Senior Operation Quality Engineer (JR12207)

Responsibilities

• Establish, maintain, and improve quality systems including nonconforming material management (MRB), internal audits, and quality event handling using structured problem-solving tools (8D, Ishikawa, Root Cause Analysis, Cause Map)
• Analyze and prepare daily, weekly, and monthly quality reports to monitor fab quality metrics and identify improvement opportunities
• Manage nonconforming material and outgoing quality by executing lot disposition per Visual SOP, updating MRB tool with clear instructions, raising timely Quality Alerts, and communicating with external parties to ensure corrective and preventive actions
• Lead MRB meetings to conduct in-depth risk assessments, identify impacted lots, and drive sustainable corrective/preventive actions
• Support customer, certification, and internal audit activities through preparation, on-site support, follow-up, and closure of audit actions
• Perform internal audits of systems and processes to verify compliance and use audit outcomes to drive continual improvement across the fab
• Support new technology transfer by setting up outgoing quality control (OQC) process flows, benchmarking with sending plants, and managing recipe, control plans, inspection methods, DOLI management, and authorized rework

Job Requirements

• Degree in Materials Engineering, Electrical and/or Electronic Engineering, Science or equivalent
• Minimum 5 years hands-on experience with quality systems (e.g., 8D, MRB, internal audits, QMS procedures, control plans, SPC, FMEA) in a manufacturing environment
• Knowledge of structured problem-solving tools (8D, Ishikawa, Root Cause Analysis, Cause Map)
• Proficiency in computer applications including Excel, PowerPoint, Word, and POWER BI
• Understanding or certification of Quality Systems such as VDA 6.3, IATF 16949
• Basic knowledge of semiconductor front-end manufacturing
• Strong interpersonal skills, integrity, and ability to work independently and in cross-functional teams
• Detail-oriented, fast learner, and self-driven with minimal supervision