As a key member of the Manufacturing Engineering department, I'm reported to the Senior Manager. Here’s the summary of my responsibilities:1. Developed and optimized new processes for product transfer and process development.2. Transformed project-specific BOM/CAD/Assembly Drawing information into internal documents for qualification preparation and executed engineering changes (ECO).3. Led initiatives to improve our operations and boost engineering output.4. Mentored engineers, enhancing team performance and identifying improvement areas.5. Used my expertise to help engineers solve complex problems using Root Cause Analysis (RCA).6. Implemented strategies to improve processes, control costs, and reduce waste, thereby decreasing manufacturing costs.7. Supervised technical work, ensuring adherence to best practices.

As a Senior Engineer in the Manufacturing System Quality Assurance (MSQA) Department, I'm reported to the Senior Quality Manager. Here’s the summary of my responsibilities:1. Mentored new engineers, helping them analyze workflows, identify gaps, and enhance business processes for significant improvements. 2. As a core team member, I worked on business, process, and system enhancements to meet the company’s scalability and quality needs for SSD manufacturing. 3. Led quality initiatives at the factory site, planning and strategizing key system initiatives. 4. Responsible for developing, enhancing, and governing the MES system process. 5. Planned and strategized key systems projects, focusing on cost reduction and productivity improvement, which led to significant business improvement and customer satisfaction. 6. Reviewed and approved User Acceptance Testing for any new enhancements in the MES system. 7. Involved in establishing automation requirements (Close loop triggering) and CTQ parameters. 8. Monitor proliferation of process control across all products and processes.

As a Manufacturing Engineer in the Manufacturing Engineering Department, I reported to the Senior Manufacturing Engineering Manager. Here’s the summary of my responsibilities:1. Led teams of technicians and leaders in daily rework activities, defining plant-level rework methodologies, workflows, and skill training. 2. Responsible for troubleshooting and maintaining rework machines, ensuring a high success rate and reliability. 3. Monitored and controlled material wastage, ensuring efficient use of resources. 4. Led a team of New Product Introduction (NPI) Technicians, handling engineering product transfers and new product start-ups. 5. Responsible for the performance of current processes and products, focusing on yield and quality. 6. Facilitated the introduction of new products, defining and implementing processes and parameters for PCBA and mechanical assembly. 7. Transformed project-specific BOM/CAD/Assembly Drawing information into internal documents for qualification preparation. 8. Interacted with the US team on product technical issues, ensuring effective cross-team collaboration. 9. Designed tooling requirements for new start-up projects, transferring these designs to the tooling supplier for fabrication. 10. Validated that the fabrication met the initial design and ensured the tooling supported the build. 11. Resolved issues during qualification builds through technical/engineering solutions, providing comprehensive process support. 12. Executed Engineering Change Orders (ECO) and was responsible for new process development.

As a Manufacturing Engineer specialized in rework attached to the Manufacturing Engineering Department, I reported to the Senior Manufacturing Engineering Manager. Here’s the summary of my responsibilities:1. Leading a team of Technicians and Leaders in daily rework tasks.2. Developing plant-level rework methodologies, defining rework flows, and providing skill training.3. Troubleshooting and performing preventive maintenance on rework machines.4. Ensuring rework success rates and reliability.5. Monitoring and minimizing material wastage.

As a Manufacturing Engineer II in the Manufacturing Engineering Department, I reported to the Senior Manufacturing Engineering Manager. Here’s the summary of my responsibilities:1. Leading a team of Engineers and Process Technicians in NPI activities.2. Managing engineering product transfers and new product start-ups and new process development.3. Monitoring current process performance in terms of yield and quality.4. Collaborating with Supplier Quality Engineers for new parts qualification and incoming acceptance.5. Facilitating New Product Introduction (NPI).6. Defining and implementing processes and parameters for PCBA and box build assembly.7. Converting information from BOM/CAD/Assembly Drawings into internal documentation for qualification.8. Interacting with customers on product-related technical issues.9. Designing tooling requirements for new startup projects and coordinating with tooling suppliers for fabrication.10. Validating that fabrication meets the initial design and ensuring tooling supports production.11. Resolving issues during qualification builds through technical solutions.12. Executing Engineering Change Orders (ECOs).

I worked as a Product Process Engineer II, reporting to the Senior Process Engineering Manager. My responsibilities included:1. Managing overall Process and New Product Introduction (NPI) Engineering.2. Leading a team of Engineers and Process Technicians in daily activities.3. Handling product transfers and new product start-ups.4. Ensuring current process performance in terms of yield and quality.5. Collaborating with Supplier Quality Engineers for new parts qualification.6. Facilitating NPI and new process development.7. Defining and implementing processes and parameters for PCBA (Printed Circuit Board Assembly) and box build assembly.8. Converting information from BOM (Bill of Materials), CAD (Computer-Aided Design), and Assembly Drawings into internal documentation for qualification.10. Interacting with customers on technical product-related issues.11. Designing tooling requirements for new projects and coordinating with tooling suppliers. Validating fabrication processes against initial designs.12. Resolving issues during qualification builds using technical and engineering solutions.13. Executing Engineering Change Orders (ECOs).

Worked as a Process Engineer, reporting to the Operations Manager and assigned to the Equipment Engineering and Quality Assurance department. My responsibilities included:1. Supervising a group of Technicians and QA Inspectors in their daily duties.2. Converting information from BOM (Bill of Materials), CAD (Computer-Aided Design), and Assembly Drawings into internal documentation for qualification.3. Designing tooling requirements for new startup projects and coordinating with tooling suppliers.4. Validating fabrication processes against initial designs and ensuring tooling supports the build.5. Resolving issues during qualification builds using technical and engineering solutions.6. Overseeing current process performance in terms of yield and quality.7. Contributing to new process development.

As a Product Engineer, I reported to the Staff Engineer and worked in the NPI Engineering OPS 2. My responsibilities included:1. Converting information from BOM (Bill of Materials), CAD (Computer-Aided Design), and Assembly Drawings into internal documentation for qualification.2. Designing tooling requirements for new startup projects and coordinating with tooling suppliers.3. Validating fabrication processes against initial designs and ensuring tooling supports the build.4. Resolving issues during qualification builds using technical and engineering solutions.5. Overseeing current process performance in terms of yield and quality.6. Contributing to new process development.

As an Assistant Engineer, I reported to the Staff Engineer and worked in the Process Engineering BU-8. My responsibilities included:1. Assisting the Product Engineer with initial New Product Introduction (NPI) or qualification runs.2. Converting information from BOM (Bill of Materials), CAD (Computer-Aided Design), and Assembly Drawings into internal documentation for qualification.3. Designing tooling requirements for new startup projects and coordinating with tooling suppliers.4. Validating and verifying tooling to support the build.5. Monitoring yield and quality.