Responsibilities
apqp & launch management
lead and coordinate all apqp activities for new projects, engineering changes, and product transfers.
Prepare, update, and ensure proper execution of all apqp/core tools deliverables:
dfmea
pfmea
control plan
msa
ppap
process flow diagram
ensure alignment with customer specific requirements (csr) and oem expectations.
Cross‑functional collaboration
coordinate follow‑up meetings with engineering, quality, production, purchasing, and suppliers to ensure on‑time readiness.
Support internal and external communication for part approvals, launch updates, and issue resolution.
Risk prevention & quality assurance
conduct risk analysis using pfmea, lessons learned, and historical data to prevent failures.
Ensure implementation of preventive actions and monitor their effectiveness.
Oversee build, validation, and approval of tooling, gauges, fixtures, and prototypes.
Compliance & audit support
ensure iatf 16949 compliance across all apqp and launch activities.
Assist during internal and external audits related to product launch, apqp documentation, and ppap readiness.
Problem solving & issue escalation
analyze product and process deviations during development.
Lead root‑cause investigations using 8d, a3, and 5 why methodologies.
Coordinate corrective and improvement plans with cross‑functional teams.
Production & customer alignment
manage customer and supplier ppap submissions through final approval.
Validate production readiness at shop‑floor level, including process verification and documentation.
Ensure timely and accurate release of processes to production.
Qualifications
bachelor’s degree in industrial, mechanical, mechatronics, automotive engineering, or related field.
2–5 years of experience in the automotive industry (tier 1 or tier 2).
Proven experience in project development under apqp methodology.
Hands‑on experience with core tools:
apqp
ppap
fmea (aiag & vda)
msa
spc
technical skills
strong understanding of iatf 16949 requirements.
Experience working with oems (gm, ford, stellantis, etc.) and navigating customer portals.
Knowledge of manufacturing processes: machining, stamping, injection molding, assembly, etc.
Interpretation of engineering drawings and gd&t.
Advanced use of problem‑solving tools (8d, a3, 5 why’s).
Proficiency with microsoft office and digital documentation.
English: intermediate–advanced (customer‑facing communication).
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