Support new technologyproduct development/transfer. Drive integration and ramp-up of yield/cost/stability and quality of new technologies and new product
Initiate/lead yield, Inline, PCM, DD, cost and quality improvement programs. Identify product or technology, or process margin related problem. Work with business unit, developer and unit process to improve stability, yield, cost and quality.
Deviation lot assessment & disposition to ensure quality of products delivered to customers meet quality and reliability standard. Provide expert knowledge on risk assessment on product quality and reliability
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Perform process engineering and production support in one selected assigned area of semiconductor process
Work as a team between engineers from Manufacturing/Equipment/Technology/Quality to resolve production related quality issues in order to reduce production line disruptions
Support tools installations as well as process & technology transfers to meet company targets, following standard process & tool release business flow
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Perform process engineering and production support in one selected assigned area of semiconductor process
Work as a team between engineers from Manufacturing/Equipment/Technology/Quality to resolve production related quality issues in order to reduce production line disruptions
Support tools installations as well as process & technology transfers to meet company targets, following standard process & tool release business flow
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Perform Incoming (IQC), In-Process (IPQC), Final (FQC), Outgoing (OQA), and reliability inspections in accordance with inspection plans, specifications, and customer requirements.
Conduct visual, dimensional, functional, and workmanship inspections using approved measuring equipment, inspection methods, and applicable IPC standards.
Verify product compliance with engineering drawings, BOM, specifications, customer requirements, and workmanship standards.
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Technical foundation in manufacturing or mechanical engineering, preferably with experience in machinery, equipment, or industrial automation environments.
Ability to read and interpret technical drawings, process documentation, and basic CNC or fabrication specifications.
Knowledge of manufacturing processes such as machining, sheet metal fabrication, stamping, and assembly operations.
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Strong foundation in mechatronics, mechanical engineering, electrical engineering, or related field, with knowledge of mechanical design, electronics, and control systems.
Proficiency in CAD software (e.g., SolidWorks, AutoCAD) and basic exposure to PLCs, sensors, actuators, and automation components.
Ability to read and interpret engineering drawings, schematics, and technical documentation, and to prepare clear reports and documentation.
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