Process Quality Engineer

Magna International•Clinton, TN

5d•Onsite

About The Position

The Process Quality Engineer is responsible for ensuring the robustness and stability of the EBM process by providing technical leadership, supporting operational decision-making, verifying the correct execution of process controls, and driving continuous improvement through structured audits and system feedback. Act as the technical quality arm for the EBM process. Support production, inspectors, and laboratory teams in the interpretation and application of quality requirements. Lead product disposition decisions based on technical criteria and risk analysis. Ensure fast, accurate, and responsible responses to critical quality situations. Ensure that controls defined in Process Flow, PFMEA, and Control Plan are properly implemented in the process. Verify correct execution of inspection, measurement, and monitoring methods. Ensure operators and inspectors fully understand and apply process controls. Plan and perform periodic PFMEA and Control Plan audits on the shop floor. Evaluate whether all controls are effectively in place and functioning as defined. Identify gaps between documentation and operational practice. Report audit results and identified risks. Lead structured feedback of PFMEA and Control Plan based on audits, deviations, customer complaints, and lessons learned. Define, track, and validate improvement action plans. Ensure effectiveness of implemented actions. Lead root cause analysis using structured methodologies (5 Why, Ishikawa, 8D, A3) and using advanced statistical techniques (probability, capability, etc.) Define and follow up corrective and preventive actions. Ensure elimination of systemic causes. Promote a prevention-focused Build in Quality Develop thorough familiarization with Quality and Environmental Management Systems and manufacturing processes Work closely with internal Engineering and Manufacturing team members Participate in PPAP (Production Part Approval Process) activities for internal components

Requirements

Bachelor’s degree in Engineering (Manufacturing, Mechanical, Industrial, or related field) required
2–4 years of experience in Quality Engineering or Quality Assurance within a manufacturing environment required
Automotive manufacturing experience strongly preferred
Hands-on experience with production processes, machining, or manufacturing operations
Previous Quality Technician or related quality role experience preferred
Strong understanding of statistical methods and data analysis for quality improvement
Proficiency in GD&T (Geometric Dimensioning & Tolerancing) and interpretation of engineering drawings

Nice To Haves

Advanced coursework in manufacturing, quality, or process improvement preferred
Certified IATF 16949 Internal Auditor preferred
Certification or training in Core Tools (APQP, PPAP, PFMEA, SPC, MSA) preferred
Proficiency in GD&T (Geometric Dimensioning & Tolerancing)
Training or certification in problem-solving methods (8D, Root Cause Analysis, Six Sigma)
Lean Manufacturing or Six Sigma (Green Belt or higher) preferred
Experience with continuous improvement and process optimization methods

Responsibilities

Act as the technical quality arm for the EBM process.
Support production, inspectors, and laboratory teams in the interpretation and application of quality requirements.
Lead product disposition decisions based on technical criteria and risk analysis.
Ensure fast, accurate, and responsible responses to critical quality situations.
Ensure that controls defined in Process Flow, PFMEA, and Control Plan are properly implemented in the process.
Verify correct execution of inspection, measurement, and monitoring methods.
Ensure operators and inspectors fully understand and apply process controls.
Plan and perform periodic PFMEA and Control Plan audits on the shop floor.
Evaluate whether all controls are effectively in place and functioning as defined.
Identify gaps between documentation and operational practice.
Report audit results and identified risks.
Lead structured feedback of PFMEA and Control Plan based on audits, deviations, customer complaints, and lessons learned.
Define, track, and validate improvement action plans.
Ensure effectiveness of implemented actions.
Lead root cause analysis using structured methodologies (5 Why, Ishikawa, 8D, A3) and using advanced statistical techniques (probability, capability, etc.)
Define and follow up corrective and preventive actions.
Ensure elimination of systemic causes.
Promote a prevention-focused Build in Quality
Develop thorough familiarization with Quality and Environmental Management Systems and manufacturing processes
Work closely with internal Engineering and Manufacturing team members
Participate in PPAP (Production Part Approval Process) activities for internal components