Develop and optimize manufacturing processes by designing and conducting analysis programs, applying knowledge of product design and fabrication, and implementing strategies to improve efficiency, reduce costs, and enhance product quality.
Improve manufacturing efficiency through workflow analysis, space planning, and equipment layout design. Ensure product and process quality by establishing testing methods, validating process capabilities, and setting standards.
Provide data-driven insights for manufacturing decisions and risk-based solutions to minimize production issues and meet On-Time Shipment (OTS) targets. Prepare detailed reports by collecting, analyzing, and summarizing trends.
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Lead the plant wide capacity - Establish and identify capacity bottlenecks for internal suppliers by completing an annual plant wide cycle time study for all processes on site, compare against standard and highlight gaps if any and provide proposal as to ensure plant capacity are sufficient to support demand
Lead business unit continuous improvement projects including Lean manufacturing, VSM, standard work, TWI, Kaizen, 5S, visual aid and other Lean tools at site covering profit improvement project, capacity expansion project and automations.
Using Work content or Line Balancing method to figure out how to manufacture parts or products, or deliver services, with maximum efficiency.
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Assist Manufacturing Engineers in planning, developing, and implementing methods, processes, and automation techniques for both new and existing products
Develop process control systems and establish good manufacturing practices for assembly operations.
Participate directly in solving technical issues and debugging products or processes, applying Six Sigma tools and the DMAIC methodology.
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Job function includes providing engineering support for all process sustaining related matters and new device in the FOL process to meet quality, yield, delivery and strive to reduce manufacturing cost.
Responsible for sustaining & improving the Wafer Saw Process
Overall knowledge on semiconductor manufacturing and must be able to collect and analyze data in order to create engineering reports for New products and regular production.
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Data Infrastructure Development: Design and develop scalable data pipelines and architectures to support mass production data needs.
Data Collection and Integration: Implement systems for collecting and integrating data from various production sources.
Data Analysis and Reporting: Collaborate with Process Engineering to analyze production data, generate insights, and create reports to drive process improvements.
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Data Infrastructure Development: Design and develop scalable data pipelines and architectures to support mass production data needs.
Data Collection and Integration: Implement systems for collecting and integrating data from various production sources.
Data Analysis and Reporting: Collaborate with Process Engineering to analyze production data, generate insights, and create reports to drive process improvements.
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Data Infrastructure Development: Design and develop scalable data pipelines and architectures to support mass production data needs.
Data Collection and Integration: Implement systems for collecting and integrating data from various production sources.
Data Analysis and Reporting: Collaborate with Process Engineering to analyze production data, generate insights, and create reports to drive process improvements.
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Designs portions of engineering solutions, including methods, operation sequences, and processes for the manufacturing of parts, component sub- assemblies, and final assemblies, based on established engineering principles and provided specifications.
Implements and executes established time standards, production area layouts, and requirements for manufacturing tooling and processes for subsystems and portions of new products.
Develops cost estimates, capacity models, and recommendations for tooling and process requirements.
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