Quality Engineer - Lead Lean Six Sigma in Manufacturing

BlackBerry Inc.; Westville (OK); On-site; USD 70,000 - 100,000; Full time

Benefits offered by this job

Health plan

401k

Paid holidays

Job summary

ABB is seeking a Quality Engineer to lead quality assurance activities across product, process, and manufacturing operations. You will drive continuous improvement using Lean Six Sigma, own the QMS, and support ISO audits, APQP/PPAP, and CAPA processes to ensure defect prevention and high product quality.

The role collaborates with Manufacturing, Engineering, and Supply Chain to reduce variation and improve FPY, scrap, warranty, and defect rates across winding, assembly, and machining operations.

Qualifications

• Bachelor’s Degree in Engineering with 2+ years of experience in quality, manufacturing, or operational excellence.
• Strong knowledge of core quality tools and methodologies (8D, PPAP, FMEA, Control Plans, SPC).
• Lean Manufacturing and Six Sigma principles; data-driven continuous improvement.
• Proficiency in statistical analysis (e.g., Minitab) and interpreting engineering drawings.

Responsibilities

• Lead quality strategy and continuous improvement initiatives across manufacturing operations.
• Own and enhance the Quality Management System (QMS) including ISO compliance, audits, APQP/PPAP activities, and CAPA processes.
• Provide technical quality leadership through data-driven analysis, supplier quality management, and cross-functional collaboration.
• Drive quality and process improvements across winding, assembly, machining, and finishing operations to reduce variation and improve defect detection.

Job description

ABB is seeking a Quality Engineer to lead quality assurance activities across product, process, and manufacturing operations. You will drive continuous improvement using Lean Six Sigma, own the QMS, and support ISO audits, APQP/PPAP, and CAPA processes to ensure defect prevention and high product quality.

The role collaborates with Manufacturing, Engineering, and Supply Chain to reduce variation and improve FPY, scrap, warranty, and defect rates across winding, assembly, and machining operations.