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Lockheed Martin — Technical Presentation (June 2015)

35 slides from Lockheed Martin's technical presentation, June 2015

  1. Slide 1: Not contractual, for information purposes only

    The following slides are not contractual in nature and are for information purposes only as of June 2015. 1 ©2015, Lockheed Martin Corporation. All Rights Reserved.

  2. Slide 2: Corrective Action Webinar – Lesson 9: Follow-up for Effectiveness

    Corrective Action Webinar Lesson 9 – Follow-up for Effectiveness ©2015, Lockheed Martin Corporation. All Rights Reserved. 2

  3. Slide 3: Agenda

    Agenda • Overview of Previous Webinars • Command Media • Follow-up – Verification vs. Validation – Obtaining Objective Evidence – Additional Considerations • Closing the Corrective Actions – Document Results – Monitor and Measure – CAP Failures & Recurrences • Case Studies • Summary 3

  4. Slide 4: Overview of Previous Webinars

    Overview of Previous Webinars: SQE CA Initiation: • Webinar 1: Command Media Expectations • Webinar 2: Procedures & Expectations • Webinar 3: CAR Levels & Criteria • Webinar 4: CAR Writing Supplier CA Engagement: • Webinar 5: Containment • Webinar 6: DCMA CARs • Webinar 7: Root Cause Analysis • Webi

  5. Slide 5: What is CA Follow-up?

    What is CA Follow-up?? • Definition: – A review conducted with sufficient detail to assess whether the corrective actions have been implemented, are effective, and will prevent recurrence of the original event. • Key Word: EFFECTIVE – Corrective action(s) achieve the desired outcome of eliminating t

  6. Slide 6: Command Media

    COMMAND MEDIA 6

  7. Slide 7: Plan-Do-Check-Act Cycle

    Plan-Do-Check-Act Cycle • AS9100 and ISO 9001 present a structured process – Define the problem – Determine action to take – Review actions for effectiveness – Make changes as needed Corrective Action is a continuous cycle 7

  8. Slide 8: AS9100 Industry Requirements

    AS9100 Industry Requirements 8.5.2 Corrective Action The organization shall take action to eliminate the causes of nonconformities…A documented procedure shall be established to define requirements for… e) records of the results of action taken (see 4.2.4), f) reviewing the effectiveness of the corr

  9. Slide 9: AC-2018 & QX

    AC-2018 & QX • AC-2018 – Supplier Approval and Control – Para 3.B.1.C. CAR Responses - SQM will: • Establish validation follow-up date within 30 days of C/A effectivity (effectivity being the point that all corrective actions have been taken, validated and incorporated into the product) • Perform va

  10. Slide 10: Follow-up

    FOLLOW-UP 10

  11. Slide 11: Steps for Follow-up

    Steps for Follow-up 1. Verification 2. Validation 3. Closure 4. Monitor & Measure Test the CA against the initial plan – adjust as required 11

  12. Slide 12: Supplier CAPs

    Supplier CAPs • Suppliers: – Implement corrective actions per the CAP schedule – Verify process reflects corrective actions in place – Notify SQE when CAP is complete – Validate effectiveness and maintain records • SQEs: – Establish separate LM validation follow-up date within 30 days of C/A impleme

  13. Slide 13: Verification vs. Validation

    Verification vs. Validation • Verification – Corrective Action Implementation – Confirmation with objective evidence: • corrective action plan was implemented as planned • specified requirements have been fulfilled – Step 1 of Follow-up • Validation – Corrective Action Effectiveness – Confirmation w

  14. Slide 14: Poor Assumptions

    Poor Assumptions If a supplier says they did something, then they must have. All actions are effective unless stated otherwise. All CA is directly related to the problem causes, or they wouldn’t have done it. A verbal statement is sufficient for objective evidence. Once CA is implemented, the issue

  15. Slide 15: Objective Evidence (OE)

    Objective Evidence (OE) • Definition: any documented statement of fact, other information or record, either quantitative or qualitative, pertaining to the quality of an item or activity, based on observations, measurements or tests which can be verified. • Hard evidence / proof / factual – Records,

  16. Slide 16: Objective Evidence (OE) (continued)

    Objective Evidence (OE) (continued) • Communicate your needs – Work with the supplier to set the ECD for follow-up – Tell the supplier what you want to see, when, and why • Follow-up delivery method matters! – Inspect, witness, interview, physical record, electronic record, email attachment, etc. Ob

  17. Slide 17: Objective Evidence (OE) (continued)

    Objective Evidence (OE) (continued) • Examples – Physical Inspection – Records / Documents – Procedures / Policies – Planning / Routers – Test log / report – Non-conformance report – Witness statement – Observation / Photos – Quality metric / measurement – ETC…. Select OE appropriate to the CAP 17

  18. Slide 18: Objective Evidence (OE) (continued)

    Objective Evidence (OE) (continued) • Examples – Late orders • Review updated procedures, interview 3 employees, review training records and ensure they received the revised training, review 10 recent service records, … – Overdue calibrations • Review updated process, interview personnel, check cali

  19. Slide 19: Additional Considerations

    Additional Considerations • Do implemented corrective actions differ from the original plan? – Find out why… the changes may be valid, but need to be documented appropriately. – Ensure CA eliminates the cause(s) & prevents recurrence – Look at the potential impact and consider the outcome. • Have AL

