• Led cross functional team to provided mass production support on NPI products of Tesla. Cisco, Brocade, AMD Pensando, Untimaco, Aruba, Sambanova and AMAX including SMT and system integration (SI)• Conduct daily machine performance evaluation and daily first article inspection (FAI) for Brocade PCBA boards on SMT and wave machine, which includes visual inspection and 2DX X-ray solder inspection under IPC-A-160 standard. Establish the root cause analysis for production solder issues such as solder bridging or insufficient soldering• Implemented control plans based on supplier quality audits (UL, TUV, and CSA) and internal self-audit, and optimized production process management and production environment reducing process variation by 5.72% and enhancing overall process stability• Monitored field-level performance and conducting Process Failure Mode and Effects Analysis (pFMEA) to identify potential failure modes, assess risks, and implemented corrective actions for non-conformities through research and root cause analysis• Played a pivotal role in generating detailed 8D failure analysis reports and meticulously verified and characterized the effectiveness of corrective actions. Utilized in-depth knowledge of electrical engineering and PCBA manufacturing to propose effective containment and corrective actions for production, design, and supplier-related challenges

During this tenure, I performed daily quality checks on two manufactured and ordered machine parts. I was responsible for assembling two products weekly, including a meet block former, a meat cutter, and a sealer machine. Furthermore, I updated out-of-date files and documents in the Solidworks PDM project management system.My key achievements in this role have been:• Leveraged in-depth engineering expertise to redesign 10 Solidworks drawings weekly based on older CAD files.• Supported 10 colleagues with designing, prototyping, testing, and assembling food slicing/packaging machines.• Engineered 4 prototypes using 3D-printing process, including designing, finishing, and examining• Established four step-by-step user manual including safety instructions for meat slicer

In this position, I actively participated in the Computer Numerical Control Machining process, including initial designing, programming design to the machine, supervising the manufacturing process, and conducting product. quality inspection.Selected contributions for this role were:• Engaged in harmonious collaboration with interdisciplinary internal and external engineering teams to develop advanced industrial-grade molds.• Analyzed data derived from Solidworks' Finite Element Analysis (FEA) program and subsequently refined the design to enhance precision and performance.• Played an active role in the Computer Numerical Control (CNC) Machining process, spanning initial design, programming, overseeing machining operations, and conducting thorough quality inspections.• Oversaw the generation of weekly and monthly progress reports through a comprehensive documentation tracking system utilizing Microsoft Project.

• Repaired 20 tires weekly by installing the rubber patch on the inner liner of the tire after identifying damaged areas• Informed the structure of a Benz car’s mechanical design (i.e., door, whole car frame) and electrical wiring design• Educated 5 trainees to perform Benz car inspections and repairs (including replacing tires and changing engine oil)• Performed engine oil checks and oil changes service for 2 cars weekly