Identification FMEA.
Does Anyone Remember Lawn Darts?. Yet Another Picture of Lawn Darts.
Failure Mode & Effect Analysis Tom Hannan & Kevin Kowalis Eastern Illinois University School of Technology Total Quality Systems INT 5133 (FMEA)
PURPOSE OF DFMEA (DESIGN FAILURE MODE EFFECTS ANALYSIS)
Six Sigma Quality Engineering
ENERGETIC MATERIALS Co. Root Cause Analysis Guidelines 1.
Failure Mode and Effect Analysis
 Individually  Given your sample of M&Ms, build a Pareto diagram by color  Before you destroy the evidence, be sure you have an accurate count.
2013 PROCESS FAILURE MODES AND EFFECTS ANALYSIS.  Risk based thinking is not industry dependent!  Airline (1,895 air traffic control errors in 2012)
PTY (Ltd)Reg No: 2007/019351/07. FAILURE MODE & EFFECT ANALYSIS 4 th Edition (Including Control Plans) WHAT IS AN FMEA? FMEA is an analytical technique.
Systems Engineering – Risk Analysis with FMEA
F.M.E.A (Failure Mode and Effect Analysis)
Failure Mode & Effect Analysis (FMEA)
Presented to: [Date] By (Insert Name) Failure Mode and Effect Analysis (FMEA)
Failure Mode Effect and Criticality Analysis Adam Adgar School of Computing and Technology.
Client Logo LEAN ENTERPRISE Implementation Workshop.
Presented to [Date] By [Insert Name] The Application of FMEA to a Medication Reconciliation Process.
TQM TECHNIQUES BENCHMARKING Target key areas for improvement within operations – Increase productivity, competitiveness, and quality – Quality results.
Analyze Opportunity Part 1
Root Cause Tutorial Page 1 More on Hazard Identification Techniques 1.Identify potential hazards that could threaten the safety of your employees,
IDM 355 F2009Dr. Joan Burtner - FMEASlide 1 An Introduction to Failure Modes and Effects Analysis (FMEA) Implementation at a Middle Georgia Manufacturing.
Failure Mode and Effects Analysis (FMEA)
Failure Modes Effects Analysis (FMEA). 2 Definition of FMEA Failure Modes Effect Analysis (FMEA) is a structured approach to: Predict failures and prevent.
Lecture: Reliability & FMECA Lecturer: Dr. Dave Olwell Dr. Cliff Whitcomb, CSEP System Suitability.
© ABSL Power Solutions 2007 © STM Quality Limited STM Quality Limited Failure Mode and Effect Analysis TOTAL QUALITY MANAGEMENT F.M.E.A.
Advance to the next slide when ready to start $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 Sample.
RCM Tools Histogram Pareto Chart Cause and Effect Diagram FMEA.
Reliability Data Collection and Analysis Benbow and Broome (Ch 15, 16 and 17) Presented by Dr. Joan Burtner Certified Quality Engineer Associate Professor.
ME 4054W: Design Projects RISK MANAGEMENT. 2 Lecture Topics What is risk? Types of risk Risk assessment and management techniques.
1 Criteria for a Successful FMEA Design & Process.
FMEA.
Using Total Quality Management Tools to Improve the Quality of Crash Data John Woosley Louisiana State University.
Failure Mode & Effect Analysis FMEA Lecture 11. What is FMEA? Failure mode and effect analysis is an Advanced Quality Planning tool that: examines potential.
P roblem S olving I nnovator Solving Tomorrows Problems Today Actions taken refers to the actual action taken as described in the FMEA Prevention & Detection.
Failure Modes and Effects Analysis (FMEA)
Supplier Performance Development Process
QSB Quality System Basics & Q7 tools in practice
Failure Modes, Effects and Criticality Analysis
Concept Selection and DFMEA Heidi Ploeg Associate Professor Mechanical Engineering and Biomedical Engineering.
Lean Six Sigma: Process Improvement Tools and Techniques Donna C. Summers © 2011 Pearson Higher Education, Upper Saddle River, NJ All Rights Reserved.
ON “SOFTWARE ENGINEERING” SUBJECT TOPIC “RISK ANALYSIS AND MANAGEMENT” MASTER OF COMPUTER APPLICATION (5th Semester) Presented by: ANOOP GANGWAR SRMSCET,
FMEA Training.
Six Sigma Greenbelt Training
Failure Mode & Effect Analysis (FMEA)
APQP Five Phase Process
FMEA.
FMEA PROCESS FLOW Causes/ failure mechanisms Product definition
Improvement Selection:
Failure Modes and Effects Analysis (FMEA)
FMEA PROCESS FLOW Determine Causes/ mechanisms failure
Failure mode and effect analysis
Analyze Fishbone Diagram
GE 6757 TOTAL QUALITY MANAGEMENT
FMEA تجزيه و تحليل خطا و آثار آن
Supplier Performance Development Process
Stats Tools for Analyzing Data
The Certified Quality Process Handbook Chapter 22: Preventive Action
The benefits to perform FMEA
RISK REDUCTION PROCESS
Tools and Techniques for Quality
Failure Mode and Effect Analysis
Supplier Performance Development Process
Failure Mode and Effect Analysis
Potential Failure Mode Analysis 4th Edition
PFMEA Summary Process Steps
Failure Mode & Effect Analysis
Presentation transcript:

