Prototype Testing: Producing a small batch of parts using the mold to verify its functionality and the quality of the produced parts. This step helps identify any potential issues early in the process.
Lead the design and development of complex and precision tooling, ensuring that designs meet production requirements and industry standards.
Review appropriate materials for tooling components, considering factors such as durability and cost-effectiveness (FMEA)
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Develop and execute testing/validation activities to evaluate designs against specifications, and drive issue resolution via root-cause analysis and corrective actions.
Contribute to continuous improvement by monitoring industry/technology trends and applying appropriate new methods/tools to improve design quality, performance, or development efficiency.
Bachelor’s Degree in Electrical & Electronics Engineering, Computer Engineering or Master’s or Ph.D. with a research focus on digital systems, VLSI, signal processing or a closely related technical discipline.
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Collaborate with cross‑functional teams including design, process integration, reliability, and product engineering teams to improve product reliability, yield, test coverage and RMA.
Develop and present failure models based on findings.
Provide clear FA reports, evidence, and recommendations to support corrective actions.
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