Perform general and specific preventive and corrective maintenance on semiconductor manufacturing equipment. Requires the use of diagnostic equipment and procedures to maintain and repair production equipment. Majority of work is conducted in a cleanroom environment requiring the wearing of specific clothing to be worn over regular clothing.
Participate in continuous improvement activities.
Participate as part of a team or independently in identifying and solving problems
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Support daily routine works as specified in the key responsibilities of QA/QC Engineer.
Responsible for highlighting & noncompliance documentation on material, processes , products, environment & methodologies compliance to specifications or standards. Responsible for highlighting & noncompliance documentation on procedural inadequacy.
Good understanding in local applicable laws, any regulations or procedures, standards/codes and ensure compliance in the work area. Encourage workers and or to report any kind of violations relating to labour, ethics and EHS.
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Act as customer advocate to ensure products meet or exceed customer expectations, proactively driving quality improvements and institutionalizing a closed-loop quality system.
Identify key risks, gaps, and improvement opportunities, and collaborate with operations to ensure consistent delivery of high-quality products.
Monitor and audit process, product, and system compliance, ensuring adherence to internal procedures, industry standards, and customer requirements in support of Zero Defect initiatives.
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Serve as the principal technical expert for wafer backgrind, thinning, and metallization processes in preparation for die assembly and final test.
Provide deep technical guidance across wafer fabrication, back‑end assembly and packaging, final electrical testing, and reliability qualification.
Support yield learning, defect reduction, and root cause investigations using semiconductor failure analysis techniques, advanced data analytics, and pattern recognition approaches.
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5+ years’ experience in an electronics or electro-mechanical laboratory environment.
Ability to translate schematics, block diagrams and verbal descriptions into functioning hardware, and willingness to ask questions, seek clarification, and give guidance to senior colleagues when needed.
Skilled with typical electronics lab equipment such as oscilloscopes, LCR meters, waveform generators, current probes, high voltage/high current power supplies, handheld meters, soldering, PCB troubleshooting.
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Ensure all incoming and outgoing products strictly meet company specifications, evaluate analytical results, validate testing methods, and authorize the final release of finished products.
Halt product release if process or product deviations occur, lead root-cause investigations, and implement effective corrective actions to resolve customer complaints and quality issues.
Manage, calibrate, and perform internal servicing on quality control devices (e.g., gas analyzers), and plan external preventive maintenance schedules to ensure equipment accuracy.
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Project lead for new equipment or improvement action.
Follows up on LOH improvement actions, monitor effectiveness & close loop to MEEQ teams.
Continuously identify the equipment risks and update using EFMEA. Escalate issues detected, developing reject trends and close the EFMEA action as planed.
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Project lead for new equipment or improvement action.
Follows up on LOH improvement actions, monitor effectiveness & close loop to MEEQ teams.
Continuously identify the equipment risks and update using EFMEA. Escalate issues detected, developing reject trends and close the EFMEA action as planed.
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Yield & Defect Analysis: Develop and maintain ML models to identify root causes of package failures (e.g., wire sweep, voiding, or delamination) using sensor and metrology data.
CV for Automated Inspection: Enhance and deploy Computer Vision (CNN-based) models for Automated Optical Inspection (AOI) to reduce "False Calls" and "Escapes" on the production line.
Production Deployment: Transition models from local environments (Jupyter/Python) into the factory’s execution system using Docker and REST APIs.
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