  20. Slide 20: Additional Considerations

    Additional Considerations • Does the problem exist on other parts / assemblies / processes / areas? – This should be included in the investigation and/or corrective action implementation. – This important question is frequently overlooked. • Is the fix a Band-aid? – Need to ensure corrective actions

  21. Slide 21: Additional Considerations

    Additional Considerations • Are employees aware of the changes? – Procedural / Process changes – Updated / new required training – All-hands meetings, employee communications • Have the appropriate parties been notified? – Partner/sister companies, other divisions / business units – SQM, SCM, TSM, Q

  22. Slide 22: CA Closure

    CA Closure • Document the follow-up actions – Date conducted – Verification + Validation results – Objective Evidence witnessed • If Validation is Successful: – Close CAR / ICA issue • If Validation is Unsuccessful: – Reject / Revise corrective actions • **Perform further root cause analysis – Sched

  23. Slide 23: Monitor & Measure

    Monitor & Measure • Going forward, what will show sustainment?? – Trend Analysis – Sampling Plans – Acceptance Inspections – Spot Checks – Re-test the process – Internal Audits – Variation Management, CPK, SPC, PCD, PFMEA **Routinely review closed CAPs Measure  Analyze  Improve 23

  24. Slide 24: Recurrences

    Recurrences • AC-3031 definition: – Repeat of an issue within 12 months after the date, item, unit, lot number or other commitment for which CA was validated and attributed to the same cause. • Required Actions: – Reopen Corrective Action or Create new Corrective Action and note that the issue is a

  25. Slide 25: Case Studies

    CASE STUDIES Squawk: “Whining sound heard on engine shutdown." Corrective Action: “Pilot removed from aircraft." Squawk: “Aircraft handles funny." Corrective Action: “Aircraft told to straighten up, 'fly right,' and be serious." Squawk: “Evidence of hydraulic leak on right main landing gear." Correc

  26. Slide 26: Case Study #1 – Oversized Hole

    Case Study #1 – Oversized Hole • Problem Description – 0.380 max hole diameter checks 0.393. • Containment – Check parts in WIP • Root Cause Analysis – Operator error • Corrective Action – Re-train operator – Add additional inspection step 26

  27. Slide 27: Case Study #1 – Oversized Hole (cont.)

    Case Study #1 – Oversized Hole (cont.) • Problem Description – 0.380 max hole diameter checks 0.393. • Containment (REVISED) – Check parts in WIP, stores, previously delivered, and all similar processes. • Root Cause Analysis (REVISED) – Direct Cause – manual lathe not capable due to poor maintenanc

  28. Slide 28: Case Study #1 – Oversized Hole (cont.)

    Case Study #1 – Oversized Hole (cont.) • Corrective Action (REVISED) – Train operator in use of chamfer gauge and preventive maintenance – Move process to NC machine capable of meeting tolerance requirements – Revise/improve preventive maintenance plan for all machines – Complete capability analysis

  29. Slide 29: Case Study #1 – Oversized Hole (cont.)

    Case Study #1 – Oversized Hole (cont.) • Corrective Action (REVISED) – Train operator in use of chamfer gauge and preventive maintenance – Move process to NC machine capable of meeting tolerance requirements – Revise/improve preventive maintenance plan for all machines – Complete capability analysis

  30. Slide 30: Case Study #2 – Pump Tube

    Case Study #2 – Pump Tube • Problem Description – Found that pump assembly p/n 12345 cannot function properly during acceptance testing. Upon investigation, we found rubber flashing within the pump tubes prohibiting air flow. Tubes p/n 2320 thru 2339 are all affected. • Containment – Developed repai

  31. Slide 31: Case Study #2 – Pump Tube (cont.)

    Case Study #2 – Pump Tube (cont.) • Corrective Action – Issued Corrective Action to sub-tier for Flashing left in the unit. – Verified process in place to check tubes during receiving. Added verbiage to specifically check for flashing. – Added planning for assembler to visual check tubes prior to in

  32. Slide 32: Case Study #2 – Pump Tube (cont.)

    Case Study #2 – Pump Tube (cont.) • Suggested Follow-up Actions – Verification • Review sub-tier CAR response • Review planning changes – receiving, assembly, inspection, test • Review training records – Validation • Check next receiving lot of tubes from sub-tier • Witness new process to ensure cha

  33. Slide 33: Case Study #3 – Ineffective CA

    Case Study #3 – Ineffective CA • Follow-up Results – Your follow-up confirms that all corrective actions have been implemented within a heat treat process that previously failed, which was identified due to a cracked parts. – The next 3 heat treat batches that you witness all follow the improved pro

  34. Slide 34: Case Study #3 (continued)

    Case Study #3 (continued) • Required Actions – Reject the follow-up in SQM Web Aps • Notify the Supplier – Conduct further root cause analysis with supplier • Suggest use of more in-depth tool or new approach – Create new corrective action plan • Reject or Validate previous actions • Additional cont

  35. Slide 35: Summary

    Summary • Verification – Objective Evidence of CAP implementation • Validation – Objective Evidence of CAP effectiveness • Closure – Records of the results • Monitor & Measure – Gauge effectiveness results and prevent recurrence Follow-up for Corrective Action Effectiveness 35

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