Lack of integration and standardization of Risk Analysis Risk Analysis of the same process is conducted for Quality, Environmental And Safety / Health, VDA 6.3, ISO 14001, By Different Teams Integration of Risk Analysis Integrated Risk Analysis benefits from the use of the same tool – i.e. FMEA for Risk Analysis The FMEA prioritizes risks based on Severity x Occurrence x Detection FMEA (Failure Mode and Effects Analysis) is a tool to perform Risk Analysis. While Risk Analysis is one key part of the overall Risk Management. FMEA may be the vehicle to perform a Risk Assessment of a particular Function, Process or System within the overall Risk Management. As a FREE service in support of this Training we are offering to: analyse, your current FMEA using our advanced FMEA Innovator Software.

1. FMEA Innovator The FMEA Innovator provides an intelligent solution for quick methodical assessment and quantification of risks associated with most business situations.

9. VIEW / ANALYZE Available as a Stand Alone or Integrated version. a quick and easy method for developing and documenting Control Plans. FAILURE MODE & EFFECTS ANALYSIS CONTROL PLANS RISK REDUCTION

10. INTEGRATED VERSION The Integrated Version combines FMEA Analysis & Control Plans with Risk Reduction activities and ensures accurate replication of appropriate Data from FMEA to Control Plan thereby saving up to 50% of the time utilised in traditional approaches .

11. CUSTOM VIEW Customize a condensed FMEA , Control Plan & Risk Reduction by simply hiding unwanted columns.

12. ACTION PLAN VIEW Enables improvement approval, target date setting, action recording, as well as accurate FMEA updating & review.

13. CLASSIFICATION Classification ( Y ) should be used to define potential Critical Characteristics and potential Significant Characteristics. Critical characteristics ( Y C ) (Characteristics with a Severity of 9 or 10 ) and are reliant on DETECTION should have associated Recommended Actions. Significant characteristics ( Y S ) ( Severity of 5 -8 & Occurrence of 4 – 10) should have associated recommended actions Top 20% of Failure Modes by RPN Failure Modes RPN

14. RPN SCALES Scales can be customized by the User and are available as Pop Up aids. T

15. Database Interaction Databases facilitate User Defined Auto Input and are available for all applicable Columns. These can be pre-set by the FMEA Facilitator , or can be entered “ on the fly ” by the FMEA Team .

16. Graphical Analysis Graphical Analysis verifies FMEA integrity and readily prioritizes areas for potential Risk Reduction. Analyze SOD Risk though the Process Sequence Analyze SOD Risk in Pareto Format Analyze Severity , Occurrence & Detection Risk though the Process Sequence

17. TEMPLATES Built-in Templates and a blank customizable template to use for information relating to the FMEA

18. PRINTING & HELP FUNCTIONS HELP is available both for Software Functions and for General FMEA Information. Auto Print Control pre-selects logical Print Layouts However, the User has full control from their Default or Custom Printer capabilities.

19. Failure Mode & Effects Analysis - FREE SERVICE Failure Mode & Effects Analysis Lack of integration and standardization of Risk Analysis Risk Analysis of the same process is conducted for Quality, Environmental And Safety / Health, VDA 6.3, ISO 14001, By Different Teams Integration of Risk Analysis Integrated Risk Analysis benefits from the use of the same tool – i.e. FMEA for Risk Analysis The FMEA prioritizes risks based on Severity x Occurrence x Detection FMEA (Failure Mode and Effects Analysis) is a tool to perform Risk Analysis. While Risk Analysis is one key part of the overall Risk Management. FMEA may be the vehicle to perform a Risk Assessment of a particular Function, Process or System within the overall Risk Management .

20. FREE SERVICE As a FREE service in support of this Training we are offering to: analyse, your current FMEA using our advanced FMEA Innovator Software. http://www.hoquality.com/FMEA/free-support-service.php