In-house : additional ½ day to be planned, to report on the implementation of the FMEA for the AIAG-VDA product and to apply it to the company’s case study.
FORMATION
FMEA MSR: Supplement to the AIAG-VDA Design FMEA – #1175
Context
You develop mechatronic systems (sensor, control unit, actuator or their sub-assemblies) integrating monitoring/diagnostic and response mechanisms allowing the maintenance of safety and/or regulatory compliance of the vehicle, and you are looking for :
- To reinforce the skills of your mechatronic systems development teams and your Design FMEA teams, already using the AIAG-VDA manual.
- To complete your AIAG-VDA Design FMEA highlighting risks related to safety or regulatory compliance.
Objectives
- Understand the benefits of conducting an FMEA MSR, in addition to a Design FMEA according to the AIAG-VDA manual.
- Identify how the FMEA MSR method supplements each step of a Design FMEA according to the AIAG-VDA manual.
- Understand how FMEA MSR provides evidence of the capability of sensors, actuators and logical processing units to achieve and maintain a safe or compliant product state.
- Be able to prioritize risk reduction actions according to the “AP” number specific to FMEA MSR.
Recommanded for
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Quality / QHSE managers, engineers and technicians
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Mechatronic systems designers
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Teams in charge of testing, quality and reliability of mechatronic products.
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FMEA facilitators
- Project managers
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Auditors
Pedagogy
- The trainees identify the specificities of the FMEA MSR at each step of the methodology.
- In-house : application on a specific product to the company on the effects evaluated at 10 in Design FMEA.
Evaluation mode
- Knowledge test (MCQ).
Course materials
- Participant file containing the presentations delivered during the training and the exercise materials.
- Excel file containing the FMEA product tables, FMEA MSR, rating grids and AP.
To go further
Consulting services : EURO-SYMBIOSE can assist you in the concrete implementation in your company. Contact us to know more about it.
For more information on accessibility, access procedures and deadlines, see our Training page.
Session 1
Feedback from the Design FMEA according to the AIAG-VDA manual: key points and difficulties.
Session 2
Step 1: Scope, planning and preparation of FMEA MSR.
Session 3
Steps 2 & 3: Structure and function analysis; the supplements of the FMEA MSR.
Session 4
Step 4: Failure analysis: failure scenarios:
Design FMEA assessments (Cause, Failure Mode, Effect) supplemented by MSR assessments (Monitoring, System Response, Mitigated Failure Effect)
Session 5
Step 5: Risk analysis:
- Current monitoring systems: the specifics of FMEA MSR.
- The Severity, Frequency and Monitoring scores, specific to FMEA MSR, with documented evidence of Frequency.
- The AP tables specific to FMEA MSR.
Session 6
Steps 6 & 7: Optimization & Documentation of results; MSR supplements.
Votre référent :
Valérie LE COUËDIC
Speciality: EURO-SYMBIOSE consultant since 2001, Valérie masters both automotive and aeronautical standards. Technical contact for the VDA-QMC.