Popcorn Sample PFMEA: Process Flow * Review Process Flow Diagram Steps * Notice Specifications when Present * Refer to Other Specifications if Required * Notice Tools Required for Process

Popcorn Sample PFMEA: PFMEA Body * Review Process Steps * Review Associated Potential Failure Modes * Review Associated Effects * Review Associated Causes * Review Associated Controls

Popcorn Sample PFMEA: Risk (RPN) * Review Severity Ranking * Review Occurrence Ranking * Review Detection Ranking * Review RPN Calculation

Popcorn Sample PFMEA: Corrective Action * Review High RPN Values (High Risk) * Review Corrective Actions

Popcorn Sample PFMEA: Control Plan * Translate Corrective Actions and Controls into a Quality Control Plan

Group Project Hose Valve PFMEA: * Develop a Process FMEA for a Garden Hose Valve Assembly * Work Groups of Five * One Person is the Recorder * Use Brainstorming Technique, Take Turns * Remember, There are No Bad Suggestions

Hose Valve PFMEA: Product Review * Review Hose Valve Assembly and Function * Remove Large Flat O-ring * Remove Screw and Lever * Remove Valve Ball * Remove Small O-ring

Hose Valve PFMEA: Specifications * Review Customer Specifications * Specifications are the Criteria for Failure Modes * Which Specifications are Design and which are Process? * Which Specifications can be Translated into Controls?

Hose Valve PFMEA: Process Flow Diagram * Review Process Flow and Operations * Notice Required Tools/Equipment * Notice Control Characteristics * What Needs to be Added...PFMEA to Determine

Hose Valve PFMEA: Process Operations * List Process Steps in FMEA and Number * One Process Step Per FMEA Page

Hose Valve PFMEA: Failure Modes * List Failure Modes Associated with Process Step * Brainstorm and Discuss...is it Realistic? * Try Assembling per Process Flow Steps

Hose Valve PFMEA: Effects, Causes, and Controls * List the Effects of the Failure Modes * List the Root Cause of the Failure Modes * List the Control Mechanisms to Prevent or Detect the Failure Mode

Hose Valve PFMEA: Determine Ranking * Review Ranking Criteria * Determine, List Severity Value * Determine, List Occurrence Value * Determine, List Detection Value

Hose Valve PFMEA: RPN * Calculate Risk Priority Number, RPN * RPN = S x O x D * Immediate Corrective Action for RPN > 90 * Continuous Improvement for RPN < 90, Top Three Issues

Hose Valve PFMEA: Corrective Action * Determine Recommended Actions * Assign Responsibility, Implementation Date * Implement Actions * Re-evaluate S, O, D, and RPN for Acceptance

Hose Valve PFMEA: Control Plan Development * Translate Control Mechanisms into Control Plan * Translate Control Mechanisms into Work Instructions and Standard Operating Procedures