Supplier Quality Engineer resume example

• Coordinated APQP milestones and reviewed PPAP evidence for a manufactured equipment enclosure, reconciling dimensional reports, control plans, and engineering revision levels with the supplier; kept an incomplete submission open until the missing revision evidence was supplied.
• Performed supplier process audits and verified corrective actions for a recurring weld-quality escape, distinguishing temporary containment from changes to the control plan; required follow-up production evidence before recommending closure of the finding.
• Linked a supplier defect to the inspection lot and drawing revision, reviewed containment evidence, and verified corrective action with follow-up measurement rather than a supplier declaration alone.
• Owned a process-audit follow-up using APQP and PPAP evidence, resolved inconsistent inspection specifications and completed the root-cause verification before signoff.
• Built SPC monitoring using verified measurement-system data, reduced repeat enclosure defects by 19% in comparable manufacturing lots and published the control plan.

• Compared GD&T requirements with supplier measurement methods during a launch-readiness review; identified a datum interpretation mismatch before dimensional acceptance decisions.
• Checked a revised work instruction against the drawing and test method, observed its use on the equipment, and corrected a measurement ambiguity before approving the revision.
• Compared an out-of-tolerance measurement with the instrument’s calibration status and the specified setup, repeated the test after correcting the fixture, and kept the raw readings with the engineering disposition.

• Maintained a supplier issue register with affected lots, containment owners, and due dates. made unresolved launch risks visible to purchasing and manufacturing before release.
• Used APQP and Root cause analysis to compare the source record with the proposed result; documented exceptions, the reviewer, and the acceptance decision before handoff.
• Built a training inspection sheet from public specifications and synthetic measurement results; separated instrument variation from an out-of-tolerance condition and kept the measurement method beside each reading.
• Compared a proposed process change with the original setup, documented the drawing or instruction revision affected, and wrote an acceptance checklist that required repeatable evidence before recommending release.
• Owned the bench validation using the original failure conditions, resolved a specification mismatch and completed a traceable test record with calibrated measurement references.

Relevant coursework: Engineering mechanics, thermodynamics, materials, manufacturing processes

• Published an independent engineering note using the training test record, explaining tolerance, measurement uncertainty and why a passed bench test is not a production qualification.